public static ReliableMessageReceiveTracking Create()
{
ReliableMessageReceiveTracking rmrt = Recycler <ReliableMessageReceiveTracking> .GetObject();
rmrt.receivePartsLength = 0;
rmrt.receivePartsLeft = 0;
rmrt.networkMessage = null;
return(rmrt);
}
public static ReliableMessageSendTracking <T> Create()
{
ReliableMessageSendTracking <T> rmst = Recycler <ReliableMessageSendTracking <T> > .GetObject();
rmst.sendPartsLength = 0;
rmst.sendPartsLeft = 0;
rmst.nextSendPart = 0;
rmst.finished = false;
return(rmst);
}
public static NetworkMessage Create(int type, int size, NetworkMessageType sendType)
{
NetworkMessage retVal = Recycler <NetworkMessage> .GetObject();
retVal.type = type;
retVal.sendType = sendType;
retVal.data = null;
if (size > 0)
{
retVal.data = ByteRecycler.GetObject(size);
}
retVal.usageCount = 1;
return(retVal);
}
public void SendRawHighPriority(NetworkMessage networkMessage, Connection <T> connection)
{
lock (sendHighPriorityMessages)
{
QueuedMessage <T> qm = Recycler <QueuedMessage <T> > .GetObject();
qm.networkMessage = networkMessage;
qm.connection = connection;
sendHighPriorityMessages.Enqueue(qm);
if (networkMessage.data != null)
{
connection.queuedOut += networkMessage.data.Length;
}
sendEvent.Set();
}
}
public void Handle(NetworkMessage nm, Connection <T> connection)
{
if (useMessagePump && nm.type >= 0)
{
lock (messages)
{
QueuedMessage <T> qm = Recycler <QueuedMessage <T> > .GetObject();
qm.networkMessage = nm;
qm.connection = connection;
messages.Add(qm);
}
}
else
{
HandleReal(nm, connection);
}
}