本帖最后由 happy886rr 于 2016-10-26 16:23 编辑
引言：替代certutil编解码功能的强悍工具bse.exe，比certutil快3倍的编码速度。支持9种编码格式，支持6种解码格式。base64编码速率高达每秒600M到1300M，因此瓶颈在硬盘，完全写不过来。采用以内存换时间的程序设计方式，逻辑严密，注重细节。
BASE64编码器核心： | while(i<fsize){ | | buf[j++]=BASE64_CODE[ (RAMread[i ]>>2 ) ]; | | buf[j++]=BASE64_CODE[ (RAMread[i ]&0x03)<<4|(RAMread[++i]>>4) ]; | | buf[j++]=BASE64_CODE[ (RAMread[i ]&0x0F)<<2|(RAMread[++i]>>6) ]; | | buf[j++]=BASE64_CODE[ (RAMread[i++]&0x3F) ]; | | } | | if(i==fsize+2){buf[j-2]='=', buf[j-1]='=';} | | if(i==fsize+1){ buf[j-1]='=';}COPY |
采取将if判断完全移出while循环，循环内部只有移位、与操作，产生的错误在while循环外重新纠错，因此编码速率达到硬盘读写速度的10倍以上。支持多种自定义，文件大小限制、特殊敏感词过滤。数种隐藏功能，请自行发掘。支持一键转为批处理脚本。完全不用担心“gc d”等特殊词被discuz吃掉。支持base64#、base64+、base64加权压缩，更携带base92节省空间。
使用说明： | ___________________________________________________________________________________ | | BSE编码、解码工具, 版本 1.1 | | COPYRIGHT@2016~2018 BY HAPPY | | 使用： | | bse [-e|-e#|-e+|-eb|-ex|...-d|-d#|-d+|-db|-dx|...] [输入文件] [输出文件] | | __________________________________________________________________________________ | | 选项： | | -h 帮助信息 | | -e 编码为 BASE64 | | -e# 编码为 BASE64# | | -e+ 编码为 BASE64+ | | -eb 编码为 BIN码 | | -ex 编码为 HEX码 | | -e92 编码为 BASE92 | | -d BASE64 解码 | | -d# BASE64#解码 | | -d+ BASE64+解码 | | -db BIN码 解码 | | -dx HEX码 解码 | | -d92 BASE92 解码 | | -m 制作标准 BASE64 批处理脚本 | | -mp 制作压缩 BASE64 加权批处理脚本 | | -md 制作兼容 BASE64 过滤论坛特殊词脚本 | | __________________________________________________________________________________ | | 示例： | | bse -e a.jpg a.base64 | | bse -e# a.jpg a.base64# //将图片a.jpg编码为 BASE64# | | bse -e92 a.jpg a.base92 | | bse -d a.base64 a.jpg | | bse -d# a.base64# a.jpg //将a.base64#解编码为 a.jpg | | bse -d92 a.base92 a.jpg | | bse -m a.jpg a.bat | | bse -mp a.jpg a.bat | | bse -md a.jpg a.bat | | ... | | __________________________________________________________________________________ | | 英译： | | | | BSE.EXE | | >>>------------------------------------------------------------------------------- | | COPYRIGHT@2016~2018 BY HAPPY,VERSION 1.1 | | | | bse [-e|-e#|-e+|-eb|-ex|-e92| | | -d|-d#|-d+|-dx|-db|-d92| | | -m|-mp|-md ] [infile] [outfile] | | ---------------------------------------------------------------------------------- | | -h Show help information | | -e Encode file to BASE64 code | | -e# Encode file to BASE64# code | | -e+ Encode file to BASE64+ code | | -eb Encode file to BIN code | | -ex Encode file to HEX code | | -e92 Encode file to BASE92 code | | -d Decode a file from BASE64 code | | -d# Decode a file from BASE64# code | | -d+ Decode a file from BASE64+ code | | -db Decode a file from BIN code | | -dx Decode a file from HEX code | | -d92 Decode a file from BASE92 code | | -m Make a ordinary BASE64 batch | | -mp Make a press BASE64 batch | | -md Make a discuz BASE64 batch | | ---------------------------------------------------------------------------------- | | 10/26/2016COPY |
核心源码: | | | | | | | | | | | #include <stdio.h> | | #include <stdlib.h> | | #include <string.h> | | | | | | #define FILE_MAX_SIZE 128 | | | | #define PRESS_LINE_SIZE 1000 | | | | #define SENSITIVE_NUM 3 | | | | static const char* SENSITIVE_WORDS[]={"**", "**", "taidu", "zangdu", "qingzhen", "fenlie", "dfj", "hsd", "xjzz"}; | | | | | | static const unsigned char BASE64_CODE[64]="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; | | static const unsigned char BASE92_CODE[256]={33,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113,114,115,116,117,118,119,120,121,122,123,124,125,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; | | static const char HEX_CODE[16]="0123456789ABCDEF"; | | static const char* BIN_CODE[16]={"0000", "0001", "0010", "0011", "0100", "0101", "0110", "0111", "1000", "1001", "1010", "1011", "1100", "1101", "1110", "1111"}; | | static const char BASE64_PRESS_CODE[10]="@-#$_}{][A"; | | | | static const unsigned char BASE64_DECO[80]={0x3E,0x40,0x40,0x40,0x3F,0x34,0x35,0x36,0x37,0x38,0x39,0x3A,0x3B,0x3C,0x3D,0x40,0x40,0x40,0x40,0x40,0x40,0x40,0x00,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F,0x10,0x11,0x12,0x13,0x14,0x15,0x16,0x17,0x18,0x19,0x40,0x40,0x40,0x40,0x40,0x40,0x1A,0x1B,0x1C,0x1D,0x1E,0x1F,0x20,0x21,0x22,0x23,0x24,0x25,0x26,0x27,0x28,0x29,0x2A,0x2B,0x2C,0x2D,0x2E,0x2F,0x30,0x31,0x32,0x33}; | | static const unsigned char BASE92_DECO[256]={255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,0,255,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,255,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255}; | | static const unsigned char HEX_DECO[23]={0x00,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0xFF,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F}; | | | | | | int i=0, j=0, FLAG=0, fsize=0; | | | | | | int Check_SensitiveWords(unsigned char* Str, int position) | | { | | int n, SN, MARK, L; | | for(SN=0; SN<32; SN++){ | | if(SN>=SENSITIVE_NUM){return 0;} | | L=strlen(SENSITIVE_WORDS[SN]), MARK=1; | | for(n=0; n<L; n++){ | | if(Str[position+n]!=SENSITIVE_WORDS[SN][n] && Str[position+n]+32!=SENSITIVE_WORDS[SN][n]){ | | MARK=0;break; | | } | | } | | if(MARK==1){return 1;} | | } | | return 0; | | } | | | | | | | | int Press_Base64(unsigned char* Str, int L, FILE* stream, char* file) | | { | | int k, N, M, MARK; | | | | char* fname; | | char* extension_name; | | char* press=(char*)calloc(strlen(Str)+3, sizeof(char)); | | for(k=0,i=0,j=0; j<L ;j++){ | | if(Str[j]=='A' && j<L-1 && FLAG!