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Hotelul Pentru Scriitori Netrebnici

Raule

By Raule
in Spam Topics

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24 members have voted

  1. 1. Cand ia Nervos permisul?

    • Anu asta
      8
    • Anu viitor
      11
    • Niciodata
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Trance Experienced

Trance

Posted
Posted

Lasal ma si tu ..ca nu da nimeni 2 bani pe el si el se cearta cu noi ca vai domne noi suntem aia de vina ca a luat el ban si ca de ce nu ii oferim suport. (Eu cu opinia mea el cu a lui dar se pare ca omu nu poate sa asculte si opinia la alte persoane mai ales cand ii se zice adevarul)

Si nu sunt singurul care are aceiasi opinie despre ce se intampla aici,sido a explicat situatia actuala destul de concret ptr toti.

 

/END. (sa terminam odata cu circu asta)

 

 

 

 

Baga asta la maxim trance  ;D

 

 

Ce dreacu faci cu conturi de youtube raule ?

 

Ofc ca stiu mel <3.

 

Oricum nu dau 2 bani, eu dau reply aiurea. : ) Sincer nu am nimic cu el,daca el extinde chat-ul, de ce nu? ;D

PsychoJr Newbie

PsychoJr

Posted
Posted

E cineva pe aici care e in stare sa transcrie codul asta in java ?

// SimpleModulus.cpp : Defines the entry point for the application.
//

#include "Header\StdAfx.h"
#include "SimpleModules.h"

DWORD CSimpleModulus::s_dwSaveLoadXOR[4]={0x3F08A79B, 0xE25CC287, 0x93D27AB9, 0x20DEA7BF};

//#pragma warning(disable : 4244)

CSimpleModulus::CSimpleModulus()	// Completed
{ 
this->Init(); 
}


CSimpleModulus::~CSimpleModulus()	// Completed
{
return;
}

VOID CSimpleModulus::Init()	// Completed
{
memset(this->m_dwEncryptionKey, 0, sizeof(this->m_dwEncryptionKey));
memset(this->m_dwModulus, 0, sizeof(this->m_dwModulus));
memset(this->m_dwDecryptionKey, 0, sizeof(this->m_dwDecryptionKey));
} 

int CSimpleModulus::Encrypt(void * lpDest, void * lpSource, int iSize)	// Emulated - Completed
{
int iTempSize = iSize;
int iTempSize2;
int iOriSize ;
unsigned char * lpTempDest = (LPBYTE)lpDest;
unsigned char * lpTempSource = (LPBYTE)lpSource;

int iDec = ((iSize+7)/8);
iSize = (iDec + iDec*4)*2 + iDec;

if ( lpDest != NULL )
{
	iOriSize = iTempSize;
	for ( int i=0; i<iTempSize; i+=8,iOriSize-=8,lpTempDest+=11)
	{
		iTempSize2 = iOriSize;
		if ( iOriSize >= 8 )
			iTempSize2 = 8;

		this->EncryptBlock(lpTempDest, lpTempSource+i, iTempSize2);
	}
}

return iSize;
}


int CSimpleModulus::Decrypt(void * lpDest, void * lpSource, int iSize)
{
if ( lpDest == NULL)
{
	return iSize*8/11;
}

LPBYTE lpTempDest = (LPBYTE)lpDest;
LPBYTE lpTempSrc = (LPBYTE)lpSource;

int iResult = 0;
int iDecLen = 0;


if ( iSize > 0 )
{
	while ( iDecLen < iSize )
	{
		int iTempResult = this->DecryptBlock(lpTempDest, lpTempSrc);

		if ( iResult < 0 )
		{
			return iResult;
		}

		iResult += iTempResult;
		iDecLen += 11;
		lpTempSrc += 11;
		lpTempDest += 8;

	}
}

return iResult;
}



int CSimpleModulus::EncryptBlock(void*lpDest,void*lpSource,int iSize)
{
DWORD dwEncBuffer[4];
DWORD dwEncValue=0;	// TempVar1

