// Process the input metric.
//
// 1. Match metric with rules.
// 2. Detect the metric with matched rules.
//
func (d *Detector) process(m *models.Metric) {
health.IncrNumMetricIncomed(1)
timer := util.NewTimer()
// Match
ok, rules := d.match(m)
if !ok {
// Not matched.
return
}
// Detect
err := d.detect(m, rules)
if err != nil {
log.Error("detect: %v, skipping..", err)
return
}
health.IncrNumMetricDetected(1)
// Output
if len(m.TestedRules) > 0 {
// Test ok.
d.output(m)
}
// Time end.
elapsed := timer.Elapsed()
if elapsed > timeout {
log.Warn("detection is slow: %.2fms", elapsed)
}
health.AddDetectionCost(elapsed)
}
// process the input metric.
// Steps:
// 1. Match metric with all rules.
// 2. Detect the metric with matched rules.
// 3. Output detection results to receivers.
func (d *Detector) process(m *models.Metric, shouldAdjustIdle bool) {
health.IncrNumMetricIncomed(1)
timer := util.NewTimer() // Detection cost timer
// Match
ok, rules := d.match(m)
if !ok {
return
}
if shouldAdjustIdle {
d.adjustIdleM(m, rules)
}
// Detect
evs, err := d.detect(m, rules)
if err != nil {
log.Errorf("detect: %v, skipping..", err)
return
}
health.IncrNumMetricDetected(1)
// Output
for _, ev := range evs {
d.output(ev)
}
// Time end.
elapsed := timer.Elapsed()
if elapsed > float64(d.cfg.Detector.WarningTimeout) {
log.Warnf("detection is slow: %.2fms", elapsed)
}
health.AddDetectionCost(elapsed)
}
// Process the input metric.
//
// 1. Match metric with rules.
// 2. Detect the metric with matched rules.
//
func (d *Detector) process(m *models.Metric) {
health.IncrNumMetricIncomed(1)
// Time it.
startAt := time.Now()
// Match
ok, rules := d.match(m)
if !ok {
// Not matched.
return
}
// Detect
err := d.detect(m, rules)
if err != nil {
log.Error("detect: %v, skipping..", err)
return
}
health.IncrNumMetricDetected(1)
// Output
if len(m.TestedRules) > 0 {
// Test ok.
d.output(m)
}
// Time end.
elapsed := float64(time.Since(startAt).Nanoseconds()) / float64(1000*1000)
if elapsed > timeout {
log.Warn("detection is slow: %.2fms", elapsed)
}
health.AddDetectionCost(elapsed)
}