public bool CloseMatch(bool hint = true)
{
if (null != mMatchClient)
{
if (!CanWorking)
{
throw new Exception("CloseMatch:this tcp networking cannot working, because mNetworkingModel is null");
}
if (hint)
{
mMatchClient.Close();
}
else
{
mMatchClient.CloseNotCallback();
}
while (null != mMatchClient && mMatchClient.Connected)
#if NETFX_CORE && UNITY_METRO && !UNITY_EDITOR
{ continue; }
#else
{ Thread.Sleep(1); }
#endif
mMatchClient = null;
if (hint)
{
TcpIPMessageQueue.EnqueueRecv(LocalAsyncToMainThread.Builder(LocalAsyncToMainThreadType.MatchDisconnection));
}
AsyncUnLockNetMsgScreenLocked();
}
return(true);
}
public void AsyncUnLockNetMsgScreenLocked()
{
lock (mWaitUnlockMsgs)
{
mWaitUnlockMsgs.Clear();
}
TcpIPMessageQueue.EnqueueRecv(LocalAsyncToMainThread.Builder(LocalAsyncToMainThreadType.UnlockScreen));
}
public void CloseNotCallback()
{
Connection -= new ConnectionOk(OnTcpIPClientConnected);
DataOn -= new DataOn(OnTcpIPClientReceived);
Disconnection -= new ExceptionDisconnection(OnTcpIPClientDisconnected);
TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CHintType.Intro, "[NetworkClose]:Nothing"));
base.Close();
mConnected = false;
}
public override void Close()
{
//if (null != mSendMessageThread)
//{
// mSendMessageThread.Abort();
// mSendMessageThread = null;
// while (TcpIPMessageQueue.DequeueSend() != null) ;
//}
TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CHintType.Intro, "[NetworkClose]:Nothing"));
base.Close();
mConnected = false;
Connection -= new ConnectionOk(OnTcpIPClientConnected);
DataOn -= new DataOn(OnTcpIPClientReceived);
Disconnection -= new ExceptionDisconnection(OnTcpIPClientDisconnected);
}
void OnTcpIPClientConnected(string message, bool IsConn)
{
mConnected = IsConn;
if (IsConn)
{
TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CHintType.Intro, "[OnTcpIPClientConnected1]" + message));
//mSendMessageThread = new Thread(new ParameterizedThreadStart(SendMessageThreading));
//mSendMessageThread.Start(this);
}
else
{
TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CHintType.Intro, "[ff0000][OnTcpIPClientConnected2]" + message));
TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CHintType.Error, message));
}
}
public static void SendHeart()
{
//LocalPlayer lp = LocalPlayer.Inst;
//if (null != lp && lp.InSceneState)
{
if (mHeartTick >= 4)
{
TcpIPMessageQueue.EnqueueRecv(LocalAsyncToMainThread.Builder(LocalAsyncToMainThreadType.Disconnection));
mHeartTick = 0;
return;
}
}
TcpIPNetwork.Inst.SendMessage(C2S_HeartTicker.Create());
mLastSendHeartTime = Time.realtimeSinceStartup;
//if (null != lp && lp.InSceneState)
mHeartTick++;
Debug.Log("发送心跳包：" + mLastSendHeartTime.ToString() + ", cnt=" + mHeartTick.ToString());
}
void OnTcpIPClientDisconnected(string message)
{
//if (null != mSendMessageThread)
//{
// mSendMessageThread.Abort();
// mSendMessageThread = null;
// while (TcpIPMessageQueue.DequeueSend() != null) ;
//}
mConnected = false;
//if (LocalPlayer.Inst.InLoginState)
// TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CPromptMode.Intro信息, "[OnTcpIPClientDisconnected]" + message));
//else
TcpIPMessageQueue.EnqueueRecv(S2C_Hint.Builder(S2CHintType.Error, message));
if (null != OnDisConnected)
{
OnDisConnected(message);
}
}
public bool ConnectMatchServer(string address, int port)
{
if (!CanWorking)
{
throw new Exception("ConnectMatchServer:this tcp networking cannot working, because mNetworkingModel is null");
}
if (null != mMatchClient)
{
Debug.LogWarning(string.Format("关闭当前连接后才能与服务器[{0}:{1}]建立连接！", address, port));
CloseMatch(false);
}
mMatchClient = new TcpIPClient();
mMatchClient.OnDisConnected += new TcpIPClient.DisConnected((string message) =>
{
mMatchClient.Close();
mMatchClient = null;
TcpIPMessageQueue.EnqueueRecv(LocalAsyncToMainThread.Builder(LocalAsyncToMainThreadType.MatchDisconnection));
});
mMatchClient.ConnectionTo(address, port);
return(true);
}