public void NoopSampledSpanStore_RegisterUnregisterAndGetSummary()
{
// should return empty before register
ISampledSpanStore sampledSpanStore =
ExportComponent.NewNoopExportComponent.SampledSpanStore;
ISampledSpanStoreSummary summary = sampledSpanStore.Summary;
Assert.Empty(summary.PerSpanNameSummary);
// should return non-empty summaries with zero latency/error sampled spans after register
sampledSpanStore.RegisterSpanNamesForCollection(
new List <string>()
{
"TestSpan1", "TestSpan2", "TestSpan3"
});
summary = sampledSpanStore.Summary;
Assert.Equal(3, summary.PerSpanNameSummary.Count);
Assert.Contains(summary.PerSpanNameSummary, (item) =>
{
return((item.Key == "TestSpan1" || item.Key == "TestSpan2" || item.Key == "TestSpan3") &&
item.Value.Equals(EMPTY_PER_SPAN_NAME_SUMMARY));
});
// should unregister specific spanNames
sampledSpanStore.UnregisterSpanNamesForCollection(new List <string>()
{
"TestSpan1", "TestSpan3"
});
summary = sampledSpanStore.Summary;
Assert.Equal(1, summary.PerSpanNameSummary.Count);
Assert.Contains(summary.PerSpanNameSummary, (item) =>
{
return((item.Key == "TestSpan2") && item.Value.Equals(EMPTY_PER_SPAN_NAME_SUMMARY));
});
}
public StartEndHandler(ISpanExporter spanExporter, IRunningSpanStore runningSpanStore, ISampledSpanStore sampledSpanStore, IEventQueue eventQueue)
{
this.spanExporter = spanExporter;
this.runningSpanStore = runningSpanStore;
this.sampledSpanStore = sampledSpanStore;
this.enqueueEventForNonSampledSpans = runningSpanStore != null || sampledSpanStore != null;
this.eventQueue = eventQueue;
}
public void NoopSampledSpanStore_GetErrorSampledSpans()
{
ISampledSpanStore sampledSpanStore = ExportComponentBase.NewNoopExportComponent.SampledSpanStore;
var errorSampledSpans =
sampledSpanStore.GetErrorSampledSpans(
SampledSpanStoreErrorFilter.Create("TestErrorFilter", null, 0));
Assert.Empty(errorSampledSpans);
}
public void NoopSampledSpanStore_GetLatencySampledSpans()
{
ISampledSpanStore sampledSpanStore = ExportComponentBase.NewNoopExportComponent.SampledSpanStore;
var latencySampledSpans =
sampledSpanStore.GetLatencySampledSpans(
SampledSpanStoreLatencyFilter.Create("TestLatencyFilter", 0, 0, 0));
Assert.Empty(latencySampledSpans);
}
public void NoopSampledSpanStore_GetLatencySampledSpans()
{
ISampledSpanStore sampledSpanStore = ((NoopExportComponent)ExportComponent.NewNoopExportComponent).SampledSpanStore;
var latencySampledSpans =
sampledSpanStore.GetLatencySampledSpans(
SampledSpanStoreLatencyFilter.Create("TestLatencyFilter", TimeSpan.Zero, TimeSpan.Zero, 0));
Assert.Empty(latencySampledSpans);
}
public SpanEndEvent(
ISpan span,
ISpanExporter spanExporter,
IRunningSpanStore runningSpanStore,
ISampledSpanStore sampledSpanStore)
{
this.span = span;
this.runningSpanStore = runningSpanStore;
this.spanExporter = spanExporter;
this.sampledSpanStore = sampledSpanStore;
}
public void NoopSampledSpanStore_GetRegisteredSpanNamesForCollection()
{
ISampledSpanStore sampledSpanStore = ExportComponentBase.NewNoopExportComponent.SampledSpanStore;
sampledSpanStore.RegisterSpanNamesForCollection(new List <string>()
{
"TestSpan3", "TestSpan4"
});
ISet <string> registeredSpanNames = sampledSpanStore.RegisteredSpanNamesForCollection;
Assert.Equal(2, registeredSpanNames.Count);
Assert.Contains(registeredSpanNames, (item) =>
{
return(item == "TestSpan3" || item == "TestSpan4");
});
}
