由zImage生成uImage

一、手动使用mkimage命令

mkimage -A arm -O linux -T kernel -C none -a 30007fc0 -e 30007fc0 -n uImage   -d /work/jz2440/kernel/linux-2.6.22.6/arch/arm/boot/zImage uImage

 

我的内核目录：/work/jz2440/kernel/linux-2.6.22.6

我的tftpboot：/work/tftpbootuboot——bootm地址：30007fc0

 

U-boot mkimage指定Linux内核地址时的两种方式  http://blog.csdn.net/embededswordman/article/details/6704197

 

uImage的制作是使用的u-boot工具mkimage，build完u-boot后也会将mkimage build出來到/tools目录下，可以直接拿來用，它的作用就是在zImage的前面加上64个字节的头，让u-boot能够识别要加载内核的类型、加载地址等。

基本格式：mkimage -A arch -O os -T type -C comp -a addr -e ep -n name -d data_file[:data_file...] image

-A 指定CPU的体系结构：（u-boot支持多种的架构，这里应该是arm）
取值        表示的体系结构
alpha       Alpha
arm          A RM
x86          Intel x86
ia64         IA64
mips         MIPS
mips64     MIPS  Bit
ppc          PowerPC
s390        IBM S390
sh            SuperH
sparc       SPARC
sparc64   SPARC  Bit
m68k       MC68000

-O 指定操作系统类型，可以取以下值：（u-boot支持多种的OS，这里应该是linux）
openbsd、netbsd、freebsd、4_4bsd、linux、svr4、esix、solaris、irix、sco、dell、ncr、lynxos、vxworks、psos、qnx、u-boot、rtems、artos

-T 指定映象类型，可以取以下值：（u-boot可以加载不同的映像，这里应该是kernel）
standalone、kernel、ramdisk、multi、firmware、script、filesystem

-C 指定映象压缩方式，可以取以下值：（除了zImage本身是压缩格式外，u-boot还可以对其再压缩，这里应该是none）
none 不压缩
gzip 用gzip的压缩方式
bzip2 用bzip2的压缩方式

-a 指定映象在内存中的加载地址，可以于实际加载（如tftp加载）时的地址不相同，也可以相同，详见后面的解释。

-e 指定映像运行的入口地址，可以等于加载地址，也可以是加载地址偏移64字节（+0x40）后的地址，详见后面的解释。

-n 指定映像名称

-d 指定【源文件】和生成的【目标文件名】

调整的最多的参数是-a， -e，这两个参数需要与实际加载到内存时的动作保持一致。

、如果加载时的地址与-a参数指定的不相同，则-e必须等于-a。u-boot会把kernel image去掉不包括64字节的信息头后搬移到-e处，直接启动。要注意两个image的存储空间不要重叠，两者之间至少要留image size的空间。

编译环境：

mkimage -A arm -O linux -T kernel -C none -a 0x70008000 -e 0x70008000 -n 'Linux' -d zImage uImage
        cp uImage /tftpboot/       

目标板环境：

tftp   0x72200000  uImage;   bootm   0x72200000;

、如果加载时的地址与-a参数指定相同，则-e必须是-a + 0x40的地址。这时u-boot不需要再执行搬移的动作，根据-e的地址直接启动。 

        编译环境：

        mkimage -A arm -O linux -T kernel -C none -a 0x0x70008000 -e 0x70008040 -n 'Linux‘ -d zImage uImage

        cp uImage /tftpboot/           

        目标板环境：
        tftp   0x70008000  uImage;    bootm  0x70008000;

名字：uImage

需要先安装mkimage工具
----------------------------------------------------------------------------------------

参考：http://blog.sina.com.cn/s/blog_7776b9d301017pck.html

U-boot 就是为加载kernel而服务的
简单来讲：u-boot 启动过程分为两个部分 ：Stage 1 and Stage2
Stage1 主要是初始化硬件设备， 然后最主要的功能就是把Stage2 load到RAM中去。

u-boot与kernel的关系

U-boot为kernel服务， u－boot为kernel提供一些kernel无法知道的信息，比如ramdisk在RAM中的地址
Kernel也必须为U-boot提供必要的信息：通过mkimage这个tool可以给zImage添加一个header：
typedef struct image_header {
 uint32_t ih_magic;
 uint32_t ih_hcrc;
 uint32_t ih_time;
 uint32_t ih_size;
 uint32_t ih_load;
 uint32_t ih_ep;  
 uint32_t ih_dcrc;
 uint8_t  ih_os;  
 uint8_t  ih_arch;
 uint8_t  ih_type;
 uint8_t  ih_comp;
 uint8_t  ih_name[IH_NMLEN];
} image_header_t;

利用u-boot里面的mkimage工具来生成uImage   （u-boot源码包/tools/mkimage.c )
用法：
    -A arm     -------- 架构是arm-O linux    -------- 操作系统是linux-T kernel  -------- 类型是kernel-C none    -------- 压缩类型为无压缩-a 30008000 ---- image的载入地址(hex)-e 30008040 ---- 内核的入口地址(hex)，因为信息头的大小是0x40-n linux-2.6.18.8 --- image的名字-d zImage             ---- 无头信息的image文件名uImage2.6. 18.8    ---- 加了头信息之后的image文件名

生成uImage 的方法
 mkimage -A arm -O linux -T kernel -C none -a 30008000 -e 30008000 -n linux-2.6.18.8   -d zImage uImage2.6.18.8
注释：这里的意思就是把zImage的前面加上一个0x40长度的header ，没有压缩（none） ， kernel的load地址是：-a 30008000   ; kernel的入口地址是 –e 30008000
不知道是否对入口地址有疑问：为什么入口地址不是 0x80003040 呢?  答案就在 u-boot 里面的bootm命令的实现代码上， 我会在 “分析bootm源码”中给予分析介绍 ， 来详细分析
1> mkimage 如何指定入口参数 ( -e  0xxxxxx)
2> mkimage 指定了入口参数后， 你用tftpboot 下载kernel到哪个地址？

#/usr/local/src/u-boot-1.2.0/tools/mkimage -A arm -O linux-T kernel -C none -a 30008000 -e 30008000 -n linux-2.6.18.8      -d zImage uImage2.6.18.8

imagefile = uImage2.6.18.8
Image Name:   linux-2.6.18.8
Created:      Fri Jun 15 13:56:06 2007
Image Type:   ARM Linux Kernel Image (uncompressed)
Data Size:    1068212 Bytes = 1043.18 kB = 1.02 MB
Load Address: 0x30008000
Entry Point:  0x30008000

生成uImage的方法： 利用mkimage 命令 把zImage 包装 ， mkimage -A arm -O linux -T kernel -C none -a 30008000 -e 30008000 -n linux-2.6.18.8 -d zImage uImage2.6.18.8 下面的总结都是 稍微调整一下上面的 -a -e -x 参数什么的， 你会发现这些参数不同， 就会导致你 tftp dowload的地址会有不同， 有的时候kernel会run不起来。

addr是地址 ， 如果两个地方都是addr ，说明是同一个地址， 否则 我会比如addr+0x40 的 1> mkimage -a addr -e addr 那么tftp 下载kernel 就一定不能下载 addr处 ， 否则，kernelrun不起来。 因为u-boot并不搬运kernel 代码，也就是没有把header去掉。所以只有入口是 addr+0x40才是kernel的入口。 当然也不能下到 < addr + 2M 的地方，否则搬运的时候会有一些覆盖， 导致搬运后的kernel不完整， bootm的时候，u-boot就会RESET 的。