=22){ | | i++; | | }else{ | | if(i!=0){ | | while(i>512){ | | i-=512; | | press[k++]=BASE64_PRESS_CODE[0]; | | } | | M=512; | | for(N=0; N<10; N++){ | | if(i>=M){ | | press[k++]=BASE64_PRESS_CODE[N]; | | i-=M; | | } | | M>>=1; | | } | | } | | if(Str[j]=='\0'){break;}else{press[k++]=Str[j];} | | if(Check_SensitiveWords(Str, j)){ | | if(FLAG==22){press[k++]=' ';}else{press[k++]='.';} | | } | | } | | } | | fname=strtok(file, "."); | | extension_name=strtok(NULL, "."); | | if(FLAG==22){ | | | | int N, MARK=j/64+1; | | fprintf(stream | | , "@echo off\r\n" | | "::*********BASE64 过滤解码器*********\r\n" | | "certutil -decode \"%%~f0\" %s.%s&pause&exit /b\r\n" | | "::***********************************\r\n" | | , | | fname, | | extension_name | | ); | | fprintf(stream, "\r\n-----BEGIN BASE64-----\r\n"); | | fwrite(press, k, 1, stream); | | fprintf(stream, "\r\n-----END BASE64-----\r\n"); | | return 0; | | | | } | | | | MARK=(int)(k/PRESS_LINE_SIZE+1); | | fprintf(stream | | , "@echo off\r\n" | | "setlocal enabledelayedexpansion\r\n\r\n" | | "::*********BASE64 加权解码器*********\r\n" | | "set $=set [#]&CALL :BASE64_PRESS&set [$]=A&((for %%%%Z in ([,],{,},_,$,#,-,@) do (set [$]=![$]!![$]!&for %%%%S in (![$]!) do (for /l %%%%i in (1,1,%d) do (!$!%%%%i=![#]%%%%i:%%%%Z=%%%%S!))))&for /l %%%%i in (1,1,%d) do (set/p=![#]%%%%i:.=!<NUL))>%s.BSEP&certutil -decode %s.BSEP %s.%s&pause&exit /b\r\n" | | "::***********************************\r\n\r\n" | | ":BASE64_PRESS\r\n" | | , | | MARK, | | MARK, | | fname, | | fname, | | fname, | | extension_name | | ); | | for(N=1; N<=MARK; N++){ | | fprintf(stream, "\r\n!$!%d=", N); | | if(N!=MARK){ | | fwrite(press, PRESS_LINE_SIZE, 1, stream); | | press+=PRESS_LINE_SIZE; | | }else{ | | fwrite(press, k%PRESS_LINE_SIZE, 1, stream); | | | | } | | | | } | | fprintf(stream, "\r\ngoto :EOF"); | | return 0; | | } | | | | int EncodeBase64(FILE* fp, FILE* stream, char* file) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+3, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*4/3+2, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i<fsize){ | | buf[j++]=BASE64_CODE[ (RAMread[i ]>>2 ) ]; | | buf[j++]=BASE64_CODE[ (RAMread[i ]&0x03)<<4|(RAMread[++i]>>4) ]; | | buf[j++]=BASE64_CODE[ (RAMread[i ]&0x0F)<<2|(RAMread[++i]>>6) ]; | | buf[j++]=BASE64_CODE[ (RAMread[i++]&0x3F) ]; | | } | | if(i==fsize+2){buf[j-2]='=', buf[j-1]='=';} | | if(i==fsize+1){ buf[j-1]='=';} | | free(RAMread); | | if(FLAG==20){ | | | | int N, MARK=j/64+1; | | char* fname=strtok(file, "."); | | char* extension_name=strtok(NULL, "."); | | fprintf(stream | | , "@echo off\r\n" | | "::*********BASE64 标准解码器*********\r\n" | | "certutil -decode \"%%~f0\" %s.%s&pause&exit /b\r\n" | | "::***********************************\r\n" | | , | | fname, | | extension_name | | ); | | fprintf(stream, "\r\n-----BEGIN BASE64-----"); | | for(N=1; N<=MARK; N++){ | | fprintf(stream, "\r\n"); | | if(N!=MARK){ | | fwrite(buf, 64, 1, stream); | | buf+=64; | | }else{ | | fwrite(buf, j%64, 1, stream); | | | | } | | } | | fprintf(stream, "\r\n-----END BASE64-----"); | | return 0; | | }else if(FLAG==21){ | | | | Press_Base64(buf, j, stream, file); | | }else if(FLAG==22){ | | | | Press_Base64(buf, j, stream, file); | | }else { | | fwrite(buf, j, 1, stream); | | } | | free(buf); | | return 0; | | } | | | | int EncodeBase64_Tight(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+3, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*4/3+2, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i<fsize){ | | buf[j++]=BASE64_CODE[(RAMread[i ]&0xC0)>>2|(RAMread[i+1]&0xC0)>>4|(RAMread[i+2]&0xC0)>>6]; | | buf[j++]=BASE64_CODE[ RAMread[i++]&0x3F ]; | | buf[j++]=BASE64_CODE[ RAMread[i++]&0x3F ]; | | buf[j++]=BASE64_CODE[ RAMread[i++]&0x3F ]; | | } | | if(i==fsize+2){buf[j-2]='=', buf[j-1]='=';} | | if(i==fsize+1){ buf[j-1]='=';} | | free(RAMread); | | fwrite(buf, j, 1, stream); | | free(buf); | | return 0; | | } | | | | int EncodeBase64_Plus(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+3, sizeof(unsigned char)); | | unsigned char* quotes=(unsigned char*)calloc( fsize/3+2, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*4/3+2, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i<fsize){ | | quotes[i/3]=BASE64_CODE[(RAMread[i]&0xC0)>>2|(RAMread[i+1]&0xC0)>>4|(RAMread[i+2]&0xC0)>>6]; | | buf[i]=BASE64_CODE[ RAMread[i++]&0x3F ]; | | buf[i]=BASE64_CODE[ RAMread[i++]&0x3F ]; | | buf[i]=BASE64_CODE[ RAMread[i++]&0x3F ]; | | } | | if(i==fsize+2){buf[i-2]='=', buf[i-1]='=';} | | if(i==fsize+1){ buf[i-1]='=';} | | free(RAMread); | | fwrite(buf, i, 1, stream); | | fputs("#", stream); | | fwrite(quotes, i/3+1, 1, stream); | | free(buf);free(quotes); | | return 0; | | } | | | | int EncodeBin(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+1, sizeof(unsigned char)); | | char* buf[2]; | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i!