public void ScheduleTerminateExecution()
{
int currentCancelToken = ++_currentCancelToken;
if (Interlocked.CompareExchange(ref _cancelTokenOrStatus, Scheduled, NonScheduled) != NonScheduled) //TODO: no need for interlocked?
{
throw new InvalidOperationException("ScheduleTerminateExecution cannot be called while previous one has not been canceled");
}
if (_cancelCallbackFactory != null) // allow nulls in tests
{
var terminateRequested = new CancelRef();
_terminateRequested = terminateRequested;
_cancelCallbackFactory(
1000, () => AnotherThreadCancel(currentCancelToken, GetHandle(), terminateRequested.Terminate));
}
else
{
_terminateRequested = _defaultCancelRef;
}
}
public void ScheduleTerminateExecution()
{
int currentCancelToken = ++_currentCancelToken;
if (Interlocked.CompareExchange(ref _cancelTokenOrStatus, Scheduled, NonScheduled) != NonScheduled) //TODO: no need for interlocked?
throw new InvalidOperationException("ScheduleTerminateExecution cannot be called while previous one has not been canceled");
if (_cancelCallbackFactory != null) // allow nulls in tests
{
var terminateRequested = new CancelRef();
_terminateRequested = terminateRequested;
_cancelCallbackFactory(
1000, () => AnotherThreadCancel(currentCancelToken, GetHandle(), terminateRequested.Terminate));
}
else
{
_terminateRequested = _defaultCancelRef;
}
}