LPBYTE lpEncDest = (LPBYTE)lpDest;
LPBYTE lpEncSource = (LPBYTE)lpSource;

memset(lpEncDest, 0, 11);
int i=0;

for ( i=0;i<4;i++)
{
	dwEncBuffer[i]=((this->m_dwXORKey[i]^((WORD*)lpEncSource)[i]^dwEncValue)*this->m_dwEncryptionKey[i])%this->m_dwModulus[i];
	dwEncValue=dwEncBuffer[i]&0xFFFF;
}

for ( i=0;i<3;i++)
{
	dwEncBuffer[i] = dwEncBuffer[i] ^ this->m_dwXORKey[i] ^ ( dwEncBuffer[i+1] & 0xFFFF );
}

int iBitPos = 0;

for ( i=0;i<4;i++)
{
	iBitPos = this->AddBits(lpDest, iBitPos, &dwEncBuffer[i], 0, 16);
	iBitPos = this->AddBits(lpDest, iBitPos, &dwEncBuffer[i], 22, 2);
}

BYTE btCheckSum = 0xF8;

for ( i=0;i<8;i++)
	btCheckSum ^= lpEncSource[i];

((LPBYTE)&dwEncValue)[1] = btCheckSum ; 
((LPBYTE)&dwEncValue)[0] = btCheckSum ^ iSize ^ 0x3D; 

return this->AddBits(lpDest, iBitPos, &dwEncValue, 0, 16);
}


int CSimpleModulus::DecryptBlock(void*lpDest,void*lpSource)
{
memset(lpDest, 0, 8);
DWORD dwDecBuffer[4]= {0};
int iBitPosition = 0;

LPBYTE lpDecDest = (LPBYTE)lpDest;
LPBYTE lpDecSource = (LPBYTE)lpSource;
int i=0;

for(i=0;i<4;i++)
{
	this->AddBits(&dwDecBuffer[i], 0, lpDecSource, iBitPosition, 16);
	iBitPosition += 16;
	this->AddBits(&dwDecBuffer[i], 22, lpDecSource, iBitPosition, 2);
	iBitPosition += 2;
}

for(i=2;i>=0;i--)
{
	dwDecBuffer[i] = dwDecBuffer[i] ^ this->m_dwXORKey[i] ^ (dwDecBuffer[i+1]&0xFFFF);
}

DWORD Temp=0,Temp1;

for(i=0;i<4;i++)
{
	Temp1 = (( this->m_dwDecryptionKey[i] * (dwDecBuffer[i])) % ( this->m_dwModulus[i])) ^ this->m_dwXORKey[i]^Temp;
	Temp = dwDecBuffer[i]&0xFFFF;
	((WORD*)lpDecDest)[i] = WORD(Temp1);
}

dwDecBuffer[0]=0;
this->AddBits(&dwDecBuffer[0], 0, lpDecSource, iBitPosition, 16);
((LPBYTE)dwDecBuffer)[0]=((LPBYTE)dwDecBuffer)[1]^ ((LPBYTE)dwDecBuffer)[0]^0x3D;

BYTE btCheckSum=0xF8;

for(i=0;i<8;i++)
	btCheckSum ^= lpDecDest[i];

if( btCheckSum != ((LPBYTE)dwDecBuffer)[1] )
	return -1;

return ((LPBYTE)dwDecBuffer)[0];
}


int CSimpleModulus::AddBits(void*lpDest,int iDestBitPos,void*lpSource,int iBitSourcePos,int iBitLen)	// Completed Emulated
{
// Get Buffer Lens
int iSourceBufferBitLen = iBitLen + iBitSourcePos ;
int iTempBufferLen = this->GetByteOfBit(iSourceBufferBitLen-1);
iTempBufferLen += 1 - this->GetByteOfBit(iBitSourcePos);

// Copy the Source Buffer
unsigned char * pTempBuffer = new unsigned char[iTempBufferLen+1];
memset(pTempBuffer, 0, iTempBufferLen+1);
memcpy(pTempBuffer, (unsigned char *)lpSource+ this->GetByteOfBit(iBitSourcePos), iTempBufferLen);

