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Add a chunk size limit in bytes (#12054)

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Add a chunk size limit in bytes

This creates a hard cap for XOR chunks of 1024 bytes.

The limit for histogram chunk is also 1024 bytes, but it is a soft limit as a histogram has a dynamic size, and even a single one could be larger than 1024 bytes.

This also avoids cutting new histogram chunks if the existing chunk has fewer than 10 histograms yet. In that way, we are accepting "jumbo chunks" in order to have at least 10 histograms in a chunk, allowing compression to kick in.

Signed-off-by: Justin Lei <justin.lei@grafana.com>
This commit is contained in:
Justin Lei 2023-08-24 06:21:17 -07:00 committed by GitHub
parent 798c5737a0
commit 8ef7dfdeeb
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GPG key ID: 4AEE18F83AFDEB23
20 changed files with 1104 additions and 805 deletions
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30
storage/buffer.go
View file

@ -19,7 +19,7 @@ import (
"github.com/prometheus/prometheus/model/histogram"
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/chunks"
)
// BufferedSeriesIterator wraps an iterator with a look-back buffer.
@ -69,7 +69,7 @@ func (b *BufferedSeriesIterator) ReduceDelta(delta int64) bool {
// PeekBack returns the nth previous element of the iterator. If there is none buffered,
// ok is false.
func (b *BufferedSeriesIterator) PeekBack(n int) (sample tsdbutil.Sample, ok bool) {
func (b *BufferedSeriesIterator) PeekBack(n int) (sample chunks.Sample, ok bool) {
return b.buf.nthLast(n)
}
@ -247,7 +247,7 @@ type sampleRing struct {
// allowed to be populated!) This avoids the overhead of the interface
// wrapper for the happy (and by far most common) case of homogenous
// samples.
iBuf []tsdbutil.Sample
iBuf []chunks.Sample
fBuf []fSample
hBuf []hSample
fhBuf []fhSample
@ -289,7 +289,7 @@ func newSampleRing(delta int64, size int, typ chunkenc.ValueType) *sampleRing {
case chunkenc.ValFloatHistogram:
r.fhBuf = make([]fhSample, size)
default:
r.iBuf = make([]tsdbutil.Sample, size)
r.iBuf = make([]chunks.Sample, size)
}
return r
}
@ -383,7 +383,7 @@ func (it *sampleRingIterator) AtT() int64 {
return it.t
}
func (r *sampleRing) at(i int) tsdbutil.Sample {
func (r *sampleRing) at(i int) chunks.Sample {
j := (r.f + i) % len(r.iBuf)
return r.iBuf[j]
}
@ -408,7 +408,7 @@ func (r *sampleRing) atFH(i int) fhSample {
// implementation. If you know you are dealing with one of the implementations
// from this package (fSample, hSample, fhSample), call one of the specialized
// methods addF, addH, or addFH for better performance.
func (r *sampleRing) add(s tsdbutil.Sample) {
func (r *sampleRing) add(s chunks.Sample) {
if r.bufInUse == noBuf {
// First sample.
switch s := s.(type) {
@ -519,7 +519,7 @@ func (r *sampleRing) addFH(s fhSample) {
}
}
// genericAdd is a generic implementation of adding a tsdbutil.Sample
// genericAdd is a generic implementation of adding a chunks.Sample
// implementation to a buffer of a sample ring. However, the Go compiler
// currently (go1.20) decides to not expand the code during compile time, but
// creates dynamic code to handle the different types. That has a significant
@ -529,7 +529,7 @@ func (r *sampleRing) addFH(s fhSample) {
// Therefore, genericAdd has been manually implemented for all the types
// (addSample, addF, addH, addFH) below.
//
// func genericAdd[T tsdbutil.Sample](s T, buf []T, r *sampleRing) []T {
// func genericAdd[T chunks.Sample](s T, buf []T, r *sampleRing) []T {
// l := len(buf)
// // Grow the ring buffer if it fits no more elements.
// if l == 0 {
@ -568,15 +568,15 @@ func (r *sampleRing) addFH(s fhSample) {
// }
// addSample is a handcoded specialization of genericAdd (see above).
func addSample(s tsdbutil.Sample, buf []tsdbutil.Sample, r *sampleRing) []tsdbutil.Sample {
func addSample(s chunks.Sample, buf []chunks.Sample, r *sampleRing) []chunks.Sample {
l := len(buf)
// Grow the ring buffer if it fits no more elements.
if l == 0 {
buf = make([]tsdbutil.Sample, 16)
buf = make([]chunks.Sample, 16)
l = 16
}
if l == r.l {
newBuf := make([]tsdbutil.Sample, 2*l)
newBuf := make([]chunks.Sample, 2*l)
copy(newBuf[l+r.f:], buf[r.f:])
copy(newBuf, buf[:r.f])
@ -748,7 +748,7 @@ func (r *sampleRing) reduceDelta(delta int64) bool {
return true
}
func genericReduceDelta[T tsdbutil.Sample](buf []T, r *sampleRing) {
func genericReduceDelta[T chunks.Sample](buf []T, r *sampleRing) {
// Free head of the buffer of samples that just fell out of the range.
l := len(buf)
tmin := buf[r.i].T() - r.delta
@ -762,7 +762,7 @@ func genericReduceDelta[T tsdbutil.Sample](buf []T, r *sampleRing) {
}
// nthLast returns the nth most recent element added to the ring.
func (r *sampleRing) nthLast(n int) (tsdbutil.Sample, bool) {
func (r *sampleRing) nthLast(n int) (chunks.Sample, bool) {
if n > r.l {
return fSample{}, false
}
@ -779,8 +779,8 @@ func (r *sampleRing) nthLast(n int) (tsdbutil.Sample, bool) {
}
}
func (r *sampleRing) samples() []tsdbutil.Sample {
res := make([]tsdbutil.Sample, r.l)
func (r *sampleRing) samples() []chunks.Sample {
res := make([]chunks.Sample, r.l)
k := r.f + r.l
var j int

