public PseudoTcpSocket.WriteResult WritePacket(
PseudoTcp.PseudoTcpSocket sock,
byte[] buffer,
uint len,
object user_data)
{
try
{
this.udpc.Send(buffer, (int)len);
PLog.DEBUG("Sent {0} bytes to UDPClient at {1}:{2}", len, remoteAddr, remotePort);
return(PseudoTcpSocket.WriteResult.WR_SUCCESS);
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
return(PseudoTcpSocket.WriteResult.WR_FAIL);
}
}
public static void AdjustClock(PseudoTcp.PseudoTcpSocket sock, Queue notifyClockQueue)
{
ulong timeout = 0;
if (SyncPseudoTcpSocket.GetNextClock(sock, ref timeout))
{
PLog.DEBUG("AdjustClock: GetNextClock={0}", timeout);
uint now = PseudoTcpSocket.GetMonotonicTime();
if (now < timeout)
{
timeout -= now;
}
else
{
timeout = now - timeout;
}
//Console.WriteLine ("...original timeout={0}", timeout);
//if (timeout > 900)
// timeout = 100;
/// Console.WriteLine ("Socket {0}: Adjusting clock to {1} ms", sock, timeout);
notifyClockQueue.Enqueue(Environment.TickCount + (int)timeout);
}
else
{
PLog.DEBUG("AdjustClock: didnt get timeout");
/*left_closed = true;
*
* if (left_closed && right_closed)
* g_main_loop_quit (mainloop);*/
}
}
public void Writable(PseudoTcp.PseudoTcpSocket sock, object data)
{
PLog.DEBUG("UdpCallbacks.Writeable");
}
public void Opened(PseudoTcp.PseudoTcpSocket sock, object data)
{
PLog.DEBUG("UdpCallbacks.Opened");
}