2> mkimage -a addr -e addr+0x40 或者 mkimage -a addr -x 两个是一回事 。 －x的意思 是就在kernel所在地执行。 不必搬运（代码里面的条件是 tftp 下kernel的时候 就下到 addr处,这样bootm就没有必要搬运了） 这种情况： tftp 就一定把kernel 下载到addr处 ，这样u-boot 在bootm的时候 就不搬运了。 其实这种情况更多的用在flash里面 。 //  -----------------------------------------------------
 switch (hdr->ih_comp) {
 case IH_COMP_NONE:  // -C none
  if(ntohl(hdr->ih_load) == addr) { //不搬运
   printf (“   XIP %s ... ”, name);//注意屏幕信息
  } else {
   memmove ((void *) ntohl(hdr->ih_load), (uchar *)data, len);   //搬运：这里data指向实际的kernel ，把kernel搬运到hdr->ih_load处，这个值就是mkimage –d 0x30008000
  }

对于u-boot最常用得命令莫过于：
tftpboot 和 bootm 命令了。
具体分析一下这两个过程，这样大家用的时候就知其所以然了，也就能少犯一些错误了。具体参考：common/cmd_bootm.c  ? do_bootm()
还有do_bootm_linux() 函数
比如 ：
Tftpboot 0x3300,0000  uImage
Tftpboot 0x3080,0000  ramdisk.gz
Bootm 0x3300,0000  0x3080,0000

过程：tftpboot把uImage 下载地址0x33000000 ，然后把ramdisk.gz 下载到0x30800000 .
最后执行bootm ，
Bootm  会首先取出uImage的0x40个header ，然后读取header的ih_load字段，
只有这样u-boot 才知道把uImage搬运到哪里。  
在中间的时候， u-boot 会判断tftp 下载kernel的地址是否等于ih_load ,这里非常关键。如果等于就不搬运；如果不等于u-boot 把指针定位到0x40之后的位置， 这里才是真正的kernel（zImage）， 把zImage 搬运（copy）到  ih_load这个地址上去。 然后执行kernel 。

 

 

二、jz2440 linux-2.6.22.6 make uImage自动生成uImage的过程追溯;

执行”make uImage“ = “make” + “mkimage -A arm -O linux -T kernel  -C none -a 0x30008000 -e 0x30008000  -n 'Linux-2.6.22.6' -d zImage uImage”

1.1. linux-2.6.22.6/arch/arm/boot/Makefile

quiet_cmd_uimage = UIMAGE  $@
      cmd_uimage = $(CONFIG_SHELL) $(MKIMAGE) -A arm -O linux -T kernel \
                   -C none -a $(ZRELADDR) -e $(ZRELADDR) \
                   -n 'Linux-$(KERNELRELEASE)' -d $< $@

 

# Note: the following conditions must always be true:
#   ZRELADDR == virt_to_phys(PAGE_OFFSET + TEXT_OFFSET)
#   PARAMS_PHYS must be within 4MB of ZRELADDR
#   INITRD_PHYS must be in RAM
ZRELADDR    := $(zreladdr-y)

 

1.2. linux-2.6.22.6/scripts/mkuboot.sh

　　　　MKIMAGE=$(type -path mkimage)

