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gg修改器怎么用16进制,gg修改器如何修改16进制
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gg修改器怎么用16进制,gg修改器如何修改16进制

作者:admin 来源:网络 发布日期:2022年12月28日 16:10:00

以上为遍历模板,里面具体的函数用法未知,摸清楚了再优化试试。
jishu是计算修改次数。

接下来是GG修改器的部分成品

GG修改的lua适应性好像比CE的低不少,特别容易报错。无论是函数的设置还是变量的设置。

1、Google浏览器(我之前是用sougou,格式化下就GG,看来两边还是有差距呀。);

2、Js调试工具,我这里用的是开发者自带的;

搜寻以下代码语句,找出AES设置定义,并在左侧下入断点

搜寻以下代码语句,找出处理data数据的方法解析函数,并在左侧下入相关断点

搜寻相关“关键词”,笔者这里输入的是“火影忍者”,网页自动调用处理方法,并会到前面我所下的断点出, 到下面这步时,可以通过控制台调试出我们想要的数据,并进行对比。这里输出的数据即是明文数据了

明文数据必须经过Base64方法处理,见下图

以上介绍中,全是本人理解,若是有有误之处,欢迎各位前辈们可以点评。

end….

用脚本写2进制文件

但脚本一直很难直接操作2进制文件,人们常用的方法有:

1,用经典的debug。方法早就被用烂了,这里就不多说。但这种方法依赖于windows自带的debug程序,比较难以成功,比如我的电脑上,众多DOS命令行程序被我删掉,连cmd.exe也要把它删掉为了安全啊!

2,FSO可以写文件,但绝对不能写2进制的

那么要怎么才能用脚本来写2进制文件呢?

先看下下面这个吧,是很久以前我在网络上摘抄的:

引用:

流行WORD宏病毒时,认为宏是解释执行,所以认为宏病毒很简单,关键技术在于WORD的文件格式。我想提醒大家注意,解释执行虽然没有获得CPU的控制权,并不代表不能干大事。关键在于你提供的语言方便不方便。其实解释型语言也可能获得CPU的控制大权的。所以JAVA也可能染毒!所以源文件型病毒并不需要很多专家说的那样要几百行的程序。 下面是DOS下的。BAT文件,你粘贴下来运行一下,你就会明白。它会释放一提示。此只是一演示,不含病毒!但其中的技术完全可以在JAVA,WORD,源文件中实现,也很简单!所以提醒大家(特别是一些杀毒厂家)应真正的理解解释执行与CPU代码执行在本质上并没有区别!

=========================

1EE7:0102 6A65 PUSH 65 ;’e’

1EE7:0104 58 POP AX

1EE7:0105 3465 XOR AL,65 ;得到AX=0X0000 ;’e’

1EE7:0107 2D3030 SUB AX,3030

1EE7:010A 35504F XOR AX,4F50

1EE7:010D 50 PUSH AX

1EE7:010E 5D POP BP ;得到BP=0X8080

1EE7:010F 685765 PUSH 6557

1EE7:0112 58 POP AX

1EE7:0113 356464 XOR AX,6464 ;得到AX=0X0133

1EE7:0116 50 PUSH AX

1EE7:0117 5E POP SI ;得到SI=AX=0X0133

1EE7:011A 46 INC SI

1EE7:011B 46 INC SI

1EE7:011C 46 INC SI

1EE7:011D 46 INC SI

1EE7:011E 46 INC SI

1EE7:011F 312C XOR [SI],BP ;[0X138],[0X139]

1EE7:0121 46 INC SI

1EE7:0122 46 INC SI

1EE7:0123 46 INC SI

1EE7:0124 312C XOR [SI],BP ;[0X13B],[0X13C]

1EE7:0126 3472 XOR AL,72 ;’r’

1EE7:0128 50 PUSH AX ;得到AX=0X141=0X133XOR0X72

1EE7:0129 5E POP SI ;得到SI=AX=0X141

1EE7:012A 50 PUSH AX

1EE7:012B 5F POP DI ;得到DI=AX=0X141

1EE7:012C 6A65 PUSH 65 ;’e’

1EE7:012E 58 POP AX

1EE7:012F 3461 XOR AL,61 ;’a’

1EE7:0131 50 PUSH AX

1EE7:0132 59 POP CX ;得到CX=AX=0X04

1EE7:0133 AD LODSW ;在字符串中是0X2D,

1EE7:0134 F8 CLC ;在字符串中是0X78,

1EE7:0135 2D4141 SUB AX,4141

1EE7:0138 D2E0 SHL AL,CL ;在字符串中是 0X5260

1EE7:013A 30E0 XOR AL,AH ;在字符串中是 0X3060

1EE7:013C AA STOSB ;在字符串中是 0X2A

– ;0XF1是PB解码的结果。

这儿CPU代码编码方法:

这是袁哥的大作,对了,他就实现了用脚本来写2进制,其中用到的方法确是太巧妙了!

