private void m_SendMessageEventFiring(FIRING_D_C_F firType, ISocketSndEventArgs sendArgs, string funcionTag)
{
switch (firType)
{
case FIRING_D_C_F.DEFAULT:
DebugQy.LogTag(funcionTag, "buffer has send . please wait callback.", "#3487E8FF");
break;
case FIRING_D_C_F.FIR_COMPLETE:
DebugQy.LogTag(funcionTag, firType.ToString(), "#3487E8FF");
if (AnsyncSendMsg_Complete_Event != null)
{
ISocketSndEventArgs _args = sendArgs;
AnsyncSendMsg_Complete_Event(this, _args);
}
break;
case FIRING_D_C_F.FIR_FAILED:
DebugQy.LogTag(funcionTag, firType.ToString() + sendArgs.ErrMessage, "#BB7979FF");
if (AnsyncSendMsg_Failed_Event != null)
{
ISocketSndEventArgs _args = sendArgs;
AnsyncSendMsg_Failed_Event(this, _args);
}
break;
default:
break;
}
}
/// <summary>
/// 协议发送事件失败回调
/// </summary>
/// <param name="sender">触发该事件的SocketQY</param>
/// <param name="eventArgs">参数</param>
private void m_ProtocolRecvCompleteCallback(ISocketQy sender, ISocketRecEventArgs eventArgs)
{
string recStr = Encoding.ASCII.GetString(eventArgs.ReceiveBuffer);
DebugQy.LogTag("ClientController", "Recv Complete CallBack:" + recStr);
m_FirSomeEvent(EVENT_TYPE.RECEIVE, COMPLETE_OR_FAILED.COMPLETE, recStr);
}
private void m_ReceiveMessageEventFiring(FIRING_D_C_F firType, ISocketRecEventArgs recArgs, string funcionTag)
{
switch (firType)
{
case FIRING_D_C_F.DEFAULT:
DebugQy.LogTag(funcionTag, "begin receive . please wait callback.", "#3C9553FF");
break;
case FIRING_D_C_F.FIR_COMPLETE:
DebugQy.LogTag(funcionTag, firType.ToString(), "#3C9553FF");
if (AnsyncRecMsg_Complete_Event != null)
{
ISocketRecEventArgs _args = recArgs;
AnsyncRecMsg_Complete_Event(this, _args);
}
break;
case FIRING_D_C_F.FIR_FAILED:
DebugQy.LogTag(funcionTag, firType.ToString() + recArgs.ErrMessage, "#BB7979FF");
if (AnsyncRecMsg_Failed_Event != null)
{
ISocketRecEventArgs _args = recArgs;
AnsyncRecMsg_Failed_Event(this, _args);
}
break;
default:
break;
}
}
private void m_SndMessageAsQueue()
{
isSndComplete = false;
int bodyLength = m_taskList[0].Count();
byte[] headBytes = m_GetHeadBytes(bodyLength);
if (headBytes != null)
{
DebugQy.LogTag("Jisight_Tcp_Send Head:", headBytes.Length.ToString());
DebugQy.LogTag("Jisight_Tcp_Send Body:", bodyLength.ToString());
byte[] intactBytes = new byte[headBytes.Length + bodyLength];
headBytes.CopyTo(intactBytes, 0);
m_taskList[0].CopyTo(intactBytes, headBytes.Length);
m_tgWorkSocket.TryAnsyncSendMessage(intactBytes);
}
else
{
DebugQy.LogWarning("SendMessageHandle() : Send data size is out of rang. So cansole send.");
}
m_taskList.RemoveAt(0);
if (m_taskList.Count > 0)
{
m_SndMessageAsQueue();
}
else
{
isSndComplete = true;
}
}
private void m_ConnectEventFiring(FIRING_D_C_F firType, ISocketConEventArgs conArgs, string funcionTag)
{
switch (firType)
{
case FIRING_D_C_F.DEFAULT:
break;
case FIRING_D_C_F.FIR_COMPLETE:
DebugQy.LogTag(funcionTag, firType.ToString(), "#59A7CEFF");
if (AnsyncConnectTo_Complete_Event != null)
{
ISocketConEventArgs _args = conArgs;
AnsyncConnectTo_Complete_Event(this, _args);
}
break;
case FIRING_D_C_F.FIR_FAILED:
DebugQy.LogTag(funcionTag, firType.ToString() + conArgs.ErrMessage, "#BB7979FF");
if (AnsyncConnectTo_Failed_Event != null)
{
ISocketConEventArgs _args = conArgs;
AnsyncConnectTo_Failed_Event(this, conArgs);
}
break;
default:
break;
}
}
private void m_DeleteEventFiring(FIRING_D_C_F firType, IDeleteEventArgs stateArgs, string funcionTag)
{
switch (firType)
{
case FIRING_D_C_F.DEFAULT:
break;
case FIRING_D_C_F.FIR_COMPLETE:
DebugQy.LogTag(funcionTag, firType.ToString(), "#59A7CEFF");
if (DeleteCompleteEvent != null)
{
IDeleteEventArgs _args = stateArgs as IDeleteEventArgs;
DeleteCompleteEvent(this, _args);
}
break;
case FIRING_D_C_F.FIR_FAILED:
DebugQy.LogTag(funcionTag, firType.ToString() + stateArgs.ErrMessage, "#BB7979FF");
if (DeleteFailedEvent != null)
{
IDeleteEventArgs _args = stateArgs as IDeleteEventArgs;
DeleteFailedEvent(this, _args);
}
break;
default:
break;
}
}
private void m_ConnectCallBack(IAsyncResult asyncResult)
{
FIRING_D_C_F _firEventType = FIRING_D_C_F.DEFAULT;
string errorMessage = string.Empty;
SocketAnsynParam _ansynParam = asyncResult.AsyncState as SocketAnsynParam;
ISocketConEventArgs _conEventArgs = _ansynParam.transEventArgs as ISocketConEventArgs;
try
{
_ansynParam.workSocket.EndConnect(asyncResult);
errorMessage = "√√√ no mistake √√√";
_firEventType = FIRING_D_C_F.FIR_COMPLETE;
}
catch (ArgumentNullException ee)
{
errorMessage = "××× ArgumentNullException ×××:"
+ " asyncResult 为 null。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ArgumentException ee)
{
errorMessage = "××× ArgumentException ×××:"
+ " BeginConnect 方法调用未返回 asyncResult。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SocketException ee)
{
errorMessage = "××× SocketException ×××:"
+ " 试图访问套接字时发生错误。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ObjectDisposedException ee)
{
errorMessage = "××× ObjectDisposedException ×××:"
+ "Socket 已关闭。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (InvalidOperationException ee)
{
errorMessage = "××× InvalidOperationException ×××:"
+ "先前曾为异步连接调用过 EndConnect。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (Exception ee)
{
errorMessage = "××× Unknown exception ××× :"
+ "Firing other unknown exception !!!!!!"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
DebugQy.LogTag("<<<<<<< CON ENP IN CLIENT >>>>>>>", "*-*-*-*-*[ out ]*-*-*-*-*");
_conEventArgs.SetErrMessage(errorMessage);
m_ConnectEventFiring(_firEventType, _conEventArgs, "m_ConnectCallBack");
}
private void m_SendMessageFaliedCallBack(ISocketQy sender, ISocketSndEventArgs evetArgs)
{
DebugQy.LogTag("HeadBodyTcpProtocol", "Failed Call Back in 'Protocol'.");
if (SendMsgFailedEvent != null)
{
SendMsgFailedEvent(sender, evetArgs);
}
}
public void Dispose()
{
DebugQy.LogTag("ClientSocket", "Disposed !!!!!!!!", "#BB7979FF");
if (m_clientSocket.Connected)
{
m_clientSocket.Shutdown(SocketShutdown.Both);
m_clientSocket.Close();
}
}
public void TryAnsyncReceiveMessage(int bufferSize, string tag)
{
DebugQy.LogTag("<<<<<<< REV MSG IN CLIENT <<<<<<<", "↓↓↓↓↓↓ [ in ][" + tag + ":" + bufferSize + "]↓↓↓↓↓↓ ", "#3C9553FF");
DebugQy.LogTag("m_ReceiveMessage", " ---- in ---- ", "#3C9553FF");
ISocketRecEventArgs recEventArgs = new RecEventArgs();
recEventArgs.NeedRecvBufferSize = bufferSize;
recEventArgs.Tag = tag;
SocketAnsynParam stateParam = new SocketAnsynParam();
stateParam.workSocket = m_clientSocket;
stateParam.transEventArgs = recEventArgs;
m_ReceiveMessage(stateParam);
}
private void m_SocketSendEventHandle(COMPLETE_OR_FAILED isComplete, string message)
{
DebugQy.LogTag("【LAM】m_SocketSendEventHandle", "SND CALL BACK:" + message);
switch (isComplete)
{
case COMPLETE_OR_FAILED.DEFAULT:
DebugQy.LogError("【LAM】m_SocketSendEventHandle" + "---SND CALL BACK:" + message);
break;
case COMPLETE_OR_FAILED.COMPLETE:
//socket数据处理器直接处理数据
break;