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tw2Pvd9QI4MqmQc/Ow/sguP+43CzmNL4kxWhs9Ti3k7LN+hJxtCDmn6nqEmUtCzukRcgAesVDIuQ53L1SGtL+DXxKtUBHcpt2eGDQkoO/LphrnsOlJ7TbkREJXq88n+L2b2CbWZbRJy6/3WlxXR68GzT8U72sFCF7o9FC9cOGbVdS6ppul8eBf1W/F1fWqHy54xdPlWR2usdkuFg/IvBbdW/e6c3Ynfd23CDmD3jtbvk8btmw0Z39m5panT+qaxuo/9JnZc2+M+l2QPlbw/R69iwZ+7/ilCWDX9h1yyg/6+jfBnkNO61ttg5Paacjp1s+sjD0dg7bZf8i5r9Xz/C58uGCZW+2M4DatSxa8poOmNiWmnN08rI9VTfHvHC7dSuuWJ3M/I8i8Fq1bd/kJ0GiHTfG658h/72z/Pm3YS8gJlmeD9nfvNS0vVvBzvv5i/70x3ndB77Fi79PwZ+bw752dTr8EID5c7WNxX/sUnsc+2ZOC7YPW91xWyGmWauMvtuBc1XnnlR47npMT/s37rn2g+pY52/RU7AZi9Xxd+wpfBea7QFXP+4bqdefTd1cSC8y5Ly/QoGt6XWtzNM+rfuevr9dq5xll7pZnvZ9mzBh/mGLmtajfur0lmdJ1HyL93hn3fZqq56ES+wl9ZM03DTk517RxrNAHae9+htVPX8hJHyvwPl1GrEHXa//3KgCzVMi5rn2Ub/p1G/sRtPtr2X5Czjz0O+XuQk739Ful6q+fyHdho8WQs01vxW4g3di9q5VtecTeqp6HGhmB4Xy1yq/3tLTOfcDAm1qkb7RImucYXKy5VaU55cnZzzgyr8Xy1s1aiWtK132I1AUa+32aquehEvtpXqZxdS9665XyxHt7M6I3z9Yhp/dY5X3YKmG02PFj7f9eBWAWDDnhAV2Rfoa06MT62tfq/kJOJJwcPOSk6ifWO1Q/x5xteit2A8nGbrRXpNvuaRn4i35gD6EsnX8uV3fVAJWrs0b4CV+vTpXmlGfYPb+NzGtRH6Ha22E7pes+ROoCjf0+Tb0+VHI/jYki23UspK/prHPbB5v+OfsZUD9926SPFV54YOh1PMS9CsDsACGn80vYhEPOCPUz4ZATm/rV2xpuln+sBsR8sR5bdfOxmNeGXbV6YKYacu6/VmXoqbdpXfd8kww59fIH6zn/Nuu9po2SBEuVuZ/88+obqpc+lpADcNKiw9Xq601t3LG+YchJDKLYfrha6/tyo7kQgf1ExjZsWz/JIS4Dtlk6npBTlqQ7H6BxIt2GSOc0g9diA9Xvyte1ZcHuwsPM+kNOX3mONuSsipG6jad13YfdIRsNV9vgfZqq56GG7Gezp8pmXdPVlg/F+8iD1/L3k3te6SFkfccKvk+j60oP+t4BYPeSIae5qNQGza+c4Wrtr9Va+2b0kNP6YlsP1Rj4DXQTn0A8qJZy6qd7rFWxB20TrIGtjNHY7a6/1F4+Ky8wbL/+cpVR7xq/u980m2I54SSnPMcccoKXZsLXPV/6vTPu+zRVz0OlJ8TfBTbeLOSkr2n9JqnWGe8cZcB+Muun77sgfazY6pdDyzPoXq02FooAthYNOfV2xpYhpyuxJGjpPthw7OqM2k9vE/yFeJ7RomqLDHUYOvYgq35yjpVdnsAzggY2aPrrOa+xGyhJJ3DGjhX4/TW5nxyr8jRWFMz4ZbcbTnrLc+QhZ3UK9Vemet03uENyP1s2ep9mfY5lyNlP7FoM/RzLuab1q3Z/15jqNmg/Y30XbHOsrEeQ3bXPOqt+at+GRrIBbCkZcu5q/71R0yHwBRDcz3V7g1asGi3kNI+1Hp+z0dm1vrfGCYGRkuQcK7M87W/3A4Wc7q6umv2H63sv47Lm12RUZEmM7j2WE07S5Tn+kDPrZLzJXvchet87279P9xlyAme06R2Yc00bW0YuU+9+RvwuyClz62LFRinnXK/Me1VPDsBY4ktIw6HNg60uj5iYOtcdANiSkMOxikxz2mxuNCfDdQcAtibkcLzaY0VqPERvwlx3AGBLQg5HLTCQ3W/5j4DrDgBsQ8gBAAAmRcgBAAAmRcgBAAAmRcgBAAAmRcgBAAAmRcgBAAAmRcgBAAAmJRVyru6KxUPx/qyYLR837kl8AADAkesLOcsH8JUh5+rQxQUAAEhLhZybh+L+a/Xf5QPIhRwAAODIhULOdbFYxC0HsAEAABwhIQcAAJiU79+/R4arfSzuF8X8uvq/88V6fg4AAMDRioec69pyah+L+8V6fg4AAMDRCoScm4fUcDWrSAMAAMdMyAEAACYlOlytvma0J4ECAACnIhlylgupeUgOAABwKqIh5+ZByAEAAE5PMuTc1f7b43EAAIBTEF9CGgAA4AQJOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOSM4nxcffu3f7N234t354UvLWHKu+/m8+DQvPs1d+ul796261ueXezrij1+/F4tF8fD5x0Of+7jV6M0CwPaEnK2dFx8ymjVVA+jLoUs7OS+eL4ri+w+vRtjV1fPFolgsnn5+f1bMXt4uisWi+H4T23PGdV8lHCHnMViFnE95v3qEXd8Wi8WTr28yNn7zw8OiWCyKxfcfPh7+9Htlvb/Oiw/eLwCMIRxy5otisSjm17UXPxb3zRev7orForipf7leF4tFsVgUV51X2u6GHau18eKheB8/pZuHxrHuvwb23NLYJtvbL+s2Tbpl8/rXxO+7b26eLhbF7dXwAjwOb354uiiK2xeRDUYMOe9ffF8Ui8Xzi9lZMXv1+b4IX5fM615e9HSsbe2qfodUf970NmMnwdZh4kCDtsnUu6t0mc+7f7Vs+65e7F6FwIEuA9t0L0oZToJ12zp61vu9POi34vVmtTcg5JxYT07m+2t1A6SuCAD0SYWcehR5/7XKA4mQM28lnLMBISd9rPre5t1w1fnDlvV+xgo5GzR6oo1dISftmELOkOteppToD9KR9veqmR4MObE8kCpPTpkH3c9pfeeVU+bzThRZ1UY65LTTxUFCTrnDvYSc05Ifcvo+MwGgXzTklFli9Q1081Dc3xX3tTzQCjll/0kwe8zOqnQRzBI5x1of8aF4H9vVdSBBlX/VDjl3kUJmK1tFZRPn7ZeeBk1fE0rISdt3yLl/8WZ2Fm6EDbruqZCzajQ3m3Fvv7RDTj0bdEc8Vg39ULN+9Yf1MtfLVn8lZ5ssGeeVU+bzeXH+pfGuefet+PCl+FArZLmfRvV29tMqWCqT5ISc7Db32y99O0yYeshJvL+6dWjQGgAbC4Wcj8X9ophfF/NVH8jH4n5R3FxHQ07ZhdIdXdbaZyCZ5B2rNF/mk5uHwIi1wLC3SDG2Dzn10RQ9v9peRn/xrUaoB5U/dp4tR66Xo9jrXt6umwvVrm6vVr+VtnZS09hgZ8nqxfMqlvz44ntRLCqB8pQBZu3Zy9ZOImq7WoWc+rGevNiojdio1Yt5p+YHXPdkyCkbcOkIERjiWDa1Vwdt/d/mLbdqkeeM/BlrdFD/eeWUeTnZ6Xx1+ufFh3nx7rIv5CwrLVCAYwg517fF4vsPH5cTaR4+/3hWvLjrTKrphpzr2/L9un7x4+cntU+LQCLKPNZZUZvYU3kW+ghd/m1Tc5hcNXauEvpVou/9tU2dA0BLKuRc3VV54P3XYnHXDirrkHOdMeKrL+SkjzU7W45Vu15uE5wOlJyrszpcMuS8/uWvf/oS9Jff/ma5Wf2X7/PkN3Hi98iskFP187Sm57Y7f66eLxbF9/unif2s/qpt/jJa+I2VwePJ01Q4mZ1dPAsFmFXOGRRyusfaMOck5V/3WTLk5ISK3pCTmOh1Xtus6jnJmRq0dYOy97yyyrwMOW+/VEV6/Wvx6Us7qJxoyHlSSxTP7m7Xb8S7i9pmtdxSJZxmZsgLOf3HOrt4Fvr4aeac8DbNkNNOSom8lK//ugBAXCrklMnh6qy4eajSxTwUclYdLCl9ISd9rNXhrmp/1Z3Gs96+OReod05OLS9lhZzWGP3ET9cZ39M9w9UaYzxK5UiPWkN/nZdWL1ajQdbpqDEgvr5N4sfUTa3zSa08T4rWuLKLZ61hZi9vi2JRPG3Nos4ZrrZo/GF4P2PIvu6zRIs/b75BNw+cNw+ayM+tu249ByZ+0JxtemScV1aZV8vWXVavvPtW1cN53nC1wP5HCTl986Na1659uGWHzLPr9X8XdxdVilgFhnrIKTdLrCvw8fOTaMjJONbZxbNWx07niFX/zF3tZ4W7drLqblPFsO1WRDBiDYBthEJOrc9kvijmX4v7Zbqo55kydZT6Rz0lJ9L0Hqv7f8spQKvjtsfLbR5yBmhNDY/+Zt8zBbl3Tk57XMf7F99bfTtlyGn1yZSpZvnim5ungTzT3VWObh9Lq9uk3OBZszzlcLJnqY6ji2ebhpxmAXr+ZEvp617/13D7bEjIScyYT0z86P5Tzr2as01KdsjpKfPlOt2dz4vzX4sPyz+p957FFh4IJ5n9hpxZfTnp1du/zA9lEqi6YspbNBxyslZOS4ec3mMFtDd4cdcd4XbxrBFp3vzwENjnj1+/b7m2dXJRSgDo0RNyqiSzTBfdkFNOnskcJ5YOOYlj1TcrtVJNuycntP9VMbafk7PWWr6p08IbI+RUo9GWUSQQV5obLHVHwEcMHbGWF3I6iwG8vO1sGRqxtknIaR1rtyEnfd3rUSHcPts05LRa4fk9Od1/yul+7O2q2uC8sspcCzmtcXQ9ISfxRtvvcLVZPORUI7ga4SQQcjrjyiKSIaf/WKtXouPQcnpy4uPZthyxdhl/EwFAn2jIqTo3miEhEHKWc3J6kkMy5GQeK6CZggJlGBxy8oarLZUt0fXPzJ2v5FFCTmN82svbbizZc8jplRVyykFlpxlyeq/76rf/QNM58U+dQ9QXHGsdJXNOTkDO8xY3eCZjxnlllfmydtzLTiU0Q05u8fYbcsKnOSTkPPl6Uc5y6QkJW4aceqCKhJxIhqm/uXYVcvTkALCNQMgJTOtfmtc6beqrq5X/nVp7IBJyMo81j36HNmfpdHe145BTX0e4bHW1vpK3n5PT2ubqeWDUWTDkNMew9a1lNKpgyGmOYavWVQt07JxCyOm97rOMXothq6t1I0TkoZPRyfedsqWbjznbDD6vjDL3LNjQrPbjDDnxhQfyQ86b1Wz+VE7YKuRU+2/+eaerpxuE2iPTeofAbcicHAC2MSzk1NduDj4nJ7qC8/CQsz5WZPW2sgCth5O2y7CL4WrnxYdlS+vdt8a6t92v5Izv6WrRs/v0amBVB87FPLRlN+RUywzUUk21OEFoXenRdYNHtb7z09pyTE9b83aWy0mHQ050tbT9hZwh132WbKyvh6INeU5Od4Hm7pNzVnuujnu+ntDSOJGh2+TJOa/eMifqrb5s9yMIOUV/zhkj5NR23lhyev1KX4CpFpjuHVw3kNXVANjGaCFntuxvCazsHB9mlnOs7oEaO++sRtDVu/BAz/rXLZFZyOEJCRkTFZrProlFkdV4s0CfT2Q16lbfTmTE2k5XV2sIxZ7+4WqhLUPPyan9yc5CTv51Tz8MND5vPhFyZt0V2yJF6vb/dK1b/DnbZOs9r94yjxlyLsOFaV2v9fyZpt56jtXPeCGnWA0GqyeZ8FNrFu11qHuP1XyyTbivJnasQP9Pcj8bvt08JweATQVCTjRUNNc0C2y2jDTrF/tCTs6x5ovowgbz+oi1yBEbAWaUkHNWzOpL7nabRE05v0e2c07iOZ6hfwqEnEiPTWDL/YScUHmam92+KF8JLf3czjkHCTkDr5xAa9EAACAASURBVHs65AT31jvlpur0SLbRu+XJKXP+eW1QS90xb4kyZy6o8GhCTrGOEMttxgo5nV3dvihfaYST8DNwGoeLlWqLkGOsGgBbCi08QKbMxX/yVtPqFV5doO+fDiK88MBk5F33nJDDJNV7nE5cma86vxeM8RiclJE+MwF4zIScLVzmtmK7symGSs+oEXL2Ku+6B3tdmL7I4gonqVp1oB1yAk//HFX0QboAkE3I2ZPufOsczWFs0RXYhJzjVB+1dcJdOrFBX9M4u/HUh71t84vGMUksD73Vgz6jNlrxAgC6hJz9efdt8Df3OuQkV0UTco7W+QRigJCTZxVyJvZol8Bkm5314cw2+pwEgC4hBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmJSekPP+xfdFsVg8/fx+x+WoDrR0/+LNwatmXOfz4sOv/dt8mhef5sW788MX+Ei8+1bVyfnlHg53Ma/dhIvi9urQpw8AwAbSIefNzdOytff95lVyR68+32/XOjy5kHP1fLGOfy9ve2rpvPjQ10xfJRwhp24Vcj7FU+Kwa5FyRCHn6vnGZwEA8NiN0ZNTNSu3Dzmn1KSraub5xexslfECZ/32y7qNnmipv/61+DQvPn0J/NN5tx/jvPjQfLE8SiMaXVaHe9t5pe3LsGO1Nv70rXgdr6V6RGmf+3LPOfVTFT5yrMxrMcjV812HnPIXhOghhBwAgI1tPyen6u2Zv9yqHBMMOUMa8WXICXbgnHeiSJWIkiHnvJVwzgaEnPSx6ns774arzh+2rPczKOSUeUnIAQAgw/Yh52K+al9u4URDTjWsLtSwLjsxyib72y89PR7pkFNmibe1PX/4Unyo5YFWyCkPHR3zdt7426HHWh/xW/E6tqvLQIIq/6odckKdV0FvmwUbdC02IOQAAJyuSMhpzrFJzpA5pZDTmvmzskk31MvbWs1czDuD+up9KYleiFI05Cwn85yv+kDOiw/z4t1lNOSUu0rN/4klk7xjrc/uS/TUAsPeIsUYJeT0XosNpENOo+9okz1H1Ha4Cjn1mzb4Tmze1e0yr06ksdnWb1gAgGO2YciJpYWNlw04aMjZyXHrPTnnfa353pDz9ku1h9e/Fp++tIPKOuRcpkZ81feZCDnpY83OlmPVLiMlT86faR1unJCzA8mQs1qfYJOunkEh5/5p+s21WhokGtrz9gMAMCl9w9Vefb6fUMhpe3m7/WyiqOack3TwCEyhqe3k/LJKDm/PinffqnRxHgo5vWlqtc9EyEkfa9bKG52sUsae9fbNuUC9c3Jio+zau92x3fXkLOUMV6utGne2XOGj1kkVKEb580Rtm/V+Vpt19gMAMDEbhpyaIxqu1v2NPFXy/lMbQWv+fasFX//XcOO+1mdyPi/Ofy0+LNNFPc/U13Dr7+tITqTpPVb3/5Z9Vm+bJ7UOMyOFnFl9rbbebqKtHcecnGC/zepP3tw8DWSV1lspYz8AAFPzaEPOOMXO0lrWLLR2WXQGSy14VElm+efdkFNOnskcJ5YOOYlj1Tern8XqlWiXy2Uo5GQPV5s9xpDTeke0/qT1VJ/