因为这个真的太巧妙,我几年来一直收藏着。

汇编强的人可以很容易弄懂上面袁哥大作的,这里我就不卖弄了,毕竟大家都是汇编高手,所以,我就直接拿出我做的东西吧。

我只是对他的成果,改动了下,利用他的原理,把程序改的友好点,实用点。

加入了int 21h,这样就可以写2进制文件了。具体代码如下:

----------------------------------

@echo off

rem Body变量的长度请不要超过8000字节

set Name=11231234.rar

set Body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

rem ==================================================================

set hexarr0=A

set hexarr1=B

set hexarr2=C

set hexarr3=D

set hexarr4=E

set hexarr5=F

set hexarr6=G

set hexarr7=H

set hexarr8=I

set hexarr9=J

set hexarr10=K

set hexarr11=L

set hexarr13=N

set hexarr14=O

set hexarr15=P

rem ==================================================================

set AsciiArr=AA

set AsciiArr^ =CA

:set AsciiArr^=CB

:set AsciiArr^”=CC

:set AsciiArr^#=CD

:set AsciiArr^$=CE

:set AsciiArr^%=CF

:set AsciiArr^&=CG

:set AsciiArr^’=CH

set AsciiArr^(=CI

set AsciiArr^)=CJ

:set AsciiArr^*=CK

:set AsciiArr^+=CL

:set AsciiArr^-=CN

set AsciiArr^.=CO

:set AsciiArr^/=CP

set AsciiArr^0=DA

set AsciiArr^1=DB

set AsciiArr^2=DC

set AsciiArr^3=DD

set AsciiArr^4=DE

set AsciiArr^5=DF

set AsciiArr^6=DG

set AsciiArr^7=DH

set AsciiArr^8=DI

set AsciiArr^9=DJ

set AsciiArr^A=EB

set AsciiArr^B=EC

set AsciiArr^C=ED

set AsciiArr^D=EE

set AsciiArr^E=EF

set AsciiArr^F=EG

set AsciiArr^G=EH

set AsciiArr^H=EI

set AsciiArr^I=EJ

set AsciiArr^J=EK

set AsciiArr^K=EL

set AsciiArr^N=EO

set AsciiArr^O=EP

set AsciiArr^P=FA

set AsciiArr^Q=FB

set AsciiArr^R=FC

set AsciiArr^S=FD

set AsciiArr^T=FE

set AsciiArr^U=FF

set AsciiArr^V=FG

set AsciiArr^W=FH

set AsciiArr^X=FI

set AsciiArr^Y=FJ

set AsciiArr^Z=FK

:set AsciiArr^[=FL

:set AsciiArr^]=FN

:set AsciiArr^^=FO

set AsciiArr^_=FP

:set AsciiArr^`=GA

set AsciiArr^a=GB

set AsciiArr^b=GC

set AsciiArr^c=GD

set AsciiArr^d=GE

set AsciiArr^e=GF

set AsciiArr^f=GG

set AsciiArr^g=GH

set AsciiArr^h=GI

set AsciiArr^i=GJ

set AsciiArr^j=GK

set AsciiArr^k=GL

set AsciiArr^m=GN

set AsciiArr^n=GO

set AsciiArr^o=GP

set AsciiArr^p=HA

set AsciiArr^q=HB

set AsciiArr^r=HC

set AsciiArr^s=HD

set AsciiArr^t=HE

set AsciiArr^u=HF

set AsciiArr^w=HH

set AsciiArr^x=HI

set AsciiArr^y=HJ

set AsciiArr^z=HK

:set AsciiArr^{=HL

:set AsciiArr^}=HN

:set AsciiArr^~=HO

:set AsciiArr^=HP

rem ==================================================================

set Head1=:0jeX4e-005POP]hWeX5ddP

set Head2=1,FFFFF1,FFF1,4rP

call:GetLength

set /a thisLength=%Length%/2

call:GetLengthCode %thisLength%

call:GetNameCode

call:GetBodyCode

: echo %Length%

: echo %LengthCode%

: echo %NameCode%

: echo %BodyCode%

: echo %Body%

@echo %Head1%^^%Head2%^^%Head3%%NameCode%AA%LengthCode%%BodyCode%%Tail% > “%~n0.com”

