private void MicroThreadCallbackStart(object sender, SchedulerThreadEventArgs e)
{
TimeInterval timeInterval;
int intervalCount;
lock (threadExecutionIntervals)
{
List <TimeInterval> intervals = threadExecutionIntervals[e.ThreadId];
if (intervals.Count > 0 && !intervals.Last().HasEnded)
{
throw new InvalidOperationException("Starting a new microthread on a thread still running another microthread.");
}
timeInterval = new TimeInterval(GetTicksFromStopwatch());
intervals.Add(timeInterval);
intervalCount = intervals.Count;
}
// Rely on intervals.Count, so must be called after intervals.Add!
long jobId = GetMicrothreadJobIdFromThreadInfo(e.ThreadId, intervalCount);
var jobInfo = new MicrothreadNotification(e.ThreadId, e.MicroThread.Id, jobId, timeInterval.StartTime, MicrothreadNotification.NotificationType.JobStarted);
lock (microthreadNotifications)
{
microthreadNotifications.Add(jobInfo);
}
}
private void MicroThreadCallbackEnd(object sender, SchedulerThreadEventArgs e)
{
long endTime = GetTicksFromStopwatch();
int intervalCount;
lock (threadExecutionIntervals)
{
List <TimeInterval> intervals = threadExecutionIntervals[e.ThreadId];
intervals.Last().End(endTime);
intervalCount = intervals.Count;
}
long jobId = GetMicrothreadJobIdFromThreadInfo(e.ThreadId, intervalCount);
var jobInfo = new MicrothreadNotification(e.ThreadId, e.MicroThread.Id, jobId, endTime, MicrothreadNotification.NotificationType.JobEnded);
lock (microthreadNotifications)
{
microthreadNotifications.Add(jobInfo);
}
}
private void MicroThreadCallbackEnd(object sender, SchedulerThreadEventArgs e)
{
long endTime = GetTicksFromStopwatch();
int intervalCount;
lock (threadExecutionIntervals)
{
List<TimeInterval> intervals = threadExecutionIntervals[e.ThreadId];
intervals.Last().End(endTime);
intervalCount = intervals.Count;
}
long jobId = GetMicrothreadJobIdFromThreadInfo(e.ThreadId, intervalCount);
var jobInfo = new MicrothreadNotification(e.ThreadId, e.MicroThread.Id, jobId, endTime, MicrothreadNotification.NotificationType.JobEnded);
lock (microthreadNotifications)
{
microthreadNotifications.Add(jobInfo);
}
}
private void MicroThreadCallbackStart(object sender, SchedulerThreadEventArgs e)
{
TimeInterval timeInterval;
int intervalCount;
lock (threadExecutionIntervals)
{
List<TimeInterval> intervals = threadExecutionIntervals[e.ThreadId];
if (intervals.Count > 0 && !intervals.Last().HasEnded)
throw new InvalidOperationException("Starting a new microthread on a thread still running another microthread.");
timeInterval = new TimeInterval(GetTicksFromStopwatch());
intervals.Add(timeInterval);
intervalCount = intervals.Count;
}
// Rely on intervals.Count, so must be called after intervals.Add!
long jobId = GetMicrothreadJobIdFromThreadInfo(e.ThreadId, intervalCount);
var jobInfo = new MicrothreadNotification(e.ThreadId, e.MicroThread.Id, jobId, timeInterval.StartTime, MicrothreadNotification.NotificationType.JobStarted);
lock (microthreadNotifications)
{
microthreadNotifications.Add(jobInfo);
}
}