private void ProcessTime(UnrealBinaryHeapEx <Invoker> invokers)
{
// Note: If the the delay is low enough this may loop forever (the timer would need a repeat
// value lower than the time it takes to get from the end of Process() back to the EndValue check
// - If this becomes a problem you could stop this from happening by holding onto the last invoker
// processed and checking invoker!=lastInvoker
// - Though if this is a problem it will make the game crawl anyway due to CallCount. A frame will
// occasionally get through between the invoker spam if doing the lastInvoker check.
//Invoker lastInvoker = null;
while (invokers.Count > 0)
{
Invoker invoker = invokers.HeapTop();
ulong value = (ulong)WorldTimeHelper.GetTimeChecked(invoker.OwnerWorld).Ticks;
if (invoker.EndValue <= value /*&& invoker != lastInvoker*/)
{
invokers.HeapPopDiscard();
invoker.Process(value);
//lastInvoker = invoker;
}
else
{
break;
}
}
}
private void Process(UnrealBinaryHeapEx <Invoker> invokers, ulong value)
{
while (invokers.Count > 0)
{
Invoker invoker = invokers.HeapTop();
if (invoker.EndValue <= value)
{
invokers.HeapPopDiscard();
invoker.Process(value);
}
else
{
break;
}
}
}
public void Process(CoroutineGroup group)
{
UnrealBinaryHeapEx <T> collection = GetCollection(group);
while (collection.Count > 0)
{
T instruction = collection.HeapTop();
if (instruction.KeepWaiting)
{
return;
}
collection.HeapPopDiscard();
// Return the control over to the main coroutines collection
instruction.comparableCollection = null;
Coroutine.ComparableEnd(instruction.Owner);
}
}