=fsize){ | | buf[0]=(char*)BIN_CODE[ RAMread[i ]>>4 ]; | | buf[1]=(char*)BIN_CODE[ RAMread[i++]&0x0F ]; | | fprintf(stream, "%s%s", buf[0], buf[1]); | | } | | free(RAMread); | | return 0; | | } | | | | int EncodeHex(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+1, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*2+1, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i!=fsize){ | | buf[j++]=HEX_CODE[ RAMread[i ]>>4 ]; | | buf[j++]=HEX_CODE[ RAMread[i++]&0x0F ]; | | } | | free(RAMread); | | fwrite(buf, j, 1, stream); | | free(buf); | | return 0; | | } | | | | int Str_Encode(unsigned char* str, FILE* stream) | | { | | unsigned int sizes; | | unsigned long workspace; | | unsigned short wssize; | | int tmp, len=fsize; | | unsigned char c; | | unsigned char *res; | | sizes=(len*8)%13; | | if(sizes==0){ | | sizes=2*((len*8)/13); | | } else if(sizes<7){ | | sizes=2*((len*8)/13)+1; | | } else { | | sizes=2*((len*8)/13)+2; | | } | | res=(unsigned char*)malloc(sizeof(char)*(sizes+1)); | | workspace=0; | | wssize=0; | | j=0; | | for(i=0; i<len; i++){ | | workspace=workspace<<8 | str[i]; | | wssize+=8; | | if(wssize>=13){ | | tmp=(workspace>>(wssize-13))&8191; | | c=BASE92_CODE[tmp/91]; | | if(c==0){ | | free(res); | | return 1; | | } | | res[j++]=c; | | c=BASE92_CODE[tmp%91]; | | if(c==0){ | | free(res); | | return 1; | | } | | res[j++]=c; | | wssize -=13; | | } | | } | | if(0<wssize && wssize<7){ | | tmp=(workspace<<(6-wssize))&63; | | c=BASE92_CODE[tmp]; | | if(c==0){ | | free(res); | | return 1; | | } | | res[j]=c; | | } else if(7<=wssize){ | | tmp=(workspace<<(13-wssize))&8191; | | c=BASE92_CODE[tmp/91]; | | if(c==0){ | | free(res); | | return 1; | | } | | res[j++]=c; | | c=BASE92_CODE[tmp%91]; | | if(c==0){ | | free(res); | | return 1; | | } | | res[j]=c; | | } | | res[sizes]=0; | | fwrite(res, sizes, 1, stream); | | return 0; | | } | | int EncodeBase92(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc(fsize, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | Str_Encode(RAMread, stream); | | free(RAMread); | | return 0; | | } | | | | | | | | int DecodeBase64(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+2, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*3/4+3, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | for(; i<fsize; i++){ | | buf[j++]=BASE64_DECO[RAMread[i]-43]<<2 | BASE64_DECO[RAMread[++i]-43]>>4; | | buf[j++]=BASE64_DECO[RAMread[i]-43]<<4 | BASE64_DECO[RAMread[++i]-43]>>2; | | buf[j++]=BASE64_DECO[RAMread[i]-43]<<6 | BASE64_DECO[RAMread[++i]-43] ; | | } | | if(RAMread[--i]=='='){j--;} | | if(RAMread[--i]=='='){j--;} | | free(RAMread); | | fwrite(buf, j, 1, stream); | | free(buf); | | return 0; | | } | | | | int DecodeBase64_Tight(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+2, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*3/4+3, sizeof(unsigned char)); | | unsigned char pre; | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i<fsize){ | | pre=BASE64_DECO[RAMread[i++]-43]; | | buf[j++]=(pre&0x30)<<2 | BASE64_DECO[RAMread[i++]-43]; | | buf[j++]=(pre&0x0C)<<4 | BASE64_DECO[RAMread[i++]-43]; | | buf[j++]=(pre&0x03)<<6 | BASE64_DECO[RAMread[i++]-43]; | | } | | if(RAMread[--i]=='='){j--;} | | if(RAMread[--i]=='='){j--;} | | free(RAMread); | | fwrite(buf, j, 1, stream); | | free(buf); | | return 0; | | } | | | | int DecodeBase64_Plus(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc( fsize+3, sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize*3/4+3, sizeof(unsigned char)); | | unsigned char pre; | | fread(RAMread, fsize, 1, fp);fclose(fp); | | int p=(int)strchr(RAMread, '#')-(int)RAMread; | | while(i<p){ | | pre=BASE64_DECO[RAMread[i/3+p+1]-43]; | | buf[i]=(pre&0x30)<<2 | BASE64_DECO[RAMread[i++]-43];if(i==p){break;} | | buf[i]=(pre&0x0C)<<4 | BASE64_DECO[RAMread[i++]-43];if(i==p){break;} | | buf[i]=(pre&0x03)<<6 | BASE64_DECO[RAMread[i++]-43]; | | } | | if(RAMread[i-1]=='='){i--;} | | if(RAMread[i-1]=='='){i--;} | | free(RAMread); | | fwrite(buf, i, 1, stream); | | free(buf); | | return 0; | | } | | | | int DecodeBin(FILE* fp, FILE* stream) | | { | | int M; | | unsigned char* RAMread=(unsigned char*)calloc(fsize+2,sizeof(unsigned char)); | | unsigned char S; | | fread(RAMread, fsize, 1, fp);fclose(fp); | | while(i<fsize){ | | S=0,M=128; | | for(j=0; j<8; j++){ | | if(RAMread[i++]==49){ | | S+=M; | | } | | M>>=1; | | } | | fprintf(stream, "%c", S); | | } | | free(RAMread); | | return 0; | | } | | | | int DecodeHex(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc(fsize+2 , sizeof(unsigned char)); | | unsigned char* buf=(unsigned char*)calloc(fsize/2+1, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | for(; i!