// Save the Last ibt if exist
if ( (iSourceBufferBitLen%8 ) != 0 )
{
	pTempBuffer[iTempBufferLen - 1] &= 255 << (8 - (iSourceBufferBitLen%8));
}

// Get the Values to Shift
int iShiftLeft = (iBitSourcePos%8);
int iShiftRight = (iDestBitPos%8);

// Shift the Values to Add the right space of the desired bits
this->Shift(pTempBuffer, iTempBufferLen, -iShiftLeft);
this->Shift(pTempBuffer, iTempBufferLen+1, iShiftRight);

// Copy the the bits of Source to the Dest
int iNewTempBufferLen = (( iShiftRight <= iShiftLeft )?0:1) + iTempBufferLen;
unsigned char * TempDist = (unsigned char *)lpDest + this->GetByteOfBit(iDestBitPos);

for ( int i=0;i<iNewTempBufferLen;i++)
{
	TempDist[i] |= pTempBuffer[i];
}

// Delete the temp Buffer
delete [] pTempBuffer;

// Return the number of bits of the new Dest Buffer
return iDestBitPos + iBitLen;
}



VOID CSimpleModulus::Shift(void*lpBuff,int iSize,int ShiftLen) // Need To be Checked
{
unsigned char * TempBuff = (unsigned char *)lpBuff;

// Case no Shift Len
if ( ShiftLen != 0  )	
{
	// Shift Right
	if ( ShiftLen > 0 )
	{
		if ( (iSize -1 ) > 0 )
		{
			for ( int i=(iSize-1); i>0 ; i--)
			{
				TempBuff[i] = (TempBuff[i-1]<<((8 - ShiftLen))) | (TempBuff[i]>>ShiftLen );
			}
		}

		TempBuff[0] >>=  ShiftLen;
	}
	else	// Shift Left
	{
		ShiftLen = - ShiftLen;

		if ( (iSize-1) > 0 )
		{
			for ( int i=0; i<(iSize-1) ;i++)
			{
				TempBuff[i] = (TempBuff[i+1]>>((8 - ShiftLen))) | (TempBuff[i]<<ShiftLen );
			}
		}

		TempBuff[iSize-1] <<= ShiftLen;
	}
}
}

int CSimpleModulus::GetByteOfBit(int btByte)
{
return btByte >> 3;
}

BOOL CSimpleModulus::SaveAllKey(LPSTR lpszFileName )
{
return this->SaveKey(lpszFileName, 4370, TRUE, TRUE, TRUE, TRUE);
}

BOOL CSimpleModulus::LoadAllKey(LPSTR lpszFileName)
{
return this->LoadKey(lpszFileName, 4370, TRUE, TRUE, TRUE, TRUE);
}

BOOL CSimpleModulus::SaveEncryptionKey(LPSTR lpszFileName)
{
return this->SaveKey(lpszFileName, 4370, TRUE, TRUE, FALSE, TRUE);
}


BOOL CSimpleModulus::LoadEncryptionKey(LPSTR lpszFileName)
{
return this->LoadKey(lpszFileName, 4370, TRUE, TRUE, FALSE ,TRUE);
}

BOOL CSimpleModulus::SaveDecryptionKey(LPSTR lpszFileName)
{
return this->SaveKey(lpszFileName, 4370, TRUE, FALSE, TRUE, TRUE);
}


BOOL CSimpleModulus::LoadDecryptionKey(LPSTR lpszFileName)
{
return this->LoadKey(lpszFileName, 4370, TRUE, FALSE ,TRUE ,TRUE);
}


BOOL CSimpleModulus::SaveKey(LPSTR lpszFileName, WORD wFileHeader, BOOL bSaveModulus, BOOL bSaveEncKey, BOOL bSaveDecKey, BOOL bSaveXORKey)
{
// MAde by Deathway
ENCDEC_FILEHEADER HeaderBuffer;
int iSize;
DWORD XORTable[4];
HANDLE hFile = CreateFile(lpszFileName, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, 0x80, NULL);

if ( hFile == INVALID_HANDLE_VALUE )
{
	return FALSE;
}

HeaderBuffer.sFileHeader = wFileHeader;
HeaderBuffer.dwSize = ( bSaveModulus + bSaveEncKey + bSaveDecKey + bSaveXORKey ) * sizeof(XORTable) + sizeof(ENCDEC_FILEHEADER);