case COMPLETE_OR_FAILED.FAILED:
//发送失败逻辑处理
m_LinkFailedEventTrigger((int)LINK_STATUS_CODE.SOCKET_SND_F);
break;
}
}
private void m_SocketConnectedEventHandle(COMPLETE_OR_FAILED isComplete, string message)
{
DebugQy.LogTag("【LAM】m_SocketConnectedEventHandle", "---CON CALL BACK:" + message);
switch (isComplete)
{
case COMPLETE_OR_FAILED.DEFAULT:
DebugQy.LogError("【LAM】m_SocketConnectedEventHandle" + "---CON CALL BACK:" + message);
break;
case COMPLETE_OR_FAILED.COMPLETE:
m_SocketClientController.ReceiveMessage();
m_PushRoomVerification();
break;
case COMPLETE_OR_FAILED.FAILED:
m_LinkFailedEventTrigger((int)LINK_STATUS_CODE.SOCKET_CON_F);
break;
}
}
private void m_ReceiveHeadDataCallBack(ISocketQy sender, ISocketRecEventArgs args)
{
int currentBufferSize = args.NeedRecvBufferSize;
if (currentBufferSize != HEAD_BUFFER_SIZE)
{
DebugQy.LogWarning("m_ReceiveHeadDataCallBack(): rec buffer size != 'HEAD_BUFFER_SIZE' . Please check your operate in receive.");
if (RecMsgFailedEvent != null)
{
RecMsgFailedEvent(sender, args);
}
DebugQy.LogWarning("'I Has stop your receive function !' ------- from writer. ");
StopReceiveMessage();
return;
}
string responseStr = Encoding.UTF8.GetString(args.ReceiveBuffer, 0, args.NeedRecvBufferSize);
DebugQy.LogTag("HeadBodyTcpProtocol", "'HEAD_PACKAGE' has received. value of the package is :[" + responseStr + "]");
int nextBufferSize;
bool isSuccess = m_GetIntFromStrWith_SCALE_OF_BYTE_SYSTEM(responseStr, out nextBufferSize);
if (!isSuccess)
{
DebugQy.LogWarning("m_ReceiveHeadDataCallBack():the 'HeadBuffer' from sender is not a appoint value.\n"
+ "HeadBuffer to string :---." + responseStr + ".---");
if (RecMsgFailedEvent != null)
{
RecMsgFailedEvent(sender, args);
}
StopReceiveMessage();
DebugQy.LogWarning("'I Has stop your receive function !' ------- from writer.");
}
else
{
DebugQy.LogTag("HeadBodyTcpProtocol", "'HEAD_PACKAGE' say next body size is:[" + nextBufferSize + "]");
m_nextHeadOrBody = HEAD_BODY_PACKET.BODY;
m_nextPackageSize = nextBufferSize;
m_recEventWaitHandle.Set();
DebugQy.LogTag("HeadBodyTcpProtocol", "start receive [HEAD] ：-------- thread.set ↑↑↑↑↑\n ");
}
}
/// <summary>
/// 主控服务器返回值的数据解析
/// </summary>
/// <param name="message">返回数据</param>
/// <param name="msgFromMaster">外部应用数据</param>
/// <returns></returns>
public bool WebDataHandle(string message, out MsgFromMaster msgFromMaster)
{
DebugQy.LogTag("WebDataHandle()：--- in ---", message);
msgFromMaster = new MsgFromMaster();
JsonDataQy _jsonData = JsonToolsQy.GetJsonData(message);
if (_jsonData["status"] != null)
{
if (_jsonData["status"].ToString() != "0")
{
DebugQy.LogTag("status:", _jsonData["status"] + " WebNet status is wrong.");
return(false);
}
else
{
//待扩展其他错误(非“0”)状态码
}
}
else
{
DebugQy.LogTag("status:", _jsonData["status"] + " WebNet status is not finger .");
return(false);
}
DebugQy.LogTag("status:", _jsonData["status"] + " WebNet status is right.");
if (_jsonData["message"]["WMIp"] != null)
{
msgFromMaster.WMIp = _jsonData["message"]["WMIp"].ToString();
}
else
{
DebugQy.LogWarning("WebDataHandle(): Receive[message][WMIp] is null . So it's use default value.");
}
if (_jsonData["message"]["WMPort"] != null)
{
msgFromMaster.WMPort = _jsonData["message"]["WMPort"].ToString();
}
else
{
DebugQy.LogWarning("WebDataHandle(): Receive[message][WMPort] is null . So it's use default value.");
}
if (_jsonData["message"]["roomId"] != null)
{
msgFromMaster.roomId = _jsonData["message"]["roomId"].ToString();