“%~n0.com”

del “%~n0.com”

goto:EOF

:GetBodyCode

set BodyCode=%Body%

set BodyCode=%BodyCode:F=P%

set BodyCode=%BodyCode:E=O%

set BodyCode=%BodyCode:D=N%

set BodyCode=%BodyCode:B=L%

set BodyCode=%BodyCode:A=K%

set BodyCode=%BodyCode:9=J%

set BodyCode=%BodyCode:8=I%

set BodyCode=%BodyCode:7=H%

set BodyCode=%BodyCode:6=G%

set BodyCode=%BodyCode:5=F%

set BodyCode=%BodyCode:4=E%

set BodyCode=%BodyCode:3=D%

set BodyCode=%BodyCode:2=C%

set BodyCode=%BodyCode:1=B%

set BodyCode=%BodyCode:0=A%

goto:EOF

:GetLength

:GetLength_start_loop

call:CompLength “%%Body:~%Len%,1%%”

goto GetLength_start_loop

:GetLength_end_loop

goto:EOF

:CompLength

if %1==”” (set CmpLen=LSS) else (set CmpLen=GTR)

goto:EOF

:GetLengthCode

set /a InPutLength=”%1 >> 4″

set /a InPutLength=”%InPutLength% & 0xf”

call set Hex1=%%hexarr%InPutLength%%%

set /a InPutLength=%1

set /a InPutLength=”%InPutLength% & 0xf”

call set Hex2=%%hexarr%InPutLength%%%

set /a InPutLength=”%1 >> 12″

set /a InPutLength=”%InPutLength% & 0xf”

call set Hex3=%%hexarr%InPutLength%%%

set /a InPutLength=”%1 >> 8″

set /a InPutLength=”%InPutLength% & 0xf”

call set Hex4=%%hexarr%InPutLength%%%

set LengthCode=%Hex1%%Hex2%%Hex3%%Hex4%

goto:EOF

:GetNameCode

set NameCode=x

set NameCode=%NameCode:~1,32%

goto:EOF

call set NameCode=%NameCode%%%AsciiArr%1%%

goto:EOF

-------------------------------------------

把以上代码保存成bat文件,运行,就的到一个文件了!

说明:

使用的时候,仅需改动2个地方就可以了!

1,开头的一句set Name=11231234.rar,表示要写的文件名,注意名字不能太长(最长16byte),也不能用非法的标点符号。

2,后面一句set body=。。。。,表示文件的内容,使用16进制格式,是不是很方便呢!

在这个例子里,我用bat写了个rar文件,解压后是个小的最简单的windows汇编程序,无害的。

这个方法,确是可以不依靠象debug那样的外部程序,来实现写二进制文件,但缺点是,它使用了中间文件,一个com文件,是工作于DOS下的,使用int 21h进行文件操作,而以后dos逐渐淡化,什么是后int 21h不能用了都不知道

于是,我又在思考别的方法。

由于所知有限,想来想去,也没找到什么实用的,仅用脚本搞定的东西

ADODB.stream有个二进制的模式,既然有这个模式,应该是可以使用的!

但是对ADODB.stream的试验表明,不论使用一般数组,还是byte数组,都出错。难以构造合适的数据类型!

后来终于灵光一闪, 发现可以绕果构造合适的数据类型这步!