wiLWM/QAATM2kQk62NzdP9zf3umz0r7tEunlm2acR6IS5rHVuNENCIOQs5+T0JIdkyMk8Vmop6lgZtgs5/QsqjErIAQA4XY8x5Fw93+uEhPr60WVC6LbUA0/zPCtmvc/Pae623Kz879TclUjIyTzWeTDh1EPaMrO1d7VdyDmmhQdGMVLI6buThRwA4BF6dCFn943XYnZWzM6LD8tU8O7bsikfa/3HA0YieNTXbg4+Jyfa6TE85KyPFVm9rRXeVr09jTJMKOQsF97Y5kaqFkaLvblywkk1PjP57hNyAIBHKBxyoqvcBppTpxRyoovCjT50LTKrPjaWbNyQM1v2twRWdo6XJ+dYsR6n7hC19fyZpt6FB2J9UMcUctYLN2+zcEXgbgw9J6dz3HqpIiPW2qurCTkAwOPyuELOkPMaQXdkV6yNHgsY0VDRXNMssNky0qxf7As5Oceqj1sLnmzjBDtHbASYEw45tQdJbXfntHPO4JCz2lLIAQBY6xuuti+HeU7OHnTWIgtK9KJQqvdc7UHfsMaewWYAAByQkLNjl1nppVpLesh6yo/L5Z5Wjl7Jm5MzxTsWAOD0HVXIyXuI50TVx7bp0lmpz+1JLRk3jtYUl0DIqd+oj/AuBQA4CULOETkXcjpWIWcvT8jJDzkmtAAAHK9jCTkAAACj+J//+R8hBwAAmA4hBwAAmBQhBwAAmBQhBwAAmBQhh507z1v9+d03y8o9Ij+++F4Ui+Lp5x8PXZJM7k8AOCFCDjt2XnzIWAC6Wira41DH9uL5oii+/7Cfh5a+vC2KxZOs9d/f/PB0URR7LNuWzosPlncHgNMh5GxivigWi2J+XXvxY3HffPHqrlgsipuPtW2uq8evXHVeabsbdqzWxouH4n288DcPjWPdfw3suaWxTba3X9bP8Uw/zfP1r4kn4by5eeq5NAllWrh9EdngWEPO6fXkzJZPsnp76GIAAL2EnE3MO1Hk/dcqDyRCzryVcM4GhJz0sep7m3fDVecPW9b7GSvkLH/2zgo5l+k+HCEn7VRDzknquVcBgGMh5GxivswSq5b3zUNxf1fc1/JAK+SU/SfB7DE7q9JFMEvkHGt9xIfifWxX14EEVf5VO+TcRQqZrRx7Vkaat1+KT9+K130bx38dF3LShJy9KvsnDVoDgCMn5Az3sbhfFPPrYr7qA/lY3C+Km+toyCm7ULqjy1r7DCSTvGOV5st8cvMQGLEWGPYWKcb2Iac+qufdt2TIuYz28Fw9D/dyLYrF4vlFtdnL20WxWDz93B6e9/J2USzul63tq+dVTHr/4ntgJzWNDXaWrF48r2JJNWSrFCjPauJK5dnL1k4iartahZz6sQbnkJe3RfH9h1fL8jz9/OO6ALUE1Q05L2/bR3z1+UmtqIGSZB6rr356Kqo5TK5xIeKJcXa27KXUmQMAx03IGW4ZPK7uqjzw/muxuGsHlXXIuc4Y8dUXctLHmp0tx6pdL7cJTgdKztVZHS4Zcl7/8tc/fQn6y29/s9ys3pNznmwRJn4Xzwo5VT/P95tm27fV+XP1fLEovt8/Texn9Vdt81C7eUtl8HjyNBVOZmcXz0IBZtWOHxRyuscalnNe3rZ28uz5beBwrZBTJZxmZsgLOf3H6qufxDbNkNNOSom8VL+9zcwBgGMm5Ay3DB5lcrg6K24eqnQxD4WceU9sWO8zEXLSx1od7qr2V91pPOvtm3OBeufk1PJSVshpzclJrB+d0V7sGa5W9r3c19vKrz7fNwPMOi+tXiy3qaWjqg+nHjPKbbrdRFtb55NaeZ60eyounrU6LsrM0J6pnzNcrdmsD+8nadkh8+zl+r+L5xdVimjuucotvUd59flJNORkHCujfqr+mXbkaxy0u011LeIlN2INAI6fkDNcrc9kvijmX4v7Zbqo55kydSy6iw0EJSfS9B6r+3/LKUCr47bHy20ecgYo10xbCTYKz+c9M3Yy5uRczJtR5P2L762+nTLktPpkylSzfPHNzdNAnunuKke3j6XVlC83aPUVlK3tRAdCp5VflTwn5DQL0PMnAWV+KJNAlcfKPw+HnKyV09Ihp/dYGfUTmo908awRad788DSwzx9ffE9MZEouBggAHAUhZ7ha8KiSzDJddENOOXkmc5xYOuQkjlXfrNRKNe2enND+V8XYfk7O2mVzgbXOuLUxQk41Gm0ZRQJxpbnBUmPezsU8NjRu+Ii1vJDTaUMHZu2HRlttEnKCU1kGh5wqgDXCSSDkhIbehSRDTv+xMuonoycnPp4tETgvhRwAOHZCznDXtc6NZkgIhJzlnJye5JAMOZnHCmimoEAZBoecvOFqS+Vv3uVotHI1glbTcJSQ0xif9vK2G0v2HHJ6ZYWcemA4qZDz5MVFOcsl2Su1dcjJqp9ghqmf+CYhR08OABw/IWewwLT+pXmt06a+ulr536m1ByIhJ/NY8+gM/eYsne6udhxy6utHlzMZWk3D7efktLa5eh4YdRYMOc0xbO0xbzsVDDnNMWzVbPhAx84JhJw3q/Kncs5WISevfrpBqF17vUPgAszJAYDjJ+QMlgge9bWbg8/Jia7gPDzkrI91HU5QZQFaDydtl2EXw9XOiw/LYPPu23KI2nIpglbTMKO9WC16dp9eDazqwLmYh7bshpxqmYFaqqkWJ+gdZDWGbvDoTGLphoTGksr1+gk191PH2kvICZ5C0xghJ1k/4fk2ofrJGFxXY3U1ADh+Qs5gm4Wc2bK/JbCyc3yYWc6xugdq7LyzGkFX78IDPetftzSXVkvPycl5hHzz2TWxKLIabxbo84msRt3q24mMWNvp6moNodjTP1wttGXoOTm1P9lPyClWg8HqSSa68nVzHereY+XUT+xY/ROfEt07npMDAKdAyBksGiqaa5oFNltGmvWLfSEn51j1cWst8+7abp0jNgLMKCHnrJgtZ+DUxX75zvldvJ1zEs/xDP1TIOREfrkPbLmfkBMqT3Oz2xflK6HGd7vFfywhp1hHiOU2Y4WcvPoJPwOnW+GBUkVCjrFqAHAShBx2JnMRqozOnBzh1QX6/ukgwgsPMLIyX3WyXN9jcFJGulcBgF0TctiZy9zfvMtfxxPPDO2VnlEj5DxG1aoD7ZATePpntvNknyQAcDyEHI5COWht6G/kzWFs0RXYhJxHKbE89PDKj6ycAQAcJyGHY/Hu2+AW5DrkJH+YF3IerczpTzk2uD8BgEMRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcrZSre719PP7/Rxo6b7xUPkpOM94Tk75lBLL+NZVS2/nPHR1BBfz2k2YWLMbAOCwhJxtvLl5Wrb2+pYnfvX5frvW4cmFnOrpnGX8e3nbU0vnxYe+Zvoq4Qg5dauQk3ia6rBrkXJEIefYlgUHAI6KkLOVrJ6cqlm5fcg5pSZdVTPlM0mqjBc467df1m30REv99a/RR4Wed/sxls9tXL1YHqURjS6rw73tvNL2ZdixWht/+la8jtdSPaK0z32555z6qQofOVbmtRjk6vmuQ075C8LJPOAVADgqQs6uVb0985db7WeCIWdII74MOcEOnPNOFKkSUTLknLcSztmAkJM+Vn1v591w1fnDlvV+BoWcMi8JOQAAZ8VMyNm9i/mqfbmFEw051bC6UMO67MQom+xvv/T0eKRDTpkl3tb2/OFL8aGWB1ohpzx0dMzbeeNvhx5rfcRvxevYri4DCar8