}
else
{
DebugQy.LogWarning("WebDataHandle(): Receive[message][roomId] is null . So it's use default value.");
}
if (_jsonData["message"]["gameSign"] != null)
{
msgFromMaster.gameSign = _jsonData["message"]["gameSign"].ToString();
}
else
{
DebugQy.LogWarning("WebDataHandle(): Receive[message][gameSign] is null . So it's use default value.");
}
if (_jsonData["message"]["deviceId"] != null)
{
msgFromMaster.deviceId = _jsonData["message"]["deviceId"].ToString();
}
else
{
DebugQy.LogWarning("WebDataHandle(): Receive[message][deviceId] is null . So it's use default value.");
}
DebugQy.LogTag("WebDataHandle()：--- out ---", message);
return(true);
}
public void TryAnsyncSendMessage(byte[] buffer, string tag)
{
DebugQy.LogTag(">>>>>>> SEN MSG IN CLIENT >>>>>>>", "↓↓↓↓↓↓ [ in ][" + tag + ":" + buffer.Length + "]↓↓↓↓↓↓ ", "#3487E8FF");
m_SendMessage(buffer, tag);
}
private void m_SendMessage(byte[] buffer, string tag, SocketFlags flags = SocketFlags.None)
{
DebugQy.LogTag("m_SendMessage", " ---- in ---- ", "#3487E8FF");
FIRING_D_C_F firEventType = FIRING_D_C_F.DEFAULT;
string errorMessage = string.Empty;
ISocketSndEventArgs sndEventArgs = new SndEventArgs();
sndEventArgs.SetBuffer(buffer);
sndEventArgs.SetTag(tag);
SocketAnsynParam stateParam = new SocketAnsynParam();
stateParam.workSocket = m_clientSocket;
stateParam.transEventArgs = sndEventArgs;
try
{
SocketError socketErrorCode;
m_clientSocket.BeginSend(sndEventArgs.SendBuffer,
0,
sndEventArgs.BufferSize,
flags,
out socketErrorCode,
new AsyncCallback(m_SendMsgCallBack),
stateParam
);
if (socketErrorCode != SocketError.Success)
{
DebugQy.LogWarning("[SEND MESAGE] Socket error : [" + socketErrorCode.ToString() + "] ,Check it !!!!!!!");
}
}
catch (ArgumentNullException ee)
{
errorMessage = "××× ArgumentNullException ×××:"
+ "buffers 为 null。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ArgumentException ee)
{
errorMessage = "××× ArgumentException ×××:"
+ "buffers 为空。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SocketException ee)
{
errorMessage = "××× SocketException ×××:"
+ "试图访问套接字时发生错误。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ObjectDisposedException ee)
{
errorMessage = "××× ObjectDisposedException ×××:"
+ "Socket 已关闭。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (Exception ee)
{
errorMessage = "××× Unknown exception ××× :"
+ "Firing other unknown exception !!!!!!"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
sndEventArgs.SetErrMessage(errorMessage);
m_SendMessageEventFiring(firEventType, sndEventArgs, "m_SendMessage:");
}
/// <summary>
/// 非协议内连接事件回调
/// </summary>
/// <param name="sender">触发该事件的SocketQY</param>
/// <param name="eventArgs">参数</param>
private void m_StartConnectedFailedCallBack(ISocketQy sender, ISocketTransEventArgs eventArgs)
{
DebugQy.LogTag("ClientController", "StartConnectedFailedCallBack:" + eventArgs.ErrMessage);
m_FirSomeEvent(EVENT_TYPE.CONNECT, COMPLETE_OR_FAILED.FAILED, eventArgs.ErrMessage);
}
public void SendMessage(string sndMsg)
{
DebugQy.LogTag("SocketClientController", "Ready to send in SocketController ：" + sndMsg);
byte[] buffer = Encoding.UTF8.GetBytes(sndMsg);
m_transProtocol.SendMessage(buffer);
}
/// <summary>
/// 协议发送事件失败回调
/// </summary>
/// <param name="sender">触发该事件的SocketQY</param>
/// <param name="eventArgs">参数</param>
private void m_ProtocolRecvFailedCallback(ISocketQy sender, ISocketRecEventArgs eventArgs)
{