我的方法是,先用ADODB.stream的文本模式,并设置charse为unicode,这时把要写的数据载入。

然后利用ADODB.stream的copyto方法,拷贝刚才的数据到另一个二进制模的式ADODB.stream对象,再写入文件,是不是大功告成了呢

贴出例子代码如下:

--------------------------------

dim fso,ados,ados_,s

set fso=createobject(“scripting.filesystemobject”)

msgbox “文件已存在,不能创建”

set fso=nothing

exit sub

end if

set fso=nothing

s= h2b(“000100005374616E64617264204A65742044420001000000B56E03626009C255E9A96772403F009C”)

s=s & h2b(“7E9F90FF859A31C579BAED30BCDFCC9D63D9E4C3D341FB8ABC4E6362EC37B8DD9CFA23C728E6F62F”)

s=s & h2b(“8A60B10D7B3610EBDFB1926D13432A36B133D1F8795B772C7C2AAFD07C99051398FD9409A6B6C202”)

s=s & h2b(“83665F95F8D089248567C61F2744D2EECF65EDFF07C746A178160CEDE92D62D454060000342E3000”)

s=s & zero16(428)

s=s & h2b(“01010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010001000100010001”)

s=s & h2b(“00010001000100010001000100010001000100010001000100010001000100010101640F01000000”)

s=s & h2b(“000000000200BB0F760F000000000000”)

s=s & zero16(501)

s=s & h2b(“0000FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF”)

s=s & h2b(“FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF0201DE0B000000001A04000059060000”)

s=s & h2b(“08000000000000000100000000000000”)

s=s & zero16(1)

s=s & h2b(“5311000B001100020000000200000000060000010600000000000008000000000000000000000008”)

s=s & h2b(“000000000000000C59060000090003000000040800001200”)

s=s & zero16(1)

s=s & h2b(“0C590600000800020000000408000012”)

s=s & zero16(1)

s=s & h2b(“000859060000040001000000040800001300000000000A0008000859060000050001000000040800”)

s=s & h2b(“00130000000000120008000459060000070002000000040800001300000000001A0004000A590600”)

s=s & h2b(“000A0004000000040800001200000000000000FE01045906”)

s=s & zero16(1)

s=s & h2b(“04080000130000000000000004000B590600000D000700000004080000120000000000720000000B”)

s=s & h2b(“5906000010000A00000004080000120000000000007300000B590600000F00090000000408000012”)

s=s & h2b(“0000000000450000000B590600000E000800000004080000120000000000006100000A5906000002”)

s=s & h2b(“0000000000040800001200000000006400FE01095906000006000100000004080000320000000000”)

s=s & h2b(“0001FE01045906000001000000000004080000130000000000040004000B590600000C0006000000”)

s=s & h2b(“040800001200000000000000000009590600000B0005000000040800001200000000006A00FE0103”)

s=s & h2b(“5906000003000100000004080000130000000000080002000E0043006F006E006E00650063007400”)

s=s & h2b(“10004400610074006100620061007300650014004400610074006500430072006500610074006500”)

s=s & h2b(“140044006100740065005500700064006100740065000A0046006C00610067007300160046006F00”)

s=s & h2b(“72006500690067006E004E0061006D00650004004900640004004C0076000E004C00760045007800”)

s=s & h2b(“74007200610010004C0076004D006F00640075006C0065000C004C007600500072006F0070000800”)

s=s & h2b(“4E0061006D0065000A004F0077006E0065007200100050006100720065006E007400490064001600”)

s=s & h2b(“52006D00740049006E0066006F004C006F006E006700180052006D00740049006E0066006F005300”)

s=s & h2b(“68006F00720074000800540079007000650083070000010001020001FFFF00FFFF6EFFFF00FFFF69”)

s=s & h2b(“FFFF00FFFF00FFFF00FFFF0010060000070000000000000081000000000083070000000001FFFF00”)

s=s & h2b(“FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF0011060000080000000000000081000000”)

s=s & h2b(“000059060000010000000100000000FFFFFFFF00000000040401000000005906”)

s=s & zero16(1)

s=s & h2b(“000000FFFFFFFF0000000004040000000000040049006400180050006100720065006E0074004900”)

s=s & h2b(“64004E0061006D00650009000406000005060000080002060000030600000D000806000009060000”)

s=s & h2b(“10000E0600000F0600000F000C0600000D0600000E000A0600000B0600000C000606000007060000”)

s=s & h2b(“FFFF000000000000”)

s=s & zero16(380)

s=s & h2b(“0201A90E000000004F0100005906000010000000000000000100000000000000”)

s=s & zero16(1)

s=s & h2b(“53040001000400010000000100000012060000130600000000000008000000000000000459060000”)

s=s & h2b(“02000100000004080000130000000000040004000159060000030001000000040800001300000000”)

