// Converts Timeseries to metric structure used by the Hawkular
func (h *hawkularSink) pointToLabeledMetricHeader(ms *core.MetricSet, metric core.LabeledMetric, timestamp time.Time) (*metrics.MetricHeader, error) {
name := h.idName(ms, metric.Name)
if resourceID, found := metric.Labels[core.LabelResourceID.Key]; found {
name = h.idName(ms, metric.Name+separator+resourceID)
}
var value float64
if metric.ValueType == core.ValueInt64 {
value = float64(metric.IntValue)
} else {
value = float64(metric.FloatValue)
}
m := metrics.Datapoint{
Value: value,
Timestamp: metrics.UnixMilli(timestamp),
}
mh := &metrics.MetricHeader{
Id: name,
Data: []metrics.Datapoint{m},
Type: heapsterTypeToHawkularType(metric.MetricType),
}
return mh, nil
}
// Converts Timeseries to metric structure used by the Hawkular
func (self *hawkularSink) pointToMetricHeader(t *sink_api.Timeseries) (*metrics.MetricHeader, error) {
p := t.Point
name := self.idName(p)
value, err := metrics.ConvertToFloat64(p.Value)
if err != nil {
return nil, err
}
m := metrics.Datapoint{
Value: value,
Timestamp: metrics.UnixMilli(p.End),
}
mh := &metrics.MetricHeader{
Id: name,
Data: []metrics.Datapoint{m},
Type: heapsterTypeToHawkularType(t.MetricDescriptor.Type),
}
return mh, nil
}
// Converts Timeseries to metric structure used by the Hawkular
func (self *hawkularSink) pointToMetricHeader(t *sink_api.Timeseries) (*metrics.MetricHeader, error) {
p := t.Point
name := self.idName(p)
value, err := metrics.ConvertToFloat64(p.Value)
if err != nil {
return nil, err
}
m := metrics.Datapoint{
Value: value,
Timestamp: metrics.UnixMilli(p.End),
}
// At the moment all the values are converted to gauges.
mh := &metrics.MetricHeader{
Id: name,
Data: []metrics.Datapoint{m},
Type: metrics.Gauge,
}
return mh, nil
}