WriteFile( hFile, &HeaderBuffer, sizeof(ENCDEC_FILEHEADER), (ULONG*)&iSize, NULL);

if ( bSaveModulus != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwModulus[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

if ( bSaveEncKey != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwEncryptionKey[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

if ( bSaveDecKey != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwDecryptionKey[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

if ( bSaveXORKey != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwXORKey[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

CloseHandle(hFile);

return TRUE;
}



BOOL CSimpleModulus::LoadKey(LPSTR lpszFileName, WORD wFileHeader, BOOL bLoadModulus, BOOL bLoadEncKey, BOOL bLoadDecKey, BOOL bLoadXORKey)
{
ENCDEC_FILEHEADER HeaderBuffer;
int iSize;
DWORD XORTable[4];
HANDLE hFile = CreateFile(lpszFileName, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, 0x80, NULL);

if ( hFile != INVALID_HANDLE_VALUE )
{
	ReadFile( hFile, &HeaderBuffer, sizeof(ENCDEC_FILEHEADER), (ULONG*)&iSize, NULL);
}

if ( HeaderBuffer.sFileHeader == wFileHeader  )
{
	if ( (HeaderBuffer.dwSize) == (int)((( bLoadModulus + bLoadEncKey + bLoadDecKey + bLoadXORKey )*sizeof(XORTable))+sizeof(ENCDEC_FILEHEADER)) )
	{
		if ( bLoadModulus != FALSE )
		{
			ReadFile(hFile, XORTable, sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwModulus[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}
		if ( bLoadEncKey != FALSE )
		{
			ReadFile(hFile, XORTable, sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwEncryptionKey[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}
		if ( bLoadDecKey != FALSE )
		{
			ReadFile(hFile, XORTable, sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwDecryptionKey[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}
		if ( bLoadXORKey != FALSE )
		{
			ReadFile(hFile, XORTable,sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwXORKey[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}

		CloseHandle(hFile);
		return TRUE;
	}
}
else
{
	CloseHandle(hFile);
}
return FALSE;
}

MMan Newbie

MMan

Posted
Posted

E cineva pe aici care e in stare sa transcrie codul asta in java ?

// SimpleModulus.cpp : Defines the entry point for the application.
//

#include "Header\StdAfx.h"
#include "SimpleModules.h"

DWORD CSimpleModulus::s_dwSaveLoadXOR[4]={0x3F08A79B, 0xE25CC287, 0x93D27AB9, 0x20DEA7BF};

//#pragma warning(disable : 4244)

CSimpleModulus::CSimpleModulus()	// Completed
{ 
this->Init(); 
}


CSimpleModulus::~CSimpleModulus()	// Completed
{
return;
}

VOID CSimpleModulus::Init()	// Completed
{
memset(this->m_dwEncryptionKey, 0, sizeof(this->m_dwEncryptionKey));
memset(this->m_dwModulus, 0, sizeof(this->m_dwModulus));
memset(this->m_dwDecryptionKey, 0, sizeof(this->m_dwDecryptionKey));
} 

int CSimpleModulus::Encrypt(void * lpDest, void * lpSource, int iSize)	// Emulated - Completed
{
int iTempSize = iSize;
int iTempSize2;
int iOriSize ;
unsigned char * lpTempDest = (LPBYTE)lpDest;
unsigned char * lpTempSource = (LPBYTE)lpSource;

int iDec = ((iSize+7)/8);
iSize = (iDec + iDec*4)*2 + iDec;

if ( lpDest != NULL )
{
	iOriSize = iTempSize;
	for ( int i=0; i<iTempSize; i+=8,iOriSize-=8,lpTempDest+=11)
	{
		iTempSize2 = iOriSize;
		if ( iOriSize >= 8 )
			iTempSize2 = 8;

		this->EncryptBlock(lpTempDest, lpTempSource+i, iTempSize2);
	}
}

return iSize;
}


int CSimpleModulus::Decrypt(void * lpDest, void * lpSource, int iSize)
{
if ( lpDest == NULL)
{
	return iSize*8/11;
}

