public void BuildThreadpoolThroughputStatsMetric()
{
const int RawValue = 3;
var throughputStatsType = Samplers.ThreadpoolThroughputStatsType.Started;
var actualMetric = _metricBuilder.TryBuildThreadpoolThroughputStatsMetric(throughputStatsType, RawValue);
NrAssert.Multiple(
() => Assert.AreEqual(MetricNames.GetThreadpoolThroughputStatsName(throughputStatsType), actualMetric.MetricName.Name),
() => Assert.AreEqual(MetricDataWireModel.BuildGaugeValue(RawValue), actualMetric.Data)
);
}
public void BuildGCGaugeMetric()
{
const float RawValue = 3000f;
var gcSampleType = Samplers.GCSampleType.HandlesCount;
var actualMetric = _metricBuilder.TryBuildGCGaugeMetric(gcSampleType, RawValue);
NrAssert.Multiple(
() => Assert.AreEqual(MetricNames.GetGCMetricName(gcSampleType), actualMetric.MetricName.Name),
() => Assert.AreEqual(MetricDataWireModel.BuildGaugeValue(RawValue), actualMetric.Data)
);
}
public void BuildThreadpoolUsageStatsMetric()
{
const int RawValue = 3;
var threadType = Samplers.ThreadType.Worker;
var threadStatus = Samplers.ThreadStatus.Available;
var actualMetric = _metricBuilder.TryBuildThreadpoolUsageStatsMetric(threadType, threadStatus, RawValue);
NrAssert.Multiple(
() => Assert.AreEqual(MetricNames.GetThreadpoolUsageStatsName(threadType, threadStatus), actualMetric.MetricName.Name),
() => Assert.AreEqual(MetricDataWireModel.BuildGaugeValue(RawValue), actualMetric.Data)
);
}
public void BuildGaugeMetric()
{
const int expectedValue = 21;
var metricData = MetricDataWireModel.BuildGaugeValue(expectedValue);
NrAssert.Multiple(
() => Assert.AreEqual(1, metricData.Value0),
() => Assert.AreEqual(expectedValue, metricData.Value1),
() => Assert.AreEqual(expectedValue, metricData.Value2),
() => Assert.AreEqual(expectedValue, metricData.Value3),
() => Assert.AreEqual(expectedValue, metricData.Value4),
() => Assert.AreEqual(expectedValue * expectedValue, metricData.Value5)
);
}