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发表于 2016-12-1 11:06 | 只看该作者

控制台赋值工具seti.exe

本帖最后由 happy886rr 于 2016-12-1 11:26 编辑

下载图片存为a.zip解压即是，图为外链，过期失效不再补贴。
备注：图片解压只支持WinRAR软件。

SETI.EXE

摘要：
=============================================================================
强悍的控制台赋值工具，集set之所无、conset之未有。交互简洁，无需开关，标签赋值，展变量艺术。
=============================================================================

用法：
>----------------------------------------------------------------------------
seti [变量名]=(赋值标签)[赋值表达式]
-----------------------------------------------------------------------------
seti a=(ascii)1       &REM 将ascii码1对应的符号赋值给变量a
seti a=(calc)sin(deg30)  &REM 将30°的正弦值赋值给变量a
seti stdout=(color)13 &REM 将颜色值13赋值给控制台输出stdout，即改变输出颜色
seti a=(line3)1.txt    &REM 将1.txt的第三行赋值给变量a
seti a=(crc32)password &REM 将password的crc32散列值赋值给变量a
seti a=(md5)password    &REM 将password的md5散列值赋值给变量a
seti a=(sha1)password &REM 将password的sha1散列值赋值给变量a
seti a=(sha256)password  &REM 将password的sha256散列值赋值给变量a
-----------------------------------------------------------------------------

英译：
>----------------------------------------------------------------------------
THE VARIABLE SETTINGS TOOL, COPYRIGHT@2016~2018 BY HAPPY, VERSION 1.0
-----------------------------------------------------------------------------
seti [var]=(label)[value]
-----------------------------------------------------------------------------
   (ascii) :Assigns an ascii value to the var
   (calc)  :Calculates the value of an expression and assigns it to the var
   (color) :Sets the console font color
   (line)  :Assigns a file binary stream to the var
   (crc32) :Calculates crc32 value of the string and assigns it to the var
   (md5) :Calculates md5 value of the string and assigns it to the var
   (sha1)  :Calculates sha1 value of the string and assigns it to the var
   (sha256):Calculates sha256 value of the string and assigns it to the var
-----------------------------------------------------------------------------

COLOR标签颜色列表：
>----------------------------------------------------------------------------
FOREGROUND_BLUE          字体颜色：蓝    1
FOREGROUND_GREEN 字体颜色：绿    2
FOREGROUND_RED          字体颜色：红    4
FOREGROUND_INTENSITY 前景颜色：高亮 8
BACKGROUND_BLUE          背景颜色：蓝    16
BACKGROUND_GREEN 背景颜色：绿    32
BACKGROUND_RED          背景颜色：红    64
BACKGROUND_INTENSITY 背景色高亮显示 128
set /a V=1|2|8|32    &REM 叠加颜色值
seti STDOUT=(color)%V%  &REM 赋值颜色值
-----------------------------------------------------------------------------

支持的数学函数列表：
>----------------------------------------------------------------------------
常数类
pi 3.141592653589
e    2.718281828489
-----------------------------------------------------------------------------
通用类
round 四舍五入
floor 整取
ceil  向上舍入
deg 角度转弧度
sqrt  开方
fac 阶乘
lg 常用对数，以10为底
ln 自然对数
// 整除
%    取余数
^    次方
-----------------------------------------------------------------------------
三角函数类
sin、cos、tan
arcsin、arccos、arctan
-----------------------------------------------------------------------------
双曲函数类
sinh、cosh、tanh
arcsinh、arccosh、arctanh
-----------------------------------------------------------------------------

