制作自己的刷机shx文件

http://moto.it168.com/thread-2756889-1-1.html

制作自己的刷机shx文件(作者：12345678)

特别说明：偶只会刷不会制，不过有人会哟，一起来看：

作者：12345678
一、 Hi，大家好！我又有些消息发布哦。最近一直研究刷机用的shx文件，为此也找了不少资料。参考了很多的资料后，把对shx的理解如下：

1、shx本身是S-format格式，具体文件格式编码定义可以看下面的备注1。

2、既然知道是ascii的shx，那么我们就可以用一个叫/BINEX的软件来转换。其实也就说刷到手机里的文件包括内核，rootfs，langu ag e，setup，ezxlocal等目录里的文件都是经过编码存放在这一个shx文件。总而言之shx是多个binary 格式的包的集合体。

3、他的格式为S0开头的一行字符串，到下一个S0开头的一段内容就是是一个完整的binary格式的包，我们可以利用ultraedit32来打开shx文件，然后把S0开头到下一个S0开头的一段拷贝形成新的一个文件，保存为hex为后缀名。我这里以48版本的shx为例子，总共可以从shx文件剥离出13个binary包。这13个小文件都是ASCII格式的，当然自己mount，修改啥都很不方便，所以我们就需要用工具把他从ascii格式转换成bin格式，这个工具就是binex。

4、转换，从ascii格式转换成bin，用binex /b s01.hex /os01.bin，这就把s01.hex从ascii转换成bin，这样我们就可以在linux下用mount修改/和setup这2个cramfs格式的包了。

5、如何mount这个包请参考备注2。

6、七里八啦一翻修改，想怎么整就怎么整，然后我们就得到了经过自己定义/和setup等2个cramfs包了。

7、现在问题来了，shx是ascii格式，而我们得到的是bin格式的文件，怎么转呢？呵呵，binex再次出场，还得靠他。
binex /h root.cramfs /o s1 2.hex （在此我们假设自己做的root叫root.cramfs，而s12为原来ascii的root的文件）来替换前面生成的root的hex文件。

8、接下来，还得用ultraedit32，分别把刚才展开的13个文件分别拷贝、粘贴。形成了新的shx文件。

9、有了自己做的shx文件，还等什么？打开你的PST，呵呵，让我一次刷个够，我刷我刷刷刷刷........

二、最近论坛里一直都很想弄到C5版本的shx文件，既然 moto 不放出来，难道我们不会自己做一个么？参考上面。请有C5版本的兄弟telnet进手机，运行下面的命令

1、cd /
tar zcvf /mmc/mmca1/rootfs-c5.tar.gz .backup bin etc dev etc home lib sbin ezxlocal usr

2、有了这个tar.gz文件，我们就可以自己制作C5版本的680I的shx刷机文件了。

3、首先去的那个tar.gz文件，放到有linux系统的机器中，假设在/home/downloads目录中。而把680I的/
放在/home/downloads/ e680 i-c5-root目录中。

4、我们来构建/文件结构。
   tar zxvf /home/downloads/rootfs-c5.tar.gz -C /home/downloads/ e680i -c5-root
   cd /home/downloads/ e6 80i-c5-root
   mkdir di sk a diskb ram proc
   chown -R 2000:233 diska diskb
   ln -sf /ram/proc proc
   ln -sf /ram/var var
   ln -sf /ram/tmp tmp

5、构建language这儿cramfs的包
mkcramfs usr/language/ /home/downloads/language.cramfs

6、构建setup包
mkcramfs usr/setup /home/downloads/setup.cramfs

7、rm -rf usr/language/* usr/setup/* (因为这2个目录的文件分别有language和setup包加载，就不需要打在root包里了。)

8、构建root包
mkcramfs /home/downloads/e680i-c5-root /home/downloads/rootfs.cramfs

9、得到上面3个包后，分别在windows系统下用binex转换成ASCII格式的文件，替换C3版本的shx文件中root，language，setup几个包的内容，从新再用PST刷，哈哈，一个自己做的不完整的C5版本的E680I产生了，哈哈哈。

注意：如果上面自己做的shx文件不能引导开机，也不用怕，从新用48或者51或者C3版本从新刷一下就好了

。大家大胆地刷吧。哈哈哈。

[ 本帖最后由 meakin 于 2006-5-20 09:08 编辑 ]

下面的英文我会试着逐步翻译一下，以方便致力于. shx 制作的兄弟姐妹们

备注1：Motorola S-records in EASy68K
DESCRIPTION描述

An S-record file consists of a sequence of specially formatted ASCII character strings. An S-record will be less than or equal to 78 bytes in length. S-record文件是由一系列特别格式化的ASCII字符串组成，每个S-record文件的大小不会超过 78 字节。
The order of S-records within a file is of no significance and no particular order may be assumed.

