internal void Teleport(TeleportState state)
{
IPAddress sendAddress = null;
Debug.Assert(state != null);
// Check to ensure the network is available. If it isn't, teleport
// to the local peer
// if (oneTeleportAtATime == true && lastAsyncCall != null)
// {
// GameEngine.Current.ReceiveTeleportation(state, true);
// CountLocalTeleportation();
// return;
// }
// If there is more than one peer world, randomly pick
// one to send the organism to
if (PeerManager.KnownPeers.Count != 0)
{
// Pick a random peer
sendAddress = _peerManager.GetRandomPeer();
// If we pick ourselves, short circuit for perf (and so things don't get announced
// on the screen as a valid teleport)
if (sendAddress.Equals(_hostIP))
{
sendAddress = null;
}
}
if (sendAddress == null)
{
// Otherwise, teleport back to self
// GameEngine.Current.ReceiveTeleportation(state, true);
// CountLocalTeleportation();
sendAddress = _hostIP;
// return;
}
var workItem = new TeleportWorkItem(this, sendAddress.ToString(), state, PortNumber,
NetworkTimeoutMsec, _peerConnectionLed);
// Actually do the teleportation asynchronously so we don't block the UI
TeleportDelegate teleport = workItem.DoTeleport;
teleport.BeginInvoke(TeleportCallback, null);
}
internal void Teleport(TeleportState state)
{
IPAddress sendAddress = null;
Debug.Assert(state != null);
// Check to ensure the network is available. If it isn't, teleport
// to the local peer
// if (oneTeleportAtATime == true && lastAsyncCall != null)
// {
// GameEngine.Current.ReceiveTeleportation(state, true);
// CountLocalTeleportation();
// return;
// }
// If there is more than one peer world, randomly pick
// one to send the organism to
if (PeerManager.KnownPeers.Count != 0)
{
// Pick a random peer
sendAddress = peerManager.GetRandomPeer();
// If we pick ourselves, short circuit for perf (and so things don't get announced
// on the screen as a valid teleport)
if (sendAddress.Equals(hostIP))
sendAddress = null;
}
if(sendAddress == null)
{
// Otherwise, teleport back to self
// GameEngine.Current.ReceiveTeleportation(state, true);
// CountLocalTeleportation();
sendAddress = hostIP;
// return;
}
TeleportWorkItem workItem = new TeleportWorkItem(this, sendAddress.ToString(), state, portNumber, networkTimeoutMsec, peerConnectionLed);
// Actually do the teleportation asynchronously so we don't block the UI
TeleportDelegate teleport = new TeleportDelegate(workItem.DoTeleport);
lastAsyncCall = teleport.BeginInvoke(new AsyncCallback(TeleportCallback), null);
}