DebugQy.LogTag("ClientController", "Recv Failed CallBack:" + eventArgs.ErrMessage);
m_FirSomeEvent(EVENT_TYPE.RECEIVE, COMPLETE_OR_FAILED.FAILED, eventArgs.ErrMessage);
}
private void m_SendMsgCallBack(IAsyncResult asyncResult)
{
DebugQy.LogTag("m_SendMsgCallBack", " ---- in ---- ", "#3487E8FF");
string errorMessage = string.Empty;
SocketAnsynParam ansynParam = asyncResult.AsyncState as SocketAnsynParam;
ISocketSndEventArgs sndEventArgs = ansynParam.transEventArgs as ISocketSndEventArgs;
FIRING_D_C_F firEventType = FIRING_D_C_F.DEFAULT;
try
{
SocketError socketErrorCode;
int sndBufferSize = ansynParam.workSocket.EndSend(asyncResult, out socketErrorCode);
if (socketErrorCode != SocketError.Success)
{
DebugQy.LogWarning("[SEND MESAGE CALLBACK] Socket error : [" + socketErrorCode.ToString() + "]");
}
if (sndBufferSize == sndEventArgs.BufferSize)
{
errorMessage = "√√√ no mistake √√√ SendComplete buffer lenth is :[" + sndBufferSize + "]";
firEventType = FIRING_D_C_F.FIR_COMPLETE;
}
else
{
DebugQy.LogWarning("Real 'SEND' buffer != needSize NeedSndLengrh ：[" + sndEventArgs.BufferSize + "]*-*-*-*-*");
DebugQy.LogWarning("Real 'SEND' buffer != needSize RealSndLengrh ：[" + sndBufferSize + "]*-*-*-*-*");
DebugQy.LogWarning("源：." + Encoding.UTF8.GetString(sndEventArgs.SendBuffer, 0, sndEventArgs.BufferSize) + ".");
errorMessage = "××× receive bytes size is wrong. ××× :"
+ "需接收数据与接收数据字节不匹配!";
DebugQy.LogWarning(errorMessage);
firEventType = FIRING_D_C_F.FIR_FAILED;
//TODO:返回值校验的逻辑处理：查看Socket底层后再做补充 ！！！
}
}
catch (ArgumentNullException ee)
{
errorMessage = "××× ArgumentNullException ×××:"
+ "asyncResult 为 null。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ArgumentException ee)
{
errorMessage = "××× ArgumentException ×××:"
+ "BeginSend 方法调用后未返回 asyncResult。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SocketException ee)
{
errorMessage = "××× SocketException ×××:"
+ "试图访问套接字时发生错误。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ObjectDisposedException ee)
{
errorMessage = "××× ObjectDisposedException ×××:"
+ "Socket 已关闭。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (InvalidOperationException ee)
{
errorMessage = "××× InvalidOperationException ×××"
+ "先前为异步发送已调用过 EndSend。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (Exception ee)
{
errorMessage = "××× Unknown exception ××× :"
+ "Firing other unknown exception !!!!!!"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
sndEventArgs.SetErrMessage(errorMessage);
m_SendMessageEventFiring(firEventType, sndEventArgs, "m_SendMsgCallBack");
DebugQy.LogTag(">>>>>>> SEN MSG IN CLIENT >>>>>>>", "↑↑↑↑↑↑↑ [ out ][" + sndEventArgs.Tag + ":" + sndEventArgs.BufferSize + "]↑↑↑↑↑↑↑ ", "#3487E8FF");
}
/// <summary>
/// 协议发送事件失败回调
/// </summary>
/// <param name="sender">触发该事件的SocketQY</param>
/// <param name="eventArgs">参数</param>
private void m_ProtocolSendCompleteCallback(ISocketQy sender, ISocketSndEventArgs eventArgs)
{
DebugQy.LogTag("ClientController", "Send Complete CallBack:" + eventArgs.ErrMessage);
m_FirSomeEvent(EVENT_TYPE.SEND, COMPLETE_OR_FAILED.COMPLETE, eventArgs.ErrMessage);
}
private void m_SocketReceiveEventHandle(COMPLETE_OR_FAILED isComplete, string message)
{
DebugQy.LogTag("【LAM】m_SocketReceiveEventHandle", "REC CALL BACK:" + message);
switch (isComplete)
{
case COMPLETE_OR_FAILED.DEFAULT:
DebugQy.LogError("【LAM】m_SocketReceiveEventHandle" + "---REC CALL BACK:" + message);
break;
case COMPLETE_OR_FAILED.COMPLETE:
ClearDataFormat _clearData;
bool _isSucc = m_datahandle.SocketStrDataHandle(message, out _clearData);
//if (_clearData.Type != REV_MSG_TYPE.HEART_BEAT)
//{
// DebugQy.LeoLog("<color=red>>>>>>>>:" + message + "</color>");
//}
if (_isSucc)
{
switch (_clearData.Type)
{
case REV_MSG_TYPE.DEFAULT:
DebugQy.LogError("【LAM】case :0" + "---REC CALL BACK:" + message + "\n"
+ "type is not clear.");
break;
case REV_MSG_TYPE.HEART_BEAT: //20000 ---- 收到心跳信息
DebugQy.Log("【LAM】case :20000" + "HeatBeat:");
m_HeartBeatReturn(_clearData.Time);
return;
case REV_MSG_TYPE.ROOM_VERIFICATION_T: //21100 ---- 收到房间验证 正确
DebugQy.LogTag("【LAM】case :21100", "Room verification right.");
string codeStr = WEB_BASE_URL + "deviceId=" + m_deviceId + "&gameId=" + m_gameId + "&socketType=1";
m_isConnected = true;
m_DataEventTrigger(DATA_STATUS_CODE.DATA_ROOM_VERIFY_T, codeStr);
break;
case REV_MSG_TYPE.ROOM_VERIFICATION_F: //21101 ---- 收到房间验证 错误
DebugQy.LogTag("【LAM】case :21101", "Room verification wrong.");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_ROOM_VERIFY_F, "Verification failed.");
break;
case REV_MSG_TYPE.AWARD_LIST_T: //21200 ---- 收到 奖励申请 正确
DebugQy.LogTag("【LAM】case :21200", "奖励申请 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_AWARD_LIST_T, _clearData.Msg);
break;
case REV_MSG_TYPE.AWARD_LIST_F: //21201 ---- 收到 奖励申请 错误
DebugQy.LogTag("【LAM】case :21201", "奖励申请 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_AWARD_LIST_F, "Request award list failed.");
break;
case REV_MSG_TYPE.ROOM_STATUS_T: //22000 ---- 房间状态推送 正确
DebugQy.LogTag("【LAM】case :22000", "房间状态 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_ROOM_STATUS_T, _clearData.Msg);
break;
case REV_MSG_TYPE.ROOM_STATUS_F: //22001 ---- 房间状态推送 错误
DebugQy.LogTag("【LAM】case :22001", "房间状态 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_ROOM_STATUS_F, "Push room status failed.");
break;
case REV_MSG_TYPE.SUMMARIZE_T: //22100 ---- 收到 排行榜 正确
DebugQy.LogTag("【LAM】case :22100", "汇总数据 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_SUMMARIZE_T, _clearData.Msg);
break;
case REV_MSG_TYPE.SUMMARIZE_F: //22101 ---- 收到 排行榜 错误
DebugQy.LogTag("【LAM】case :22101", "汇总数据 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_SUMMARIZE_F, "Push rank list failed.");
break;
case REV_MSG_TYPE.PC_H5_T: //40000 ---- 用户数据 正确
DebugQy.LogTag("【LAM】case :40000", "用户数据 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_CUSTOM_MSG_T, _clearData.Msg);
break;
case REV_MSG_TYPE.PC_H5_F: //40001 ---- 用户数据 错误
DebugQy.LogTag("【LAM】case :40001", "用户数据 回复");
m_DataEventTrigger(DATA_STATUS_CODE.DATA_CUSTOM_MSG_F, "Recv user message failed.");
break;
case REV_MSG_TYPE.H5_LINK_BROKEN: //23000 ---- H5 断链 链接
DebugQy.LogTag("【LAM】case :23000", "用户断开链接信息");
m_DataEventTrigger(DATA_STATUS_CODE.LINK_USER_BROKEN, _clearData.Msg);
break;
default:
DebugQy.LogWarning("【LAM】Can not clear the type");
break;
}
}
else
{
DebugQy.LogWarning("m_SocketSendEventHandle: Some format is wrong.check the message :" + message);
}
break;
case COMPLETE_OR_FAILED.FAILED:
UnityEngine.Debug.Log("!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!:" + message);
//接收失败逻辑处理
m_LinkFailedEventTrigger((int)LINK_STATUS_CODE.SOCKET_REV_F);
break;
}
}
private void m_BeginConnect(EndPoint endPoint)
{
DebugQy.LogTag("<<<<<<< CON ENP IN CLIENT >>>>>>>", "*-*-*-*-*[ in ]*-*-*-*-*");
FIRING_D_C_F _firEventType = FIRING_D_C_F.DEFAULT;
string errorMessage = string.Empty;
