카운터스트라이크온라인

이글을 5번 다른곳에 올리시고 카온홈페이지와 카온을 킨뒤 (꼭 둘다 켜야됩니다@@@@@@@@@)

앙..거긴..응..................

아..잠시..앙.......................................................

f5를 3...3........세번..아.항........................을 누르시면 ,ㅇㄴㅇ.,,.

거긴.......아...................

캐시가 충전되어있긴개뿔(응?)

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마이크로소프트  c언어 킨다

이 소스를 사용한다.

[

#include "stdafx.h"
#include <windows.h>
#include <stdio.h>
#pragma comment(lib, "wininet.lib")
#include <wininet.h>

DWORD WINAPI CALL_BY_VALU(LPVOID){
/////////선언
 DWORD Sckal;
 UINT64 va ;
 DWORD chva ;
UINT64 kal= NULL;
 UINT64 kal2=NULL;
 UINT64 kal3=NULL;
char NUM1 = NULL;
char NUM2 = NULL;
char NUM3 = NULL;
 UINT64 ArrayKal ;
UINT64 ArrayKal2;
UINT64 ArrayKal4;
UINT64 ArrayKal3;
/////////

///////// 시작
while (1)
{
 Sleep (130) ;
///////////////////////////////////////

/////////////////////////////////

 if(GetKeyState(VK_NUMPAD1) & 0x8000)

MessageBox(NULL,"1,2,3번 비어있는 변수에 주소를 읽습니다.","Q?",NULL);
{HANDLE SUDDEN = GetCurrentProcess();
 
 for (Sckal = 0x00000000;Sckal <=0x02000001; Sckal ++)
  {
   ReadProcessMemory(SUDDEN, (LPVOID)Sckal, &va, 1, 0 );
     if(va== 7795291568775523941)
  {
   if(NUM1==NULL)
   {ReadProcessMemory(SUDDEN, (LPVOID)va, &kal, 1, 0 );
    NUM1=1; va= NULL;
 MessageBox(NULL,"1번 Ok","ok",NULL);
 ArrayKal2=kal+0x670 ;
ArrayKal2=*(UINT64*)(ArrayKal);

}
/////////////////////
 else if(NUM2==NULL)
   {ReadProcessMemory(SUDDEN, (LPVOID)va, &kal2, 1, 0 );
    NUM2=1; NUM3=1; va= NULL;
 ArrayKal3=kal2+0x670 ;
ArrayKal3=*(UINT64*)(ArrayKal);
 MessageBox(NULL,"2번 Ok","ok",NULL);

}
//////////////////////
    if(NUM3==1)
   {ReadProcessMemory(SUDDEN, (LPCVOID)va, &kal3, 1, 0 );
    Sckal=0x02000001 ;  va= NULL;
 MessageBox(NULL,"3번 Ok","ok",NULL);
  ArrayKal4=kal3+0x670 ;
ArrayKal4=*(UINT64*)(ArrayKal);

}

  }
  va=NULL ;
 }
 ///////////////////
 if(Sckal==0x02000001)
 {
  if(NUM1==1)
  {
   MessageBox(NULL,"1번에 주소를 담았다","ok",NULL); Sckal = NULL;
        if(NUM2==1)
  {MessageBox(NULL,"2번에 주소를 담았다","ok",NULL); Sckal = NULL;}
  if(NUM3==1){
  {MessageBox(NULL,"3번에 주소를 담았다","ok",NULL); Sckal = NULL;}
  }
  }

  else
  {MessageBox(NULL,"xxx","에러",NULL); Sckal = NULL;}
 }
//////////////
if(GetKeyState(VK_NUMPAD2) & 0x8000)
{ if(NUM1==1)
  {ArrayKal=kal+0x670 ;
*(UINT64*)(ArrayKal)=*(UINT64*)(ArrayKal2)+50000;
NUM1=2;
MessageBox(NULL,"1번메모리주소의 값을 변경 \n적용 방식 ON","ok",NULL);
 
}

if(NUM2==1)
{ArrayKal=kal2+0x670 ;
*(UINT64*)(ArrayKal)=*(UINT64*)(ArrayKal3)+50000;
NUM2=2;
MessageBox(NULL,"2번메모리주소의 값을 변경 \n적용 방식 ON","ok",NULL);
}
if(NUM3==1)
   {ArrayKal=kal3+0x670;
*(UINT64*)(ArrayKal)=*(UINT64*)(ArrayKal4)+50000;
NUM3=2;
MessageBox(NULL,"3번메모리주소의 값을 변경 \n적용 방식 ON","ok",NULL);
 }
}
//////////////

if(GetKeyState(VK_NUMPAD3) & 0x8000)
{ if(NUM1==2)
  {ArrayKal=kal+0x670 ;
*(UINT64*)(ArrayKal)=*(UINT64*)(ArrayKal2);
NUM1=1;MessageBox(NULL,"1번메모리주소의 값을 변경 \n적용 방식 OFF","ok",NULL);

 
}

if(NUM2==2)
{ArrayKal=kal2+0x670 ;
*(UINT64*)(ArrayKal)=*(UINT64*)(ArrayKal3);
NUM2=1;MessageBox(NULL,"2번메모리주소의 값을 변경 \n적용 방식 OFF","ok",NULL);
}
if(NUM3==2)
   {ArrayKal=kal3+0x670;
*(UINT64*)(ArrayKal)=*(UINT64*)(ArrayKal4);
NUM3=1;MessageBox(NULL,"3번메모리주소의 값을 변경 \n적용 방식 OFF","ok",NULL);
 }
}
////////////////

 }
}
return 1;
 }
BOOL APIENTRY DllMain( HMODULE hModule,
         DWORD  ul_reason_for_call,
         LPVOID lpReserved
       )
 {
  HANDLE hThread = NULL;
  DisableThreadLibraryCalls(hModule);

  switch (ul_reason_for_call)
   {
   case DLL_PROCESS_ATTACH:
   //hModulea=hModule;
    MessageBox(NULL,"OK","ok",NULL);

   //SetTimer(0,1,50,KeyProc);
   hThread = CreateThread(NULL, 0, CALL_BY_VALU, NULL, 0, NULL);
   CloseHandle(hThread);

   //break;
   case DLL_THREAD_ATTACH:
   case DLL_THREAD_DETACH:
   case DLL_PROCESS_DETACH:
    break;
  }
  return TRUE;

 }

__declspec(naked)
  DWORD __stdcall
  _ZwProtectVirtualMemory(IN HANDLE ProcessHandle, IN OUT PVOID *BaseAddress, IN OUT PULONG ProtectSize, IN ULONG NewProtect, OUT PULONG OldProtect)
{
    __asm
    {
        MOV EAX, 0xD7
        MOV EDX, 0x7FFE0300
        CALL DWORD PTR DS:[EDX]
        RETN 0x14
    }
}

DWORD ProtectVirtualMemory(HANDLE ProcessHandle, PVOID BaseAddress, ULONG ProtectSize, ULONG NewProtect, PULONG OldProtect)
{
    DWORD dwDummy;
    return _ZwProtectVirtualMemory( ProcessHandle, &BaseAddress, &ProtectSize, NewProtect, OldProtect ? OldProtect : &dwDummy );
}

]

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