/// <summary>
/// Returns initialized performance counter according to the specified parameters.
/// </summary>
/// <param name="counter">Type of the counter.</param>
/// <returns>Initialized performance counter.</returns>
public static PerformanceCounter GetCounter(NetClrLT counter)
{
switch (counter)
{
case NetClrLT.ContentionRatePerSec:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"Contention Rate / sec",
"_Global_",
true
);
case NetClrLT.CurrentQueueLength:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"Current Queue Length",
"_Global_",
true
);
case NetClrLT.NumberOfCurrentLogicalThreads:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"# of current logical Threads",
"_Global_",
true
);
case NetClrLT.NumberOfCurrentPhysicalThreads:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"# of current physical Threads",
"_Global_",
true
);
case NetClrLT.NumberOfCurrentRecognizedThreads:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"# of current recognized Threads",
"_Global_",
true
);
case NetClrLT.QueueLengthPeak:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"Queue Length Peak",
"_Global_",
true
);
case NetClrLT.QueueLengthPerSec:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"Queue Length / sec",
"_Global_",
true
);
case NetClrLT.RateOfRecognizedThreadsPerSec:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"Rate of recognized threads / sec",
"_Global_",
true
);
case NetClrLT.TotalNumberOfContentions:
return new PerformanceCounter(
".NET CLR LocksAndThreads",
"Total # of Contentions",
"_Global_",
true
);
default:
return null;
}
}
/// <summary>
/// Returns initialized performance counter according to the specified parameters.
/// </summary>
/// <param name="counter">Type of the counter.</param>
/// <returns>Initialized performance counter.</returns>
public static PerformanceCounter GetCounter(NetClrLT counter)
{
switch (counter)
{
case NetClrLT.ContentionRatePerSec:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"Contention Rate / sec",
"_Global_",
true
));
case NetClrLT.CurrentQueueLength:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"Current Queue Length",
"_Global_",
true
));
case NetClrLT.NumberOfCurrentLogicalThreads:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"# of current logical Threads",
"_Global_",
true
));
case NetClrLT.NumberOfCurrentPhysicalThreads:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"# of current physical Threads",
"_Global_",
true
));
case NetClrLT.NumberOfCurrentRecognizedThreads:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"# of current recognized Threads",
"_Global_",
true
));
case NetClrLT.QueueLengthPeak:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"Queue Length Peak",
"_Global_",
true
));
case NetClrLT.QueueLengthPerSec:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"Queue Length / sec",
"_Global_",
true
));
case NetClrLT.RateOfRecognizedThreadsPerSec:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"Rate of recognized threads / sec",
"_Global_",
true
));
case NetClrLT.TotalNumberOfContentions:
return(new PerformanceCounter(
".NET CLR LocksAndThreads",
"Total # of Contentions",
"_Global_",
true
));
default:
return(null);
}
}