ASCII码表:
>----------------------------------------------------------------------------
十进制  16进制  描述
-----------------------------------------------------------------------------
0    00    null
1    01    start of header
2    02    start of text
3    03    end of text
4    04    end of transmission
5    05    enquiry
6    06    acknowledge
7    07    bell
8    08    backspace
9    09    horizontal tab
10    0A    line feed
11    0B    vertical tab
12    0C    form feed
13    0D    carriage return
14    0E    shift out
15    0F    shift in
16    10    data link escape
17    11    no assignment,usually XON
18    12
19    13    no assignment,usually XOFF
20    14
21    15    negative acknowledge
22    16    synchronous idle
23    17    end of transmission block
24    18    cancel
25    19    end of medium
26    1A    substitute
27    1B    escape
28    1C    file seperator
29    1D    group seperator
30    1E    record seperator
31    1F    unit seperator
32    20    space
33    21    !
34    22    "
35    23    #
36    24    $
37    25    %
38    26    &
39    27    '
40    28    (
41    29    )
42    2A    *
43    2B    +
44    2C    ,
45    2D    -
46    2E    .
47    2F    /
48    30    0
49    31    1
50    32    2
51    33    3
52    34    4
53    35    5
54    36    6
55    37    7
56    38    8
57    39    9
58    3A    :
59    3B    ;
60    3C    <
61    3D    =
62    3E    >
63    3F    ?
64    40    @
65    41    A
66    42    B
67    43    C
68    44    D
69    45    E
70    46    F
71    47    G
72    48    H
73    49    I
74    4A    J
75    4B    K
76    4C    L
77    4D    M
78    4E    N
79    4F    O
80    50    P
81    51    Q
82    52    R
83    53    S
84    54    T
85    55    U
86    56    V
87    57    W
88    58    X
89    59    Y
90    5A    Z
91    5B    [
92    5C    \
93    5D    ]
94    5E    ^
95    5F    _
96    60    `
97    61    a
98    62    b
99    63    c
100    64    d
101    65    e
102    66    f
103    67    g
104    68    h
105    69    i
106    6A    j
107    6B    k
108    6C    l
109    6D    m
110    6E    n
111    6F    o
112    70    p
113    71    q
114    72    r
115    73    s
116    74    t
117    75    u
118    76    v
119    77    w
120    78    x
121    79    y
122    7A    z
123    7B    {
124    7C    |
125    7D    }
126    7E    ~
127    7F    delete
-----------------------------------------------------------------------------
                                                         12/01/2016

核心源码：
部分代码参考众多网页、博客以及外文网站、以及无法确认原始出处，参考部分版权均归原作者所有，其余版权归本人所有。

/*
	THE VARIABLE SETTINGS TOOL, VERSION 1.0
	SETI.EXE
	COPYRIGHT@2016~2018 BY HAPPY
*/


#include <stdio.h>
#include <windows.h>
#include <ctype.h>
#include <math.h>
#include <tchar.h>
#include <tlhelp32.h>

//变量表尺寸
#define VAR_NAME_SIZE 1024
#define VAR_VALU_SIZE 4096

//可解释标签数量                         
#define LABEL_NUM 8
//添加标签小写定义,解释时不区分大小写。 
static const char* LABEL_WORDS[]={"(ascii)", "(calc)", "(color)", "(line", "(crc32)", "(md5)", "(sha1)", "(sha256)"};

//SetEnvironmentVariable函数
typedef BOOL (WINAPI *PFN_SetEnvironmentVariable)(LPCTSTR, LPCTSTR);

//存储结构体
typedef struct{
	DWORD funPTR;
	char NAME[VAR_NAME_SIZE];
	char VALU[VAR_VALU_SIZE];
}VAR_TABLE;

/*************辅助函数群*************/ 
//帮助信息
void HelpInfomation(int ExitCode)
{
		fputs(
			"VARIABLE SETTINGS TOOL, COPYRIGHT@2016~2018 BY HAPPY, VERSION 1.0\n"
			"-----------------------------------------------------------------------------\n"
			"seti [var]=(label)[value]\n"
			"-----------------------------------------------------------------------------\n"
			"     (ascii)   Assigns an ascii value to the variable\n"
			"     (calc)    Calculates the string's value and assigns it to the variable\n"
			"     (color)   Sets the console stdout color\n"
			"     (line[N]) Assigns a file's Nth line to the variable\n"
			"     (crc32)   Assigns string's crc32 value to the variable\n"
			"     (md5)     Assigns string's md5 value to the variable\n"
			"     (sha1)    Assigns string's sha1 value to the variable\n"
			"     (sha256)  Assigns string's sha256 value to the variable\n"
			"-----------------------------------------------------------------------------\n"
			"12/01/2016\n"
			,stdout
		);
		exit(ExitCode);
} 
//关键词解析函数
int Identify_KeyWords(const char* Line)
{
	int i, L, SN;
	for(SN=0; SN<LABEL_NUM; SN++){
		L=strlen(LABEL_WORDS[SN]);
		for(i=0; i < L; i++){
			if(
		 		Line[i]   !=LABEL_WORDS[SN][i] &&
		 		Line[i]+32!=LABEL_WORDS[SN][i]
		 		