391
storage/merge_test.go
View file

@ -25,6 +25,7 @@ import (
"github.com/prometheus/prometheus/model/labels"
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
)
@ -62,116 +63,116 @@ func TestMergeQuerierWithChainMerger(t *testing.T) {
{
name: "one querier, two series",
querierSeries: [][]Series{{
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
}},
expected: NewMockSeriesSet(
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
),
},
{
name: "two queriers, one different series each",
querierSeries: [][]Series{{
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
}, {
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
}},
expected: NewMockSeriesSet(
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
),
},
{
name: "two time unsorted queriers, two series each",
querierSeries: [][]Series{{
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}, fSample{4, 4}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}, fSample{4, 4}}),
}},
expected: NewMockSeriesSet(
NewListSeries(
labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}, fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}, fSample{6, 6}},
),
NewListSeries(
labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
),
),
},
{
name: "five queriers, only two queriers have two time unsorted series each",
querierSeries: [][]Series{{}, {}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}, fSample{4, 4}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}, fSample{4, 4}}),
}, {}},
expected: NewMockSeriesSet(
NewListSeries(
labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}, fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}, fSample{6, 6}},
),
NewListSeries(
labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
),
),
},
{
name: "two queriers, only two queriers have two time unsorted series each, with 3 noop and one nil querier together",
querierSeries: [][]Series{{}, {}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}, fSample{4, 4}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}, fSample{4, 4}}),
}, {}},
extraQueriers: []Querier{NoopQuerier(), NoopQuerier(), nil, NoopQuerier()},
expected: NewMockSeriesSet(
NewListSeries(
labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}, fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}, fSample{6, 6}},
),
NewListSeries(
labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
),
),
},
{
name: "two queriers, with two series, one is overlapping",
querierSeries: [][]Series{{}, {}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 21}, fSample{3, 31}, fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 21}, fSample{3, 31}, fSample{5, 5}, fSample{6, 6}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
}, {
NewListSeries(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 22}, fSample{3, 32}}),
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}, fSample{4, 4}}),
NewListSeries(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 22}, fSample{3, 32}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}, fSample{4, 4}}),
}, {}},
expected: NewMockSeriesSet(
NewListSeries(
labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 21}, fSample{3, 31}, fSample{5, 5}, fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 21}, fSample{3, 31}, fSample{5, 5}, fSample{6, 6}},
),
NewListSeries(
labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}},
),
),
},
{
name: "two queries, one with NaN samples series",
querierSeries: [][]Series{{
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, math.NaN()}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, math.NaN()}}),
}, {
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{1, 1}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{1, 1}}),
}},
expected: NewMockSeriesSet(
NewListSeries(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, math.NaN()}, fSample{1, 1}}),
NewListSeries(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, math.NaN()}, fSample{1, 1}}),
),
},
} {
@ -245,108 +246,108 @@ func TestMergeChunkQuerierWithNoVerticalChunkSeriesMerger(t *testing.T) {
{
name: "one querier, two series",
chkQuerierSeries: [][]ChunkSeries{{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
}},
expected: NewMockChunkSeriesSet(
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
),
},
{
name: "two secondaries, one different series each",
chkQuerierSeries: [][]ChunkSeries{{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
}, {
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
}},
expected: NewMockChunkSeriesSet(
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
),
},
{
name: "two secondaries, two not in time order series each",
chkQuerierSeries: [][]ChunkSeries{{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{5, 5}}, []tsdbutil.Sample{fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{5, 5}}, []chunks.Sample{fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
}, {
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}}, []tsdbutil.Sample{fSample{4, 4}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}}, []chunks.Sample{fSample{4, 4}}),
}},
expected: NewMockChunkSeriesSet(
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}},
[]tsdbutil.Sample{fSample{3, 3}},
[]tsdbutil.Sample{fSample{5, 5}},
[]tsdbutil.Sample{fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}},
[]chunks.Sample{fSample{3, 3}},
[]chunks.Sample{fSample{5, 5}},
[]chunks.Sample{fSample{6, 6}},
),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}},
[]tsdbutil.Sample{fSample{2, 2}},
[]tsdbutil.Sample{fSample{3, 3}},
[]tsdbutil.Sample{fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}},
[]chunks.Sample{fSample{2, 2}},
[]chunks.Sample{fSample{3, 3}},
[]chunks.Sample{fSample{4, 4}},
),
),
},
{
name: "five secondaries, only two have two not in time order series each",
chkQuerierSeries: [][]ChunkSeries{{}, {}, {
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{5, 5}}, []tsdbutil.Sample{fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{5, 5}}, []chunks.Sample{fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
}, {
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}}, []tsdbutil.Sample{fSample{4, 4}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}}, []chunks.Sample{fSample{4, 4}}),
}, {}},
expected: NewMockChunkSeriesSet(
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}},
[]tsdbutil.Sample{fSample{3, 3}},
[]tsdbutil.Sample{fSample{5, 5}},
[]tsdbutil.Sample{fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}},
[]chunks.Sample{fSample{3, 3}},
[]chunks.Sample{fSample{5, 5}},
[]chunks.Sample{fSample{6, 6}},
),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}},
[]tsdbutil.Sample{fSample{2, 2}},
[]tsdbutil.Sample{fSample{3, 3}},
[]tsdbutil.Sample{fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}},
[]chunks.Sample{fSample{2, 2}},
[]chunks.Sample{fSample{3, 3}},
[]chunks.Sample{fSample{4, 4}},
),
),
},
{
name: "two secondaries, with two not in time order series each, with 3 noop queries and one nil together",
chkQuerierSeries: [][]ChunkSeries{{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{5, 5}}, []tsdbutil.Sample{fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}}, []tsdbutil.Sample{fSample{2, 2}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{5, 5}}, []chunks.Sample{fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}}, []chunks.Sample{fSample{2, 2}}),
}, {
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{3, 3}}, []tsdbutil.Sample{fSample{4, 4}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{3, 3}}, []chunks.Sample{fSample{4, 4}}),
}},
extraQueriers: []ChunkQuerier{NoopChunkedQuerier(), NoopChunkedQuerier(), nil, NoopChunkedQuerier()},
expected: NewMockChunkSeriesSet(
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}},
[]tsdbutil.Sample{fSample{3, 3}},
[]tsdbutil.Sample{fSample{5, 5}},
[]tsdbutil.Sample{fSample{6, 6}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}},
[]chunks.Sample{fSample{3, 3}},
[]chunks.Sample{fSample{5, 5}},
[]chunks.Sample{fSample{6, 6}},
),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}},
[]tsdbutil.Sample{fSample{2, 2}},
[]tsdbutil.Sample{fSample{3, 3}},
[]tsdbutil.Sample{fSample{4, 4}},
[]chunks.Sample{fSample{0, 0}, fSample{1, 1}},
[]chunks.Sample{fSample{2, 2}},
[]chunks.Sample{fSample{3, 3}},
[]chunks.Sample{fSample{4, 4}},
),
),
},
{
name: "two queries, one with NaN samples series",
chkQuerierSeries: [][]ChunkSeries{{
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, math.NaN()}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, math.NaN()}}),
}, {
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{1, 1}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{1, 1}}),
}},
expected: NewMockChunkSeriesSet(
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []tsdbutil.Sample{fSample{0, math.NaN()}}, []tsdbutil.Sample{fSample{1, 1}}),
NewListChunkSeriesFromSamples(labels.FromStrings("foo", "bar"), []chunks.Sample{fSample{0, math.NaN()}}, []chunks.Sample{fSample{1, 1}}),
),
},
} {
@ -408,9 +409,9 @@ func TestCompactingChunkSeriesMerger(t *testing.T) {
{
name: "single series",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
},
{
name: "two empty series",
@ -423,142 +424,142 @@ func TestCompactingChunkSeriesMerger(t *testing.T) {
{