=fsize; i++){ | | buf[j++]=HEX_DECO[RAMread[i]-48]<<4|HEX_DECO[RAMread[++i]-48]; | | } | | free(RAMread); | | fwrite(buf, j, 1, stream); | | free(buf); | | return 0; | | } | | | | int Str_Decode(unsigned char* str, FILE* stream) | | { | | int b1, b2, len; | | int sizes; | | unsigned char* res; | | unsigned long workspace; | | unsigned short wssize; | | sizes=strlen(str); | | if(strcmp(str, "~")==0 || sizes==0){ | | res=(unsigned char*)malloc(sizeof(char)*1); | | res[0]=0; | | return 1; | | } | | if(sizes<2){ | | res=(unsigned char*)1; | | } | | len=((sizes/2*13)+(sizes%2*6))/8; | | res=(unsigned char *)malloc(sizeof(char)*(len)); | | workspace=0; | | wssize=0; | | j=0; | | for(i=0; i+1<sizes; i+=2){ | | b1=BASE92_DECO[str[i]]; | | b2=BASE92_DECO[str[i+1]]; | | workspace=(workspace<<13)|(b1*91+b2); | | wssize+=13; | | while(wssize>=8){ | | res[j++]=(workspace>>(wssize-8))&255; | | wssize -=8; | | } | | } | | if(sizes%2==1){ | | workspace=(workspace<<6)| BASE92_DECO[str[sizes-1]]; | | wssize+=6; | | while(wssize>=8){ | | res[j++]=(workspace>>(wssize-8))&255; | | wssize -=8; | | } | | } | | fwrite(res, len, 1, stream); | | return 0; | | } | | int DecodeBase92(FILE* fp, FILE* stream) | | { | | unsigned char* RAMread=(unsigned char*)calloc(fsize, sizeof(unsigned char)); | | fread(RAMread, fsize, 1, fp);fclose(fp); | | Str_Decode(RAMread, stream); | | free(RAMread); | | return 0; | | } | | | | | | void Help_Information(FILE* stream, int Exit_Code) | | { | | fprintf(stream, | | "COPYRIGHT@2016~2018 BY HAPPY, VERSION 1.1\n" | | "--------------------------------------------------------------\n" | | "bse [-e|-e#|-e+|-eb|-ex|-e92|\n" | | " -d|-d#|-d+|-dx|-db|-d92|\n" | | " -m|-mp|-md ] [infile] [outfile]\n" | | "--------------------------------------------------------------\n" | | " -h Show help information\n" | | " -e Encode file to BASE64 code\n" | | " -e# Encode file to BASE64# code\n" | | " -e+ Encode file to BASE64+ code\n" | | " -eb Encode file to BIN code\n" | | " -ex Encode file to HEX code\n" | | " -e92 Encode file to BASE92 code\n" | | " -d Decode a file from BASE64 code\n" | | " -d# Decode a file from BASE64# code\n" | | " -d+ Decode a file from BASE64+ code\n" | | " -db Decode a file from BIN code\n" | | " -dx Decode a file from HEX code\n" | | " -d92 Decode a file from BASE92 code\n" | | " -m Make a ordinary BASE64 batch\n" | | " -mp Make a press BASE64 batch\n" | | " -md Make a discuz BASE64 batch\n" | | "--------------------------------------------------------------\n" | | ); | | exit(Exit_Code); | | } | | | | | | int main(int argc, char** argv) | | { | | FILE* fp;FILE* op; char* delims; | | if((argc==4) && (argv[1][0]=='-')){ | | switch(argv[1][1]){ | | case 'E': | | case 'e': | | delims=(argv[1]+2); | | if (delims[0]=='\0'){FLAG= 1;} | | else if(delims[0]== '#'){FLAG= 2;} | | else if(delims[0]== '+'){FLAG= 3;} | | else if(delims[0]== 'b'){FLAG= 4;} | | else if(delims[0]== 'x'){FLAG= 5;} | | else if(delims[0]== '9'){FLAG= 9;} | | else{Help_Information(stderr, 1);} | | break; | | case 'D': | | case 'd': | | delims=(argv[1]+2); | | if (delims[0]=='\0'){FLAG=11;} | | else if(delims[0]== '#'){FLAG=12;} | | else if(delims[0]== '+'){FLAG=13;} | | else if(delims[0]== 'b'){FLAG=14;} | | else if(delims[0]== 'x'){FLAG=15;} | | else if(delims[0]== '9'){FLAG=19;} | | else{Help_Information(stderr, 1);} | | break; | | case 'M': | | case 'm': | | delims=(argv[1]+2); | | if (delims[0]=='\0'){FLAG=20;} | | else if(delims[0]== 'p'){FLAG=21;} | | else if(delims[0]== 'd'){FLAG=22;} | | break; | | default: | | Help_Information(stderr, 2); | | } | | }else{ | | Help_Information(stderr, 3); | | } | | | | if( (fp=fopen(argv[2], "rb"))==NULL ){ | | fputs("Failed to read file.", stdout); | | return 2; | | } | | | | fseek(fp, 0, SEEK_END); | | if( (fsize=ftell(fp))>FILE_MAX_SIZE*1024*1024 ){ | | fputs("File size is too large, out of memory.", stdout); | | return 1; | | } | | | | fseek(fp, 0, SEEK_SET); | | | | if( (op=fopen(argv[3], "wb"))==NULL ){ | | fputs("Failed to read file.", stdout); | | return 1; | | } | | switch(FLAG){ | | case 1: | | EncodeBase64(fp, op, NULL); | | break; | | case 2: | | EncodeBase64_Tight(fp, op); | | break; | | case 3: | | EncodeBase64_Plus(fp, op); | | break; | | case 4: | | EncodeBin(fp, op); | | break; | | case 5: | | EncodeHex(fp, op); | | break; | | case 9: | | EncodeBase92(fp, op); | | break; | | case 11: | | DecodeBase64(fp, op); | | break; | | case 12: | | DecodeBase64_Tight(fp, op); | | break; | | case 13: | | DecodeBase64_Plus(fp, op); | | break; | | case 14: | | DecodeBin(fp, op); | | break; | | case 15: | | DecodeHex(fp, op); | | break; | | case 19: | | DecodeBase92(fp, op); | | break; | | case 20: | | case 21: | | case 22: | | EncodeBase64(fp, op, argv[2]); | | break; | | } | | fclose(op); | | return 0; | | }COPY |
程序下载：
这次用bse.exe的-m选项自动编码自己生成批处理脚本，完全过滤论坛的gc d被吃掉的现象。 | @echo off | | ::*********BASE64 过滤解码器********* | | certutil -decode "%~f0" bse.7z&pause&exit /b | | ::*********************************** | | | | -----BEGIN