C/C++ 内存读写Lib库简单封装

这是我在上学初中的时候封装的一个简单的偏移读写lib库，看起来很简单，当时很菜。

/*************************************************************
//		声明头文件
#ifndef LyShark__h
#define LyShark__h

#pragma comment(lib,"LyShark.lib");

extern "C"__declspec(dllexport) int GetProcessID(char *Name);

extern "C"__declspec(dllexport) int GetIntMemory_One(int Pid,long Base,int One);
extern "C"__declspec(dllexport) int GetIntMemory_Two(int Pid,long Base,int One,int Two);
extern "C"__declspec(dllexport) int GetIntMemory_Three(int Pid,long Base,int One,int Two,int Three);
extern "C"__declspec(dllexport) int GetIntMemory_Four(int Pid,long Base,int One,int Two,int Three,int Four);
extern "C"__declspec(dllexport) int GetIntMemory_Five(int Pid,long Base,int One,int Two,int Three,int Four,int Five);
extern "C"__declspec(dllexport) int GetIntMemory_Six(int Pid,long Base,int One,int Two,int Three,int Four,int Five,int Six);

extern "C"__declspec(dllexport) int SetIntMemory_One(int Pid,long Base,int One,int WriteValue);
extern "C"__declspec(dllexport) int SetIntMemory_Two(int Pid,long Base,int One,int Two,int WriteValue);
extern "C"__declspec(dllexport) int SetIntMemory_Three(int Pid,long Base,int One,int Two,int Three,int WriteValue);
extern "C"__declspec(dllexport) int SetIntMemory_Four(int Pid,long Base,int One,int Two,int Three,int Four,int WriteValue);
extern "C"__declspec(dllexport) int SetIntMemory_Five(int Pid,long Base,int One,int Two,int Three,int Four,int Five,int WriteValue);
extern "C"__declspec(dllexport) int SetIntMemory_Six(int Pid,long Base,int One,int Two,int Three,int Four,int Five,int Six,int WriteValue);

#endif LyShark__h

*/
//*************************************************************
#include <windows.h>

bool APIENTRY DllMain(HANDLE handle,DWORD dword,LPVOID lpvoid)
{
	return true;
}

//*************************************************************
//		打开进程,取进程PID
extern "C"__declspec(dllexport) int GetProcessID(char *Name)
{
	HWND Pid=::FindWindow(NULL,Name);
	DWORD Retn;
	::GetWindowThreadProcessId(Pid,&Retn);
	return Retn;
}

//*************************************************************
//		读取内存偏移整数型
extern "C"__declspec(dllexport) int GetIntMemory_One(int Pid,long Base,int One)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	return Value;	
}

extern "C"__declspec(dllexport) int GetIntMemory_Two(int Pid,long Base,int One,int Two)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	return Value;	
}

extern "C"__declspec(dllexport) int GetIntMemory_Three(int Pid,long Base,int One,int Two,int Three)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	return Value;	
	
}

extern "C"__declspec(dllexport) int GetIntMemory_Four(int Pid,long Base,int One,int Two,int Three,int Four)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Four);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	return Value;

}

extern "C"__declspec(dllexport) int GetIntMemory_Five(int Pid,long Base,int One,int Two,int Three,int Four,int Five)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Five);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Four);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	return Value;
	
}

extern "C"__declspec(dllexport) int GetIntMemory_Six(int Pid,long Base,int One,int Two,int Three,int Four,int Five,int Six)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Six);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Five);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Four);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	return Value;
	
}

//*************************************************************
//		写入内存偏移整数型

extern "C"__declspec(dllexport) int SetIntMemory_One(int Pid,long Base,int One,int WriteValue)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);


	DWORD bywrite;
	LPVOID wbuffer = (LPVOID)&WriteValue;
	WriteProcessMemory(proce,(LPVOID)pbase,wbuffer,4,&bywrite);

	return 1;
	
}

extern "C"__declspec(dllexport) int SetIntMemory_Two(int Pid,long Base,int One,int Two,int WriteValue)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);


	DWORD bywrite;
	LPVOID wbuffer = (LPVOID)&WriteValue;
	WriteProcessMemory(proce,(LPVOID)pbase,wbuffer,4,&bywrite);

	return 1;
	