+-------------------//------------------//-----------------------+
| 类型 | count | 地址 | 数据 | checksum |
+-------------------//------------------//-----------------------+

type -- A char[2] field. These characters describe the type of record (S0, S1, S2, S3, S5, S7, S8, or S9).
count -- A char[2] field. These characters when paired and interpreted as a hexadecimal value, display the count of remaining character pairs in the record.
类型-- A
address -- A char[4,6, or 8] field. These characters grouped and interpreted as a hexadecimal value, display the address at which the data field is to be loaded into memory. The length of the field depends on the number of bytes necessary to hold the address. A 2-byte address uses 4 characters, a 3-byte address uses 6 characters, and a 4-byte address uses 8 characters.

data -- A char [0-64] field. These characters when paired and interpreted as hexadecimal values represent the memory loadable data or descriptive information.

checksum -- A char[2] field. These characters when paired and interpreted as a hexadecimal value display the least significant byte of the ones complement of the sum of the byte values represented by the pairs of characters making up the count, the address, and the data fields.

Each record is terminated with a line feed. If any additional or different record terminator(s) or delay characters are needed during transmission to the target system it is the responsibility of the transmitting program to provide them.

S0 Record. The type of record is 'S0' (0x5330). The address field is unused and will be filled with zeros (0x0000). The code/data field contains descriptive information identifying the following block of S-records as having been created by EASy68K.

S1 Record. The type of record field is 'S1' (0x5331). The address field is interpreted as a 2-byte address. The data field is composed of memory loadable data.

S2 Record. The type of record field is 'S2' (0x5332). The address field is interpreted as a 3-byte address. The data field is composed of memory loadable data.

S3 Record. The type of record field is 'S3' (0x5333). The address field is interpreted as a 4-byte address. The data field is composed of memory loadable data.

S5 Record. The type of record field is 'S5' (0x5335). The address field is interpreted as a 2-byte value and contains the count of S1, S2, and S3 records previously transmitted. There is no data field. (EASy68K does not generate this record.)

S7 Record. The type of record field is 'S7' (0x5337). The address field contains the starting execution address and is interpreted as 4-byte address. There is no data field.

S8 Record. The type of record field is 'S8' (0x5338). The address field contains the starting execution address and is interpreted as 3-byte address. There is no data field. (EASy68K always uses this termination record type.)

S9 Record. The type of record field is 'S9' (0x5339). The address field contains the starting execution address and is interpreted as 2-byte address. There is no data field.

EXAMPLE 例如

The following program was assembled with EASy68K. The .L68 file is shown. The .L68 file contains the address, machine code, line number and source code.
下面这个程序是由EASy68K装配的。

00001000 Starting Address起始地址

Assembler used: EASy68K Editor v1.9.2汇编程序使用：EASy68K Editor v1.9.2编辑器

Created On: 1/28/2004 4:51:58 PM生成日期：1/28/2004 4:51:58 PM

Address Machine Code Line Source Code
地址机器代码行源代码

00000000 1 *-----------------------------------------------------------

00000000 2 * Program Number: S-Record demo for EASy68k

00000000 3 * Written by : Chuck Kelly

00000000 4 * Date Created : Jan-28-2004

00000000 5 * Description : demonstrate the S-Record file format used by EASy68K.

00000000 6 *

00000000 7 * This program is public domain.

00000000 8 *-----------------------------------------------------------

00000000 9

00001000 10 START ORG $1000 the program will load into address $1000

00001000 123C 0003 11 move.b #3,d1 put 3 in low byte of data register D1

00001004 5A01 12 add.b #5,d1 add 5 to low byte of data register D1

00001006 13 * Display string textD1

00001006 303C 000E 14 move #14,d0 load task number into D0

0000100A 43F9 00044446 15 lea textD1,a1 load address of string to display into A1

00001010 4E4F 16 trap #15 trap #15 activates input/output task

00001012 17 * Display D1 as a number

00001012 303C 0003 18 move #3,d0 task number 3 into D0

00001016 19 * task number 3 is used to display the contents of D1.L as a number

00001016 4E4F 20 trap #15 display number in D1.l

00001018 4EB9 00022222 21 jsr newLine

0000101E 22 * Stop execution

0000101E 4E72 2000 23 STOP #$2000

00001022 24

00022222 25 org $22222 this subroutine is located at address $22222

00022222 26 * Subroutine to display Carriage Return and Line Feed

00022222 27 newLine:

00022222 48E7 8040 28 movem.l d0/a1,-(a7) push d0 & a1

00022226 303C 000E 29 move #14,d0 task number into D0

0002222A 43F9 00044462 30 lea crlf,a1 address of string

00022230 4E4F 31 trap #15 display return, linefeed

00022232 4CDF 0201 32 movem.l (a7)+,d0/a1 restore d0 & a1

00022236 4E75 33 rts return

00022238 34

00044444 35 org $44444 this data is located at address $44444

00044444 36 sum2 ds.w 1 reserve word of memory for sum2

00044446 44 31 20 63 6F 6E ... 37 textD1 dc.b 'D1 contains: ',0 null terminated string

00044454 44 32 20 63 6F 6E ... 38 textD2 dc.b 'D2 contains: ',0 null terminated string

00044462 0D 0A 00 39 crlf dc.b $d,$a,0 carriage return & line feed, null

00044465 40

00044465 41 */\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\

00044465 42 * E R R O R E R R O R E R R O R E R R O R E R R O R

00044465 43 */\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\

00044465 44 * EASy68K does not support addresses beyond $FFFFFF or 16MBytes

00044465 45 * Comment out the following org directive if you want to run this program.

12345678 46 org $12345678

12345678 69 6E 76 61 6C 69 ... 47 junk dc.b 'invalid address'

12345687 48

12345687 49 END START end of program with start address specified

The S-record file created from the above program follows:.

S021000036384B50524F47202020313143524541544544204259204541535936384B6D

S1251000123C00035A01303C000E43F9000444464E4F303C00034E4F4EB9000222224E72200004

S21A02222248E78040303C000E43F9000444624E4F4CDF02014E75C2

S223044446443120636F6E7461696E733A2000443220636F6E7461696E733A20000D0A009A

S31412345678696E76616C69642061646472657373EA

S804001000EB

The S0 Record contains the following information:

/-version number
module name / /-revision number checksum
S0 0000 6 8 K P R O G 1 1 C R E A T E D B Y E A S Y 6 8 K /
S021000036384B50524F47202020313143524541544544204259204541535936384B6D

The version and revision number refer to the EASy68K S-Record file type, not the product version.

The file consists of one S0 record, one S1 record, two S2 records, one S3 record and an S8 record.

The first S1 record is comprised as follows:

S1 25 1000 123C00035A01303C000E43F9000444464E4F303C00034E4F4EB9000222224E722000 04

S1 S-record type, indicating it is a data record to be loaded at a 2-byte address.
25 Hexadecimal (decimal 37), indicating that thirty-seven character pairs, representing a 2 byte address, 34 bytes of binary data, and a 1 byte checksum, follow.
1000 Four character 2-byte address field; hexadecimal address $1000, where the data which follows is to be loaded.
123C00035A01... 34 character pairs representing the actual binary data.
04 The checksum.
The first S2 record is comprised as follows:

S2 1A 022222 48E78040303C000E43F9000444624E4F4CDF02014E75 C2

S2 S-record type, indicating it is a data record to be loaded at a 3-byte address.
1A Hexadecimal (decimal 26), indicating that twenty-six character pairs, representing a 3 byte address, 22 bytes of binary data, and a 1 byte checksum, follow.
022222 Six character 3-byte address field; hexadecimal address $022222, where the data which follows is to be loaded.
48E78040303C... 22 character pairs representing the actual binary data.
C2 The checksum.
The second S2 record contains additional data which is to be loaded at address $044446

The first S3 record is comprised as follows:

S3 14 12345678 696E76616C69642061646472657373 EA

S3 S-record type, indicating it is a data record to be loaded at a 4-byte address.
14 Hexadecimal (decimal 20), indicating that twenty character pairs, representing a 4 byte address, 15 bytes of binary data, and a 1 byte checksum, follow.
12345678 Eight character 4-byte address field; hexadecimal address $12345678, where the data which follows is to be loaded.
696E76616C69... 15 character pairs representing the actual binary data.
EA The checksum.
The S8 record is comprised as follows:

S8 04 001000 EB

S8 S-record type, indicating it is a termination record with a 3-byte address.
04 Hexadecimal (decimal 4), indicating that four character pairs follow.
001000 The address field, hexadecimal address $001000 indicating the starting execution address.
EB The checksum.
EASy68K always uses the S8 record.