LPBYTE lpTempDest = (LPBYTE)lpDest;
LPBYTE lpTempSrc = (LPBYTE)lpSource;

int iResult = 0;
int iDecLen = 0;


if ( iSize > 0 )
{
	while ( iDecLen < iSize )
	{
		int iTempResult = this->DecryptBlock(lpTempDest, lpTempSrc);

		if ( iResult < 0 )
		{
			return iResult;
		}

		iResult += iTempResult;
		iDecLen += 11;
		lpTempSrc += 11;
		lpTempDest += 8;

	}
}

return iResult;
}



int CSimpleModulus::EncryptBlock(void*lpDest,void*lpSource,int iSize)
{
DWORD dwEncBuffer[4];
DWORD dwEncValue=0;	// TempVar1

LPBYTE lpEncDest = (LPBYTE)lpDest;
LPBYTE lpEncSource = (LPBYTE)lpSource;

memset(lpEncDest, 0, 11);
int i=0;

for ( i=0;i<4;i++)
{
	dwEncBuffer[i]=((this->m_dwXORKey[i]^((WORD*)lpEncSource)[i]^dwEncValue)*this->m_dwEncryptionKey[i])%this->m_dwModulus[i];
	dwEncValue=dwEncBuffer[i]&0xFFFF;
}

for ( i=0;i<3;i++)
{
	dwEncBuffer[i] = dwEncBuffer[i] ^ this->m_dwXORKey[i] ^ ( dwEncBuffer[i+1] & 0xFFFF );
}

int iBitPos = 0;

for ( i=0;i<4;i++)
{
	iBitPos = this->AddBits(lpDest, iBitPos, &dwEncBuffer[i], 0, 16);
	iBitPos = this->AddBits(lpDest, iBitPos, &dwEncBuffer[i], 22, 2);
}

BYTE btCheckSum = 0xF8;

for ( i=0;i<8;i++)
	btCheckSum ^= lpEncSource[i];

((LPBYTE)&dwEncValue)[1] = btCheckSum ; 
((LPBYTE)&dwEncValue)[0] = btCheckSum ^ iSize ^ 0x3D; 

return this->AddBits(lpDest, iBitPos, &dwEncValue, 0, 16);
}


int CSimpleModulus::DecryptBlock(void*lpDest,void*lpSource)
{
memset(lpDest, 0, 8);
DWORD dwDecBuffer[4]= {0};
int iBitPosition = 0;

LPBYTE lpDecDest = (LPBYTE)lpDest;
LPBYTE lpDecSource = (LPBYTE)lpSource;
int i=0;

for(i=0;i<4;i++)
{
	this->AddBits(&dwDecBuffer[i], 0, lpDecSource, iBitPosition, 16);
	iBitPosition += 16;
	this->AddBits(&dwDecBuffer[i], 22, lpDecSource, iBitPosition, 2);
	iBitPosition += 2;
}

for(i=2;i>=0;i--)
{
	dwDecBuffer[i] = dwDecBuffer[i] ^ this->m_dwXORKey[i] ^ (dwDecBuffer[i+1]&0xFFFF);
}

DWORD Temp=0,Temp1;

for(i=0;i<4;i++)
{
	Temp1 = (( this->m_dwDecryptionKey[i] * (dwDecBuffer[i])) % ( this->m_dwModulus[i])) ^ this->m_dwXORKey[i]^Temp;
	Temp = dwDecBuffer[i]&0xFFFF;
	((WORD*)lpDecDest)[i] = WORD(Temp1);
}

dwDecBuffer[0]=0;
this->AddBits(&dwDecBuffer[0], 0, lpDecSource, iBitPosition, 16);
((LPBYTE)dwDecBuffer)[0]=((LPBYTE)dwDecBuffer)[1]^ ((LPBYTE)dwDecBuffer)[0]^0x3D;

