private void OnClientReceivedData(Client2 client)
{
UnityClient unityClient = Resolve(client);
trace(client.endpointIn + ": <<<<< RECEIVED: " + _receivedBytesLength);
//If was 'SLEEPING' (partially timed-out), set it's status to WAKING:
if (unityClient.HasStatus(EClientStatus.SLEEPING))
{
unityClient.status &= ~EClientStatus.SLEEPING;
unityClient.status |= EClientStatus.WAKING;
if (OnStatusWaking != null)
{
OnStatusWaking(unityClient);
}
}
else if (unityClient.HasStatus(EClientStatus.WAKING))
{
unityClient.status &= ~EClientStatus.WAKING;
if (OnStatusReturned != null)
{
OnStatusReturned(unityClient);
}
}
//Alright, set the client's status and time-received stamp:
double timeNow = GetTimeSinceStart();
unityClient.timeDiff = timeNow - unityClient.timeLastReceived;
unityClient.timeLastReceived = timeNow;
unityClient.status |= EClientStatus.CONNECTED;
}
private void OnNewUnityClient(Client2 client)
{
if (clientsUnity.ContainsKey(client))
{
throw new Exception("OnNewUnityClient ERROR - Already has the client, NOT NEW: " + client.ToString());
}
//Pass '-1' to the clockRate to indicate we will manually control the Message flow with a few server binding hooks:
UnityClient unityClient = new UnityClient(client, -1);
unityClient.server = this;
clientsUnity[client] = unityClient;
}