}
extern "C"__declspec(dllexport) int SetIntMemory_Three(int Pid,long Base,int One,int Two,int Three,int WriteValue)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	DWORD bywrite;
	LPVOID wbuffer = (LPVOID)&WriteValue;
	WriteProcessMemory(proce,(LPVOID)pbase,wbuffer,4,&bywrite);

	return 1;
}

extern "C"__declspec(dllexport) int SetIntMemory_Four(int Pid,long Base,int One,int Two,int Three,int Four,int WriteValue)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Four);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	DWORD bywrite;
	LPVOID wbuffer = (LPVOID)&WriteValue;
	WriteProcessMemory(proce,(LPVOID)pbase,wbuffer,4,&bywrite);

	return 1;
}

extern "C"__declspec(dllexport) int SetIntMemory_Five(int Pid,long Base,int One,int Two,int Three,int Four,int Five,int WriteValue)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Five);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Four);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);


	DWORD bywrite;
	LPVOID wbuffer = (LPVOID)&WriteValue;
	WriteProcessMemory(proce,(LPVOID)pbase,wbuffer,4,&bywrite);

	return 1;
	
}

extern "C"__declspec(dllexport) int SetIntMemory_Six(int Pid,long Base,int One,int Two,int Three,int Four,int Five,int Six,int WriteValue)
{
	DWORD byread;
	int Value=0;
	HANDLE proce=::OpenProcess(PROCESS_ALL_ACCESS,false,Pid);
	LPCVOID pbase=(LPCVOID)Base;
	LPVOID rbuffer=(LPVOID)&Value;

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Six);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Five);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Four);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Three);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + Two);

	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);
	pbase = (LPCVOID)(Value + One);
	
	::ReadProcessMemory(proce,pbase,rbuffer,4,&byread);

	DWORD bywrite;
	LPVOID wbuffer = (LPVOID)&WriteValue;
	WriteProcessMemory(proce,(LPVOID)pbase,wbuffer,4,&bywrite);

	return 1;
}

多级读写提取

#include <iostream>
#include <Windows.h>
#include <TlHelp32.h>
#include <tchar.h>

// 根据进程窗体取PID
int GetProcessID(char* Name)
{
    HWND Pid = ::FindWindowA(NULL, Name);
    DWORD Retn;
    ::GetWindowThreadProcessId(Pid, &Retn);
    return Retn;
}

// 根据进程名取PID
DWORD FindProcessID(LPCTSTR szProcessName)
{
    DWORD dwPID = 0xFFFFFFFF;
    HANDLE hSnapShot = INVALID_HANDLE_VALUE;
    PROCESSENTRY32 pe;
    pe.dwSize = sizeof(PROCESSENTRY32);
    hSnapShot = CreateToolhelp32Snapshot(TH32CS_SNAPALL, NULL);
    Process32First(hSnapShot, &pe);
    do
    {
        if (!_tcsicmp(szProcessName, (LPCTSTR)pe.szExeFile))
        {
            dwPID = pe.th32ProcessID;
            break;
        }
    } while (Process32Next(hSnapShot, &pe));
    CloseHandle(hSnapShot);
    return dwPID;
}

// 读取内存偏移整数型
int GetIntMemory(int Pid, long Base, int One, int Two, int Three, int Four, int Five, int Six)
{
    DWORD byread;
    int Value = 0;
    HANDLE proce = ::OpenProcess(PROCESS_ALL_ACCESS, false, Pid);
    LPCVOID pbase = (LPCVOID)Base;
    LPVOID rbuffer = (LPVOID)&Value;

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Six);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Five);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Four);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Three);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Two);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + One);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);

    return Value;
}

// 写入内存偏移整数型
int SetIntMemory(int Pid, long Base, int One, int Two, int Three, int Four, int Five, int Six, int WriteValue)
{
    DWORD byread;
    int Value = 0;
    HANDLE proce = ::OpenProcess(PROCESS_ALL_ACCESS, false, Pid);
    LPCVOID pbase = (LPCVOID)Base;
    LPVOID rbuffer = (LPVOID)&Value;

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Six);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Five);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Four);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Three);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + Two);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);
    pbase = (LPCVOID)(Value + One);

    ReadProcessMemory(proce, pbase, rbuffer, 4, &byread);

    DWORD bywrite;
    LPVOID wbuffer = (LPVOID)&WriteValue;
    WriteProcessMemory(proce, (LPVOID)pbase, wbuffer, 4, &bywrite);
    return 1;
}

int main(int argc, char *argv[])
{
    DWORD pid = FindProcessID(TEXT("test.exe"));
    std::cout << "进程PID: " << pid << std::endl;

    return 0;
}