internal void Tick(double time)
{
this.listenSocket.Pump();
double dt = time - this.time;
this.time = time;
// send keep alive to clients 10 times per second
keepAlive += dt;
while (keepAlive >= 0.1)
{
keepAlive -= 0.1;
for (int i = 0; i < clientSlots.Length; i++)
{
if (clientSlots[i] != null)
{
sendKeepAlive(clientSlots[i]);
}
}
}
// disconnect any clients which have not responded for timeout seconds
for (int i = 0; i < clientSlots.Length; i++)
{
if (clientSlots[i] == null)
{
continue;
}
double timeRemaining = time - clientSlots[i].lastResponseTime;
// timeout < 0 disables timeouts
if (clientSlots[i].timeoutSeconds >= 0 &&
(time - clientSlots[i].lastResponseTime) >= clientSlots[i].timeoutSeconds)
{
if (OnClientDisconnected != null)
{
OnClientDisconnected(clientSlots[i]);
}
log("Client {0} timed out", NetcodeLogLevel.Debug, clientSlots[i].RemoteEndpoint.ToString());
disconnectClient(clientSlots[i]);
}
}
// process datagram queue
Datagram packet;
while (listenSocket != null && listenSocket.Read(out packet))
{
processDatagram(packet.payload, packet.payloadSize, packet.sender);
packet.Release();
}
}
public void Tick(double time)
{
if (this.socket == null)
{
return;
}
this.socket.Pump();
this.dt = time - this.time;
this.time = time;
// process buffered packets
Datagram datagram;
while (socket != null && socket.Read(out datagram))
{
processDatagram(datagram);
datagram.Release();
}
// process current state
switch (state)
{
case ClientState.SendingConnectionRequest:
sendingConnectionRequest();
break;
case ClientState.SendingChallengeResponse:
sendingChallengeResponse();
break;
case ClientState.Connected:
connected();
break;
}
}
