void PeerConnectRequestCallback(Message <NetworkingPeer> msg)
{
if (m_remotePlayers.ContainsKey(msg.Data.ID))
{
Debug.LogFormat("P2P Accepting Connection request from {0}", msg.Data.ID);
Net.Accept(msg.Data.ID);
}
else
{
Debug.LogFormat("P2P Ignoring unauthorized Connection request from {0}", msg.Data.ID);
}
}
void PeerConnectRequestCallback(Message <NetworkingPeer> msg)
{
PlatformManager.LogOutput("P2P request from " + msg.Data.ID);
RemotePlayer remote = PlatformManager.GetRemoteUser(msg.Data.ID);
if (remote != null)
{
PlatformManager.LogOutput("P2P request accepted from " + msg.Data.ID);
Net.Accept(msg.Data.ID);
}
}
new void Update()
{
base.Update();
if (Input.GetKeyDown("space"))
{
Debug.Log("Forcing reconnect");
isConnected = false;
RetryUntilConnectedToServer();
}
if (state == InMatchmaking && timeMatchmakingStarted + 30.0 < renderTime)
{
Debug.Log("No result from matchmaker");
RetryUntilConnectedToServer();
return;
}
if (state == Connecting && !isConnectionAccepted && hostUserId != 0 && connections.Contains(hostUserId))
{
Debug.Log("Accepting connection request from host");
Net.Accept(hostUserId);
isConnectionAccepted = true;
}
if (state == Connected)
{
var data = context.GetClientData(); //apply guest avatar state at render time with interpolation
int count;
ushort resetId;
if (data.jitterBuffer.GetInterpolatedAvatars(ref interpolatedAvatars, out count, out resetId) && resetId == context.resetId)
{
context.ApplyAvatarUpdates(count, ref interpolatedAvatars, 0, clientId);
}
context.GetClientData().jitterBuffer.AdvanceTime(Time.deltaTime); //advance jitter buffer time
}
if (state == WaitingForRetry && timeRetryStarted + RetryTime < renderTime)
{
StartMatchmaking();
return;
}
CheckForTimeouts();
}
void OnConnectRequestCallback(Message <NetworkingPeer> msg)
{
if (msg.IsError)
{
Debug.LogError("Net connecton error - " + msg.GetError().Message);
}
else
{
var peer = msg.GetNetworkingPeer();
if (!remoteConnectionStates.ContainsKey(peer.ID))
{
remoteConnectionStates.Add(peer.ID, new ConnectionStates());
}
UnityUserReporting.CurrentClient.LogEvent(UserReportEventLevel.Info, "Net accept of " + peer.ID.ToString() +
". State was " + remoteConnectionStates[peer.ID].networkState.ToString());
Net.Accept(peer.ID);
remoteConnectionStates[peer.ID].networkState = ConnectionState.Connecting;
remoteConnectionStates[peer.ID].netTimeouts = 0;
}
}
new void Update()
{
base.Update();
if (Input.GetKeyDown("space"))
{
Debug.Log("Forcing reconnect");
successfullyConnected = false;
RetryUntilConnectedToServer();
}
if (state == GuestState.Matchmaking && timeMatchmakingStarted + 30.0 < renderTime)
{
Debug.Log("No result from matchmaker");
RetryUntilConnectedToServer();
return;
}
if (state == GuestState.Connecting && !acceptedConnectionRequest)
{
if (hostUserId != 0 && connectionRequests.Contains(hostUserId))
{
Debug.Log("Accepting connection request from host");
Net.Accept(hostUserId);
acceptedConnectionRequest = true;
}
}
if (state == GuestState.Connected)
{
// apply guest avatar state at render time with interpolation
Context.ConnectionData connectionData = context.GetClientConnectionData();
int numInterpolatedAvatarStates;
ushort avatarResetSequence;
if (connectionData.jitterBuffer.GetInterpolatedAvatarState(ref interpolatedAvatarState, out numInterpolatedAvatarStates, out avatarResetSequence))
{
if (avatarResetSequence == context.GetResetSequence())
{
context.ApplyAvatarStateUpdates(numInterpolatedAvatarStates, ref interpolatedAvatarState, 0, clientIndex);
}
}
// advance jitter buffer time
context.GetClientConnectionData().jitterBuffer.AdvanceTime(Time.deltaTime);
}
if (state == GuestState.WaitingForRetry && timeRetryStarted + RetryTime < renderTime)
{
StartMatchmaking();
return;
}
CheckForTimeouts();
}