			){break;}
		}
	 	if(i==L){return SN;}
	}				
	return 255;
}
//字体颜色: 1,2,4,8前景；16,32,64,128后景； 
int FontColor(unsigned short A)
{
	HANDLE handle_out = GetStdHandle(STD_OUTPUT_HANDLE);
	CONSOLE_SCREEN_BUFFER_INFO csbi;
	GetConsoleScreenBufferInfo(handle_out, &csbi);
	SetConsoleTextAttribute(handle_out, A);
	return 0;
}
//读文件流
char* FileStream(char* file, int lineNUM)
{
	FILE* fp;
	if( (fp=fopen(file, "rb"))==NULL ){
		fputs("Read file error.", stdout);
		exit(1);
	}
	int i=0;
	char* L=(char*)calloc(1025, sizeof(char));
	while(!feof(fp)){
		memset(L, 0,  1024*sizeof(char));
		fgets(L, 1024, fp);
		i++;
		if(i==lineNUM){break;}
	}
	fclose(fp);
	return L;
}
//子串替换
char *tmp_ExpressionA;
void Strrpl(char* str,char* x, char* y){
	char *n=NULL;
	tmp_ExpressionA=(char*)calloc(4096, sizeof(char));
	int i=0; 
	while((n =strstr(str,x)) !=0){
		if(n-str !=0){
			memcpy(&tmp_ExpressionA[i], str, n-str);
		}
		memcpy(&tmp_ExpressionA[i+n-str], y, strlen(y));		
		i+=n-str+strlen(y);		
		strcpy(str, n+strlen(x));
	}
	strcat(tmp_ExpressionA, str);
	strcpy(str, tmp_ExpressionA);
}
//表达式计算
#include "Lib\DataCalc\calcuexp.c"
char* CalculateExpression(char* str)
{
	Strrpl(str,"pi","3.141592653589");	
	Strrpl(str,"arcsinh","*A");
	Strrpl(str,"arccosh","*B");
	Strrpl(str,"arctanh","*C");
	Strrpl(str,"arcsin","*D");
	Strrpl(str,"arccos","*E");
	Strrpl(str,"arctan","*F");
	Strrpl(str,"round","*G");
	Strrpl(str,"floor","*H");
	Strrpl(str,"ceil","*I");
	Strrpl(str,"sqrt","*J");
	Strrpl(str,"deg","*K");
	Strrpl(str,"sinh","*L");
	Strrpl(str,"cosh","*M");
	Strrpl(str,"tanh","*N");
	Strrpl(str,"lg","*O");
	Strrpl(str,"ln","*P");
	Strrpl(str,"sin","*Q");
	Strrpl(str,"cos","*R");
	Strrpl(str,"tan","*S");
	Strrpl(str,"//","T");
	Strrpl(str,"fac","Z");
	Strrpl(str,"e","2.718281828489");
	double ans;
	const char *cur_pos = str;
	char *result=(char*)calloc(64, sizeof(char));
	status_t ret = do_calculate(&cur_pos, &ans);