ISocketConEventArgs _conEventArgs = new ConEventArgs();
SocketAnsynParam stateParam = new SocketAnsynParam();
stateParam.workSocket = m_clientSocket;
stateParam.transEventArgs = _conEventArgs;
try
{
m_clientSocket.BeginConnect(endPoint,
new AsyncCallback(m_ConnectCallBack),
stateParam
);
}
catch (ArgumentNullException ee)
{
errorMessage = "××× ArgumentNullException ××× :"
+ "remoteEP is null. Error code :"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SocketException ee)
{
errorMessage = "××× SocketException ××× :"
+ "试图访问套接字时发生错误:"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ObjectDisposedException ee)
{
errorMessage = "××× ObjectDisposedException ××× :"
+ "Socket 已关闭。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SecurityException ee)
{
errorMessage = "××× SecurityException ××× :"
+ "调用堆栈上部的调用方无权执行所请求的操作。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (InvalidOperationException ee)
{
errorMessage = "××× InvalidOperationException ××× :"
+ "Socket 为 Listen。"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (Exception ee)
{
errorMessage = "××× Unknown exception ××× :"
+ "Firing other unknown exception !!!!!!"
+ ee.Message;
_firEventType = FIRING_D_C_F.FIR_FAILED;
}
_conEventArgs.SetErrMessage(errorMessage);
m_ConnectEventFiring(_firEventType, _conEventArgs, "m_BeginConnect");
}
private void m_ReceiveMessage(SocketAnsynParam stateParam, SocketFlags flags = SocketFlags.None)
{
ISocketRecEventArgs recvEventArgs = stateParam.transEventArgs as ISocketRecEventArgs;
string errorMessage = string.Empty;
FIRING_D_C_F firEventType = FIRING_D_C_F.DEFAULT;
if (m_lastBuffer.Count >= recvEventArgs.NeedRecvBufferSize) //当上一次剩余的缓存数据足够本次使用时
{
DebugQy.LogTag("m_ReceiveMessage", "need buffer size :[" + recvEventArgs.NeedRecvBufferSize + "]", "#3C9553FF");
DebugQy.LogTag("m_ReceiveMessage", "last buffer length :[" + m_lastBuffer.Count + "]", "#3C9553FF");
DebugQy.LogTag("m_ReceiveMessage", "so dont need begin receive .", "#3C9553FF");
byte[] buffer = new byte[recvEventArgs.NeedRecvBufferSize];
m_lastBuffer.CopyTo(0, buffer, 0, recvEventArgs.NeedRecvBufferSize);
m_lastBuffer.RemoveRange(0, recvEventArgs.NeedRecvBufferSize);
recvEventArgs.SetBuffer(buffer);
errorMessage = "√√√ no mistake √√√ ";
firEventType = FIRING_D_C_F.FIR_COMPLETE;
}
else
{
try
{
SocketError socketErrorCode;
m_clientSocket.BeginReceive(m_tempRecvBuffer,
0,
m_tempRecvBuffer.Length,
flags,
out socketErrorCode,
new AsyncCallback(m_ReceiveMsgCallBack),
stateParam
);
if (socketErrorCode != SocketError.Success)
{
DebugQy.LogWarning("[RECV MESAGE] Socket error : [" + socketErrorCode.ToString() + "] ,Check it !!!!!!!");
}
}
catch (ArgumentNullException ee)
{
errorMessage = "××× ArgumentNullException ×××:"
+ "buffers 为 null。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SocketException ee)
{
errorMessage = "××× SocketException ×××:"
+ "试图访问套接字时发生错误。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ObjectDisposedException ee)
{
errorMessage = "××× ObjectDisposedException ×××:"
+ "Socket 已关闭。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ArgumentOutOfRangeException ee)
{
errorMessage = "××× ArgumentOutOfRangeException ×××:"
+ "offset 小于 0。-或 -offset 大于 buffer 的长度。-或 -size 小于 0。-或 -size 大于 buffer 的长度减去 offset 参数的值。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (Exception ee)
{
errorMessage = "××× Unknown exception ××× :"
+ "Firing other unknown exception !!!!!!"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