BASE64----- | | N3q8ryccAAT22uG8oC4AAAAAAAAjAAAAAAAAAFEyKN/gWXsTSV0AIRTEqwhKKETSeHQBcyCbLX+0ZDUdRCvymBWVXTJtQ8tjk3Zuq5uIcduvEEiXGt9Kna9EBtplETJvL0NYh4BBFdMCQ7bGo2zaX4ENkarz6A4gjhETZwfaSGENM6zin4SCJltsNH8q7WLhb2UOE/bvvfdNSt6DFXHNg9gwXgcT1UjgcR3042yNxPCYvi2aBKKSV5kI4myCx9bYD07EcIsAZktBbQ1MTxPQ/lji88E4yIEzdP8Q6/7scYwZvxe+fyCI6LPPxH4vzzS/TVgzfPlhO40VZwaDQ4kAVJJYAfi9koYNcvXB20ZQy5jn4ExcoAkcAPy2GzJ63FnvvnRdDlQvh+baurTWcJQ3VYWKvjIViyWNfiQWLu7/TlNz31qrcvyao5BgEWs/rm5S1n7rHvVdUMrD0a1ABMyyOXopR3HopFHw0ZXt+uz/Anssdlxkw+WDqQxapTRrNYvq3jrqyPSgBcHL3tXAP6r9VQ0Mbmek2PvFxTNDVCeFDkSuBU86Bjq9o6QsvRcW5u4j27TCa8/UGQ6oiZR4WEt/1lvXQM3228gZYUiuItTkc5tzL3Qh00zAtsywYaeMSm+tF15a3RCT474A9sf1OQXMPkutFgVaBqMP6URMYxw42596Xaz418e8k8EhNlEgPjiE98zR3qPIfnctwMvJiIAvOllpqiTZPZe3sDfgzLpyYXjShK4Knw1I9RLMVXT77t5/Q5dHJulASXjzIZ8CVhxba9LEmTmx6PcvdW50flFXWoqxG2AutDwSptl1H5MUj+nVe1AU3ye2gud/E1WdRWFmiKRiOPXeJ+bnBmnzHlwC9iXLpuGO9+zO8SgyK1C3L7a91lMggRXyPeemAdLcBA/KTo7UiyqAxWpxO+16GrAhqy3oe0qP/zd9ozyKQz4Ur3ByDhuQ2d0Z/DsonZcklWLtx7FgXNxzFx518oVwHTvkxw6ZBFpaMxTRRHBEKjfWFPAojK4fTmdyC5tKa+JjSInLwew52sM+HIzq5i0tMklQj3HosPLLdznWIm6At+UgJzMpuKF1++dxErEU0/Sy5FHeOr0WFcR9yLSNR9Y5tYL7l/NFnaThUq3bYDWNABku23TkgsLWJIu6arq8oF2XZTfVVKV8Zi3iQitVAld94GRZ10Hl/Tx4zuVFn4//Rfdjwgh7XJumZlUWL9Eaj3rrbp9fx1TcdEw5BqIsQWlrSdG/SKOdK7y+GUo/yBWS37vTelMJXK3o2slUVcLwijkfTGroLnjl4Kub/X7H8wevBO8sKr2Kf3m13X/LwIq7xGbdtwnZqth7Yf/8CZtHz+QQ/GjPUv8toGa6UemE3Dk3BXU846EM0YjSn4MtvU+UuFAM95ijP2YYNDuiyi0Z5u0aDBHek4bLB9TwlCn8apagqbqSiAxzx77fDU8w28uypF9oPvo1F1RoH4sAPPnGxIjcNfs92X/DxPMdQUrlkpDyo9u7a8CGqUL5df9yI6IJi6hHli5cBwZ2/QdsOJLb/tzGq3e8YSG93eOFHJytRsNDzj6uHPBTImlVSygou4vIFNlNC4+fzFGmpkdhsx+jdgwKrW6kJ1DNvMsg3JEa4KvYQ2a3toSbxiXDg/IOh4c1yrlLBawsk2pQiN6nAcfBcvVnQR8LsvrFbOTnNqB3C6XJYCUN/YOkjYOe+vJBmbGBzDfSbiHSY4c/8X/2XjQpfLwKD0LGe+oHYxzBE14Yh2wLN7YZnI7xDJvhc2LV6T2M3a3PYiALvN05PXy8eJa100kbWBrUIifuf7ch7BZTYtvFMzvB8KCneF++sZIXr2s0ouRWynm0htlj9cQ6a6cfBIhXYC7W40RK7yNTQt5gFkHkmYocXHOg15jGl0axEh8ASTktQwreoLfhfZd3vEYjrxTzu2UoRfdoTAt1N4qDf90Uu90hZHjiqe8OurlgN5IDqi8Gz+a4CruScrBNTgMszI9vm2bb5odQKVKpS1RXPk05if+OHoEoM/Qg1tedkWVFB1dwEsHjb5B8ekynmVutVocvHfGW5m8oGqKaedXcsXGg4wMlvW1bUJ1ntDsBHMbEQfEn9BvD1ygsRVZgbS1BLIVW3Zl/2fKcRNspjRVWaQsDeJVpsOeogDrC7i/vr1fR15pnpPmpc9Yzlu4RwjU9UtzXvkjIGvRejX2YHNkctomvJ35zQFIQfzdHtP8kaTtv4pX/HC7BlrzWChe81g5XZ4dN7b33gqDMgqmR+FbnrsTEL1f4sg/psSAmH2HXlc+ADoJta4D8L9wi7+3OM/8BTALMf/Yrn+GnKv7pgjEVRee636isN0otHSzFePhurOcwF7f70oBljw+ZO9zpblDHFa4RXemaiLTu4i6W4nwWEHuu8UW8xWTRuFm/8Roc3ngOSCiOUEmxomymDq76haCOpiMr5cPmvvF5NXfD1dFhxInM/6mVviqlsqN0jIHhyn/nPsTA2dPJzYas41iM3yKNb3wcR4LX3SmxBdP5PvjlNdA3PijasKzguMmFOKuKGHVimAU8G3FFS3SnO2NSMdsvlXu3M5cgTOk9Q7Y4IBX4Lwr3jCZTqniVzmmsxGhuuVaHOVQDbFMUhP74OygnMJFuUKsskNcX15gWTmmmHJ82DCexQXKNm0wDymuJGXRCpQDJwZL3CII5MNOBQHEY/x6nZiLqjDifTx8xXQLf/N3igbN69q3SKZ9ieS1DMzkbMZr025iAwAJzlUwkP91th4TJYU0LwRpZ5NggIs0poF8A+qw9c9uDbI8GaseNi9UsODOYF0rfk8+ZLI9hOMu9tn4l2Ge7W1onASlAkgDAi2Y2rpYvZ08efB1MkloY8NkBwpGjzbuIKYhglmuU+fd/r0XM7fPyOHYGDpdYfA4sFguYLITH4uNxS95OR4/ttBJN4Nff4RlP3QiHcvH3/EhowKpRpWmR0D+tnR/rUOH1Rh7OZcxQf8jOFCf5fzZ9mnGarSo6w9gLd43WVjkXAmHxnGB2Crlr3XkkwmgQLRms3TqCBvFXmMd/cxrv8eMyLub2U72V/awRHjRCFVxajOUuTE3ksP8q6xny4ktHaxu83MUK3nHHs2Gc6YCz4WW94zshrmNfe5Lay+WcUEMbdA+pgLE7IbFEPQPBJ6hMdPD2lPyMZBxE9P2s2iekmqT9yKDRcInYgDXOOCdAv15GOuxZ3W/1UuUFpzSx0rrmo3cCp87tsEd/qQa7jJXJGKucfLvhEP3Y6n3sHr4LahqB5Yq5Rs10KbhiUTOQzAprmyFPM3nWty4qmQvHdD3hfW28L3Qf51eygDr1KA5OusPWV4jjGv81jdAAcHJZysxn4KWbi7uqVkzKbpBpT8wh+mmhXdDbbtUNmL5VkKh7bdrEFD8d+lFJB0I95H+lTT/HByYbvjJHusIHF/qEGL8fw1xQBb+kt79522C97TzrWVDcf0TRhJq2ee24JYEcPQW1g0M3ZmKqxGrah5Rcgor0sk8ZahoKkf5QCrksWWMuyijtkylq6TcRvzt2OugfUr5w3yeKYLcHAQ2a81LsabJ3dZizabtp4fupEgnuYfQWyG9js+MDZdOLFDZCdPIyveUij1/VEIOHluilsACdgzy/+nh9RqSKjbT6ms10kxmVGoQGB1le73zAMuy1atB5LfkC871oe6T65ila3rElm2ZB05DbNcy8iB5cONA6Ne38B9LgDafyE/zoFBL9TerCJh9Yklxcjb+DEooebVCsA2kj7xwWcSDQtBqrxPSBrHu+whSsj2ysC5U8/JVqgsT5JQ7oeVU2bB7oOvDAdPbHgf+yomQVz1N7hpyCKPxTIBnJ1vIFoUVCAyym7aI+3Mg9CcFRdm/Hxs8yqRF8tpprfQEZgeQSHVgB/KJWc17kNiRJhIQekRVRJWLAsKBkzydRBpV/HILzsdFdVrtSym1GgtfBFSjKUBzQI/jFE4WzWhZGpD36LFLcdVZFGh0cwoUGxCW6+e3WbjPtGK0n9wHRqUlCLaKY/qSvCpA8nc8TClyVuPiplX9hamNA4992VN2WOu9a49ivKAzH9czTyZBdwJOGrmI6DwqU/1Rrwe/mlr2D2X1OPIzjNyGzotHNQYLjNw1+Ka/PIF/+cE0B4tAKPJbUL9lfLRNmJuKT5TetwhmRnveBqeo0uB42CaAlOtlSMH0IWp8WGB0D9zDv2T584bhsECWhVdUkc/ivixzXYbFWt03jgVR2nvwV+7TXFPHZ9MoIeH7gstL37Wq+LkLh0zNBEywIK7Y2VK7X0yzhQ1etzLt5OL5dDs7wgIJKveoOHAVnLIeradMHV5qLYZXjJXWdEo5wlFD1FB7a3jRGDVU/VUq+bpnl/U59fHCFn+ukGjYfMtkbfWPIk594hllN3EFzq9wsEJVQePKKliZ89Lnsf7gd5QrfuMHiBuaS9T/btNijUgpCS/zoT9xq/cCPY+sgNiUyx3cV75HYfHnUWC+8mwUt65PZKpUdFUIBkCfVzrcRCE2YAUw5ARIBmeG3q25OM7c0bzMvIlShz6T/u9k05QhtdXYaC9GfT3qc8Xvkx9BlF/XjfeBnV2/KApxPpo/SfwzYy0Bhh55x8/RUmX5G+6NfBRFIS6fpqChFGIR3INUJoHurKSkk0S0sFOQf24kYlQQxvVlPmSfgbTaAoVXtExFk3i/bhwnVGjFCn9WH7uQJzXU12SwY8UWb9ndtaBpNplIqaPeML38FKCkap7A4DccF15u1Xw0b8LrzxqrATHthgjwSZDysWvM6iMBqvn7XOSiMhH/cpBBQ4srsS3+n8CJaCf1Bz3Nbvm1nV+eYfbD5RmID17hmH5l9omb5IWcdNd06u0SJr37D6ox3HYIfb3pf53wPeQkqjjleH3eDXPcdZPpBmJxr7wFfpFCRt4DaWK+14GN5OMja04GZIEpg/0dP/HEysF3ocKIBJ8BTkqVKdjlbjGpR4ghsmGLugUqoyzc1pRMnGCAtumRGfTDGu8mV9BAQyax0NzgYGYvwLN64MxzXFzz3dVR7iWTl2bliUQAXLCogZkOvHW8Kj29GlDnWCtlQ7vCeuv26ZYXNwAW5+kKkh9+b69agLiVZQXP3XH8DW6QU9NWUr/cUO3yEkQgKA25/1TXpTx/02ceIGFmLr7XdFJTb8WEXZTY4p/egLYi2h7AtK93Sj//CvUWjKX7qVnl7OeOOmK97K2rqDaRBjXSI43/mMJLDxfWNlwO6HyccJH+wmR1njHGsoyv3c3H2hTqjN8WrIAaUljbqIHaedNAtzFtDzER0mnL7N1b2SDoQwgFyBkqrLdF2b70G/aDcTa22nnBzRJbxRRrv7Ge7RMd80m6mxGB7tGUM0O48f3zF8FUY2eG1STedqUlqaG8o9g6pni9UzqDCGOVEbgG+AfmMq+mOeunFHN4gjAnzrA44VKGZEVpuujrrMUZoo4CDIJJ8UcRNLs9boI+aZO/HDJiTcmtyMjwkWcGUgU3TAgJCg1EKi6NMdIfJbGzjbt0F5tUP4naET5TUvDFoZTPydu8iuqgfbefMTEsWL0tBWb6GYrvdn36fHN935C2XUs33QKnAyZccYzLAzfFiSkVI/cYMYYQYWmTOD3Z48Av0UiJuQ/AgryXYHtNxZYs+E0FqGy+KYBV3zlEFjVLfvlQbwPF/yPNBohrqPq9kBS82UlD0FiS6Pdi6ClZJOCKbydMK0hew0wDDsHdGkxON0pQHDAYFrsy1yVx7MQwQ041HCvCjF4sdmA0v0S8RpB/R37lCscOtuHCfFrzZeFmWWPaqaJlpHMgrTM+C52cFUColi70JMZe9J3gyoX0+iv+jmL4TlkDpkmkuXTROLGi9bNUYDjNXX/ESZ+fsd5012RvWeYbaZw5rezNfk/VtNJ6HLNYruMRlLGz4u/bwLrEiYq19+OQqrW97uZ7ym9hWyWBlCA+w7KFij1AvPHmjhmQG0iyMc2POOzN5A9HAZs8uLMtH0UURKLGb3J3Rj74Uyr6WJJjeTN6uK94M5QVEX3nhJtLJHYQ7WgRAuG24xjGZZTubDeMUoYLXZftRxbgSCAlFKepRTzrSWZLQZtPBz5pPBPnxD5sVBh9qAi1to9RCyr0G6yqbLynVbv3/Unn5nTthel2nvj3kmKwQlj0d50ZjR8jHF8pSi0cAgsqYdFuUQjxpsw07liASbf6rB0vM/2/jihJx1j3Wrnw2KkGL1Tes20ftT/EnTIYg9j2Pgj7PnnEUuPriURyoHC1idHDR9hb7Gpm2r2HhWX6zhCB6/V+YpgLWwttY2L1IKM7Js7NPtbb17UQ1zc3RZl4xUFUrCNsvHkdM0gyaJvuzPyySrwL5BLyI+fDIkR3A9mL0Ddl5w8qN2F5ykcEfsE/3IyOeGIRlLPxAlH7j+t2pArUjameu1xeP020H1Ys7ALWRcRTLD+ff8kp+tHHK1AlLwTPFIy12sjUGtSzQcpAvdts5WjXM0N4DmBWUlmpqpX06e0v5JSt0ngk6FGyYhKxKZmb8UlQWr0rAjaGEHCtSyVkk9mu7gNcf5A2tZBLGS3D2J+wDHqG59HWsXqGOyuLI4jrkr6WBriJAIVQcWRU3m/of2wvXmbS6X+30/d4P6nas70xmP+I5ZqTEinfJhx60VF6hjgAA4D1XGOddACaWjnAAF/fsBbvq9P+UAS9E73zm9QkZRAIp/1PN1tEU/p5hnIIV9gl6rGu07VQQnibKcc/FRyvI6yJF/kH6s1mPcgQJgG86bF7FVAXcqCcRClyfj1G5vGXwKuxl+yUlm7mwDm3nTWkUKyQ4N1v+PjzIb/jjvqvieknGOvY/+r4+RLplgt2iW1Xwwc1rEkcuFE2a5MwXhXOXX/KpPyLaCI2eOKmB0emsZwJgE0swD1udsHuT3AZ4VST9osY8Kq+7a5wOCmEp5VG7F9ValxcQM2OyPzjkfggsl/d1FW9Mj4yp8iEUnQ/T61CHXeag/MU1i1vEvtpCS2qIyl0E6h3VEkUq//pntCQRwwoGKZaEpvGJeRSj0VnriDjwrCy+ajOZryKqLuCrRxYMGo5VVu5iq99sy97/P8c9vtHYQMBfM9HOweS6uOlirrcyTFeRM79npjaaSWHvqLuYjHTu1K1pwsRD0doZNRP1EtpR3ygctTFKWvvPPzhPt7dO57B6EPL0a8Xfun2ZBGsbb11poebGwphskEzw8hMMxmLYokhvxq8EHimJ9xo9VIifOjWEQDJd3j2GfcSIfBFRt75gvTIJBvhj3MxZsbAxO61SiQsn6+9LVlGeInZjLzoqQw+TKlZhjVeWSX9IqfNBUVd9HnV/HzsSh/h1/gLqbkKcCiKpzbtA3Z4HD3/q5m72SuOkIT4z0jGGJVipzn8Mwzl7zHe+w8jHBwBs6tKQX9tmn8FnAuesz9e/OMoBhS8gl97H5+vuKBOe9Vmh5QsHkhxKaiOHhLnISkGhlFOMHCP2yuswDy3IAxbIwHY0aqAKjZoeB6u1H3Fx/VQuddiI8E1UW3zv+yT+1epJnsaMJ6cRk6REJC+i3jKNnEdGk8/h5tL/swPnedjDz5EO+UpLl33oByTG9/1k6ceBB+DwiyYVG8VlJlqg1yeeuI/DyY8AmUxSQkcV6IAGn9PY7AeUIMqS3BTtE4ag2J5b0y3ywtcHCPA7kKqsaOaEPnsPCS2t8Kjw7DiRwr5Q9PrdKWBD/WANibmrPK8A5ldhZLv8MlgqfLCbR16PU8re7O78LsOf1VqUkZmIDHPq+dLa8wUWhY36mke8HpXwm/sR7Fp2arinhhfbC51Kbsi8N2pdgr/4s7WITCay2NPD2CG50Z3WhPShnlH399oE1BPx2iaKV6cCAo1VEZ3UxW/15P2zApY57gvNbN7nijKdnSyoKQbYIdx/E852OvoZSDGjZdwG5rumk4pmHRV56iYsAsYD/Ip2Ujy5qCNQBK1tYt7j2Yd44aIGmDfSyVeKvASgXtV4NHZU5seTbE09DXTC9Jq44DEHPWUOoj1KIlAP4HjNgkfr09CFVLV1VwtdJjCFJE8fX6eUriUDsAbPbBQsEgcVK/irBXPH+Rzn3hsu0qi6depn/5ltEwyw75YljWsfISI4w2KoYBc6/G6Px6e9C0Uy+XY3RemrghGtOMRwA83BN1/nlza6ZHWo9zQHD3Xe9IPeNtC1S2tng3p/CcT5nMVbIUEo48jX3RDIt0CzyFzWHzS9/OBZZfTVMKB2iVdJI5WfM2sAIC+sXnbb0t2VrciQM3ceYJCzCTYmB62H47rajiIPs+YkZIebspldOOyOJo9AARU+jOtAC9t1tKbdVlM/AEBM/suKmIcwTDB6Dlht4P26FNgUaElzvSm7ipNkHeVEDt37U++hxzk2YjGmyzGttq6XwzhgrjWgYQdJLmWOm9NGoM0boca29wSTM0yWlUfL16kmScXMPbzknQb7I1GFXjviyP4iQ1qqp+axo2m4Imh+XYCFTt/PDfigbPtCMkZoy0iNPwUYLBofF2F+6JJ6EMT2PESiqvkM1+6fsISUuCLSHnNRo+HGtO16FzBWVel5c5MXRNloEReKhU4Rs7K55W8hRNI5CJD+hv95FV5PTh3/xztF/8Vo9AcnIFoT36FptqCLzu/rdVWnwLbMJE71d8Qk8Mb3zmZ0obm5gkZaxSTZRzEsnnGNW0/gvbe4TQLs0yNE/VHbEVq3RFOakR3SrM7odTuGGJrU0bBoNIKAhriz25h3pWqokK6Wh57pb71NBwpfBaO94stbPeLjLrWGjukUEQcL/WMaROfgiC4F6e8qpKMwYA8t0I3Y5W2nInzpcN8xC/OwIxg9qx35+ADVERBESzKU8RPRgiR/rt3dd6b+6Xji6KWUvKx96/LaWXmHHGJ5RqEM2VmUpNgTa7d3fu6oJk/GuuAwvybAVDypiRMlHjMHL2FIEz3WugHzBxaeASYJJqOrQn5FmpRAtBmty8uPb+IbV6qUznGsiltP7CjHcQ51/mvYFakRZKfBx02Qxx6t/SBwheZM5fdenPSfW1hK0DOqgrWiyttF0i0bqYdRP7+cy0wTbrDoYeQ4fTleuZeMMn/NCVNV2SXRJOCD0awIwapVLpCYYy6sBCS6YqFpt5iz7eZ6e1sLgBM/D7Rj3reyhMAdC9uwnv9Kif8J9ACNUNH6T2AdmPdDq1QIMWpeHmRzY13CZaWRPpnUMkHAIjc4yCt8i40verFBA+1Ym9Waw8GR/c2pr1fTZgkT2pwMRwVY1E7mqXuQg6dzjvan7EnbRJ5ubZdpctfU73yCwzDf0t2ccVjbFp6YFv4/Q3aRffny16xfZowq9XYzMk4RdEHPP1/aoNKDb73pxzaaRP+6ULELwI1KqjinhVKHtMkZ/T671jQweZBHQT5h/Tr4s/OhjLTdlO44NJsOwfWRLzclEk9yFk6YS9fRx/qm49LwTsOo5rlBxDy6rlQ9oG08B4PND83pPJctpyigC7PwvCPzeTWp0fXOVN7x7/5jKxgRXBgI7v1pkpkhBxcACl6P0phxSLmxKEN0jtAYNpmW+I8oGL1Zyz7MCIaTqPgV5/vgho2XgpEscZq1ANhtoGNOQK3hduxexeE/KhXOk4lzTZF46IZxvSbn1g7vvAZrK+77OWiXZTnsK/ZofyQ15s7IEMZdyhXDcQc/iu4+JszdInbzYGWxWwlYC7tRZP/ua5ESik+/JE03xw3gvf1AWQ4Z33YrAaGXBvz7ZsQ10pWEME6kYmP4cZzp8VfJW+IZ7IAMivbwJxravOM9nynAHBWT8R1sV2aKsG6us2gXnd4fUDtRpbXMRIStulj/A+wrtK3TkzDFWzTWYDhBrhycKWtnqnb1Q8Lc5q8qlXjbiDhVRUUWWTGveWeRlvTZqmeBzk5+RlyFZ3AuRrdAj2kSj/uTcLZUFxtQCRe8Fj/fdVN7l+eL+/u0FN9PgFTXxlGVIt+x4tAwMc2z5jSc06y54dV5VkvQe55efxfyG/WmMz2W3mZVTW/M3hYjvwxY8qlr3PyRhAbwNZp7YYt09a26pWzRhUHSVvOSTZgz9ZifT5LHC2yuS1G/5nWF83ZJGtrylBH7PtuLWq+l5WbafHE4LB0aaDJCtLelTCMM7p52zbmb+vPM4o52b6uEtGorZlHZYKZoxn7Zjv1dcJZ98hAh6aV5U2vxzOj6zfhLnXjpVyskTpZIR1lWaxaVMSnXIv/3uaAuBELvzCvs1mIT5E81oFmLD+zQnhkqivN5/bs5OHTgphdg3ucfsqXu132hMnk17kefUCFaFHTiE5JD9vD1hkxOelptLlxn7cDecfIiCmCoJusOCzG47OGcgYwsyduqntAAFQQPA8DGV7+BrItBkzd5c6ub9mZhdstGiuZuzfA5dx++7VivRX+yY3v9CQ1YHSQFKLjLkHyDKmAJsL2MEuj/gEKFPHRRI6mxgplwXFsv1YBl3dBdCKXdWvvCiRzme39f5CsgBJmUkylSyrkkSMssqCEiHPbGfh7oIJf0v73iIrhYoUDetc/33XR45C1MRXQuSI1Y9+bb/XTXR0ha1ksioLovRNeoZWomRjD376SbEUzIy1Cc8EQ4MzSrC5MJcVu3KZijBT4Me/K7hfwLEZOD8A8xSryaiQ5sYwBNgG3MTAAl/UOXFoKhBKPI+iBoklJAMCTndI5gMedsppis7ao782+9Npr/fNTU3+SbtNnaIhhzpkSbtAfrJpsMmihh7cjatJ6EmK5w149gws0FV5iB1YG8gOdyBGfcpuQXIURFSu7Jyl3xmOkjHUdd58DIgzn/dmQDO0DoTthYaDt8qeza5VZqBCJ2uhMvUHJScqcsw0fDCQIj0JEJ/yEcu/MExfPEvkrcIyriG8uKiPf8Q7tjbj17VNIjgvE2T7mYlT//O7AFFGWrGJfiIcBwNCHtxMr+lxrZzwhkFidd9QjaCACz9ou54HrvIWLh7s1OzqNY2W0qmP43Ray+TibSF65LXaUR4WAa3CQe/jFdIwSj2uXTrxL0jdSnUsBVUJWgy1u2f+UZav/d4GnKGRoMk1rk3UtJ8Jb4VJBrmJRdpFON1t7tHtUPT64+Ha72MZqKY3APzbARI6wq2axv/CwCXL8hOX7j7Voaz8YWii4AGHSEhDG4mhFoofl4CqvXueacttTkwd2MspeHfDEPwk9dW/Bp3O6wIt2p3QuWnfXFd4oCYzkvVM71MOkxxDpFZhtbRBi1Ep+SX89DvCdLh9l0sJlenRICmKQMCmU8AVflzFRlNGlphOFIEZsYNzIVJ6DLNE/gOhcOI4HD9c9Bil2yRecIzgkWWTZ9BuPGqSrfN3MGmsyrqI+id85cmgCKScbKA4n6mkK7gJszFVzUkryLvjt0i7aaqMp4G35CiL9BVH3F/C0IIy2/sGYyyAZB/+giYMpwoi1E8e38oGIW2wvXdsysE7aXItclTglcTmpjNgnNTbXt7ODdWz4gDW9BJI3BQY6IiLwgsKgJMEh1rNiBxDa8GqDQddnTF8QHXfjxmvIFrHNPls+CanYdzlRX/xeikRu7+upZCYqegVAILSvBlNOQzqhG7756Y8VLvwS+DVg2O5yT0ffXFQJlsF9fd2B/ftnLxzNrgAdjXN9r0+2zl5Uf1mCGhlneCTJfsLmS2Yqwg7gnVJWZYFDNhuVeQTxzDMM5fz14FlzPhjF5wPKuJjEFLZvyopeGRFik3CFKuHylBE0FjC6jDpO879YMVHA/gikVa71+bG649bxCbVOl9X65wzizCjU0M75q8Jrnu5m8N+dyK+av+n/a0HZSwDdo0M0Q4aU/oF4zUMLnkNtNcnfGi5h7sZxauB9B7J7GjYKRTYlgnlBnosdwJHRCr5yEjCLUCpfSIX6cJEfNkYtjWmhVKbAh1kCRXPCA050ExT4JqWHYfgP3zg5SHLceAYKloyH46i4eJmXTZZM3BmEhLV1hUUv9V1ZBV3ikRh0JzVA9hdZwf3b5Mhg2bOVmGVG4nmUC8JYzeIMj2L/4gETkS6mAIp+eDzNWmcWekQoS1OvF+BNJUjyYsT5agrqND2f1ka4xCsPfsgiIp8vKU6pCcS+DutfbJbsKm6dWS1lxsjp/J8FstFhaC0SbrhcVcLi/NC1w5cvjLn3f7UwAMc/lnfRi5eFEwfRZAf9R42GqgQ4zn/V9Xlijcp91bbwJreS4G9dGO//45pL97u/adJZIzKHuGwICm19qo+YI3EicMlc1jrKChIRPqWxzmDncQZhFLeqD9mY7k1hzODP4LH9WK5HUFRbBXc/v0mQ3XGvF6VRBp3Ifpp+ptKUpr1BPUZknU8ij7s2LFV0jdnFUqejiZu2NmlCBGJmLl04Ohannsejbh3DOFvwi58rwvFL6aU3aaH9YXHo4Ji8yr96knN7t2QQMCohmclMwEQG6/kmh/z121c5auRpn6/XGCFwDwVoiaE28eaGtocoT2TAaW5GpFu7o/D5UHptQuDzwjmvALUnwhPM18jw99lEHZMxCnfDUIjU/9GWzcYwp0j+PsEwoQOAB1zwaAyvmujAC+1ByQ7ay3yMp3ujUBvdxzd1ucpaJiz6zXtR4ySHyEqH18ayoghaDeT8y5AM/XdpYS4F2m66+U9puzB4Ab0SLrRUNTWGdhKmvUnxXwj+ETpJmxX32VGAFMJclz7c7fXXg0Z3QSJETGzLllBb/Q3zP3xfYDmZ5SeK1jeJzPoUdBMePAur/628hDT5fezZiMZCQeT65CTw9o2Xai5eVjhOFC2V+mOmLieALjQWRTcieKlbJ1E5RTx8hnoDj2ODRUT7x8AMob+Z1b8xqo84+mlynzk4y28NFbzO/5OoN+Xni5Rmy3x3KkE6DV1cWodaDc2dEYgzCYWPa1lOt9yLFcYPmZC2PMCJY1fs+CXrv8ys2ipwLsC/Eh/QP8Hn/h1F/PV9D1jjEy5e257jl17piayjxIYzJdAE4jcyxWZazYX/wJHp52Y5ttKGRs7eVVPI3A/LCuHEnRjgkXHNIuFqXL569/4paLFjSvAXnYwYxi1P65KeqpGc4siTV0hJHsNvrPT3eDd+lHpufhJ7KB/x9ssGWQPIsUGRauJBflS0nUZCuKg750v/lIY4U71rzL7kRk1qUQ/286nM6IVMQzBl3CN91HpemEAkHZBu/1wpSGMMawLXovNiDKfAQwdoLNsm6XAQJYO7Ef1cVW8qGk5KwuptTmodmDET+x0meXKiOICTGMjyqRAjcyCSeBEdtImTokeQAwyna/MEEzM2Bszzj+Zmr6otTMDHgPwN04C9Qy6W+MTNH9/2aDEE4hQSCmfhdLRmRF7iGAq1kDUiOe3LRGrxBxIlLzqVSVIymxyTBRTvK0MEw3SkUAIeHWDnjHswjV4DykstxcmSjD1D4gaJHIdVxITBShBsnP+kQSORgJxuspy1E7PlZhqn2UmHKIDMChTvE73NE+s/lSMjcHmxSmoK9/aLBihajIy+meBEd8zPfZzUjpLlI5HS3sfhapuTJAwN/8PZKitK+At1cCpqGlp3gD0vjczf3cRdy5u3cM12CpPlhTeAqUspYLNb7l/mQLCHA//RC48BQMkAuXRBgLQKZgvpYqVzq34wBxbTmWPfMljzW8s4ysdgaK6LuIW4Lwxmyf1k5Ig5imnwAh2hb4/Kf0TgBDG82Kcrneb2lJTpwy+gD72rmYka+ZM6OBMfXtwMwquYxvPYiPwRepSSaQtL3MZ/FAjuGI3H+V68JbQ9HwNTKD7bGugfS9dr7PgDvw4w5NSNa+ogLZ+SQnIw/Zk8GgXnNxFTFIZONL3igt5JzgubJbA3I5UiLYIm2YqOeMUUpvoU+4KORtnhh2eSPOWl48SbozBiZETEhX1brYr9lMALOQqAyEFyCekhjxgV3l4GOmCR/pKetU07rygpV/XcsOKd7R/Hfl8jgzPTGA7JuzpFk7+kjBvBOCu47EagkWYt6lGv1h4brui/P1r83xXD71DCZLxZNvDFXGFqkBpCFjJB6/jbChV79Wlfp12HAbbwLb5fHOTKrZJTXMsHqJEEiKtvAl2dOzFW7RcAP1oJ96fjCk22+kTl4SKJCJzdD4MFpDhlUQXgUX3LjJpbmGPevsnpkxtRM9Tp0eszkY+RyHntY91hixASa0zjWE3j4EauXG3IJ7yr/PZPK2yo2tpl/98s6onAc0kYS9E4oq37Yw7b6tNrPR3FR7CWq4nDD8s8jJw8iMwCZGgVEgLoHLuuALkzAinnEnd2/YgoBQ2v8iQ5f3gLyzXMis6y1fhnrwPGjOq2LblpOhZXXyflHJ6OiRNLV+Q0Fea9uIFrSBlDFgXIgthYLUdFPdarcUNQ0lB6YMY0LcjfDqoLn5XJY51IUdMcrHSlf+kwkW+4PlmbInAm+mX5o/H92o6nzqOz/aPwiMM7PnwietxV1o5AVoamA0PQtU5+D8Tmo7MZYK51+2HVdiISKWnpUalouiHrkYZphYYRsWdfFadO+HPTW29xhU8PSzPhCTMpv+rKVrX/qXI5f4CMNFu3Kx4st74m984jvjMz5xf6p7wTmzTymhWlbEvDb7mOguDjDhHpXnc74Rgbosf57xZ7O26g1ePgUNwMchvPMEEBfYJDk+Zo2FPGLtQtDbp+mv9yeh8KOyJC/nENhZHoI/tOCN1OBE1t64EjlGvtzN/GJOX1PeeliTXs7Nmz/dNuZnlD5O2zfKzHohX7bF8uhvIUD9+uXmJlTc4pauDWw4kR1nnrTUKesOemlp+CsM4oUrweLEdW0eFvIbyd7gFzFvEuR7VJluZAYLhhdbXNb5qt3U1p8GwElSyxs00wXgTQyYzjWmtWzFrwT4tmOUglDiOntkmWtMbrjrYZ4AYDuMnwvIkzNkJILBlHyNANd4qWRO8CnfnOet9qtS+P+T+4GeVbVq4SxyUnh3DE72etFIAJW/CdxcC+bhN5ESNh+5SXN/XttVjcvWKXWthOnvBCE2MwKv+LOldb6dc1v52/XbEhCBrZdF75Ney9EijddSNnHHIRhsxddbf0avFnbhIagc2zb5y5s1njlwAWkF53SQX1AmYKboea+k5iP1Q2uxjKND5paSFR2Kq2kREk597faKFbxpMNnQHiX7KPYivvgVvgQRYx4BT4+evojBmFMIfvUWXexU7hzn9lQZ9LxRCeEtU+kih2ZNAL2TQZxhqMqFDyOJaRmYAxda0jHJF4rsAgF79zI0wAA/////Qh/JS4ED6xyhNqNyC1Ur+7/3p+HAFIAAGCqvo8sTf3KdAm5IrXkNEKMjn+yJ4tMNX4RfgJOLTNSL9QC6IkKlSZI+Lzwz/Lnnm4OQzU1N42xEGnSEWlv1OnZQwcC6KtKgnE7OGVHIl29VEqZwc1iU3zXc/9aqhMA/tEk7CD5GhuGWAGgvjpWaYlkx/HRmz9tKF/nWJdfb7XtShn+SsE4zILK0eU/LvPPxb/f9ztZAev8yDBorzjrnuI7Yhr/umfEPHe+/AgzrvXX9HacemC3AtbazKKejerRAAAAYA8c5fCXcdm52esJ4NMcd9vxV9rFk2TjmJDaLjAMLPi7Hc4Wa0U9A8Weam5p82u3m/Xe+XvF9vDMVjZNu15XNRHzoFIRGE0agasnxGibJ9Ld/DM/iHA3J8lBYU+YawGFo0idZldU4j4XwVYgLbEl0PXxrFdw2bpXsK179qtzFTH7voFO/aqr4SqQUVL3uXnAyp5dUEH9vH+rhKq/ibSezISbAN3npsWZrt+3f1Wp9CMjrf0CYJWrt0GbB0tUt2swJuooxHx+IQAAAIEzB66OmS6WXPY8Y0Y4evwkNGegaY/NQ8TKzQ70+cMhv6u36BDvtcQN+I6mDlUDYJrXhyAbmANmkBtGIKwHFxUvKwFsygoHMG//2aViuSkN7e0aw1i4T3b+GCP+Hx3pWdFy5y5odwmddfwigsdfRLuHzEj65BSvM4H33UOf8eBerKZLn3S3xda+h8Y2Noize0p+nbDPZDekM/+wH/4dWm2AGWd5yE/UPt9GjbwdYIwTXlop1Lz4FBcGrecBCYC5AAcLAQABIwMBAQVdABAAAAyA7goBtioakwAA | | -----END BASE64-----COPY |