	if(ret ==0){
		if (ans > 1e8 || IS_DOUBLE_ZERO(ans - (int)ans)){
			sprintf(result, "%.12g\0", ans);
		}else{
			sprintf(result, "%.12f\0", ans);
		}
		return result;
	}
	fputs("Error calculate\n", stdout);
	exit(1);
}
////////////////////////////////////////////crc32
#include "Lib/DataCalc/Crc32Calc.h"
#include "Lib/DataCalc/Crc32Calc.c"
Crc32Calc c1;
char* crc32(char* Buf){
	int x, y, z;
	char* result=(char*)calloc(64, sizeof(char));;
	Crc32Calc_init(&c1);
	Crc32Calc_reset(&c1);
	Crc32Calc_calculate(&c1,Buf, strlen(Buf));
	sprintf(result, "%x\0", c1.Value );
	Crc32Calc_uninit(&c1);
	return result;
}
////////////////////////////////////////////md5
#include "Lib/DataCalc/Md5Calc.h"
#include "Lib/DataCalc/Md5Calc.c"
char Buf[256]={0};
Md5Calc m5;
char* md5(char* TestStr){
	void* op;
	char* result=(char*)calloc(128, sizeof(char));
	SZ_T w,x,y,z,e;
	SZ_T f = 0;
	Md5Calc_init(&m5);
	Md5Calc_reset(&m5);
	Md5Calc_calculate( &m5, TestStr, strlen( TestStr));
	sprintf(result, "%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x\0" ,( SZ_UCHAR )( m5.Value[0]),( SZ_UCHAR )( m5.Value[1]),( SZ_UCHAR )( m5.Value[2]),( SZ_UCHAR )( m5.Value[3]),( SZ_UCHAR )( m5.Value[4]),( SZ_UCHAR )( m5.Value[5]),( SZ_UCHAR )( m5.Value[6]),( SZ_UCHAR )( m5.Value[7]),( SZ_UCHAR )( m5.Value[8]),( SZ_UCHAR )( m5.Value[9]),( SZ_UCHAR )( m5.Value[10]),( SZ_UCHAR )( m5.Value[11]),( SZ_UCHAR )( m5.Value[12]),( SZ_UCHAR )( m5.Value[13]),( SZ_UCHAR )( m5.Value[14]),( SZ_UCHAR )( m5.Value[15]) );
	Md5Calc_uninit( &m5 );
	return result;
}
////////////////////////////////////////////sha1
#include "Lib/DataCalc/Sha1Calc.h"
#include "Lib/DataCalc/Sha1Calc.c"
char *abuf;
Sha1Calc s1;
char* sha1(char* TestStr){
	abuf=(char*)calloc(1000000,sizeof(char));
	char* result=(char*)calloc(128, sizeof(char));
	void* op;
	SZ_T w,x,y,z,e;
	SZ_T f=0; 
	for(x=0; x<1000000; x++){abuf[x]='a';}
	Sha1Calc_reset(&s1);
	Sha1Calc_calculate(&s1,TestStr,strlen(TestStr));
	sprintf(result, "%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x\0", (SZ_UCHAR)(s1.Value[0]), (SZ_UCHAR)(s1.Value[1]), (SZ_UCHAR)(s1.Value[2]), (SZ_UCHAR)(s1.Value[3]), (SZ_UCHAR)(s1.Value[4]), (SZ_UCHAR)(s1.Value[5]), (SZ_UCHAR)(s1.Value[6]), (SZ_UCHAR)(s1.Value[7]), (SZ_UCHAR)(s1.Value[8]), (SZ_UCHAR)(s1.Value[9]), (SZ_UCHAR)(s1.Value[10]), (SZ_UCHAR)(s1.Value[11]), (SZ_UCHAR)(s1.Value[12]), (SZ_UCHAR)(s1.Value[13]), (SZ_UCHAR)(s1.Value[14]), (SZ_UCHAR)(s1.Value[15]), (SZ_UCHAR)(s1.Value[16]), (SZ_UCHAR)(s1.Value[17]), (SZ_UCHAR)(s1.Value[18]), (SZ_UCHAR)(s1.Value[19]) );
	Sha1Calc_uninit(&s1);
	return result;
}
////////////////////////////////////////////sha256
#include "Lib/DataCalc/Sha256Calc.h"
#include "Lib/DataCalc/Sha256Calc.c"
Sha256Calc s2;
char* sha256(char* TestStr){
	char* result=(char*)calloc(128, sizeof(char));
	void* op;
	SZ_T w,x,y,z,e;
	SZ_T f=0;
	abuf=(char*)calloc(1000000, sizeof(char));
	Sha256Calc_reset(&s2);
	Sha256Calc_calculate(&s2,TestStr,strlen(TestStr));
	sprintf(result, "%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x%02x\0", (SZ_UCHAR)(s2.Value[0]), (SZ_UCHAR)(s2.Value[1]), (SZ_UCHAR)(s2.Value[2]), (SZ_UCHAR)(s2.Value[3]), (SZ_UCHAR)(s2.Value[4]), (SZ_UCHAR)(s2.Value[5]), (SZ_UCHAR)(s2.Value[6]), (SZ_UCHAR)(s2.Value[7]), (SZ_UCHAR)(s2.Value[8]), (SZ_UCHAR)(s2.Value[9]), (SZ_UCHAR)(s2.Value[10]), (SZ_UCHAR)(s2.Value[11]), (SZ_UCHAR)(s2.Value[12]), (SZ_UCHAR)(s2.Value[13]), (SZ_UCHAR)(s2.Value[14]), (SZ_UCHAR)(s2.Value[15]), (SZ_UCHAR)(s2.Value[16]), (SZ_UCHAR)(s2.Value[17]), (SZ_UCHAR)(s2.Value[18]), (SZ_UCHAR)(s2.Value[19]), (SZ_UCHAR)(s2.Value[20]), (SZ_UCHAR)(s2.Value[21]), (SZ_UCHAR)(s2.Value[22]), (SZ_UCHAR)(s2.Value[23]), (SZ_UCHAR)(s2.Value[24]), (SZ_UCHAR)(s2.Value[25]), (SZ_UCHAR)(s2.Value[26]), (SZ_UCHAR)(s2.Value[27]), (SZ_UCHAR)(s2.Value[28]), (SZ_UCHAR)(s2.Value[29]), (SZ_UCHAR)(s2.Value[30]), (SZ_UCHAR)(s2.Value[31]) );
	Sha256Calc_uninit(&s2);
	free(abuf);
	return result;
}
//获取当前PID
DWORD GetCurrentPID()
{
	DWORD pid=GetCurrentProcessId();
	DWORD ppid = (DWORD)(-1);
	HANDLE hProcessSnap;
	PROCESSENTRY32 pe32;