q3bICXVeBb1tFmzQtdiAkAMAHDMhZyPNOTbJGTKnFHJaM39WNumGenlbq5mLeWdQX70vJdELUYqGnOVknvNVH8h58WFevLuMhpxyV6n5P7Fkknes9dl9iZ5aYNhbpBijhJzea7GBdMhp9B1tsueI2g5XIad+0wbfic27ul3m1Yk0Ntv6DQsAHJaQs5G+kBNLCxsvG3DQkLOT49Z7cs77WvO9Ieftl2oPr38tPn1pB5V1yLlMjfiq7zMRctLHmp0tx6pdRkqenD/TOtw4IWcHkiFntT7BJl09g0LO/dP0m2u1NEg0tOftBwA4MULOdl59vp9QyGl7ebv9bKKo5pyTdPAITKGp7eT8skoOb8+Kd9+qdHEeCjm9aWq1z0TISR9r1sobnaxSxp719s25QL1zcmKj7Nq73bHd9eQs5QxXq60ad7Zc4aPWSRUoRvnzRG2b9X5Wm3X2AwCcHCFnO5GQU3NEw9W6v5GnSt5/aiNozb9vteDr/xpu3Nf6TM7nxfmvxYdluqjnmfoabv19HcmJNL3H6v7fss/qbfOk1mFmpJAzq6/V1ttNtLXjmJMT7LdZ/cmbm6eBrNJ6K2XsBwA4PULOdiYbcsYpdpbWsmahtcuiM1hqwaNKMss/74accvJM5jixdMhJHKu+Wf0sVq9Eu1wuQyEne7ja7DGGnNY7ovUnraf6hEesZewHADg9Qs52TirkZHtz83R/c6/LRv+6S6SbZ5Z9GoFOmMta50YzJARCznJOTk9ySIaczGOllqKOlWG7kNO/oMKohBwA4JgJOduZYsi5er7XCQn19aPLhNBtqQee5nlWzHqfn9PcbblZ+d+puSuRkJN5rPNgwqmHtGVma+9qu5BzTAsPjGKkkNN3Jws5ADBJQs52Jhdydt94LWZnxey8+LBMBe++LZvysdZ/PGAkgkd97ebgc3KinR7DQ876WJHV21rhbdXb0yjDhELOcuGNbW6kamG02JsrJ5xU4zOT7z4hBwAmScjZRHSV20Bz6pRCTnRRuNGHrkVm1cfGko0bcmbL/pbAys7x8uQcK9bj1B2itp4/09S78ECsD+qYQs564eZtFq4I3I2h5+R0jlsvVWTEWnt1NSEHAKZGyNnEVEPOkPMaQXdkV6yNHgsY0VDRXNMssNky0qxf7As5Oceqj1sLnmzjBDtHbASYEw45tQdJbXfntHPO4JCz2lLIAYDHRcg5DYd5Ts4edNYiC0r0olCq91ztQd+wxp7BZgAAOyXknIZph5ze9FKtJT1kPeXH5XJPK0ev5M3JmeIdCwCcAiHnNLTG7TzCH8jrY9t06azU5/aklowbR2uKSyDk1G/UR3iXAgBHQsg5DULOrJZzhJyVVcjZyxNy8kOOCS0AwCEJOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOQAAwKQIOUDl/ddisSgWD8X7Q5cEAGAbQg7sxCkGhpuHanHom4+HLwwAwMb+93//V8hhJ67u1k38ssU/rOn8sbhfNB7LslgUi7vDn1em3pBTJoqjep7MKMHsCM8LAHhshBx25epunUnK1vOwhm8w5JxQP8P16YWcUUz1vACAEyLksCs3D8X91+q/r+42DTnNrpv5MuecQBv6uqfraaphYKrnBQCcECGHsV2Hu18q+UOhQiFntmxDr+JTqQxR6a6eaixWMial97OKao1dxWJMJOS0DrH9YLzUeS17w+bXyRebnWatus2sn9HPCwBgY0IOY9txyOkOA5uHDtRqqa+m1Nc1mv6R/dQzQ9mOv+/sKpEKusYNA/3ntQwwV80/CW6TPp10/Qg5AMDxEHLYjY/Ffa0lPd+gpRsLOeXry5BTtfLrmy1T1qqfoerruIvuZPVXrfb9PBRyGrvqm3iTsP2wrqzzOmv0KZV/Ek1lH4v72L9m1M9Y5wUAsCUhh924rsWMRNM5IRZyyshUtuODbfpOU/7mIbrNesBVp8ejq+rJCfURbdCm3z4MZJ1XvULuolVar4Twlcqon7HOCwBgS0IOIwsOoFoZsDBaTk9OqHthtc3q9eA4q+7IrsbkllDnTBlyWqdwwJCTeV6t65I6YjKO9tbPWOcFALAlIYeR7Tzk1Cf0jxpyGvuPz8k59ZCTugQ5fW7x+hnrvAAAtiTksBP1NaM3eRLoWTTkzOuN+ORwtcaMoOHTZrozXo4x5OSdV1ny+XXfQYcMLAzMCBrpvAAAtiTksBNXd+v29yYPyTkLhZzVImC1ln134YHVqKr2wl/JlQ/ef+1s0CnALkLO4KlKrUrOWNGhkUYisbB+ysEi5dTPWOcFALAlIYedqM+J3yrkJJctnp1FV6zOWR663tZvPW0muJ9xQ07giMOXWu49r8D6b51Xoqs/h6Jj77i4Uc4LAGAbQg47cfOwbtoGFwHrFwo5sTFvrbZ+zoM+203/UOv8KrSHsUJO4IgbhYHEea32H3yqaSuFpkNOTv2Me14AABsTcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcgAAgEkRcuCo/fj1e7FYFA+ffzx0SQA243NM/Tw2rukxEHI4XlfPF4vi+82rvR70/Yvvi2KxePr5fehfX9wt1h9b17fFYlEsvv/wceBRrm+LxeLJ1zcZG7/54WGx4VEOYZz6eUQunk3sW/Dj5yeL8o4t3b44eJEmWc8n5sQ+x46rfprvqfAXR842J+jF3f7umbGPtfU1HSLdbhnPxbz24T5/uY/rsiUhh+N1hCGn+m3m7mJ2tvqcGt6MGxByTuzXoHHq5xE5eOO7/CYe6RpVsVbIqSnfBeU7olNXgxo31S8ITc+ud1f4Me+N0/oc279U/ZxqyBnh/jnlkLP1NR1Sh3sJOY2EE885zc2edz769kvI4XgdJOTMXt4eVcg5LULOQFMKOdUvl7tsdp9gPe845Ozyk2TUAMz2Pn5+0nu5c7bZk8cecrL0XK/sOky2W3K8f/H9/kXytikPsQwtVaxqZpjqxZad9y+lCDkcr0OGnMjPD2UjvvpIEnJ2VD+PyJRCzsWzYGv+KEwm5DQbYWXX2a7OS8g5MkLOLk0h5GzebbLsfonvoQww666bV5/vi0U7F736fF9vs736fH/ogW1CDrvSzPS3V+HN3tw8jfZsrkJOfVfBHxuuntd/OdguF6U/LBpNk07L6fq2WHz/4eNyMO7D5x/Xv7/WPj277ZvlOJ/1i73d2ZnHOitqg4NTQ1zCvxM3209VR01iJFK6foZpFjvUem6Wudv+66uf8erwxV1VIY0qCpW5WYeBSu6Vf6xE/cS6BWK7ytAfclLXK9zIaH/H77Oex7HTkBN5i6Xrea/3xol+juXVYd/FCu65eUsPGma2+5BzbJ8tq3t+4Pt9k2SVc6ycz6hRrungOtw25BSzdTsq0lprHiLzN+hyn0IOE9OMLkvtG718z8S3Kd9F951dNXNOYJxoZ5t9ub4tFt+f1L6Jn93dBj6bWu2bKuE0P5fzGgf9xyqbQR3N9kF4m2bjoN3CSLQzRqrJTcrcrNW++hmvDssvvyedKmpeuHAdbhRyeo/VUz9jNUQCWSJcpL7rNSDk7Kmex7HLkNPoOM2u573dG+vTP7HPseB+hrWbf/z6PRKN3vzwUCvPMYacY/lsSZSnuZ9xvptyjnW8IWcsVassmF6qdt390+pH55zoIuQwQYHBmmWvZWNoZqh79OVtJ+QsFvU/bA88Xaap5