func (r *AlertingRule) forStateSample(alert *Alert, ts time.Time, v float64) promql.Sample {
	lb := labels.NewBuilder(r.labels)

	for _, l := range alert.Labels {
		lb.Set(l.Name, l.Value)
	}

	lb.Set(labels.MetricName, alertForStateMetricName)
	lb.Set(labels.AlertName, r.name)

	s := promql.Sample{
		Metric: lb.Labels(),
		Point:  promql.Point{T: timestamp.FromTime(ts), V: v},
	}
	return s
}
func (r *AlertingRule) forStateSample(alert *Alert, ts time.Time, v float64) promql.Sample {
	lb := labels.NewBuilder(r.labels)

	for _, l := range alert.Labels {
		lb.Set(l.Name, l.Value)
	}

	lb.Set(labels.MetricName, alertForStateMetricName)
	lb.Set(labels.AlertName, r.name)

	s := promql.Sample{
		Metric: lb.Labels(),
		Point:  promql.Point{T: timestamp.FromTime(ts), V: v},
	}
	return s
}
func ( r * AlertingRule ) forStateSample ( alert * Alert , ts time . Time , v float64 ) promql . Sample { lb := labels . NewBuilder ( r . labels ) for _ , l := range alert . Labels { lb . Set ( l . Name , l . Value ) } lb . Set ( labels . MetricName , alertForStateMetricName ) lb . Set ( labels . AlertName , r . name ) s := promql . Sample { Metric : lb . Labels ( ) , Point : promql . Point { T : timestamp . FromTime ( ts ) , V : v } , } return s }
// forStateSample returns the sample for ALERTS_FOR_STATE.
forStateSample returns the sample for ALERTS_FOR_STATE .