public void ReportThreadStatus(bool isProcessingUserCallback)
{
CountsOfThreadsProcessingUserCallbacks counts = _countsOfThreadsProcessingUserCallbacks;
while (true)
{
CountsOfThreadsProcessingUserCallbacks newCounts = counts;
if (isProcessingUserCallback)
{
newCounts.IncrementCurrent();
}
else
{
newCounts.DecrementCurrent();
}
CountsOfThreadsProcessingUserCallbacks countsBeforeUpdate =
_countsOfThreadsProcessingUserCallbacks.InterlockedCompareExchange(newCounts, counts);
if (countsBeforeUpdate == counts)
{
break;
}
counts = countsBeforeUpdate;
}
}
public CountsOfThreadsProcessingUserCallbacks InterlockedCompareExchange(
CountsOfThreadsProcessingUserCallbacks newCounts,
CountsOfThreadsProcessingUserCallbacks oldCounts)
{
return
(new CountsOfThreadsProcessingUserCallbacks(
Interlocked.CompareExchange(ref _data, newCounts._data, oldCounts._data)));
}
private short GetAndResetHighWatermarkCountOfThreadsProcessingUserCallbacks()
{
CountsOfThreadsProcessingUserCallbacks counts = _countsOfThreadsProcessingUserCallbacks;
while (true)
{
CountsOfThreadsProcessingUserCallbacks newCounts = counts;
newCounts.ResetHighWatermark();
CountsOfThreadsProcessingUserCallbacks countsBeforeUpdate =
_countsOfThreadsProcessingUserCallbacks.InterlockedCompareExchange(newCounts, counts);
if (countsBeforeUpdate == counts || countsBeforeUpdate.HighWatermark == countsBeforeUpdate.Current)
{
return(countsBeforeUpdate.HighWatermark);
}
counts = countsBeforeUpdate;
}
}
public bool Equals(CountsOfThreadsProcessingUserCallbacks other) => _data == other._data;