BYTE btCheckSum=0xF8;

for(i=0;i<8;i++)
	btCheckSum ^= lpDecDest[i];

if( btCheckSum != ((LPBYTE)dwDecBuffer)[1] )
	return -1;

return ((LPBYTE)dwDecBuffer)[0];
}


int CSimpleModulus::AddBits(void*lpDest,int iDestBitPos,void*lpSource,int iBitSourcePos,int iBitLen)	// Completed Emulated
{
// Get Buffer Lens
int iSourceBufferBitLen = iBitLen + iBitSourcePos ;
int iTempBufferLen = this->GetByteOfBit(iSourceBufferBitLen-1);
iTempBufferLen += 1 - this->GetByteOfBit(iBitSourcePos);

// Copy the Source Buffer
unsigned char * pTempBuffer = new unsigned char[iTempBufferLen+1];
memset(pTempBuffer, 0, iTempBufferLen+1);
memcpy(pTempBuffer, (unsigned char *)lpSource+ this->GetByteOfBit(iBitSourcePos), iTempBufferLen);

// Save the Last ibt if exist
if ( (iSourceBufferBitLen%8 ) != 0 )
{
	pTempBuffer[iTempBufferLen - 1] &= 255 << (8 - (iSourceBufferBitLen%8));
}

// Get the Values to Shift
int iShiftLeft = (iBitSourcePos%8);
int iShiftRight = (iDestBitPos%8);

// Shift the Values to Add the right space of the desired bits
this->Shift(pTempBuffer, iTempBufferLen, -iShiftLeft);
this->Shift(pTempBuffer, iTempBufferLen+1, iShiftRight);

// Copy the the bits of Source to the Dest
int iNewTempBufferLen = (( iShiftRight <= iShiftLeft )?0:1) + iTempBufferLen;
unsigned char * TempDist = (unsigned char *)lpDest + this->GetByteOfBit(iDestBitPos);

for ( int i=0;i<iNewTempBufferLen;i++)
{
	TempDist[i] |= pTempBuffer[i];
}

// Delete the temp Buffer
delete [] pTempBuffer;

// Return the number of bits of the new Dest Buffer
return iDestBitPos + iBitLen;
}



VOID CSimpleModulus::Shift(void*lpBuff,int iSize,int ShiftLen) // Need To be Checked
{
unsigned char * TempBuff = (unsigned char *)lpBuff;

// Case no Shift Len
if ( ShiftLen != 0  )	
{
	// Shift Right
	if ( ShiftLen > 0 )
	{
		if ( (iSize -1 ) > 0 )
		{
			for ( int i=(iSize-1); i>0 ; i--)
			{
				TempBuff[i] = (TempBuff[i-1]<<((8 - ShiftLen))) | (TempBuff[i]>>ShiftLen );
			}
		}

		TempBuff[0] >>=  ShiftLen;
	}
	else	// Shift Left
	{
		ShiftLen = - ShiftLen;

		if ( (iSize-1) > 0 )
		{
			for ( int i=0; i<(iSize-1) ;i++)
			{
				TempBuff[i] = (TempBuff[i+1]>>((8 - ShiftLen))) | (TempBuff[i]<<ShiftLen );
			}
		}

		TempBuff[iSize-1] <<= ShiftLen;
	}
}
}

int CSimpleModulus::GetByteOfBit(int btByte)
{
return btByte >> 3;
}

BOOL CSimpleModulus::SaveAllKey(LPSTR lpszFileName )
{
return this->SaveKey(lpszFileName, 4370, TRUE, TRUE, TRUE, TRUE);
}

BOOL CSimpleModulus::LoadAllKey(LPSTR lpszFileName)
{
return this->LoadKey(lpszFileName, 4370, TRUE, TRUE, TRUE, TRUE);
}

BOOL CSimpleModulus::SaveEncryptionKey(LPSTR lpszFileName)
{
return this->SaveKey(lpszFileName, 4370, TRUE, TRUE, FALSE, TRUE);
}


