Node.MessageProcessor ProcessMessageWrap(Node.MessageProcessor messageProcessor)
{
return((str, n) =>
{
if (n.IsClosed)
{
return;
}
n.UpdateUseTime();
messageProcessor(str, n);
});
}
public static OverlayHost.ProcessorAssigner Convert(Game.ProcessorAssigner pa)
{
return((node, handshake) =>
{
GameNodeProcessors gnp = pa(node, handshake);
Node.MessageProcessor nmp = (stm, nd) =>
{
//if (nd.IsClosed) done elsewhere
// return;
ChunkDebug lastRead = new ChunkDebug(stm);
try
{
MessageType mt = Serializer.Deserialize <MessageType>(stm);
if (nd.LogR != null && nd.LogR.LogLevel >= 2)
{
string sentMsg = mt.ToString();
if (MasterLog.LogLevel > 2)
{
sentMsg += lastRead.GetData() + "\n\n";
}
Log.EntryVerbose(nd.LogR, sentMsg);
}
gnp.Message(mt, stm, nd);
}
catch (XmlSerializerException e)
{
Log.Console("Error while reading from socket:\n{0}\n\nLast read:{1}", e, lastRead.GetData());
throw new Exception("Fatal");
}
};
return new NodeProcessors(nmp, gnp.Disconnect);
});
}
public NodeProcessors(Node.MessageProcessor message, Node.DisconnectProcessor disconnect)
{
this.Message = message;
this.Disconnect = disconnect;
}