name: "two non overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{5, 5}}, []tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{5, 5}}, []chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
{
name: "two overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{8, 8}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{8, 8}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{7, 7}, fSample{8, 8}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{7, 7}, fSample{8, 8}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
{
name: "two duplicated",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
},
{
name: "three overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{0, 0}, fSample{4, 4}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{0, 0}, fSample{4, 4}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5}, fSample{6, 6}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5}, fSample{6, 6}}),
},
{
name: "three in chained overlap",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{4, 4}, fSample{6, 66}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{6, 6}, fSample{10, 10}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{4, 4}, fSample{6, 66}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{6, 6}, fSample{10, 10}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5}, fSample{6, 66}, fSample{10, 10}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5}, fSample{6, 66}, fSample{10, 10}}),
},
{
name: "three in chained overlap complex",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{0, 0}, fSample{5, 5}}, []tsdbutil.Sample{fSample{10, 10}, fSample{15, 15}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 2}, fSample{20, 20}}, []tsdbutil.Sample{fSample{25, 25}, fSample{30, 30}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{18, 18}, fSample{26, 26}}, []tsdbutil.Sample{fSample{31, 31}, fSample{35, 35}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{0, 0}, fSample{5, 5}}, []chunks.Sample{fSample{10, 10}, fSample{15, 15}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 2}, fSample{20, 20}}, []chunks.Sample{fSample{25, 25}, fSample{30, 30}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{18, 18}, fSample{26, 26}}, []chunks.Sample{fSample{31, 31}, fSample{35, 35}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{2, 2}, fSample{5, 5}, fSample{10, 10}, fSample{15, 15}, fSample{18, 18}, fSample{20, 20}, fSample{25, 25}, fSample{26, 26}, fSample{30, 30}},
[]tsdbutil.Sample{fSample{31, 31}, fSample{35, 35}},
[]chunks.Sample{fSample{0, 0}, fSample{2, 2}, fSample{5, 5}, fSample{10, 10}, fSample{15, 15}, fSample{18, 18}, fSample{20, 20}, fSample{25, 25}, fSample{26, 26}, fSample{30, 30}},
[]chunks.Sample{fSample{31, 31}, fSample{35, 35}},
),
},
{
name: "110 overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(0, 110)), // [0 - 110)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(60, 50)), // [60 - 110)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(0, 110)), // [0 - 110)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(60, 50)), // [60 - 110)
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
tsdbutil.GenerateSamples(0, 110),
chunks.GenerateSamples(0, 110),
),
},
{
name: "150 overlapping samples, split chunk",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(0, 90)), // [0 - 90)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(60, 90)), // [90 - 150)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(0, 90)), // [0 - 90)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(60, 90)), // [90 - 150)
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
tsdbutil.GenerateSamples(0, 120),
tsdbutil.GenerateSamples(120, 30),
chunks.GenerateSamples(0, 120),
chunks.GenerateSamples(120, 30),
),
},
{
name: "histogram chunks overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{histogramSample(0), histogramSample(5)}, []tsdbutil.Sample{histogramSample(10), histogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{histogramSample(2), histogramSample(20)}, []tsdbutil.Sample{histogramSample(25), histogramSample(30)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{histogramSample(18), histogramSample(26)}, []tsdbutil.Sample{histogramSample(31), histogramSample(35)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{histogramSample(0), histogramSample(5)}, []chunks.Sample{histogramSample(10), histogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{histogramSample(2), histogramSample(20)}, []chunks.Sample{histogramSample(25), histogramSample(30)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{histogramSample(18), histogramSample(26)}, []chunks.Sample{histogramSample(31), histogramSample(35)}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{histogramSample(0), histogramSample(2), histogramSample(5), histogramSample(10), histogramSample(15), histogramSample(18), histogramSample(20), histogramSample(25), histogramSample(26), histogramSample(30)},
[]tsdbutil.Sample{histogramSample(31), histogramSample(35)},
[]chunks.Sample{histogramSample(0), histogramSample(2), histogramSample(5), histogramSample(10), histogramSample(15), histogramSample(18), histogramSample(20), histogramSample(25), histogramSample(26), histogramSample(30)},
[]chunks.Sample{histogramSample(31), histogramSample(35)},
),
},
{
name: "histogram chunks overlapping with float chunks",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{histogramSample(0), histogramSample(5)}, []tsdbutil.Sample{histogramSample(10), histogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{12, 12}}, []tsdbutil.Sample{fSample{14, 14}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{histogramSample(0), histogramSample(5)}, []chunks.Sample{histogramSample(10), histogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{12, 12}}, []chunks.Sample{fSample{14, 14}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{histogramSample(0)},
[]tsdbutil.Sample{fSample{1, 1}},
[]tsdbutil.Sample{histogramSample(5), histogramSample(10)},
[]tsdbutil.Sample{fSample{12, 12}, fSample{14, 14}},
[]tsdbutil.Sample{histogramSample(15)},
[]chunks.Sample{histogramSample(0)},
[]chunks.Sample{fSample{1, 1}},
[]chunks.Sample{histogramSample(5), histogramSample(10)},
[]chunks.Sample{fSample{12, 12}, fSample{14, 14}},
[]chunks.Sample{histogramSample(15)},
),
},
{
name: "float histogram chunks overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{floatHistogramSample(0), floatHistogramSample(5)}, []tsdbutil.Sample{floatHistogramSample(10), floatHistogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{floatHistogramSample(2), floatHistogramSample(20)}, []tsdbutil.Sample{floatHistogramSample(25), floatHistogramSample(30)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{floatHistogramSample(18), floatHistogramSample(26)}, []tsdbutil.Sample{floatHistogramSample(31), floatHistogramSample(35)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{floatHistogramSample(0), floatHistogramSample(5)}, []chunks.Sample{floatHistogramSample(10), floatHistogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{floatHistogramSample(2), floatHistogramSample(20)}, []chunks.Sample{floatHistogramSample(25), floatHistogramSample(30)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{floatHistogramSample(18), floatHistogramSample(26)}, []chunks.Sample{floatHistogramSample(31), floatHistogramSample(35)}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{floatHistogramSample(0), floatHistogramSample(2), floatHistogramSample(5), floatHistogramSample(10), floatHistogramSample(15), floatHistogramSample(18), floatHistogramSample(20), floatHistogramSample(25), floatHistogramSample(26), floatHistogramSample(30)},
[]tsdbutil.Sample{floatHistogramSample(31), floatHistogramSample(35)},
[]chunks.Sample{floatHistogramSample(0), floatHistogramSample(2), floatHistogramSample(5), floatHistogramSample(10), floatHistogramSample(15), floatHistogramSample(18), floatHistogramSample(20), floatHistogramSample(25), floatHistogramSample(26), floatHistogramSample(30)},
[]chunks.Sample{floatHistogramSample(31), floatHistogramSample(35)},
),
},
{
name: "float histogram chunks overlapping with float chunks",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{floatHistogramSample(0), floatHistogramSample(5)}, []tsdbutil.Sample{floatHistogramSample(10), floatHistogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{12, 12}}, []tsdbutil.Sample{fSample{14, 14}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{floatHistogramSample(0), floatHistogramSample(5)}, []chunks.Sample{floatHistogramSample(10), floatHistogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{12, 12}}, []chunks.Sample{fSample{14, 14}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{floatHistogramSample(0)},
[]tsdbutil.Sample{fSample{1, 1}},
[]tsdbutil.Sample{floatHistogramSample(5), floatHistogramSample(10)},
[]tsdbutil.Sample{fSample{12, 12}, fSample{14, 14}},
[]tsdbutil.Sample{floatHistogramSample(15)},
[]chunks.Sample{floatHistogramSample(0)},
[]chunks.Sample{fSample{1, 1}},
[]chunks.Sample{floatHistogramSample(5), floatHistogramSample(10)},
[]chunks.Sample{fSample{12, 12}, fSample{14, 14}},
[]chunks.Sample{floatHistogramSample(15)},
),
},
{
