public void UpdateRecvAsync()
{
if (m_netTcpClient == null)
{
return;
}
CNetPacket netPacket = null;
while (m_netTcpClient.RecvAsync(out netPacket))
{
switch (netPacket.m_packetType)
{
case CNetPacket.EType.CONNECTION_REQUEST_SUCCESS:
if (m_connectSuccess != null)
{
UnityUtility.CTrace.Singleton.debug("连接成功[{0}]", netPacket.m_packetType);
m_connectSuccess();
}
break;
case CNetPacket.EType.CONNECTION_REQUEST_FAILED:
if (m_connectFail != null && !m_isClose)
{
m_isClose = true;
UnityUtility.CTrace.Singleton.debug("连接失败[{0}]", netPacket.m_packetType);
m_connectFail();
}
break;
case CNetPacket.EType.CONNECTION_LOST:
case CNetPacket.EType.CONNECTION_CLOSE:
case CNetPacket.EType.CONNECTION_CLOSE_ENCRYPT:
case CNetPacket.EType.CONNECTION_CLOSE_COMPRESS:
if (m_netLinkClose != null && !m_isClose)
{
m_isClose = true;
UnityUtility.CTrace.Singleton.debug("连接关闭[{0}]", netPacket.m_packetType);
m_netLinkClose();
}
break;
case CNetPacket.EType.CONNECTION_RECV_PACKET:
if (m_recvAsync != null)
{
m_recvAsync(netPacket.m_buffer);
}
break;
case CNetPacket.EType.NULL:
default:
{
;
}
break;
}
}
}
private void _PushPacket(UnityUtility.CBuffer buffer)
{
CNetPacket packet = new CNetPacket();
packet.m_packetType = CNetPacket.EType.CONNECTION_RECV_PACKET;
packet.m_peer = m_socket;
packet.m_buffer = buffer;
lock (m_packetQueue)
{
m_packetQueue.Enqueue(packet);
}
}
// 向Network Manager的队列传递内部消息
private void _PushPacket(CNetPacket.EType packetType, string exception)
{
CNetPacket packet = new CNetPacket();
packet.m_packetType = packetType;
packet.m_peer = m_socket;
packet.m_error = exception;
lock (m_packetQueue)
{
m_packetQueue.Enqueue(packet);
}
}
// 异步接收消息
public bool RecvAsync(out CNetPacket netPacket)
{
netPacket = null;
if (m_packetQueue.Count <= 0)
{
return(false);
}
lock (m_packetQueue)
{
netPacket = (CNetPacket)m_packetQueue.Dequeue();;
}
return(true);
}