func (t *QueueManager) StoreSeries(series []tsdb.RefSeries, index int) {
	// Lock before any calls to labelsToLabels proto, as that's where string interning is done.
	t.seriesMtx.Lock()
	defer t.seriesMtx.Unlock()

	temp := make(map[uint64][]prompb.Label, len(series))
	for _, s := range series {
		ls := processExternalLabels(s.Labels, t.externalLabels)
		rl := relabel.Process(ls, t.relabelConfigs...)
		if len(rl) == 0 {
			t.droppedSeries[s.Ref] = struct{}{}
			continue
		}
		temp[s.Ref] = labelsToLabelsProto(rl)
	}

	for ref, labels := range temp {
		t.seriesSegmentIndexes[ref] = index

		// We should not ever be replacing a series labels in the map, but just
		// in case we do we need to ensure we do not leak the replaced interned
		// strings.
		if orig, ok := t.seriesLabels[ref]; ok {
			release(orig)
		}
		t.seriesLabels[ref] = labels
	}
}
func (t *QueueManager) StoreSeries(series []tsdb.RefSeries, index int) {
	// Lock before any calls to labelsToLabels proto, as that's where string interning is done.
	t.seriesMtx.Lock()
	defer t.seriesMtx.Unlock()

	temp := make(map[uint64][]prompb.Label, len(series))
	for _, s := range series {
		ls := processExternalLabels(s.Labels, t.externalLabels)
		rl := relabel.Process(ls, t.relabelConfigs...)
		if len(rl) == 0 {
			t.droppedSeries[s.Ref] = struct{}{}
			continue
		}
		temp[s.Ref] = labelsToLabelsProto(rl)
	}

	for ref, labels := range temp {
		t.seriesSegmentIndexes[ref] = index

		// We should not ever be replacing a series labels in the map, but just
		// in case we do we need to ensure we do not leak the replaced interned
		// strings.
		if orig, ok := t.seriesLabels[ref]; ok {
			release(orig)
		}
		t.seriesLabels[ref] = labels
	}
}
// StoreSeries keeps track of which series we know about for lookups when sending samples to remote.