name: "float histogram chunks overlapping with histogram chunks",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{floatHistogramSample(0), floatHistogramSample(5)}, []tsdbutil.Sample{floatHistogramSample(10), floatHistogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{histogramSample(1), histogramSample(12)}, []tsdbutil.Sample{histogramSample(14)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{floatHistogramSample(0), floatHistogramSample(5)}, []chunks.Sample{floatHistogramSample(10), floatHistogramSample(15)}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{histogramSample(1), histogramSample(12)}, []chunks.Sample{histogramSample(14)}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{floatHistogramSample(0)},
[]tsdbutil.Sample{histogramSample(1)},
[]tsdbutil.Sample{floatHistogramSample(5), floatHistogramSample(10)},
[]tsdbutil.Sample{histogramSample(12), histogramSample(14)},
[]tsdbutil.Sample{floatHistogramSample(15)},
[]chunks.Sample{floatHistogramSample(0)},
[]chunks.Sample{histogramSample(1)},
[]chunks.Sample{floatHistogramSample(5), floatHistogramSample(10)},
[]chunks.Sample{histogramSample(12), histogramSample(14)},
[]chunks.Sample{floatHistogramSample(15)},
),
},
} {
@ -592,9 +593,9 @@ func TestConcatenatingChunkSeriesMerger(t *testing.T) {
{
name: "single series",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}}),
},
{
name: "two empty series",
@ -607,92 +608,92 @@ func TestConcatenatingChunkSeriesMerger(t *testing.T) {
{
name: "two non overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{5, 5}}, []tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{5, 5}}, []chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
{
name: "two overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{8, 8}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{8, 8}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}}, []tsdbutil.Sample{fSample{3, 3}, fSample{8, 8}},
[]tsdbutil.Sample{fSample{7, 7}, fSample{9, 9}}, []tsdbutil.Sample{fSample{10, 10}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}}, []chunks.Sample{fSample{3, 3}, fSample{8, 8}},
[]chunks.Sample{fSample{7, 7}, fSample{9, 9}}, []chunks.Sample{fSample{10, 10}},
),
},
{
name: "two duplicated",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
),
},
{
name: "three overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{0, 0}, fSample{4, 4}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{6, 6}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{0, 0}, fSample{4, 4}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{6, 6}},
[]tsdbutil.Sample{fSample{0, 0}, fSample{4, 4}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{6, 6}},
[]chunks.Sample{fSample{0, 0}, fSample{4, 4}},
),
},
{
name: "three in chained overlap",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{4, 4}, fSample{6, 66}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{6, 6}, fSample{10, 10}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{4, 4}, fSample{6, 66}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{6, 6}, fSample{10, 10}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]tsdbutil.Sample{fSample{4, 4}, fSample{6, 66}},
[]tsdbutil.Sample{fSample{6, 6}, fSample{10, 10}},
[]chunks.Sample{fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{5, 5}},
[]chunks.Sample{fSample{4, 4}, fSample{6, 66}},
[]chunks.Sample{fSample{6, 6}, fSample{10, 10}},
),
},
{
name: "three in chained overlap complex",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{0, 0}, fSample{5, 5}}, []tsdbutil.Sample{fSample{10, 10}, fSample{15, 15}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{2, 2}, fSample{20, 20}}, []tsdbutil.Sample{fSample{25, 25}, fSample{30, 30}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []tsdbutil.Sample{fSample{18, 18}, fSample{26, 26}}, []tsdbutil.Sample{fSample{31, 31}, fSample{35, 35}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{0, 0}, fSample{5, 5}}, []chunks.Sample{fSample{10, 10}, fSample{15, 15}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{2, 2}, fSample{20, 20}}, []chunks.Sample{fSample{25, 25}, fSample{30, 30}}),
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), []chunks.Sample{fSample{18, 18}, fSample{26, 26}}, []chunks.Sample{fSample{31, 31}, fSample{35, 35}}),
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
[]tsdbutil.Sample{fSample{0, 0}, fSample{5, 5}}, []tsdbutil.Sample{fSample{10, 10}, fSample{15, 15}},
[]tsdbutil.Sample{fSample{2, 2}, fSample{20, 20}}, []tsdbutil.Sample{fSample{25, 25}, fSample{30, 30}},
[]tsdbutil.Sample{fSample{18, 18}, fSample{26, 26}}, []tsdbutil.Sample{fSample{31, 31}, fSample{35, 35}},
[]chunks.Sample{fSample{0, 0}, fSample{5, 5}}, []chunks.Sample{fSample{10, 10}, fSample{15, 15}},
[]chunks.Sample{fSample{2, 2}, fSample{20, 20}}, []chunks.Sample{fSample{25, 25}, fSample{30, 30}},
[]chunks.Sample{fSample{18, 18}, fSample{26, 26}}, []chunks.Sample{fSample{31, 31}, fSample{35, 35}},
),
},
{
name: "110 overlapping",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(0, 110)), // [0 - 110)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(60, 50)), // [60 - 110)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(0, 110)), // [0 - 110)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(60, 50)), // [60 - 110)
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
tsdbutil.GenerateSamples(0, 110),
tsdbutil.GenerateSamples(60, 50),
chunks.GenerateSamples(0, 110),
chunks.GenerateSamples(60, 50),
),
},
{
name: "150 overlapping samples, simply concatenated and no splits",
input: []ChunkSeries{
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(0, 90)), // [0 - 90)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), tsdbutil.GenerateSamples(60, 90)), // [90 - 150)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(0, 90)), // [0 - 90)
NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"), chunks.GenerateSamples(60, 90)), // [90 - 150)
},
expected: NewListChunkSeriesFromSamples(labels.FromStrings("bar", "baz"),
tsdbutil.GenerateSamples(0, 90),
tsdbutil.GenerateSamples(60, 90),
chunks.GenerateSamples(0, 90),
chunks.GenerateSamples(60, 90),
),
},
} {
@ -803,20 +804,20 @@ func (m *mockChunkSeriesSet) Warnings() Warnings { return nil }
func TestChainSampleIterator(t *testing.T) {
for _, tc := range []struct {
input []chunkenc.Iterator
expected []tsdbutil.Sample
expected []chunks.Sample
}{
{
input: []chunkenc.Iterator{
NewListSeriesIterator(samples{fSample{0, 0}, fSample{1, 1}}),
},
expected: []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}},
expected: []chunks.Sample{fSample{0, 0}, fSample{1, 1}},
},
{
input: []chunkenc.Iterator{
NewListSeriesIterator(samples{fSample{0, 0}, fSample{1, 1}}),
NewListSeriesIterator(samples{fSample{2, 2}, fSample{3, 3}}),
},
expected: []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}},
expected: []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}},
},
{
input: []chunkenc.Iterator{
@ -824,7 +825,7 @@ func TestChainSampleIterator(t *testing.T) {
NewListSeriesIterator(samples{fSample{1, 1}, fSample{4, 4}}),
NewListSeriesIterator(samples{fSample{2, 2}, fSample{5, 5}}),
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5},
},
},
@ -838,7 +839,7 @@ func TestChainSampleIterator(t *testing.T) {
NewListSeriesIterator(samples{}),
NewListSeriesIterator(samples{}),
},
expected: []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}},
expected: []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}},
},
} {
merged := ChainSampleIteratorFromIterators(nil, tc.input)
@ -852,14 +853,14 @@ func TestChainSampleIteratorSeek(t *testing.T) {
for _, tc := range []struct {
input []chunkenc.Iterator
seek int64
expected []tsdbutil.Sample
expected []chunks.Sample
}{
{
input: []chunkenc.Iterator{
NewListSeriesIterator(samples{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
},
seek: 1,
expected: []tsdbutil.Sample{fSample{1, 1}, fSample{2, 2}},
expected: []chunks.Sample{fSample{1, 1}, fSample{2, 2}},
},
{
input: []chunkenc.Iterator{
@ -867,7 +868,7 @@ func TestChainSampleIteratorSeek(t *testing.T) {
NewListSeriesIterator(samples{fSample{2, 2}, fSample{3, 3}}),
},
seek: 2,
expected: []tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}},
expected: []chunks.Sample{fSample{2, 2}, fSample{3, 3}},
},
{
input: []chunkenc.Iterator{
@ -876,7 +877,7 @@ func TestChainSampleIteratorSeek(t *testing.T) {
NewListSeriesIterator(samples{fSample{2, 2}, fSample{5, 5}}),
},
seek: 2,
expected: []tsdbutil.Sample{fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5}},
expected: []chunks.Sample{fSample{2, 2}, fSample{3, 3}, fSample{4, 4}, fSample{5, 5}},
},
{
input: []chunkenc.Iterator{
@ -884,11 +885,11 @@ func TestChainSampleIteratorSeek(t *testing.T) {
NewListSeriesIterator(samples{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}}),
},
seek: 0,
expected: []tsdbutil.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}},
expected: []chunks.Sample{fSample{0, 0}, fSample{1, 1}, fSample{2, 2}, fSample{3, 3}},
},
} {
merged := ChainSampleIteratorFromIterators(nil, tc.input)
actual := []tsdbutil.Sample{}
actual := []chunks.Sample{}
if merged.Seek(tc.seek) == chunkenc.ValFloat {
t, f := merged.At()
actual = append(actual, fSample{t, f})
@ -904,7 +905,7 @@ func makeSeries(numSeries, numSamples int) []Series {
series := []Series{}
for j := 0; j < numSeries; j++ {
labels := labels.FromStrings("foo", fmt.Sprintf("bar%d", j))
samples := []tsdbutil.Sample{}
samples := []chunks.Sample{}
for k := 0; k < numSamples; k++ {
samples = append(samples, fSample{t: int64(k), f: float64(k)})
}