s=s & h2b(“0000000100045906”)

s=s & zero16(1)

s=s & h2b(“04080000130000000000000004000959060000010000000000040800003200000000000000FE0106”)

s=s & h2b(“00410043004D001800460049006E0068006500720069007400610062006C00650010004F0062006A”)

s=s & h2b(“0065006300740049006400060053004900440083070000000001FFFF00FFFF00FFFF00FFFF00FFFF”)

s=s & h2b(“00FFFF00FFFF00FFFF00FFFF00140600000900000000000000880000000000590600000000000000”)

s=s & h2b(“00000000FFFFFFFF000000000404000000000010004F0062006A0065006300740049006400FFFF00”)

s=s & zero16(470)

s=s & h2b(“0201EB0D000000000D02000059060000”)

s=s & zero16(1)

s=s & h2b(“0100000000000000”)

s=s & zero16(1)

s=s & h2b(“530800040008000100000001000000150600001606000000”)

s=s & zero16(1)

s=s & h2b(“000000025906000001000000000004080000130000000000040001000C5906000005000300000004”)

s=s & h2b(“08000012000000000000040000035906000006000400000004080000130000000000050002000459”)

s=s & h2b(“06000007000400000004080000130000000000070004000A59060000030001000000040800001200”)

s=s & h2b(“0000000000FEFE010A590600000400020000000408000012000000000000FEFE0104590600000000”)

s=s & h2b(“00000000040800001300000000000000040009590600000200000000000408000012000000000000”)

s=s & h2b(“FEFE0112004100740074007200690062007500740065001400450078007000720065007300730069”)

s=s & h2b(“006F006E00080046006C00610067000E004C007600450078007400720061000A004E0061006D0065”)

s=s & h2b(“0031000A004E0061006D006500320010004F0062006A00650063007400490064000A004F00720064”)

s=s & h2b(“006500720083070000000001010001020001FFFF00FFFF6EFFFF00FFFF7AFFFF00FFFF66FFFF0019”)

s=s & h2b(“0600000A0000006500640081000000000059060000000000000000000000FFFFFFFF000000000404”)

s=s & h2b(“010000000022004F0062006A00650063007400490064004100740074007200690062007500740065”)

s=s & h2b(“0005001706000018060000FFFF000000”)

s=s & zero16(446)

s=s & h2b(“0201CB0C000000002D03000059060000”)

s=s & zero16(1)

s=s & h2b(“0100000000000000”)

s=s & zero16(1)

s=s & h2b(“5308000500080003000000030000001A0600001B06000000”)

s=s & zero16(4)

s=s & h2b(“00000004590600000200010000000408000013000000000004000400045906000001000100000004”)

s=s & h2b(“08000013000000000000000400045906000003000100000004080000130000000000080004000A59”)

s=s & h2b(“060000050002000000040800001200000000000000FE010A59060000040001000000040800001200”)

s=s & h2b(“000000000000FE010A59060000070004000000040800001200000000000000FE010A590600000600”)

s=s & h2b(“03000000040800001200000000000000FE010A590600000000000000000408000012000000000000”)

s=s & h2b(“00FE010E00630063006F006C0075006D006E000A00670072006200690074000E00690063006F006C”)

s=s & h2b(“0075006D006E00100073007A0043006F006C0075006D006E00100073007A004F0062006A00650063”)

s=s & h2b(“007400240073007A005200650066006500720065006E0063006500640043006F006C0075006D006E”)

s=s & h2b(“00240073007A005200650066006500720065006E006300650064004F0062006A006500630074001C”)

s=s & h2b(“0073007A00520065006C006100740069006F006E00730068006900700083070000000001FFFF00FF”)

s=s & h2b(“FF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF001C0600000B000000000000008200000000”)

s=s & h2b(“0083070000040001FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF001D0600000C”)

s=s & h2b(“0000000000000082000000000083070000060001FFFF00FFFF00FFFF00FFFF00FFFF00FFFF00FFFF”)

s=s & h2b(“00FFFF00FFFF001E0600000D0000000000000082000000000059060000010000000100000000FFFF”)

s=s & h2b(“FFFF000000000404000000000059060000020000000200000000FFFFFFFF00000000040400000000”)

s=s & h2b(“0059060000000000000000000000FFFFFFFF0000000004040000000000100073007A004F0062006A”)