	hProcessSnap = CreateToolhelp32Snapshot( TH32CS_SNAPPROCESS, 0 );
	if(hProcessSnap ==INVALID_HANDLE_VALUE){fputs("Get PID error.", stdout);exit(1);}

	pe32.dwSize = sizeof( PROCESSENTRY32 );
	BOOL bResult = Process32First( hProcessSnap, &pe32 );
	if(bResult ==FALSE){fputs("Get PID error.", stdout);exit(1);}

	do{
		if (pid == pe32.th32ProcessID)
		{
			ppid = pe32.th32ParentProcessID;
			break;
		}

	} while( Process32Next( hProcessSnap, &pe32 ) );

	CloseHandle( hProcessSnap );
	return( ppid );
}
//提升DEBUG权限
BOOL EnableDebugPrivilege(BOOL bEnable)
{
	HANDLE hToken;
	BOOL R=FALSE;
	if (OpenProcessToken(GetCurrentProcess(), TOKEN_ADJUST_PRIVILEGES, &hToken)){   
		TOKEN_PRIVILEGES tp;  
		tp.PrivilegeCount =1;  
		LookupPrivilegeValue(NULL, SE_DEBUG_NAME, &tp.Privileges[0].Luid);  
		tp.Privileges[0].Attributes = bEnable ? SE_PRIVILEGE_ENABLED : 0;  
		AdjustTokenPrivileges(hToken, FALSE, &tp, sizeof(tp), NULL, NULL);  
		R =(GetLastError()==ERROR_SUCCESS);  
		CloseHandle(hToken);   
	}   
	return R;   
}

/*************业务函数群*************/
//SetEnvironmentVariable函数入口
DWORD WINAPI threadProc(LPVOID lpParam)
{
	VAR_TABLE *pRP=(VAR_TABLE*)lpParam;
	PFN_SetEnvironmentVariable pfnSetEnvironmentVariable =(PFN_SetEnvironmentVariable)pRP->funPTR;
	pfnSetEnvironmentVariable(pRP->NAME, pRP->VALU);
	return 0;
}
//线程注入函数
int Inject(const char* vNAME, const char* vValu)
{
	EnableDebugPrivilege(TRUE);
	DWORD DW_PID =GetCurrentPID();
	if(DW_PID ==(DWORD)(-1)){fputs("Inject error.", stdout);exit(1);}

