int MSocket::Receive(CString& str, UINT uTimeOut, int nFlags)
{
//static char szBuf[5000];
AutoBuf szBuf(5000);
memset(szBuf.p, 0, 5000);
// If a timeout value was specified, set it
if (uTimeOut > 0)
SetTimeOut(uTimeOut);
// Call base class function
int nRet = CSocket::Receive(szBuf.p, 5000, nFlags);
// If we previously set a timeout
if (uTimeOut > 0)
{
KillTimeOut();
// If the operation timedout, set a more
// natural error message
if (nRet == SOCKET_ERROR)
{
if (GetLastError() == WSAEINTR)
SetLastError(WSAETIMEDOUT);
}
}
// Fill in the CString reference
str = szBuf.p;
return nRet;
}
void KviWindow::outputNoFmt(int iMsgType, const QString & szText, int iFlags, const QDateTime & datetime)
{
QString szBuf(szText);
preprocessMessage(szBuf);
const QChar * pC = szBuf.constData();
if(!pC)
return;
internalOutput(m_pIrcView, iMsgType, (kvi_wchar_t *)pC, iFlags, datetime);
}
void LoggerImple::WriteLogProcShareMem()
{
std::unique_ptr<TCHAR, void(*)(void*)> szBuf
(new TCHAR[ItemBuffSize], [](void*p){ delete [] p; });
while (true)
{
int getted = 0;
bool readRet = shareWriter_->Read(szBuf.get(), ItemBuffSize, &getted);
if (readRet && getted)
{
bool ret = logFile_->WriteToFile(szBuf.get(), getted);
}
if (exit_ && !readRet)
{
break;
}
}
}
//////////////////////////////////////////////////////////////////////
// Methode : DWORD2String
// Resume : Translate Dword to String
// In : DWORD
// Out : CString
//////////////////////////////////////////////////////////////////////
CString DWORD2String(DWORD dw)
{
CString szBuf("");
szBuf.Format("%X", dw);
return (szBuf);
}
