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package kamon.testkit
import kamon.metric._
import _root_.scala.collection.concurrent.TrieMap
trait MetricInspection {
implicit class MetricSyntax(metric: Metric[_]) {
def valuesForTag(tag: String): Seq[String] = {
val instrumentsField = classOf[BaseMetric[_, _]].getDeclaredField("instruments")
instrumentsField.setAccessible(true)
val instruments = instrumentsField.get(metric).asInstanceOf[TrieMap[Map[String, String], _]]
val instrumentsWithTheTag = instruments.keys.filter(_.keys.find(_ == tag).nonEmpty)
instrumentsWithTheTag.map(t => t(tag)).toSeq
}
}
implicit class HistogramMetricSyntax(histogram: Histogram) {
def distribution(resetState: Boolean = true): Distribution =
histogram match {
case hm: HistogramMetric => hm.refine(Map.empty[String, String]).distribution(resetState)
case h: AtomicHdrHistogram => h.snapshot(resetState).distribution
case h: HdrHistogram => h.snapshot(resetState).distribution
}
}
implicit class MinMaxCounterMetricSyntax(mmCounter: MinMaxCounter) {
def distribution(resetState: Boolean = true): Distribution =
mmCounter match {
case mmcm: MinMaxCounterMetric => mmcm.refine(Map.empty[String, String]).distribution(resetState)
case mmc: SimpleMinMaxCounter => mmc.snapshot(resetState).distribution
}
}
implicit class CounterMetricSyntax(counter: Counter) {
def value(resetState: Boolean = true): Long =
counter match {
case cm: CounterMetric => cm.refine(Map.empty[String, String]).value(resetState)
case c: LongAdderCounter => c.snapshot(resetState).value
}
}
}
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