14
storage/remote/read_handler_test.go
View file

File diff suppressed because one or more lines are too long

23
storage/series.go
View file

@ -22,7 +22,6 @@ import (
"github.com/prometheus/prometheus/model/labels"
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
)
type SeriesEntry struct {
@ -42,7 +41,7 @@ func (s *ChunkSeriesEntry) Labels() labels.Labels { return
func (s *ChunkSeriesEntry) Iterator(it chunks.Iterator) chunks.Iterator { return s.ChunkIteratorFn(it) }
// NewListSeries returns series entry with iterator that allows to iterate over provided samples.
func NewListSeries(lset labels.Labels, s []tsdbutil.Sample) *SeriesEntry {
func NewListSeries(lset labels.Labels, s []chunks.Sample) *SeriesEntry {
samplesS := Samples(samples(s))
return &SeriesEntry{
Lset: lset,
@ -59,10 +58,10 @@ func NewListSeries(lset labels.Labels, s []tsdbutil.Sample) *SeriesEntry {
// NewListChunkSeriesFromSamples returns chunk series entry that allows to iterate over provided samples.
// NOTE: It uses inefficient chunks encoding implementation, not caring about chunk size.
// Use only for testing.
func NewListChunkSeriesFromSamples(lset labels.Labels, samples ...[]tsdbutil.Sample) *ChunkSeriesEntry {
func NewListChunkSeriesFromSamples(lset labels.Labels, samples ...[]chunks.Sample) *ChunkSeriesEntry {
chksFromSamples := make([]chunks.Meta, 0, len(samples))
for _, s := range samples {
cfs, err := tsdbutil.ChunkFromSamples(s)
cfs, err := chunks.ChunkFromSamples(s)
if err != nil {
return &ChunkSeriesEntry{
Lset: lset,
@ -98,14 +97,14 @@ type listSeriesIterator struct {
idx int
}
type samples []tsdbutil.Sample
type samples []chunks.Sample
func (s samples) Get(i int) tsdbutil.Sample { return s[i] }
func (s samples) Len() int { return len(s) }
func (s samples) Get(i int) chunks.Sample { return s[i] }
func (s samples) Len() int { return len(s) }
// Samples interface allows to work on arrays of types that are compatible with tsdbutil.Sample.
// Samples interface allows to work on arrays of types that are compatible with chunks.Sample.
type Samples interface {
Get(i int) tsdbutil.Sample
Get(i int) chunks.Sample
Len() int
}
@ -412,9 +411,9 @@ func (e errChunksIterator) Err() error { return e.err }
// ExpandSamples iterates over all samples in the iterator, buffering all in slice.
// Optionally it takes samples constructor, useful when you want to compare sample slices with different
// sample implementations. if nil, sample type from this package will be used.
func ExpandSamples(iter chunkenc.Iterator, newSampleFn func(t int64, f float64, h *histogram.Histogram, fh *histogram.FloatHistogram) tsdbutil.Sample) ([]tsdbutil.Sample, error) {
func ExpandSamples(iter chunkenc.Iterator, newSampleFn func(t int64, f float64, h *histogram.Histogram, fh *histogram.FloatHistogram) chunks.Sample) ([]chunks.Sample, error) {
if newSampleFn == nil {
newSampleFn = func(t int64, f float64, h *histogram.Histogram, fh *histogram.FloatHistogram) tsdbutil.Sample {
newSampleFn = func(t int64, f float64, h *histogram.Histogram, fh *histogram.FloatHistogram) chunks.Sample {
switch {
case h != nil:
return hSample{t, h}
@ -426,7 +425,7 @@ func ExpandSamples(iter chunkenc.Iterator, newSampleFn func(t int64, f float64,
}
}
var result []tsdbutil.Sample
var result []chunks.Sample
for {
switch iter.Next() {
case chunkenc.ValNone:

51
storage/series_test.go
View file

@ -25,7 +25,6 @@ import (
"github.com/prometheus/prometheus/model/value"
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
)
func TestListSeriesIterator(t *testing.T) {
@ -78,11 +77,11 @@ func TestListSeriesIterator(t *testing.T) {
func TestChunkSeriesSetToSeriesSet(t *testing.T) {
series := []struct {
lbs labels.Labels
samples []tsdbutil.Sample
samples []chunks.Sample
}{
{
lbs: labels.FromStrings("__name__", "up", "instance", "localhost:8080"),
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fSample{t: 1, f: 1},
fSample{t: 2, f: 2},
fSample{t: 3, f: 3},
@ -90,7 +89,7 @@ func TestChunkSeriesSetToSeriesSet(t *testing.T) {
},
}, {
lbs: labels.FromStrings("__name__", "up", "instance", "localhost:8081"),
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fSample{t: 1, f: 2},
fSample{t: 2, f: 3},
fSample{t: 3, f: 4},
@ -126,7 +125,7 @@ func TestChunkSeriesSetToSeriesSet(t *testing.T) {
}
type histogramTest struct {
samples []tsdbutil.Sample
samples []chunks.Sample
expectedCounterResetHeaders []chunkenc.CounterResetHeader
}
@ -270,34 +269,34 @@ func TestHistogramSeriesToChunks(t *testing.T) {
tests := map[string]histogramTest{
"single histogram to single chunk": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: h1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset},
},
"two histograms encoded to a single chunk": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: h1},
hSample{t: 2, h: h2},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset},
},
"two histograms encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: h2},
hSample{t: 2, h: h1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.CounterReset},
},
"histogram and stale sample encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: staleHistogram},
hSample{t: 2, h: h1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.UnknownCounterReset},
},
"histogram and reduction in bucket encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: h1},
hSample{t: 2, h: h2down},
},
@ -305,34 +304,34 @@ func TestHistogramSeriesToChunks(t *testing.T) {
},
// Float histograms.
"single float histogram to single chunk": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: fh1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset},
},
"two float histograms encoded to a single chunk": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: fh1},
fhSample{t: 2, fh: fh2},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset},
},
"two float histograms encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: fh2},
fhSample{t: 2, fh: fh1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.CounterReset},
},
"float histogram and stale sample encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: staleFloatHistogram},
fhSample{t: 2, fh: fh1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.UnknownCounterReset},
},
"float histogram and reduction in bucket encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: fh1},
fhSample{t: 2, fh: fh2down},
},
@ -340,61 +339,61 @@ func TestHistogramSeriesToChunks(t *testing.T) {
},
// Mixed.
"histogram and float histogram encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: h1},
fhSample{t: 2, fh: fh2},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.UnknownCounterReset},
},
"float histogram and histogram encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: fh1},
hSample{t: 2, h: h2},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.UnknownCounterReset},
},
"histogram and stale float histogram encoded to two chunks": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: h1},
fhSample{t: 2, fh: staleFloatHistogram},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.UnknownCounterReset, chunkenc.UnknownCounterReset},
},
"single gauge histogram encoded to one chunk": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: gh1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.GaugeType},
},
"two gauge histograms encoded to one chunk when counter increases": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: gh1},
hSample{t: 2, h: gh2},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.GaugeType},
},
"two gauge histograms encoded to one chunk when counter decreases": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
hSample{t: 1, h: gh2},
hSample{t: 2, h: gh1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.GaugeType},
},
"single gauge float histogram encoded to one chunk": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: gfh1},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.GaugeType},
},
"two float gauge histograms encoded to one chunk when counter increases": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: gfh1},
fhSample{t: 2, fh: gfh2},
},
expectedCounterResetHeaders: []chunkenc.CounterResetHeader{chunkenc.GaugeType},
},
"two float gauge histograms encoded to one chunk when counter decreases": {
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
fhSample{t: 1, fh: gfh2},
fhSample{t: 2, fh: gfh1},
},
@ -411,7 +410,7 @@ func TestHistogramSeriesToChunks(t *testing.T) {
func testHistogramsSeriesToChunks(t *testing.T, test histogramTest) {
lbs := labels.FromStrings("__name__", "up", "instance", "localhost:8080")
copiedSamples := []tsdbutil.Sample{}
copiedSamples := []chunks.Sample{}
for _, s := range test.samples {
switch cs := s.(type) {
case hSample:
@ -470,7 +469,7 @@ func testHistogramsSeriesToChunks(t *testing.T, test histogramTest) {
}
}
func expandHistogramSamples(chunks []chunks.Meta) (result []tsdbutil.Sample) {
func expandHistogramSamples(chunks []chunks.Meta) (result []chunks.Sample) {
if len(chunks) == 0 {
return
}

5
tsdb/agent/db_test.go
View file

@ -33,6 +33,7 @@ import (
"github.com/prometheus/prometheus/storage"
"github.com/prometheus/prometheus/storage/remote"
"github.com/prometheus/prometheus/tsdb"
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/record"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/wlog"
@ -132,7 +133,7 @@ func TestCommit(t *testing.T) {
lset := labels.New(l...)
for i := 0; i < numDatapoints; i++ {
sample := tsdbutil.GenerateSamples(0, 1)
sample := chunks.GenerateSamples(0, 1)
ref, err := app.Append(0, lset, sample[0].T(), sample[0].F())
require.NoError(t, err)
@ -247,7 +248,7 @@ func TestRollback(t *testing.T) {
lset := labels.New(l...)
for i := 0; i < numDatapoints; i++ {
sample := tsdbutil.GenerateSamples(0, 1)
sample := chunks.GenerateSamples(0, 1)
_, err := app.Append(0, lset, sample[0].T(), sample[0].F())
require.NoError(t, err)
}

