public void ShouldDisposeAllCounters()
{
var testCollector1 = new TestMetricCollector(new CounterMetricName("foo"), "bar");
var measureBucket1 = new MeasureBucket(testCollector1);
var testCollector2 = new TestMetricCollector(new CounterMetricName("foo"), "bar");
var measureBucket2 = new MeasureBucket(testCollector2);
var benchmarkRun = new BenchmarkRun(new List <MeasureBucket>(new[] { measureBucket1, measureBucket2 }),
new List <Counter>());
Assert.False(testCollector1.WasDisposed);
Assert.False(testCollector2.WasDisposed);
benchmarkRun.Dispose();
Assert.True(testCollector1.WasDisposed);
Assert.True(testCollector2.WasDisposed);
}
/// <summary>
/// Complete the current run
/// </summary>
private void Complete()
{
_currentRun.Dispose();
var report = _currentRun.ToReport(StopWatch.Elapsed);
Output.WriteRun(report, _isWarmup);
// Change runs, but not on warmup
if (!_isWarmup)
{
// Decrease the number of pending iterations
_pendingIterations--;
CompletedRuns.Enqueue(report);
}
}
/// <summary>
/// Complete the current run
/// </summary>
private void Complete(bool isEstimate = false)
{
_currentRun.Dispose();
Trace.Info($"Generating report for {PrintWarmupOrRun(_isWarmup)} {1 + Settings.NumberOfIterations - _pendingIterations} of {BenchmarkName}");
var report = _currentRun.ToReport(StopWatch.Elapsed);
if (!isEstimate)
{
Output.WriteRun(report, _isWarmup);
}
// Change runs, but not on warmup
if (!_isWarmup)
{
// Decrease the number of pending iterations
_pendingIterations--;
CompletedRuns.Enqueue(report);
}
}
