public override IList <ISpanData> GetErrorSampledSpans(ISampledSpanStoreErrorFilter filter)
{
int numSpansToReturn = filter.MaxSpansToReturn == 0 ? MAX_PER_SPAN_NAME_SAMPLES : filter.MaxSpansToReturn;
IList <SpanBase> spans = new List <SpanBase>();
// Try to not keep the lock to much, do the SpanImpl -> SpanData conversion outside the lock.
lock (samples) {
PerSpanNameSamples perSpanNameSamples = samples[filter.SpanName];
if (perSpanNameSamples != null)
{
spans = perSpanNameSamples.GetErrorSamples(filter.CanonicalCode, numSpansToReturn);
}
}
List <ISpanData> ret = new List <ISpanData>(spans.Count);
foreach (SpanBase span in spans)
{
ret.Add(span.ToSpanData());
}
return(ret.AsReadOnly());
}
/// <inheritdoc/>
public override IEnumerable <SpanData> GetErrorSampledSpans(ISampledSpanStoreErrorFilter filter)
{
var numSpansToReturn = filter.MaxSpansToReturn == 0 ? MaxPerSpanNameSamples : filter.MaxSpansToReturn;
var spans = Enumerable.Empty <SpanBase>();
// Try to not keep the lock to much, do the SpanImpl -> SpanData conversion outside the lock.
lock (this.samples)
{
var perSpanNameSamples = this.samples[filter.SpanName];
if (perSpanNameSamples != null)
{
spans = perSpanNameSamples.GetErrorSamples(filter.CanonicalCode, numSpansToReturn);
}
}
var ret = new List <SpanData>(spans.Count());
foreach (var span in spans)
{
ret.Add(span.ToSpanData());
}
return(ret.AsReadOnly());
}
public override IEnumerable <ISpanData> GetErrorSampledSpans(ISampledSpanStoreErrorFilter filter)
{
return(EmptySpanData);
}
public abstract IList <ISpanData> GetErrorSampledSpans(ISampledSpanStoreErrorFilter filter);
public abstract IEnumerable <ISpanData> GetErrorSampledSpans(ISampledSpanStoreErrorFilter filter);
public override IList <ISpanData> GetErrorSampledSpans(ISampledSpanStoreErrorFilter filter)
{
return(EMPTY_SPANDATA);
}
