ts

type Datapoint struct {
	Timestamp time.Time
	Value     float64
}

type Datapoints []Datapoint

type Exemplar struct {
	Timestamp  time.Time
	Annotation []byte
}

type FixedResolutionMutableValues interface {
	MutableValues
	Resolution() time.Duration
	StepAtTime(t time.Time) int
	StartTimeForStep(n int) time.Time
	// Time when the series starts
	StartTime() time.Time
}

type MockValues struct {
	// contains filtered or unexported fields
}

type MockValuesMockRecorder struct {
	// contains filtered or unexported fields
}

type MutableValues interface {
	Values

	// Sets the value at the given entry
	SetValueAt(n int, v float64)
}

type Series struct {
	Tags models.Tags
	// contains filtered or unexported fields
}

type SeriesExemplar []Exemplar

type SeriesExemplarList []SeriesExemplar

type SeriesList []*Series

type Values interface {
	// Len returns the number of values present
	Len() int

	// ValueAt returns the value at the nth element
	ValueAt(n int) float64

	// DatapointAt returns the datapoint at the nth element
	DatapointAt(n int) Datapoint

	// Datapoints returns all the datapoints
	Datapoints() []Datapoint

	// AlignToBounds returns values aligned to given bounds. To belong to a step,
	// values should be <= stepTime and not stale.
	AlignToBounds(
		bounds models.Bounds,
		lookbackDuration time.Duration,
	) []Datapoints

	// AlignToBoundsNoWriteForward returns values aligned to the start time
	// and duration, but does not write points forward after aligning them. This
	// differs from AlignToBounds which will write points forwards if no
	// additional values are found in the values, adding an empty point instead.
	AlignToBoundsNoWriteForward(
		bounds models.Bounds,
		lookbackDuration time.Duration,
	) []Datapoints
}