k7i79IdWzbNn13Xmul3F+0fXOvtm94BJ7EvrcxjnV086xvi0phIc1bMlp+w9YN2t6k+ynfScFx+idYPd31b+9Jafqs1NygWi2YvTV/9jFeH6++kZpQN1HOjxjbp7Mo4Vkb9NLbcfEhJXsjJKk92yNlTPY9jt3NyIn0dqXre373RrYfT+BwLXJqLZ0Pr4fp23c5unHukw3OsADNCyDmWz5ZweaoIsT7WWN9NOcfKCjljXq9DDBlNjDFb/lN2l1HZzIsN5NkHIYfRvbl5Gphq9v7F90bweHm76OtvKUNOc5sy1SzfM4HstDrWITpzys/6wLT7cMjJWnEo3TjoPVZAe4PoMJj110bz18el+K+VI1Rj6rsh8h3W+GE7p35GrsNgf8Lq+6lMbq2vq81DTupYOfUTLuQ24sPV8sqTH3L2U8+zUK4Y3HzMDjm9x4r9uLsO/zn1fJh746Q+x0aZTPjx85PlpekuxxKoh2MKOcfz2VKWp9UnUx5r+eJo300Zx3ocIeesWP0GXW9ENScgLNtyyYbcwbtxZkIOOxAeP7Zo/jaQM6AztE0z5MTeYMEpcXuQ/vWuGXLaPxrFJBsH/cdavdIy7BfQ+DiQHYxY658AGktB9XrIqZ/x6rD/yy/c2N045CSPlVM/wT/cSjzk5JUnf7jafup5dowhJ9SbMei6H+beOLHPsUb/5GYdgLVzeXG3ePLwvarJWvjJqp9dbBN3bJ8t4e+C7szPMb6bMo716EJOuK1VDZa5vequRlAT+pH6AIQcRifkFLOz/pDz5OtF1pK7WzYOQpNbOt/cvWPQH3fIyahDIWeSIWcEu114oPlL84RDzkE+xxoHHVoPq7dDOdDu4tl6SF706ZBCTkZ5hJwdCw1XazXGlo/l+X5fhBtyR5JwZkIOO3AxL/pXRs8ZUdYfcpLD1Q7QSTos5LzJerTIVo2Dav+BaaOdMejxpkPoT3YpNPIhUCexIRP1Bt8YISerDjO+/EJ1uNESwLkN/XT9hAu5jQ2Hq6WGgnQGDu2znkeSWgBt+0ZYow5z6vkw98Zpf44FZn30Ww6jur5dLxl3dxEdRnUqIWe/90/wnm++ONp3U8axsj6jRr1eew85kSnN3cZYYMr0sszlTOnDjlJbEXIYX3X3p6emLX8taOScwMIDyZATWnhgOXL0EHPdBoecoj/njNE4CEzZb00k7fuSqMbS7OcpKMvVaRpn3bfwwHKESeMXxxFDTrIOcxrf7YbaekjM6CEnp34ipdpCYgnprPK0m5LrNuugkDNaPY8kMVF7WNulf7haVj0f5N44pc+xH79+b28Q647rP9bts7t6H9rtD1+/76xBnL3NoHvsoJ8tsRUFA4u+bP3dlHOsnM+oUa/XqO/BPoklpJddN+s8swo5wdVujyThzIQcdiMyYq2Z+IMPxx0YcsLrUB/sPbZJyClWHe7pAfqV5sdr77Gii18FVwZrCvxumtzPiILFbuTAyPCV9TbjDVfLrsO+YQyBX5pvn2W0zFo2PFa3DmNnt4vn5OSUp7n0arFYLFd0HRRyRqvn0WRfi4zr3refnGPt8d44xc+x2LGGXq/VfpZ/uDx0Rpm7M4u23yb7eh3RZ0vkvELLSySv6WjHyv2MGu16jff5nNb7MND8aQhBh1jt9qyYCTnsTuB2745hW61IWCwWndFrWSHnrOi8/Q63XuGGIafofv+N1Tjo7Or2RflK4wsg8lyRzudpoFS7azj2P22g9d3W/C1thriP9AAAEM5JREFU1IUHeuswd6x2rX2wHq+4i5DTWz817e/RXT0MNKM89fbTapDP0JAzUj2PKvda9F33nHdfzrH2dG+c6OdYp2W50XihTn9dt8/hJEPOHu+fQICJvIvH+G7KO1bWZ9SY12ukz+ce719875tC03r+4e3VWXsCj5ADHJvgkrs7fQwOwLh8jgFtQg48bpHpARvNtQU4BJ9jQIeQA49cYgnOHTzoE2B8PseANiEHCA0R9tsncFJ8jgF1Qg4AADApQg4AADApQg4AADApQg4AADApQg4AADApQg4n4P2L74tisXj6+f2hSwIAwPETcjh+b26elquBfr95dfDCAABw7IQcTkBfT06Zgm6vtj5Q9Xhsj5ADADhlQg4TMErIefPDQ+Bp2c+uD352AAAMI+QwASOEnGUfzu2L5SvLh2evXwEA4CQIOexKNcas0kwgrz7fF4tFsZi/TL64fKV0/+JN6xBXzzs9LyvPL4aUtuzGaY9PK3NOtzOnOrVhhwAAYE+EHHZhtVRAQyjSrMJP9SfB2LPzkPPx85PForhr/Mlqfs6Tr63jXsyDyQ0AgOMg5DC+QEdHGVdaKwe8vF1tVv5JN8bU/zz6r9sPV7u+rYeZ5vID7fATPkEAAI6GkMPo3tw8DayE9v7F9+4a0FW2eX57n84M+wo5jXjz8PnHs4tnoZADAMAxE3IY3Wo0V9+ItbOiNrAtGVH2EnKa8aaYnYWHsQEAcOSEHEa3WchJPuhz1yGnDDP1eFNqDmMDAOAkCDmM7mKeenBnQ7lywPxlX0rZdcgph6V1VouOra4GAMAxE3IYX7XoWd+8/Mb0/eDKBCtZISexQb/oc3JafTv1kltdDQDgKAk57EJkxFo9w5RLqyVfia4Q3YlPzWfybPCcnGLZmdPSfnLO7KyoL5C9TawCAGBHhBx2JRBRlgFmmUna83CqP1lulh9yZt2cs9H6zlXvTXB+Tt3qAT5WkQYAOD5CDmxghAFyAADsiJADg8V6ogAAOAZCDgxQHxSnGwcA4DgJOTCAddUAAI6fkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkLNz1XpcTz+/P3RJAADgMRBytvbq8/3ywSmhxYXf3DxdeHAkAADsjZCznZe3i0bCCTxBRU8OAADsk5CzjaqXZv7y4CUBAAAqQs42LubFYvH84tDFAAAA1oScbSRDTnOuzv2LN4cuLQAAPApCzmDVHJuIdZgRcgAA4BCEnMFyQ87Kq8/3Qg4AAOyLkLONvDk5Qg4AAOyRkLMNIQcAAI6OkLMNIQcAAI6OkLMNIQcAAI6OkLMNIQcAAI6OkLONVMi5eh5Zgc3DQwEAYJeEnG0IOQAAcHSEHAAAYFKEHAAAYFKEHAAAYFKEHAAAYFKEHAAAYFKEHAAAYFKEHAAAYFKEHAAAYFKEHAAAYFJGCDnvX3xfFIvF08/vD30yAAAAGSHn1ef7YrFYu71qbPDm5mn5+vebV4c/HwAA4JHrCzkvbxeNhNMNOXpyAACAI5IOOVUvzfzl4QsKAACQIx1yLubFYvH84uClBAAAyLRFyGnO1bl/8ebgJwMAABAIOdUcm4h1mBFyAACA47NFyFl59fleyAEAAI7DGHNyhBwAAOBoCDkAAMCkCDkAAMCkCDkAAMCkCDkAAMCkbB5yrp5HVmDz8FAAAOBwhBwAAGBS/u///i8RcgAAAE6MkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkAMAAEyKkHMU3n8tFoti8VC8P3RJYHq8vwDgsTmRkPOxuF8Ui6X7r5tuk+fqrtYkuq52ePNx4H6uBxTj5mHToxzCOPUD+3Ja7y8AYHupkHN1t/7ts/wpdOMmQtUsXppfD9zDfkNO9bvvXWO3V0P3MyTknNYvzePUz1kxW7Y+N/vbU7ePcy+vzl3n9SE3Z6n1Ft7wjXyg+jmt9xcAsL2+kLNsHpWthE0aHNeBttHmzaOPxX1v4yxnm6T9h5zTIuSMYgIhZ6d3+GO+NwCALaVCzs3DugVTNnEGNzhWvSvNZtbV3QmEnGoPQs6O6uesmD3uhuwphpxGX+71brtHHvO9AQBsKRRyIn0vlSFtmrJhlNOWWg2a7+nn2UvIaTUB562zvq5ae1WZH4r3td+5163AbjtyWbHrF3uH2GUeK7sOw7/HN69p1VGzFGhlpusn+8YI67TIWxtvM62iUUWtA9Vum/oRu4frr5/ktRh07jnHStlpyIlc+pzrldhmUP1knf7Jvb8AgK3tNuTM877F56EDhXPOfkJOWtlArLV45vWWzV1zs6+N/9uujbxGWP+x8uowuE3rmrZacqlrsYX8hmywzJtc3NBd3Tiv5W3TPWK9sZtTP+lrkX/uI1yLXYacRofekOuV3mb/IWd67y8AID5c7WNxX/v2nW/QwrjObZfM84fBHE3IqZom14320Lxe7Ho7sndgT6zMmcfKqMPGRJqzYhbqZ+tuUzUTDzQkqWoR1suz6WJu824r+ToQcoKBZFVFmfWTeT+nz32ca7HjOTnhvo7k9cq/pmMOV3us7y8AeLTiIee61uzYLDZkh5yueeyL/3hCTmjafTDkZK3slG6E9R4row6jw41qF+jmIbDPLRfWS0s1ZCPtv2AHQs4ly7lt2odrXpeN6yd4sfoD3vbXIjvkdDNMq7piHSzroJhzvYZc0/2FnOm+vwDg0QqEnOCAithvtylDQs48OcZj7WhCTtW2ax6rG3Lqvw1vUubMY2XUYc4vzYE97HhETaohG0smw69vsAEa3G36SuXXT879nG7Ej3Mtxg45gd6M1SnkXK8h13RvIWfC7y8AeLR2GXIy192KTQGaRMi5/1rVZ08jZstGWF4dBttYV30bCDnD6if7fj6qkLNZHZYt+6o8Ew45J/v+AoBHKzpcrb5m9MYDKspmSrotFdxmHmoUzs5OMuSszjHVjtmuEZZVh92GWqeGo9W+MxsPVxvUKMwa4ZYZcvrqJ/9+7g85Y1yL4H7Kd/egOuwPOTnXa8g1PZ6Qc7rvLwB4tJIhZ/l9vOFDcuqLpd61d75q0HQDQH051/Y+TzPkBE8zq8xDGmHpOgzOBwhc9L6G/rjSMbg7SX11Rw27G5edio0DBRceSJ57Tv3k38/pcx/rWiQm+g+qw/7hannXK/+a5vxEMugGeITvLwB4tKIhp/6dvXHImWXMV249NSL4O2h0VdnOCPj0NuPYKOTMloNV0hMh2mXOO9Y2dRj4fbpvWM6IAiUPNcdjN89WBwotId17t/TWT861yDr3sa7FSHXYv/BA5rGyy9NbPxuX+fG8vwDg0UqGnLvaf2/3Ndz6am81aFrtg6tmP1J3g2Cj5/hDzroemulx+0ZYTh3OErOtOv1s+2yEtVuQnevVunk2H7+UfmpKXsjJqZ+ca5F57mNdi+3rML8kOcfKLE9v/Qwu8+N7fwHA4xRfQpppmQdbkx7TAWPw/gKAoyLkPA6RaRiBpxMCQ3l/AcCREXIei3lwIM2iWHgQIWzN+wsAjoqQ84gEJgP4jRlG4v0FAMdDyAEAACalG3L+X8b/Dl9uAACAICEHAACYFCEHAACYFCEHAACYlJyQ86//cFb89M//ng455/Pi07z4NC/enR/+rI7Eu29VnZxf7vW45/Piw6+HP30AADiIjJDzn//001nxD7epnpxVwhFy6lYh59N2qePq+WJRLBZPP78/K2YvbxfFYlF8v3kV2f68+JCMVW+/rEv16VvxeptjAQDA8UmFnH/7x/bWy/6cxouvfy0+zYtPXwJ7P+/2Y5wXH5ovlm3uRjS6rJrgbzuvtH0ZdqzWxt0mfl09orRTynLPLeEkc9l/rLT3L74visXi+cXsrJi9+nxfLBbF7VVns0Z6iZTnvFmS8k/eDj8WAAAcrUjI+c9/+im0dSLkBDtwzjtRpEpEyZBzPm+3vPNDTvpY9b2dd8NV5w9b1vsZFHLKvLTTkJNXnvNQFn37pfGikAMAwKkLhpx///K3xWwZaf7tH4vZ3/7Tf8QXHkiHnPNmX8G7b8WHL8WHWvu7FXLK/pPomLfzxt8OPdb6iN+K17FdXQYSVPlX7ZAT6rwK6naYDFIGj/sXb2Zn4eBRVlp5LtXZdXby+tdI0LpslK33WAAAcOSCIedf/+GsmJ393b/9v2Xg2SzkLCeHnK/6QM6LD/Pi3WU05JS7Sk3TjyWTvGOVVh0awQ6WwLC3SDH2FnLKuTFV8Di7mK/mzDTLXO4/1mt0Hj+pxj/1HQsAAI5cb0/Ov/7DWTH7x39NLCHdG3JWA6Je/1p8+tIOKuuQc5kxQb8v5KSPNTtbjlW7jJQ8c/7MnkNOn3pPTnBMWnmmb2v/XV94IJF/AADg5GTNyWmuH90OOYEpNKXVMl/LAVHvvlWN6fNQyAm2zoP7TISc9LFmrbzRySplAFhv35wL1DsnJzbKrr3b0TXL0z1QI/t1JjW9+2bJaQAApiO1utp//PNZbdOzL//ZCDn15nK4cV/rMzmfF+e/Fh+W6aKeZ+prgvX3dSQn0vQeq/t/yz6Q1XHb4+VGCjmz+lptW6xAkNYKMK21HNb9PLWaWb0o5AAAMBl9z8m5/bvGH1Tj1opZs0kdHuxUCx5Vklmmi27IKSfPZI4TS4ecxLHqm5VaqSba5XIZCjnZw9Vmewk5q3J2V5+rBqTVa6/2OB3D1QAAmJKekPMf/3y2XIGgXI2gfCpobRfLPo1AJ8xlrT+hGRICIWc5J6cnOSRDTuaxApopKFCG7UJO/4IKI6nPvVmvoFCuwXDePItVja3+9dD3IgAAjKIn5NTXjy6fDdoOOcGneZ4Vs97n5yw7NOp/Xv53auhUJORkHus8mHDqIW2Z2dq72i7k7HrhgcaBmhUbCznny9PcW9kAAGA/QiHnP//ppyrY/PuXv10OUauWIihn5jR2EQsYieBRX+Y4+JycaKfH8JCzPlZk9bZ1GKj933YZjjnknBcflpX57tuyVPW01gw5qY4sAAA4fZGQE/uD2pyclXFDzqzWybD+k77Wec6xYj1O3SFq6/kzTb0LD8T6oHYecmI9VK05ObUI9+58eZo7nSMEAAB7FxuuVs3AqSln5gx4Tk40VDTXNAtsdrluiLdeiTXic451Hm/QB1bB7hyxEWCOKuTUTiEwAG/5r9ZPAwDgkUjOybn9u1k1Caf1v8YuEr0olOo9VzvUWTtuZfWcHAAAmLzekFN/PE4q5GhDR13ua1TYZTxtJv4JAACmpe85OeH/tfdSHyulJb1Sn9tz8NFi3RF9b794PA4AABM0TsiZ1XKOkLOyCjlHkiXqz2/V+QYAwFSNFnIAAACOQTfkAAAAnDAhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmBQhBwAAmJRIyDkvPsyLT/Pi07x4e+giAgAA5AuFnFrCaeWct1/EHgAA4KgFQs7rX4tP8+L8spgtU80q2JzPi0/fiteHLjQAAEBMNOS0em9WPvx6+EIDAADEZC08sMo5Eg4AAHDc/j8RP9b9OAhVFwAAAABJRU5ErkJggg==" alt="" width="630" height="283" />

 

 

 

2. linux-2.6.22.6/arch/arm/mach-s3c2410/Makefile.boot

zreladdr-y     := 0x30008000