33
tsdb/block_test.go
View file

@ -36,7 +36,6 @@ import (
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/fileutil"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/wlog"
)
@ -175,7 +174,7 @@ func TestCorruptedChunk(t *testing.T) {
t.Run(tc.name, func(t *testing.T) {
tmpdir := t.TempDir()
series := storage.NewListSeries(labels.FromStrings("a", "b"), []tsdbutil.Sample{sample{1, 1, nil, nil}})
series := storage.NewListSeries(labels.FromStrings("a", "b"), []chunks.Sample{sample{1, 1, nil, nil}})
blockDir := createBlock(t, tmpdir, []storage.Series{series})
files, err := sequenceFiles(chunkDir(blockDir))
require.NoError(t, err)
@ -218,7 +217,7 @@ func TestLabelValuesWithMatchers(t *testing.T) {
seriesEntries = append(seriesEntries, storage.NewListSeries(labels.FromStrings(
"tens", fmt.Sprintf("value%d", i/10),
"unique", fmt.Sprintf("value%d", i),
), []tsdbutil.Sample{sample{100, 0, nil, nil}}))
), []chunks.Sample{sample{100, 0, nil, nil}}))
}
blockDir := createBlock(t, tmpdir, seriesEntries)
@ -353,12 +352,12 @@ func TestReadIndexFormatV1(t *testing.T) {
q, err := NewBlockQuerier(block, 0, 1000)
require.NoError(t, err)
require.Equal(t, query(t, q, labels.MustNewMatcher(labels.MatchEqual, "foo", "bar")),
map[string][]tsdbutil.Sample{`{foo="bar"}`: {sample{t: 1, f: 2}}})
map[string][]chunks.Sample{`{foo="bar"}`: {sample{t: 1, f: 2}}})
q, err = NewBlockQuerier(block, 0, 1000)
require.NoError(t, err)
require.Equal(t, query(t, q, labels.MustNewMatcher(labels.MatchNotRegexp, "foo", "^.?$")),
map[string][]tsdbutil.Sample{
map[string][]chunks.Sample{
`{foo="bar"}`: {sample{t: 1, f: 2}},
`{foo="baz"}`: {sample{t: 3, f: 4}},
})
@ -376,7 +375,7 @@ func BenchmarkLabelValuesWithMatchers(b *testing.B) {
"a_unique", fmt.Sprintf("value%d", i),
"b_tens", fmt.Sprintf("value%d", i/(metricCount/10)),
"c_ninety", fmt.Sprintf("value%d", i/(metricCount/10)/9), // "0" for the first 90%, then "1"
), []tsdbutil.Sample{sample{100, 0, nil, nil}}))
), []chunks.Sample{sample{100, 0, nil, nil}}))
}
blockDir := createBlock(b, tmpdir, seriesEntries)
@ -412,13 +411,13 @@ func TestLabelNamesWithMatchers(t *testing.T) {
for i := 0; i < 100; i++ {
seriesEntries = append(seriesEntries, storage.NewListSeries(labels.FromStrings(
"unique", fmt.Sprintf("value%d", i),
), []tsdbutil.Sample{sample{100, 0, nil, nil}}))
), []chunks.Sample{sample{100, 0, nil, nil}}))
if i%10 == 0 {
seriesEntries = append(seriesEntries, storage.NewListSeries(labels.FromStrings(
"tens", fmt.Sprintf("value%d", i/10),
"unique", fmt.Sprintf("value%d", i),
), []tsdbutil.Sample{sample{100, 0, nil, nil}}))
), []chunks.Sample{sample{100, 0, nil, nil}}))
}
if i%20 == 0 {
@ -426,7 +425,7 @@ func TestLabelNamesWithMatchers(t *testing.T) {
"tens", fmt.Sprintf("value%d", i/10),
"twenties", fmt.Sprintf("value%d", i/20),
"unique", fmt.Sprintf("value%d", i),
), []tsdbutil.Sample{sample{100, 0, nil, nil}}))
), []chunks.Sample{sample{100, 0, nil, nil}}))
}
}
@ -552,7 +551,7 @@ func createHeadWithOOOSamples(tb testing.TB, w *wlog.WL, series []storage.Series
require.NoError(tb, err)
oooSampleLabels := make([]labels.Labels, 0, len(series))
oooSamples := make([]tsdbutil.SampleSlice, 0, len(series))
oooSamples := make([]chunks.SampleSlice, 0, len(series))
var it chunkenc.Iterator
totalSamples := 0
@ -561,7 +560,7 @@ func createHeadWithOOOSamples(tb testing.TB, w *wlog.WL, series []storage.Series
ref := storage.SeriesRef(0)
it = s.Iterator(it)
lset := s.Labels()
os := tsdbutil.SampleSlice{}
os := chunks.SampleSlice{}
count := 0
for it.Next() == chunkenc.ValFloat {
totalSamples++
@ -612,14 +611,14 @@ const (
// genSeries generates series of float64 samples with a given number of labels and values.
func genSeries(totalSeries, labelCount int, mint, maxt int64) []storage.Series {
return genSeriesFromSampleGenerator(totalSeries, labelCount, mint, maxt, 1, func(ts int64) tsdbutil.Sample {
return genSeriesFromSampleGenerator(totalSeries, labelCount, mint, maxt, 1, func(ts int64) chunks.Sample {
return sample{t: ts, f: rand.Float64()}
})
}
// genHistogramSeries generates series of histogram samples with a given number of labels and values.
func genHistogramSeries(totalSeries, labelCount int, mint, maxt, step int64, floatHistogram bool) []storage.Series {
return genSeriesFromSampleGenerator(totalSeries, labelCount, mint, maxt, step, func(ts int64) tsdbutil.Sample {
return genSeriesFromSampleGenerator(totalSeries, labelCount, mint, maxt, step, func(ts int64) chunks.Sample {
h := &histogram.Histogram{
Count: 7 + uint64(ts*5),
ZeroCount: 2 + uint64(ts),
@ -653,7 +652,7 @@ func genHistogramSeries(totalSeries, labelCount int, mint, maxt, step int64, flo
func genHistogramAndFloatSeries(totalSeries, labelCount int, mint, maxt, step int64, floatHistogram bool) []storage.Series {
floatSample := false
count := 0
return genSeriesFromSampleGenerator(totalSeries, labelCount, mint, maxt, step, func(ts int64) tsdbutil.Sample {
return genSeriesFromSampleGenerator(totalSeries, labelCount, mint, maxt, step, func(ts int64) chunks.Sample {
count++
var s sample
if floatSample {
@ -694,7 +693,7 @@ func genHistogramAndFloatSeries(totalSeries, labelCount int, mint, maxt, step in
})
}
func genSeriesFromSampleGenerator(totalSeries, labelCount int, mint, maxt, step int64, generator func(ts int64) tsdbutil.Sample) []storage.Series {
func genSeriesFromSampleGenerator(totalSeries, labelCount int, mint, maxt, step int64, generator func(ts int64) chunks.Sample) []storage.Series {
if totalSeries == 0 || labelCount == 0 {
return nil
}
@ -707,7 +706,7 @@ func genSeriesFromSampleGenerator(totalSeries, labelCount int, mint, maxt, step
for j := 1; len(lbls) < labelCount; j++ {
lbls[defaultLabelName+strconv.Itoa(j)] = defaultLabelValue + strconv.Itoa(j)
}
samples := make([]tsdbutil.Sample, 0, (maxt-mint)/step+1)
samples := make([]chunks.Sample, 0, (maxt-mint)/step+1)
for t := mint; t < maxt; t += step {
samples = append(samples, generator(t))
}
@ -727,7 +726,7 @@ func populateSeries(lbls []map[string]string, mint, maxt int64) []storage.Series
if len(lbl) == 0 {
continue
}
samples := make([]tsdbutil.Sample, 0, maxt-mint+1)
samples := make([]chunks.Sample, 0, maxt-mint+1)
for t := mint; t <= maxt; t++ {
samples = append(samples, sample{t: t, f: rand.Float64()})
}

