internal AsyncWorker(AsyncScheduler inScheduler, AsyncFlags inPriorityFlags)
{
m_Scheduler = inScheduler;
m_BackgroundQueue = new Queue <AsyncWorkUnit>(64);
m_MainThreadOnlyQueue = new Queue <AsyncWorkUnit>(64);
m_PriorityFlags = inPriorityFlags;
}
public Manager()
{
s_Instance = this;
Fibers = new Table(this);
#if DEVELOPMENT
Scheduler = new AsyncScheduler(UnityEngine.Debug.Log);
#else
Scheduler = new AsyncScheduler(null);
#endif // DEVELOPMENT
m_FrameTimer = new Stopwatch();
m_UpdateTimer = new Stopwatch();
Frame.ResetTime(Time.deltaTime, TimeScale);
FrameDurationBudgetTicks = CalculateDefaultFrameBudgetTicks();
AsyncBudgetTicksMin = (long)(FrameDurationBudgetTicks * DEFAULT_ASYNC_PERCENTAGE_MIN);
AsyncBudgetTicksMax = (long)(FrameDurationBudgetTicks * DEFAULT_ASYNC_PERCENTAGE_MAX);
m_QueuedGroupTimescale = new float[Routine.MAX_GROUPS];
Frame.GroupTimeScale = new float[Routine.MAX_GROUPS];
for (int i = 0; i < Routine.MAX_GROUPS; ++i)
{
m_QueuedGroupTimescale[i] = Frame.GroupTimeScale[i] = 1.0f;
}
#if DEVELOPMENT
#if UNITY_EDITOR
DebugMode = true;
#else
DebugMode = UnityEngine.Debug.isDebugBuild;
#endif // UNITY_EDITOR
#else
DebugMode = false;
#endif // DEVELOPMENT
HandleExceptions = DebugMode;
m_ForceSingleThreaded = AsyncScheduler.SupportsThreading;
}
internal AsyncWorkUnit(AsyncScheduler inScheduler)
{
m_Scheduler = inScheduler;
}