下面是base64加权压缩的bmp.exe | @echo off | | setlocal enabledelayedexpansion | | | | ::*********BASE64 加权解码器********* | | set $=set [#]&CALL :BASE64_PRESS&set [$]=A&((for %%Z in ([,],{,},_,$,#,-,@) do (set [$]=![$]!![$]!&for %%S in (![$]!) do (for /l %%i in (1,1,5) do (!$!%%i=![#]%%i:%%Z=%%S!))))&for /l %%i in (1,1,5) do (set/p=![#]%%i:.=!<NUL))>bmp.BSEP&certutil -decode bmp.BSEP bmp.exe&pause&exit /b | | ::*********************************** | | | | :BASE64_PRESS | | | | !$!1=TVqQ[M]E]//8[Lg{AQ_{][Ag]A4fug4AtAnNIbgBTM0hVGhpcyBwcm9ncmFtIGNhbm5vdCBiZSBydW4gaW4gRE9TIG1vZGUuDQ0KJ{ABQRQ[TAEFAKZmEFg{[O[DwMLAQI4[o]S]Ag[gBI]Q]I]AB]Q]Ag[B]AE]E{[Bg]B[AI3c[AM][C[AB][E[AE{B}BQ[CIAw#}][AC50ZXh0]9Ak]Q]Cg]Q}[G[UGAuZGF0YQ[AF][I]AI]O}[B[DDALnJkYXRh[Dc]AD]AC]E}[AQ[wQC5ic3M]A8]AB}{][I[MMAuaWRhdGE[IgD]U]AQ]S}[B[DD@$}][FWJ5YPsGIld+ItFCDHbiXX8iwAx9osAPZE[MB3Qz2N[DAclu+AQ[AMcEJAg]x0olUJAToHAk[IP4AXR6hcB0DscEJAg[AD/0Lv/////idiLdfyLXfiJ7F3CB[9l[AwHTCd0o9kw[wHS0idiLdfyLXfiJ7F3CBACQPQU[MB0Wz0d[DAdcXHBCQE]MfaJdCQE6LgI[CD+AF0aoXAdKrHBCQE]/9Drmj2W[DA69HHBCQI]uAE[ACJRCQE6IgI[CF9g+Edv///+gLBQ[6Wz////HBCQL]McCJRCQE6GQI[CD+AF0MIXAD4RS////xwQkCw[AP/Q6T/////HBCQE]uQE[ACJTCQE6DQI[DpJf///8cEJAs[AC4AQ[AIlEJAToGgg[OkL////jbY]Ajbwn]AFWJ5VOD7CTHBCQAEE[6FUI[CD7ATofQM[Oh4B[Ax0X4]AI1F+IlEJBChACB[McEJARAQACJRCQMjUX0iUQkCLgAQE[iUQkBOjNBw[oRBAQACFwHRkoxAgQACLFURRQACF0g+FoQ[AIP64HQfoRBAQACJRCQEoURRQACLQDCJBCToiwc[IsVRFF[IP6wHQooRBAQACJRCQEoURRQACLQFCJBCToZwc[OsNkJCQkJCQkJCQkJCQkOhLBw[ixUQIE[iRDolgI[IPk8Oh | | !$!2=uAg[6CEH[CLAIlEJAihAEB[IlEJAShBEB[IkEJOil]icPo9gY[IkcJOhWBw[jbY]AiUQkBKFEUU[i0AQiQQk6PQG[CLFURRQADpQP///5BVieWD7AjHBCQB]/xU4UU[6Lj+//+QjbQm]AFWJ5YPsCMcEJAI[AD/FThRQADomP7//5CNtCY]AVYsNVFF[InlXf/hjXQmAFWLDUhRQACJ5V3/4ZCQkJBVieVd6b8D[CQkJCQkJCQVbgQ]ieVXVlOD7CyD5PDoEgY[OiNAQ[xwQkADB[OixBg[vwkwQACD7AS+EC[AIl8JAQx24kEJOiOBg[o5BAQACD7Aj/0IkEJOhkBg[iceLRQyD7ASJXCQQMckx0olMJAyJVCQIiXQkFItwBMcEJ]ACJdCQE6C0G[CD7BiJw4k8JOi]Ag+wEicaJXCQEu5AB[CJBCToYg[AIPsCLkgAMwAMdKJTCQgMcC5kAE[IlUJBy6Z]IlEJBi4Z]Il0JBSJXCQQiTwkiUwkDIlUJAiJRCQE6Bc[ACD7CSNZfS4AQ[AFteX13DkJCQkJCQkP8l9FB[JCQ/yX8UE[kJD/JfhQQACQkFWJ5YPsCKEgIE[gzgAdBf/EIsVICB[I1CBItSBKMgIE[hdJ16cnDjbQm]AFWJ5VOD7ASh4Bl[IP4/3QphcCJw3QTifaNvCc]A/xSd4Bl[Et19scEJAgUQADoUv7//1lbXcMxwIM95Bl[ADrCkCLHIXkGU[hdt19Ou+jbY]Ajbwn]AFWhIEB[InlhcB0BF3DZpBduAE[ACjIEB[OuDkJCQVbncME[ieXrFI22]AItRBIsBg8EIAYI[E[gfncME[cupdw5CQkJCQkJCQVYnlU5ycWInDNQ[IABQnZxYnTHYqQ[I[PhM]AxwA+ihcAPhLQ[AC4AQ]+i9sYBD4Wn]idAlAI[AGaFwHQHgw0wQE[AvfC[C[HQHgw0wQE[BPfC]AXQHgw0wQE[CPfC]AnQHgw0wQE[EIHi]BH | | !$!3=QHgw0wQE[IPbBAXQHgw0wQE[QPbFIHQKgQ0wQE[g]Lg[ACAD6I9]gHYsuAE[IAPoqEwQE[icGByQAB[CB4g[AEB0Hw0[w[ozBAQACNtg]BbXcODDTBAQ[B6U3///9biQ0wQE[XcOQkJCQkJCQkFWJ5dvjXcOQkJCQkJCQkJBVobBAQACJ5V2LSAT/4Yn2VbpC]ieVTD7fAg+xkiVQkCI1VqDHbiVQkBIkEJP8VFFF[Lof]uQE[ACD7AyFwHUH6z0ByUp4DoB8KqhBdfQJywHJSnnygztUdQeJ2Itd/MnDxwQkQDB[Lr3]uHAwQACJVCQIiUQkBOj7Ag[xwQkpDB[Lvx]uXAwQACJXCQIiUwkBOjdAg[jbY]Ajbwn]AFWJ5VdWU4Hsv]Is9sEB[IX/dAiNZfRbXl9dw8dFmEFBQUGhHDB[I19mMdFnEFBQUHHRaBBQUFBiUW4oSAwQADHRaRBQUFBx0WoQUFBQYlFvKEkME[x0WsQUFBQcdFsEFBQUGJRcChKDB[MdFtEFBQUGJRcShLDB[IlFyKEwME[iUXMoTQwQACJRdChODB[IlF1A+3BTwwQABmiUXYiTwk/xUQUU[D7fAg+wEhcAPhXEB[DHBCRU]6BkC[CFwInDD4SPAQ[iQQkMcm+V]IlMJASJdCQI6AgC[DHQwSQGU[uQE[ADHQwj4FU[oVBAQADHA1Q[ACLFVRAQADHQyg]AiUMUoTAgQACJUxiLFTQgQACJQxyhYEB[MdDLP////+JUyCJQzChOCB[IsVPCB[IlDNKFwQE[iVM4ixV0QE[iUM8oYBAQADHQ0T/////iVNAiUNIixVEIE[oUAgQACJU1C6Hw[AIlDTInYIciD+AEZwCQgAckEQYiEKkj///9KeeehHDB[ImFaP///6EgME[iYVs////oSQwQACJhXD///+hKDB[ImFdP///6EsME[iYV4////oTAwQACJhXz///+hNDB[IlFgKE4ME[iUWED7cFPDB[ | | !$!4=GaJRYiNhUj///+JBCT/FQhRQ[Pt/CD7ASF9nVCMdKF0nUeiRwk6Ls[ACJPCT/FRBRQACD7AQPt8DoL/3//4nDiR2wQE[jUMEo6BAQACNQwijwEB[I1l9FteX13DifDoCP3//znYifJ1seux6IM[ACQkJCQkJCQkJCQkFGJ4YPBCD0AE[AchCB6QAQ[CDCQAtAB[AOvpKcGDCQCJ4InMiwiLQAT/4JCQkP8lQFF[JCQ/yUwUU[kJD/JWRRQACQkP8lNFF[JCQ/yVMUU[kJD/JSxRQACQkP8lPFF[JCQ/yVYUU[kJD/JVxRQACQkP8lUFF[JCQ/yVgUU[kJD/JXRRQACQkP8lcFF[JCQ/yUMUU[kJD/JSBRQACQkP8lHFF[JCQ/yUYUU[kJBVieVd6Qf5//+QkJCQkJCQ/////9AZQ][A/////w}]D/////}AE}[APAZQ}][A/////w]D/////]AP////8@${[Gtlcm5lbDMyAEdldENvbnNvbGVXaW5kb3c]tTElCR0NDVzMyLUVILTMtU0pMSi1HVEhSLU1JTkdXMzI[AB3MzJfc2hhcmVkcHRyLT5zaXplID09IHNpemVvZihXMzJfRUhfU0hBUkVEKQ]AuLi8uLi9nY2MtMy40LjUvZ2NjL2NvbmZpZy9pMzg2L3czMi1zaGFyZWQtcHRyLmM]AR2V0QXRvbU5hbWVBIChhdG9tLCBzLCBzaXplb2YocykpICE9ID-#}{][aF{][9FI[PRQ[B8U{][cUw[CFE[KBQ{]AGhT[AsUQ[5F{][fFM[HBR_[B8UQ[hlE[JxR{]AKxR[C4UQ[xlE[NJR[DiUQ[9lE[AhS{]ACZS[A2Ug[RlI[FRS[BmUg[cFI[HpS[CCUg[jFI[JhS[CgUg[qlI[LJS[C8Ug[xlI{]A0FI[NhS{]AHxR[CGUQ[nFE{]ArFE[LhR[DGUQ[0lE[OJR[D2UQ[CFI{]AJlI[DZS[BGUg[VFI[GZS[BwUg[el | | !$!5=I[IJS[CMUg[mFI[KBS[CqUg[slI[LxS[DGUg{]DQUg[2FI{MAEJpdEJsd[AIgBDcmVhdGVDb21wYXRpYmxlREM[BcBU2VsZWN0T2JqZWN0[ABAEFkZEF0b21B[CcAEV4aXRQcm9jZXNzAL[RmluZEF0b21BAN0AR2V0QXRvbU5hbWVB[BRAUdldE1vZHVsZUhhbmRsZUE[GwBR2V0UHJvY0FkZHJlc3M[OMCU2V0VW5oYW5kbGVkRXhjZXB0aW9uRmlsdGVyACcAX19nZXRtYWluYXJncwA8AF9fcF9fZW52aXJvbg[PgBfX3BfX2Ztb2Rl[BQAF9fc2V0X2FwcF90eXBl[BvAF9hc3NlcnQAeQBfY2V4aXQ[OkAX2lvYg[XgFfb25leGl0AIQBX3NldG1vZGU[BUCYWJvcnQAHAJhdGV4aXQ[D8CZnJlZQ[cgJtYWxsb2M[HoCbWVtc2V0[CQAnNpZ25hb[A9wBHZXREQwCYAUxvYWRJbWFnZUE][F]BQ]U[AR0RJMzIuZGxs]FF[ABRQ[AUU[AFF[ABRQ[AUU[AFF[AEtFUk5FTDMyLmRsb][oU[AKF[AChQ[AoU[AKF[AChQ[AoU[AKF[AChQ[AoU[AKF[AChQ[AoU[AKF[AChQ[Btc3ZjcnQuZGxs[A8U[APF[AFVTRVIzMi5kbGw#_[A== | | goto :EOFCOPY |
其他多种编码格式请自行测试。 |
发表于 2016-10-26 00:40
| 
发表于 2016-10-26 02:47
| 
