public void Request(int i)
{
new MultiContextMetrics().Run();
MultiContextInstanceMetrics.RunSample();
using (this.timer.NewContext(i.ToString())) // measure until disposed
{
someValue *= (i + 1); // will be reflected in the gauge
this.concurrentRequestsCounter.Increment(); // increment concurrent requests counter
this.totalRequestsCounter.Increment(); // increment total requests counter
this.meter.Mark(); // signal a new request to the meter
this.histogramOfData.Update(new Random().Next(5000), i.ToString()); // update the histogram with the input data
var item = "Item " + new Random().Next(5);
this.setCounter.Increment(item);
this.setMeter.Mark(item);
// simulate doing some work
int ms = Math.Abs((int)(new Random().Next(3000)));
Thread.Sleep(ms);
this.concurrentRequestsCounter.Decrement(); // decrement number of concurrent requests
}
}
public void Request(int i)
{
var multiContextMetrics = new MultiContextMetrics(_metrics);
multiContextMetrics.Run();
for (var j = 0; j < 5; j++)
{
var multiContextInstanceMetrics = new MultiContextInstanceMetrics("Sample Instance " + i.ToString(), _metrics);
multiContextInstanceMetrics.Run();
}
using (_timer.NewContext(i.ToString())) // measure until disposed
{
_someValue *= (i + 1); // will be reflected in the gauge
_concurrentRequestsCounter.Increment(); // increment concurrent requests counter
_totalRequestsCounter.Increment(); // increment total requests counter
_meter.Mark(); // signal a new request to the meter
_histogramOfData.Update(new Random().Next(5000), "user-value-" + i); // update the histogram with the input data
var item = "Item " + new Random().Next(5);
_setCounter.Increment(item);
_setMeter.Mark(item);
// simulate doing some work
var ms = Math.Abs((int)(new Random().Next(3000)));
Thread.Sleep(ms);
_concurrentRequestsCounter.Decrement(); // decrement number of concurrent requests
}
}