备注2：mount 命令详解

简单用法:
fat32的分区
mount -o codepage=936,iocharset=cp936 /dev/hda7 /mnt/cdrom (mount -t vfat -o iocharset=cp936 /dev/hda7 /mnt/cdrom)
ntfs的分区
mount -o iocharset=cp936 /dev/hda7 /mnt/cdrom
iso文件
mount -o loop /abc.iso /mnt/cdrom
软盘
mount /dev/fd0 /mnt/floppy
USB闪存
mount /dev/sda1 /mnt/cdrom

所有/etc/fstab内容 mount -a

可以指定文件格式"-t 格式", 格式可以为vfat, ext2, ext3等.

镜像文件：
mount fileName mountPoint -o loop，fileName是镜像文件名(*.iso,*.img)，其它的不用说了，跟上面一样。用例：如我有一个a.iso光盘镜像文件，mount a.iso a -o loop，这样进入目录a你就能浏览a.iso的内容了，*.img文件的用法一样。

显示中文方面,如果是fedora core 1 的话，用utf8更好
mount -o iocharset=uft8 /dev/hda1 /mnt/c
mount -o iocharset=uft8 /dev/sda1 /mnt/usb
mount -t smbfs //ip_addr/share/dir /mnt/smb/share -o iocharset=uft8,username=name, password=passwd

开机就mount上windows下的分区
自动将windows的d盘挂到/mnt/d上，用vi打开/etc/fstab，加入以下一行
/dev/hda5 /mnt/d vfat defaults,codepage=936,iocharset=cp936 0 0
注意，先得手工建立一个/mnt/d目录
mount局域网上其他windows机器共享出的目录(bjchenxu)
mount -t smbfs -o username=guest,password=guest //machine/path /mnt/cdrom

备注3： mount意思是 “架设”

[ 本帖最后由 meakin 于 2006-6-24 13:16 编辑 ]

制作自己的刷机shx文件相关推荐

制作三星I9088 刷机ROM的实践（一）
首先,我们要理解ROM的制作其实分为两个层次: 第一层是拿官方的ROM做底包,通过解包.修改.打包几个步骤,制作出自己定制的ROM. 第二层则基于Google的AOSP(Android Open So ...
制作三星I9088 刷机ROM的实践（二）
先补充昨天的教程,那个PIT文件是分区表信息,所以,如果刷机前要选上,表示你将使用怎样的分区表.一般下载的刷机包里会带有这个的. 书接上回,今天我们开始讨论如何解开这些个刷机包. 第二步:解开刷机包 ...
制作三星I9088 刷机ROM的实践（三）
先强调一点:刷机有风险,下手须谨慎! 第三步,创建修改ROM的工作环境上一步我们mount了.rfs文件,看到了里面的内容,但是不能修改,因为我们是直接mount这个文件的,如果想要修改,它应该是一 ...
制作三星I9088 刷机ROM的实践（四）
应该进行入第四步了吧,讨论一下如何将修改后的内容重新打包的问题. 首先要先把那个I9088ZNJL1-PDA-XXXXXX.tar文件解开到某个目录下: # cd /home/share/9088/p ...
制作三星I9088 刷机ROM的实践（五）
今天继续吧,前两天圣蛋,自己也懒了.今天一定要完成这个完结篇吧. 用前几篇的方法我们同样可以打开那个CSC.tar.md5文件,得到的cache.rfs,同样mount它.具体步骤在你理解前几篇文章后 ...
linux手机刷机包制作工具_ROM制作工具官方下载|ROM制作工具下载 v1.0.0.59 官方版 - 绿点软件站...
资源下载,支持线刷包(img)转卡刷包(zip):支持img/dat相互转换:ROM制作工具高效免费,为广大ROM开发者.手机维修.预装分发等人群提供快捷便利的定制服务. ROM制作工具官方简介 RO ...
笔记-备份还原QCN问题答疑，9008救砖刷机包手动制作
Q:打开端口方法 A: (1.拨号app内输入命令自行网上查找对应机型代码 (2.adb输入命令,需要root 输入 setprop sys.usb.config diag enter←或输入 se ...
怎样制作刷机包，让你的rom更个性
怎样制作刷机包,让你的rom更个性刷机的乐趣,只有刷了才知道!当然准备工作是必不可少的,那么怎样制作个性的刷机包呢?相信有很多人还在为制作rom的问题而烦恼,其实制作的方法很简单,那我们就来学习一下 ...
【ROM制作工具】如何美化ROM、集成高级设置等特色功能到刷机包教程
常规的制作ROM基本上每一个人开发者都会操作,那么特色更能的刷机包到底如何制作呢?如何美化自己制作的ROM?如何将高级设置等特色功能集成在自己制作的手机刷机包中? 接下来将和大家分享制作ROM美化及集 ...

制作自己的刷机shx文件

制作自己的刷机shx文件相关推荐

最新文章

热门文章