private object SendMessage(NetCoreMessage _message, bool synced = false, bool external = false)
{
if (!external && _message.Type.Contains('|'))
{
string[] splitType = _message.Type.Split('|');
string target = splitType[0];
_message.Type = splitType[1];
if (LocalNetCoreRouter.hasEndpoint(target))
{
if (synced)
{
if (((NetCoreAdvancedMessage)_message).requestGuid == null)
{
((NetCoreAdvancedMessage)_message).requestGuid = Guid.NewGuid();
}
}
return(LocalNetCoreRouter.Route(target, new NetCoreEventArgs()
{
message = _message
}));
}
}
return(hub?.SendMessage(_message, synced));
}
public void setReturnValue(object _objectValue)
{
var message = new NetCoreAdvancedMessage("{RETURNVALUE}")
{
objectValue = _objectValue
};
if (returnMessage != null)
{
RTCV.Common.Logging.GlobalLogger.Warn($"NetCoreEventArgs: ReturnValue was already set but was overriden with another value");
}
_returnMessage = message;
}
public void setReturnValue(object _objectValue)
{
var message = new NetCoreAdvancedMessage("{RETURNVALUE}")
{
objectValue = _objectValue
};
if (returnMessage != null)
{
ConsoleEx.WriteLine($"ReturnValue was already set but was overriden with another value");
}
_returnMessage = message;
}
internal void QueueMessage(NetCoreMessage message, bool priority = false)
{
lock (MessagePoolLock)
{
if (message.Type.Length > 0 && message.Type[0] == '{' && MessagePool.FirstOrDefault(it => it.Type == message.Type) != null) //Prevents doubling of internal messages
{
return;
}
if (priority) //This makes sure a prioritized message is the very next to be treated
{
MessagePool.AddFirst(message);
}
else
{
MessagePool.AddLast(message);
}
}
}
internal object SendMessage(NetCoreMessage message, bool synced = false)
{
if (message is NetCoreSimpleMessage)
{
spec.Connector.udp.SendMessage((NetCoreSimpleMessage)message);
}
else //message is NetCoreAdvancedMessage
{
if (synced)
{
return(spec.Connector.tcp.SendSyncedMessage((NetCoreAdvancedMessage)message)); //This will block the sender's thread until a response is received
}
else
{
spec.Connector.tcp.SendMessage((NetCoreAdvancedMessage)message); //This sends the message async
}
}
return(null);
}
private object SendMessage(NetCoreMessage _message, bool synced = false)
{
if (_message.Type.Contains('|') && LocalNetCoreRouter.HasEndpoints)
{
string[] splitType = _message.Type.Split('|');
string target = splitType[0];
_message.Type = splitType[1];
if (synced)
{
(_message as NetCoreAdvancedMessage).requestGuid = Guid.NewGuid();
}
return(LocalNetCoreRouter.Route(target, null, new NetCoreEventArgs()
{
message = _message
}));
}
return(hub?.SendMessage(_message, synced));
}
internal bool ProcessAdvancedMessage(NetCoreMessage _message)
{
NetCoreAdvancedMessage message;
if (_message is NetCoreAdvancedMessage)
{
message = (_message as NetCoreAdvancedMessage);
}
else
{
message = new NetCoreAdvancedMessage(_message.Type); // promote message to Advanced if simple ({BOOP} command goes through UDP Link)
}
if (!message.Type.StartsWith("{EVENT_") || ConsoleEx.ShowDebug)
{
ConsoleEx.WriteLine(spec.Side.ToString() + ":Process advanced message -> " + message.Type.ToString());
}
switch (message.Type)
{
// NetCore Internal Commands
// Some of these commands go through the UDP Link but are upgraded to an Advanced Message
// As they are parsed by the Message Hub
case "{HI}": //Greetings to confirm that communication is established
expectingSomeone = true;
status = NetworkStatus.CONNECTED;
if (spec.Side == NetworkSide.SERVER)
{
//Server receives {HI} after client has established connection
ConsoleEx.WriteLine($"TCP Server Connected");
//spec.OnServerConnected(null);
spec.Connector.hub.QueueMessage(new NetCoreAdvancedMessage("{EVENT_SERVERCONNECTED}"));
SendMessage(new NetCoreAdvancedMessage("{HI}"));
}
else //(side == NetworkSide.CLIENT)
{
//Client always sends the first {HI} but will wait for the Server to reply with one
ConsoleEx.WriteLine($"TCP Client Connected to {IP}:{Port}");
//spec.OnClientConnected(null);
spec.Connector.hub.QueueMessage(new NetCoreAdvancedMessage("{EVENT_CLIENTCONNECTED}"));
}
break;
case "{BYE}": // End of disconnect
Kill();
break;
case "{BOOP}": // Ping system to confirm is TCP link is still in order
// Boops are redirected through the UDP pipe so if the TCP Link is busy transfering a lot of data
// or is jammed waiting for a return, these will still go through
BoopMonitoringCounter = DefaultBoopMonitoringCounter;
break;
//THREADSAFE EVENT FIRING
case "{EVENT_CLIENTCONNECTING}":
spec.OnClientConnecting(null);
break;
case "{EVENT_CLIENTCONNECTINGFAILED}":
spec.OnClientConnectingFailed(null);
break;
case "{EVENT_CLIENTCONNECTED}":
spec.OnClientConnected(null);
break;
case "{EVENT_CLIENTDISCONNECTED}":
spec.OnClientDisconnected(null);
break;
case "{EVENT_CLIENTCONNECTIONLOST}":
spec.OnClientConnectionLost(null);
break;
case "{EVENT_SERVERLISTENING}":
spec.OnServerListening(null);
break;
case "{EVENT_SERVERCONNECTED}":
spec.OnServerConnected(null);
break;
case "{EVENT_SERVERDISCONNECTED}":
spec.OnServerDisconnected(null);
break;
case "{EVENT_SERVERCONNECTIONLOST}":
spec.OnServerConnectionLost(null);
break;
case "{EVENT_SYNCEDMESSAGESTART}":
spec.OnSyncedMessageStart(null);
break;
case "{EVENT_SYNCEDMESSAGEEND}":
spec.OnSyncedMessageEnd(null);
break;
default:
//If message wasn't procesed, just return false
//Message may be handled on an upper level
return(false);
}
return(true);
}
