private static bool OnQueueStatusThunk(QueueStatus status)
{
if (SpatialOS.OnQueueStatus != null)
{
SpatialOS.OnQueueStatus(status);
}
return(!SpatialOS.Disconnecting);
}
private IEnumerator Connect()
{
if (ShouldGetDeploymentList())
{
var callback = SpatialOS.OnDeploymentListReceived ?? OnDeploymentListReceived;
var getList = WorkerConnection.GetDeploymentListAsync(parameters, callback, chosenDeployment => Deployment = chosenDeployment);
yield return(getList);
var listWait = new WaitUntil(() => Deployment.HasValue);
yield return(listWait);
}
// Can't start prepooling assets until a deployment is chosen, since the Streaming strategy needs to know which assembly it should stream assets from.
if (legacyEntityPipeline != null)
{
var prepareAssetsCoroutine = legacyEntityPipeline.PrepareAssets();
if (prepareAssetsCoroutine != null)
{
yield return(prepareAssetsCoroutine);
}
}
var connect = WorkerConnection.ConnectAsync(parameters, Deployment, AttachConnection);
yield return(connect);
SpatialOS.ConnectionWasSuccessful = Connection.IsConnected;
if (SpatialOS.ConnectionWasSuccessful)
{
logger = new LogSender(() => SpatialOS.IsConnected, Connection.SendLogMessage, SpatialOS.Configuration, SpatialOS.LogFilter);
SetupComponents();
if (SpatialOS.Configuration.ProtocolLoggingOnStartup)
{
Connection.SetProtocolLoggingEnabled(true);
}
eventHandler.ConnectionReady();
var componentCommander = new ComponentCommander(null, spatialCommunicator);
Commander = new Commander(componentCommander, spatialCommunicator);
ComponentCommander = componentCommander;
SpatialOS.OnConnectedInternal();
}
}
private void Dispose()
{
if (IsDisposed)
{
return;
}
TryDisposeAndResetReference(ref legacyEntityPipeline);
TryDispose(EntityPipeline.Internal);
TryDisposeAndResetReference(ref eventHandler);
TryDisposeAndResetReference(ref view);
TryDisposeAndResetReference(ref connection);
TryDisposeAndResetReference(ref componentCommander);
TryDisposeAndResetReference(ref commander);
TryDisposeAndResetReference(ref deferredActionDispatcher);
TryDisposeAndResetReference(ref logger);
try
{
RemoveComponents();
}
catch (Exception e)
{
Debug.LogException(e);
}
try
{
SpatialOS.Dispose();
}
catch (Exception e)
{
Debug.LogException(e);
}
IsDisposed = true; // This needs to happen before Destroy(this) because OnDisable() will be called as part of Destroy().
Destroy(this);
}
public static void ProcessEvents()
{
SpatialOS.ProcessEvents();
}
// It is necessary to dispose in OnApplicationQuit() if possible. If we dispose at a later time, we risk getting
// errors because we interfere with Unity's scene teardown.
// (Unity will call OnDisable and OnDestroy on all gameobjects immediately rather than calling OnDisable on all objects first
// before calling the first OnDestroy).
private void OnApplicationQuit()
{
SpatialOS.SignalApplicationQuit();
Dispose();
}