BOOL CSimpleModulus::LoadEncryptionKey(LPSTR lpszFileName)
{
return this->LoadKey(lpszFileName, 4370, TRUE, TRUE, FALSE ,TRUE);
}

BOOL CSimpleModulus::SaveDecryptionKey(LPSTR lpszFileName)
{
return this->SaveKey(lpszFileName, 4370, TRUE, FALSE, TRUE, TRUE);
}


BOOL CSimpleModulus::LoadDecryptionKey(LPSTR lpszFileName)
{
return this->LoadKey(lpszFileName, 4370, TRUE, FALSE ,TRUE ,TRUE);
}


BOOL CSimpleModulus::SaveKey(LPSTR lpszFileName, WORD wFileHeader, BOOL bSaveModulus, BOOL bSaveEncKey, BOOL bSaveDecKey, BOOL bSaveXORKey)
{
// MAde by Deathway
ENCDEC_FILEHEADER HeaderBuffer;
int iSize;
DWORD XORTable[4];
HANDLE hFile = CreateFile(lpszFileName, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, 0x80, NULL);

if ( hFile == INVALID_HANDLE_VALUE )
{
	return FALSE;
}

HeaderBuffer.sFileHeader = wFileHeader;
HeaderBuffer.dwSize = ( bSaveModulus + bSaveEncKey + bSaveDecKey + bSaveXORKey ) * sizeof(XORTable) + sizeof(ENCDEC_FILEHEADER);

WriteFile( hFile, &HeaderBuffer, sizeof(ENCDEC_FILEHEADER), (ULONG*)&iSize, NULL);

if ( bSaveModulus != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwModulus[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

if ( bSaveEncKey != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwEncryptionKey[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

if ( bSaveDecKey != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwDecryptionKey[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

if ( bSaveXORKey != FALSE )
{
	for ( int n = 0 ; n < 4 ; n++ )
	{
		XORTable[n] = this->m_dwXORKey[n] ^ s_dwSaveLoadXOR[n];
	}
	WriteFile(hFile, &XORTable, sizeof(XORTable), (ULONG*)&iSize, NULL);
}

CloseHandle(hFile);

return TRUE;
}



BOOL CSimpleModulus::LoadKey(LPSTR lpszFileName, WORD wFileHeader, BOOL bLoadModulus, BOOL bLoadEncKey, BOOL bLoadDecKey, BOOL bLoadXORKey)
{
ENCDEC_FILEHEADER HeaderBuffer;
int iSize;
DWORD XORTable[4];
HANDLE hFile = CreateFile(lpszFileName, GENERIC_READ, FILE_SHARE_READ, NULL, OPEN_EXISTING, 0x80, NULL);

if ( hFile != INVALID_HANDLE_VALUE )
{
	ReadFile( hFile, &HeaderBuffer, sizeof(ENCDEC_FILEHEADER), (ULONG*)&iSize, NULL);
}

if ( HeaderBuffer.sFileHeader == wFileHeader  )
{
	if ( (HeaderBuffer.dwSize) == (int)((( bLoadModulus + bLoadEncKey + bLoadDecKey + bLoadXORKey )*sizeof(XORTable))+sizeof(ENCDEC_FILEHEADER)) )
	{
		if ( bLoadModulus != FALSE )
		{
			ReadFile(hFile, XORTable, sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwModulus[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}
		if ( bLoadEncKey != FALSE )
		{
			ReadFile(hFile, XORTable, sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwEncryptionKey[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}
		if ( bLoadDecKey != FALSE )
		{
			ReadFile(hFile, XORTable, sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwDecryptionKey[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}
		if ( bLoadXORKey != FALSE )
		{
			ReadFile(hFile, XORTable,sizeof(XORTable) , (ULONG*)&iSize, NULL);
			for ( int n = 0 ; n<4;n++)
			{
				this->m_dwXORKey[n] = s_dwSaveLoadXOR[n] ^ XORTable[n];
			}
		}

		CloseHandle(hFile);
		return TRUE;
	}
}
else
{
	CloseHandle(hFile);
}
return FALSE;
}

contra o suma de bani, e posibil.

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