s=s & h2b(“00650063007400240073007A005200650066006500720065006E006300650064004F0062006A0065”)

s=s & h2b(“00630074001C0073007A00520065006C006100740069006F006E007300680069007000FFFF000000”)

s=s & zero16(410)

s=s & h2b(“0101590700000000000000001F00BB0F760F310FEC0EA70E620E1D0ED80D930D4E0D090DC40C7F0C”)

s=s & h2b(“3A0CF50BB00B6B0B260BE10A9C0A570A120ACD0988094309FE08B90874082F08EA07A50700000000”)

s=s & zero16(235)

s=s & h2b(“0000002000000000”)

s=s & zero16(8)

s=s & h2b(“1000000000000000”)

s=s & zero16(7)

s=s & h2b(“0000000000080000”)

s=s & zero16(25)

s=s & h2b(“0000000004000000”)

s=s & zero16(42)

s=s & h2b(“0000000000020000”)

s=s & zero16(8)

s=s & h2b(“0000800000000000”)

s=s & zero16(7)

s=s & h2b(“0000000000000080”)

s=s & zero16(8)

s=s & h2b(“0000000001000000”)

s=s & zero16(8)

s=s & h2b(“8000000000000000”)

s=s & zero16(128)

s=s & h2b(“0000000040000000”)

s=s & zero16(8)

s=s & h2b(“0040000000000000”)

s=s & zero16(7)

s=s & h2b(“04016F0D02000000”)

s=s & zero16(2)

s=s & h2b(“0000000000200000400000010010000008000004000080000002000000000000”)

s=s & zero16(53)

s=s & h2b(“7F8F0000007F4F4A6D4A4C4A6B516B010000000E017F8F0000007F69515E4A6D5964626B5759666B”)

s=s & h2b(“010000000E027F8F0000007F6D4A4C5E516B010000000E007F8F0000017F606B766B4A4D516B0100”)

s=s & h2b(“00000E057F8F0000017F606B766B644C5B514D6D6B010000000E047F8F0000017F606B766B686F51”)

s=s & h2b(“6959516B010000000E067F8F0000017F606B766B69515E4A6D5964626B5759666B010000000E077F”)

s=s & h2b(“8F0000027F606B766B4F4C010000000E0300000000000000”)

s=s & zero16(429)

s=s & h2b(“0401D80D02000000”)

s=s & zero16(2)

s=s & h2b(“00000000020408102040800001000000”)

s=s & zero16(55)

s=s & h2b(“7F8000000200000E047F8000000300000E057F8000000400000E067F8000000500000E077F8F0000”)

s=s & h2b(“0100000E007F8F00000200000E017F8F00000300000E027F9000000000000E03”)

s=s & zero16(443)

s=s & h2b(“0401900D03000000”)

s=s & zero16(2)

s=s & h2b(“000000000204081020408000010204081020408000010000”)

s=s & zero16(54)

s=s & h2b(“7F8000000200000F007F8000000200000F0D7F8000000300000F017F8000000400000F027F800000”)

s=s & h2b(“0400000F0B7F8000000500000F037F8000000500000F0C7F8F00000100000F047F8F00000100000F”)

s=s & h2b(“057F8F00000100000F0E7F8F00000200000F087F8F00000300000F067F8F00000300000F077F8F00”)

s=s & h2b(“000300000F0F7F9000000000000F097F9000000000000F0A”)

s=s & zero16(434)

s=s & h2b(“0401200E04000000”)

s=s & zero16(511)

s=s & h2b(“0401200E05000000”)

s=s & zero16(511)

s=s & h2b(“0401200E05000000”)

s=s & zero16(511)

s=s & h2b(“0401200E05000000”)

s=s & zero16(511)

s=s & h2b(“0101480D02000000000000000800B50F640F0B0FC00E6B0E1C0EC70D660D0000”)

s=s & zero16(424)

s=s & h2b(“0000000000001100050000000100000F01008646EC22AE3CE3408646EC22AE3CE340000000804D00”)

s=s & h2b(“530079007300520065006C006100740069006F006E0073006800690070007300C4C9440044004400”)

s=s & h2b(“4400440044004400440044004400420020000B00FF00001100040000000100000F01008646EC22AE”)

s=s & h2b(“3CE3408646EC22AE3CE340000000804D005300790073005100750065007200690065007300C4C938”)