	HANDLE hProcess=OpenProcess(PROCESS_ALL_ACCESS, FALSE, DW_PID);
	if(hProcess ==NULL){fputs("Inject error.", stdout);exit(1);}

	DWORD DW_MEM_SIZE=4096;
	LPVOID pRemoteThread =VirtualAllocEx(hProcess, 0, DW_MEM_SIZE, MEM_COMMIT, PAGE_EXECUTE_READWRITE) ; 
	if(pRemoteThread ==NULL){fputs("Inject error.", stdout);exit(1);}

	BOOL bResult =WriteProcessMemory(hProcess, pRemoteThread, threadProc, DW_MEM_SIZE, NULL);
	if(bResult ==FALSE){fputs("Inject error.", stdout);exit(1);}

	VAR_TABLE var={0};
	HMODULE hKernel32 =LoadLibrary("Kernel32.dll");

	//获取SetEnvironmentVariableA函数入口地址
	var.funPTR=(DWORD)GetProcAddress(hKernel32, "SetEnvironmentVariableA");

	//赋值变量表
	strcpy(var.NAME, (char*)vNAME);
	strcpy(var.VALU, (char*)vValu);

	DW_MEM_SIZE=sizeof(var);
	LPVOID pRemoteParam =VirtualAllocEx(hProcess, 0, DW_MEM_SIZE, MEM_COMMIT, PAGE_READWRITE);
	if(pRemoteParam ==NULL){fputs("Inject error.", stdout);exit(1);}
	bResult=WriteProcessMemory(hProcess, pRemoteParam, &var.funPTR, DW_MEM_SIZE, NULL);
	if(bResult ==FALSE){fputs("Inject error.", stdout);exit(1);}
	
	HANDLE hRemoteThread=CreateRemoteThread(hProcess, NULL, 0, pRemoteThread, pRemoteParam, 0, NULL); 
	if(hRemoteThread ==FALSE){fputs("Inject error.", stdout);exit(1);}
	CloseHandle(hRemoteThread);
	CloseHandle(hProcess);
	return 0;
}

/*************主函数入口*************/ 
int main(int argc, char** argv) 
{
	//参数不足则退出 并抛出说明 
	if(argc==1){HelpInfomation(1);}
	
	//取得缓存区命令行 
	LPSTR Line=GetCommandLineA()+strlen(argv[0]);
	
	//过滤行TAB缩进或前空格
	while(*Line=='\t'|| *Line==' '){Line++;}

	//根据等号切分出变量名和变量赋值表达式
	char* vNAME=strtok(Line, "=");
	char* vValu=strtok(NULL, "=");
	if(vValu==NULL){HelpInfomation(1);}

	//过滤赋值表达式TAB缩进或前空格
	while(*vValu=='\t'|| *vValu==' '){vValu++;}

	//如赋值表达式为空则抛出使用说明
	if(vValu==NULL){HelpInfomation(1);}

	//设置行号
	int lineNUM=0;

	//解析标签
	int SN=Identify_KeyWords(vValu);
	switch(SN){
	case 0:
		vValu[0]=atoi(vValu+strlen(LABEL_WORDS[SN]))%128;
		vValu[1]=0x00;
		Inject(vNAME, vValu);
		break;
	case 1:
		vValu=CalculateExpression(vValu+strlen(LABEL_WORDS[SN]));
		Inject(vNAME, CalculateExpression(vValu));
		break;
	case 2:
		FontColor(atoi(vValu+strlen(LABEL_WORDS[SN])));
		break;
	case 3:
		vValu=vValu+strlen(LABEL_WORDS[SN]);
		lineNUM=atoi(vValu);
		strtok(vValu, ")");
		Inject(vNAME, FileStream(strtok(NULL, ")"), lineNUM));
		break;
	case 4:
		vValu=vValu+strlen(LABEL_WORDS[SN]);
		Inject(vNAME, crc32(vValu));
		break;
	case 5:
		vValu=vValu+strlen(LABEL_WORDS[SN]);
		Inject(vNAME, md5(vValu));
		break;
	case 6:
		vValu=vValu+strlen(LABEL_WORDS[SN]);
		Inject(vNAME, sha1(vValu));
		break;
	case 7:
		vValu=vValu+strlen(LABEL_WORDS[SN]);
		vValu=sha256(vValu);
		Inject(vNAME, vValu);
		break;
	default:
		fputs("Error label\n", stdout);
		return 1;
	}
	return 0;
}
复制代码

