private void DelayCurrentThread(TimeSpan delay)
{
if (delay.Ticks < 0)
{
throw new ArgumentOutOfRangeException(nameof(delay));
}
using (ProcessorCriticalSection.Acquire())
{
// Yield
if (delay.Ticks != 0)
{
var thread = _runningThread !;
_readyThreads.Remove(thread);
thread.Value.Thread.State = ThreadState.Wait;
if (delay == Timeout.InfiniteTimeSpan)
{
_suspendedThreads.AddLast(thread);
}
else
{
var awakeTick = TickCount + (ulong)TimeSpanToTicks(delay);
thread.Value.AwakeTick = awakeTick;
AddThreadToDelayedList(thread);
}
}
IRQDispatcher.RegisterDPC(_yieldDPC);
}
}
private void AddThreadToReadyList(Thread thread)
{
using (ProcessorCriticalSection.Acquire())
{
_readyThreads.AddLast(thread.ScheduleEntry);
thread.State = ThreadState.Ready;
}
}
public static void RegisterDPC(LinkedListNode <DPC> dpc)
{
using (ProcessorCriticalSection.Acquire())
{
_dpcs.AddLast(dpc);
}
ChipControl.Default.RaiseCoreNotification();
}
private void RemoveThreadFromReadyList(Thread thread)
{
using (ProcessorCriticalSection.Acquire())
{
_readyThreads.Remove(thread.ScheduleEntry);
if (_runningThread == thread.ScheduleEntry)
{
IRQDispatcher.RegisterDPC(_yieldDPC);
}
}
}
internal void UnDelayThread(Thread thread)
{
Debug.Assert(thread.State == ThreadState.Wait);
using (ProcessorCriticalSection.Acquire())
{
var scheduleEntry = thread.ScheduleEntry;
scheduleEntry.List !.Remove(scheduleEntry);
_readyThreads.AddLast(scheduleEntry);
scheduleEntry.Value.Thread.State = ThreadState.Ready;
}
}
internal void KillThread(Thread thread)
{
Debug.Assert(thread._scheduler == this);
using (ProcessorCriticalSection.Acquire())
{
if (Interlocked.Exchange(ref thread._scheduler, null) != null)
{
RemoveThreadFromReadyList(thread);
thread.State = ThreadState.Terminated;
thread.OnKilled();
}
}
}