//int gnSessInterval;
static void Main(string[] args)
{
//SOCK_INFO stSrvSock = new SOCK_INFO();
//SOCK_INFO stCliSock = new SOCK_INFO();
//SOCKET_MGR objSockMgr = new SOCKET_MGR();
stSrvSock = new SOCK_INFO();
stCliSock = new SOCK_INFO();
objSockMgr = new SOCKET_MGR();
//LprsToServerCOMMON objLtoS = new LprsToServerCOMMON();
double ldInterval = 1000 * 10;
stSrvSock.objLock = new object();
stCliSock.objLock = new object();
objSockMgr.connSocket(ref stSrvSock, ref stCliSock);
setSessionCheckTimer(ldInterval);
do_MainThread();
// working main thread
objSockMgr.closeSocket(ref stSrvSock);
objSockMgr.closeSocket(ref stCliSock);
}
private static string chkInstruction(byte[] szRecvBuff, ref SOCK_INFO stSock)
{
string strBuff;
string strRet;
strBuff = Encoding.ASCII.GetString(szRecvBuff);
if (strBuff.Contains("LPRS|"))
{
//objRecogResult.getRecogResult(ref stRecogResult, ref szRecvBuff);
strRet = "LPRS|";
}
else if (strBuff.Contains("ST|"))
{
// re-up coonnection check flag
lock (stSock.objLock)
{
stSock.lnResetTime = DateTime.UtcNow.Ticks;
stSock.bConn = true;
}
//objStatInfo.getStatInfo(ref stStatInfo, ref szRecvBuff);
strRet = "ST|";
}
else
{
strRet = "INVALID_STRUCTION";
}
return(strRet);
}
public void recvThread(ref SOCKET_MGR objSockMgr, ref SOCK_INFO stCliSock, bool bBackGround)
{
/*RecvDelegate dlgRecv = new RecvDelegate(objSockMgr.recvMsg);
* //Thread objRecvThrd = new Thread(new ParameterizedThreadStart(dlgRecv));
* Thread objRecvThrd = new Thread(() => dlgRecv(ref stCliSock));
* if (bBackGround == true)
* objRecvThrd.IsBackground = bBackGround;
* objRecvThrd.Start(ref stCliSock);*/
}
