public bool HandleMessage(IMessage message, IServerPeer peer)
{
// Got a response back from the LoginUserPass - might be successful, might not.
if (message.Parameters.ContainsKey(_serverConfiguration.PeerIdCode))
{
Log.DebugFormat("Looking for Peer Id {0}", new Guid((Byte[])message.Parameters[_serverConfiguration.PeerIdCode]));
IClientPeer clientPeer = _connectionCollection.GetPeers <IClientPeer>().FirstOrDefault(p => p.PeerId == new Guid((Byte[])message.Parameters[_serverConfiguration.PeerIdCode]));
if (clientPeer != null)
{
Log.DebugFormat("Found Peer");
var response = message as Response;
// copy our response to a return response
Response returnResponse = new Response(Code, SubCode, message.Parameters);
// remove any unnecessary codes from the returning packet
_clientCodeRemover.RemoveCodes(returnResponse);
if (response.ReturnCode == (short)ReturnCode.OK)
{
// Good response, get the client data and look for the userId to set it for the future.
clientPeer.ClientData <CharacterData>().UserId = (int)response.Parameters[(byte)MessageParameterCode.UserId];
}
// make one call to send the message back - One "exit point" for the message.
clientPeer.SendMessage(response);
}
}
return(true);
}
public void SendUpdate(IClientPeer instance)
{
if (instance != null)
{
instance.SendMessage(new Event(20, 1, new Dictionary <byte, object>()));
}
}
public void SendUpdate(IClientPeer instance)
{
if (instance != null)
{
Log.DebugFormat("Send message to peer");
instance.SendMessage(new Event(20, 1, new Dictionary <byte, object>()));
}
}