s=s & h2b(“00380038003800380038003800380038003800360020000B00FF00001100030000000100000F0100”)

s=s & h2b(“8646EC22AE3CE3408646EC22AE3CE340000000804D005300790073004100430045007300C4C93200”)

s=s & h2b(“320032003200320032003200320032003200300020000B00FF00001100020000000100000F010086”)

s=s & h2b(“46EC22AE3CE3408646EC22AE3CE340000000804D005300790073004F0062006A0065006300740073”)

s=s & h2b(“00C4C93800380038003800380038003800380038003800360020000B00FF00001100000000100200”)

s=s & h2b(“000F02008646EC22AE3CE3408646EC22AE3CE340000000804D0053007900730044006200C5CB2E00”)

s=s & h2b(“2E002E002E002E002E002E002E002E002E002C0020000B00FF000011000300000F0000000F030086”)

s=s & h2b(“46EC22AE3CE3408646EC22AE3CE34000000080520065006C006100740069006F006E007300680069”)

s=s & h2b(“0070007300C4C93C003C003C003C003C003C003C003C003C003C003A0020000B00FF000011000200”)

s=s & h2b(“000F0000000F03008646EC22AE3CE3408646EC22AE3CE34000000080440061007400610062006100”)

s=s & h2b(“730065007300C4C93400340034003400340034003400340034003400320020000B00FF0000110001”)

s=s & h2b(“00000F0000000F03008646EC22AE3CE3408646EC22AE3CE340000000805400610062006C00650073”)

s=s & h2b(“00C4C92E002E002E002E002E002E002E002E002E002E002C0020000B00FF00000101A20E03000000”)

s=s & h2b(“000000001000ED0FDA0FC70FB40FA10F8E0F7B0F680F550F420F2F0F1C0F090FF60EE30ED00E0000”)

s=s & zero16(468)

s=s & h2b(“04000300000FFFFF0F00C4CB0C000A0001000F04000100000FFFFE0F00C4CB0C000A0001000F0400”)

s=s & h2b(“0200000014000000C4CB0C000A0001000704000500000014000000C4CB0C000A0001000704000400”)

s=s & h2b(“000014000000C4CB0C000A000100070400000000100E000000C4CB0C000A00010007040000000010”)

s=s & h2b(“0E000600C5CB0C000A0001000704000200000F00000600C5CB0C000A0001000704000300000F0100”)

s=s & h2b(“0600C5CB0C000A0001000704000300000FFE000F00C4CE0C000A0001000F04000100000F01000600”)

s=s & h2b(“C5CB0C000A0001000704000100000FFE000F00C4CE0C000A0001000F04000500000000000E00C5CB”)

s=s & h2b(“0C000A0001000704000400000000000600C5CB0C000A0001000704000300000000000600C5CB0C00”)

s=s & h2b(“0A0001000704000200000000000600C5CB0C000A00010007”)

set ados=createobject(“adodb.stream”)

set ados_=createobject(“adodb.stream”)

ados_.type=2

ados_.charset=”unicode”

ados_.open

ados_.writetext s

ados.type=1

ados.open

ados_.Position=2

ados_.copyto ados

ados.Position=0

ados.close

set ados=nothing

ados_.close

set ados_=nothin

function h2b(txt)

dim i,t

t=””

for i=1 to len(txt) step 2

t=t & chrb(clng(“&h” & mid(txt,i,2)))

next

h2b=t

end function

function zero16(n)

dim a,i,t

t=””

a=chrb(0) & chrb(0) & chrb(0) & chrb(0) & chrb(0) & chrb(0) & chrb(0) & chrb(0)

for i=1 to n

t=t & a

next

zero16=t

end function

-------------------------------------------------

当然,你可以利用chrb()函数,做出任何你想要的文件,这里只是个例子。

这种方法克服了长久以来不能写2进制文件的困难,不过怎么看怎么想旁门左道的途径,不是正规的方法。

小弟我写这篇,希望能抛砖引玉,大家还知道那些写二进制文件的方法,一定要拿出来分享啊!

小弟浅陋,有纰漏处,希各位不吝赐教,在下洗耳恭听,不胜感激!

首先是提取Assembly-CSharp.dll文件,参见

然后使用dnSpy找到要修改代码的特征码:

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