批处理演示

@echo off&setlocal enabledelayedexpansion&title seti演示脚本
set REM=echo

!REM!;
!REM! 将第1行赋值给变量L
seti L=(line1)%~f0&echo;!L!
!REM! 将STDOUT颜色赋值为15，即&seti STDOUT=(color)12&!REM!;改变输出缓存区&seti STDOUT=(color)15&!REM!;字体颜色
!REM!;
!REM! 将ASCII值07赋值给变量bell
seti bell=(ascii)07
!REM!;
!REM! 计算数学表达式的值并赋值给变量result
seti result=(calc)5*(arctan(cos(sin(ln(lg(2.71828))))))&echo;!result!
!REM!;
!REM! 对函数式的支持
set/a "x=1, y=2, z=3"
seti fun(%x%, %y%, %z%)=(calc)5*(arctan(cos(sin(ln(lg(%z%))))))+%x%+%y%&echo;!fun(1, 2, 3)!
!REM!;
!REM! 对超长算式的支持
seti result=(calc)5tan5lnlge+6pi*tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge+lnpi+6pi*tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge/lnpi+6pi-tanpi+arcsin0.75+sin0.75+lge+lnpi//2+5tan5lnlge+6pi*tanpi+arcsin0.75*tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge+lnpi+6pi*tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75+lge/lnpi+6pi-tanpi+arcsin0.75+sin0.75+lge+lnpi//2+5tan5lnlge+6pi*tanpi+arcsin0.75*tanpi+arcsin0.75+lge+lnpi+6pi-tanpi+arcsin0.75&echo;!result!
!REM!;
 REM hash赋值，支持crc32、md5、sh1、sha256等四种散列值
!REM! 对password做md5加密，并赋值给变量m
seti m=(md5)password&echo;!m!
!REM!;
pause
复制代码

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10楼

发表于 2022-11-9 11:06 | 只看该作者

回复 9# happy886rr

你github账号多少啊，关注一下

踏实一些点.不要着急.你想要的时间都会给你.2

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9楼

发表于 2017-4-22 18:23 | 只看该作者

回复 8# 小勇12
seti已经过时了，请使用我的新工具ICMD，地址http://www.bathome.net/viewthrea ... &highlight=ICMD

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8楼

发表于 2017-4-22 16:59 | 只看该作者

seti 上次一个EXE 呀

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7楼

发表于 2017-1-7 22:55 | 只看该作者

回复 6# freesoft00
稍后会弄的，主要是写的第三方太多，一时半会整理github又需要太多时间。我还有很多第三方要写，等都写完，就整理成册，并配置专门的pdf教程。

1 评分人数

freesoft00: +1技术 + 1

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6楼

发表于 2017-1-7 22:39 | 只看该作者

回复 5# happy886rr

在github整个地方放多好。

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5楼

发表于 2017-1-7 19:22 | 只看该作者

本帖最后由 happy886rr 于 2017-1-7 19:33 编辑

回复 4# CrLf
大师，已经发送离线文件至你Geek群里的QQ ，请及时接收

1 评分人数

CrLf: 感谢分享技术 + 1

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4楼

发表于 2017-1-7 17:03 | 只看该作者

来迟了，编译失败，求exe

链接：在线第三方命令行工具下载 bat、vbs、js 原生混编

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3楼

发表于 2016-12-2 08:30 | 只看该作者

回复 2# Nsqs

感谢回复，因是批处理论坛，所以发帖内容多数均涉及到批处理。

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2楼

发表于 2016-12-1 21:27 | 只看该作者

还不如干脆别用bat好了