private async Task FlushTracesAsync()
{
var traces = _tracesBuffer.Pop();
if (traces.Any())
{
await _api.SendTracesAsync(traces).ConfigureAwait(false);
}
}
private async Task FlushTracesAsync()
{
var traces = _tracesBuffer.Pop();
if (traces.Any())
{
await _api.SendTracesAsync(traces);
}
}
public async Task FlushTracesAsync()
{
var traces = _tracesBuffer.Pop();
if (_statsd != null)
{
var spanCount = traces.Sum(t => t.Length);
_statsd.Increment(TracerMetricNames.Queue.DequeuedTraces, traces.Length);
_statsd.Increment(TracerMetricNames.Queue.DequeuedSpans, spanCount);
_statsd.Gauge(TracerMetricNames.Queue.MaxTraces, _tracesBuffer.MaxSize);
}
if (traces.Length > 0)
{
await _api.SendTracesAsync(traces).ConfigureAwait(false);
}
}
private async Task FlushTracesAsync()
{
var traces = _tracesBuffer.Pop();
var spanCount = traces.Sum(t => t.Count);
if (_statsd != null)
{
_statsd.AppendSetGauge(TracerMetricNames.Queue.DequeuedTraces, traces.Count);
_statsd.AppendSetGauge(TracerMetricNames.Queue.DequeuedSpans, spanCount);
_statsd.AppendSetGauge(TracerMetricNames.Queue.MaxCapacity, TraceBufferSize);
_statsd.Send();
}
if (traces.Any())
{
await _api.SendTracesAsync(traces).ConfigureAwait(false);
}
}