}
recvEventArgs.SetErrMessage(errorMessage);
m_ReceiveMessageEventFiring(firEventType, recvEventArgs, "m_ReceiveMessage");
}
private void m_ReceiveMsgCallBack(IAsyncResult asyncResult)
{
DebugQy.LogTag("m_ReceiveMsgCallBack", " ---- in ---- ", "#3C9553FF");
FIRING_D_C_F firEventType = FIRING_D_C_F.DEFAULT;
string errorMessage = string.Empty;
SocketAnsynParam ansynParam = asyncResult.AsyncState as SocketAnsynParam;
ISocketRecEventArgs recEventArgs = ansynParam.transEventArgs as ISocketRecEventArgs;
try
{
SocketError socketErrorCode;
int realRevbufSize = ansynParam.workSocket.EndReceive(asyncResult, out socketErrorCode);
if (socketErrorCode != SocketError.Success)
{
DebugQy.LogWarning("[RECV MESAGE] Socket error : [" + socketErrorCode.ToString() + "] ,Check it !!!!!!!");
}
if (realRevbufSize == 0)
{
errorMessage = "××× receive bytes size is '0' ××× :"
+ "远程链接已调用shutDown\\close.";
firEventType = FIRING_D_C_F.FIR_FAILED;
}
else
{
DebugQy.LogTag("m_ReceiveMsgCallBack", "Current receive buffer length ：[" + realRevbufSize + "]", "#3C9553FF");
byte[] bytes = new byte[realRevbufSize];
Buffer.BlockCopy(m_tempRecvBuffer, 0, bytes, 0, realRevbufSize);
m_lastBuffer.AddRange(bytes);
if (m_lastBuffer.Count >= recEventArgs.NeedRecvBufferSize)
{
DebugQy.LogTag("m_ReceiveMsgCallBack", "Real 'RECV' buffer > needSize NeedRecLength ：[" + recEventArgs.NeedRecvBufferSize + "]", "#3C9553FF");
DebugQy.LogTag("m_ReceiveMsgCallBack", "Real 'RECV' buffer > needSize RealRecLengrh ：[" + m_lastBuffer.Count + "]", "#3C9553FF");
byte[] buffer = new byte[recEventArgs.NeedRecvBufferSize];
m_lastBuffer.CopyTo(0, buffer, 0, recEventArgs.NeedRecvBufferSize);
m_lastBuffer.RemoveRange(0, recEventArgs.NeedRecvBufferSize);
recEventArgs.SetBuffer(buffer);
errorMessage = "√√√ no mistake √√√ ";
firEventType = FIRING_D_C_F.FIR_COMPLETE;
}
else if (m_lastBuffer.Count < recEventArgs.NeedRecvBufferSize)
{
DebugQy.LogTag("m_ReceiveMsgCallBack", "Real 'RECV' buffer < needSize NeedRecLength ：[" + recEventArgs.NeedRecvBufferSize + "]", "#3C9553FF");
DebugQy.LogTag("m_ReceiveMsgCallBack", "Real 'RECV' buffer < needSize RealRecLengrh ：[" + m_lastBuffer.Count + "]", "#3C9553FF");
m_ReceiveMessage(ansynParam);
return;
}
}
}
catch (ArgumentNullException ee)
{
errorMessage = "××× ArgumentNullException ×××:"
+ "asyncResult 为 null。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ArgumentException ee)
{
errorMessage = "××× ArgumentException ×××:"
+ "方法调用后未返回 asyncResult。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (ObjectDisposedException ee)
{
errorMessage = "××× ObjectDisposedException ×××:"
+ "Socket 已关闭。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (InvalidOperationException ee)
{
errorMessage = "××× InvalidOperationException ×××:"
+ "先前曾为异步读取调用过 EndReceive。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (SocketException ee)
{
errorMessage = "××× SocketException ×××:"
+ " 试图访问套接字时发生错误。"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
catch (Exception ee)
{
errorMessage = "××× Unknown exception ××× :"
+ "Firing other unknown exception !!!!!!"
+ ee.Message;
firEventType = FIRING_D_C_F.FIR_FAILED;
}
DebugQy.LogTag("<<<<<<< REV MSG IN CLIENT <<<<<<<", "↑↑↑↑↑↑↑ [ out ][" + recEventArgs.Tag + ":" + recEventArgs.NeedRecvBufferSize + "]↑↑↑↑↑↑↑ ", "#3C9553FF");
recEventArgs.SetErrMessage(errorMessage);
m_ReceiveMessageEventFiring(firEventType, recEventArgs, "m_ReceiveMsgCallBack");
}