8
tsdb/blockwriter_test.go
View file

@ -23,7 +23,7 @@ import (
"github.com/stretchr/testify/require"
"github.com/prometheus/prometheus/model/labels"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/chunks"
)
func TestBlockWriter(t *testing.T) {
@ -52,9 +52,9 @@ func TestBlockWriter(t *testing.T) {
q, err := NewBlockQuerier(b, math.MinInt64, math.MaxInt64)
require.NoError(t, err)
series := query(t, q, labels.MustNewMatcher(labels.MatchRegexp, "", ".*"))
sample1 := []tsdbutil.Sample{sample{t: ts1, f: v1}}
sample2 := []tsdbutil.Sample{sample{t: ts2, f: v2}}
expectedSeries := map[string][]tsdbutil.Sample{"{a=\"b\"}": sample1, "{c=\"d\"}": sample2}
sample1 := []chunks.Sample{sample{t: ts1, f: v1}}
sample2 := []chunks.Sample{sample{t: ts2, f: v2}}
expectedSeries := map[string][]chunks.Sample{"{a=\"b\"}": sample1, "{c=\"d\"}": sample2}
require.Equal(t, expectedSeries, series)
require.NoError(t, w.Close())

14
tsdb/chunkenc/chunk.go
View file

@ -52,6 +52,20 @@ func IsValidEncoding(e Encoding) bool {
return e == EncXOR || e == EncHistogram || e == EncFloatHistogram
}
const (
// MaxBytesPerXORChunk is the maximum size an XOR chunk can be.
MaxBytesPerXORChunk = 1024
// TargetBytesPerHistogramChunk sets a size target for each histogram chunk.
TargetBytesPerHistogramChunk = 1024
// MinSamplesPerHistogramChunk sets a minimum sample count for histogram chunks. This is desirable because a single
// histogram sample can be larger than TargetBytesPerHistogramChunk but we want to avoid too-small sample count
// chunks so we can achieve some measure of compression advantage even while dealing with really large histograms.
// Note that this minimum sample count is not enforced across chunk range boundaries (for example, if the chunk
// range is 100 and the first sample in the chunk range is 99, the next sample will be included in a new chunk
// resulting in the old chunk containing only a single sample).
MinSamplesPerHistogramChunk = 10
)
// Chunk holds a sequence of sample pairs that can be iterated over and appended to.
type Chunk interface {
// Bytes returns the underlying byte slice of the chunk.

67
tsdb/chunks/chunks.go
View file

@ -140,6 +140,73 @@ type Meta struct {
OOOLastMinTime, OOOLastMaxTime int64
}
// ChunkFromSamples requires all samples to have the same type.
func ChunkFromSamples(s []Sample) (Meta, error) {
return ChunkFromSamplesGeneric(SampleSlice(s))
}
// ChunkFromSamplesGeneric requires all samples to have the same type.
func ChunkFromSamplesGeneric(s Samples) (Meta, error) {
emptyChunk := Meta{Chunk: chunkenc.NewXORChunk()}
mint, maxt := int64(0), int64(0)
if s.Len() > 0 {
mint, maxt = s.Get(0).T(), s.Get(s.Len()-1).T()
}
if s.Len() == 0 {
return emptyChunk, nil
}
sampleType := s.Get(0).Type()
c, err := chunkenc.NewEmptyChunk(sampleType.ChunkEncoding())
if err != nil {
return Meta{}, err
}
ca, _ := c.Appender()
var newChunk chunkenc.Chunk
for i := 0; i < s.Len(); i++ {
switch sampleType {
case chunkenc.ValFloat:
ca.Append(s.Get(i).T(), s.Get(i).F())
case chunkenc.ValHistogram:
newChunk, _, ca, err = ca.AppendHistogram(nil, s.Get(i).T(), s.Get(i).H(), false)
if err != nil {
return emptyChunk, err
}
if newChunk != nil {
return emptyChunk, fmt.Errorf("did not expect to start a second chunk")
}
case chunkenc.ValFloatHistogram:
newChunk, _, ca, err = ca.AppendFloatHistogram(nil, s.Get(i).T(), s.Get(i).FH(), false)
if err != nil {
return emptyChunk, err
}
if newChunk != nil {
return emptyChunk, fmt.Errorf("did not expect to start a second chunk")
}
default:
panic(fmt.Sprintf("unknown sample type %s", sampleType.String()))
}
}
return Meta{
MinTime: mint,
MaxTime: maxt,
Chunk: c,
}, nil
}
// PopulatedChunk creates a chunk populated with samples every second starting at minTime
func PopulatedChunk(numSamples int, minTime int64) (Meta, error) {
samples := make([]Sample, numSamples)
for i := 0; i < numSamples; i++ {
samples[i] = sample{t: minTime + int64(i*1000), f: 1.0}
}
return ChunkFromSamples(samples)
}
// Iterator iterates over the chunks of a single time series.
type Iterator interface {
// At returns the current meta.

89
tsdb/chunks/samples.go Normal file
View file

@ -0,0 +1,89 @@
// Copyright 2023 The Prometheus Authors
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
package chunks
import (
"github.com/prometheus/prometheus/model/histogram"
"github.com/prometheus/prometheus/tsdb/chunkenc"
)
type Samples interface {
Get(i int) Sample
Len() int
}
type Sample interface {
T() int64
F() float64
H() *histogram.Histogram
FH() *histogram.FloatHistogram
Type() chunkenc.ValueType
}
type SampleSlice []Sample
func (s SampleSlice) Get(i int) Sample { return s[i] }
func (s SampleSlice) Len() int { return len(s) }
type sample struct {
t int64
f float64
h *histogram.Histogram
fh *histogram.FloatHistogram
}
func (s sample) T() int64 {
return s.t
}
func (s sample) F() float64 {
return s.f
}
func (s sample) H() *histogram.Histogram {
return s.h
}
func (s sample) FH() *histogram.FloatHistogram {
return s.fh
}
func (s sample) Type() chunkenc.ValueType {
switch {
case s.h != nil:
return chunkenc.ValHistogram
case s.fh != nil:
return chunkenc.ValFloatHistogram
default:
return chunkenc.ValFloat
}
}
// GenerateSamples starting at start and counting up numSamples.
func GenerateSamples(start, numSamples int) []Sample {
return generateSamples(start, numSamples, func(i int) Sample {
return sample{
t: int64(i),
f: float64(i),
}
})
}
func generateSamples(start, numSamples int, gen func(int) Sample) []Sample {
samples := make([]Sample, 0, numSamples)
for i := start; i < start+numSamples; i++ {
samples = append(samples, gen(i))
}
return samples
}

9
tsdb/compact_test.go
View file

@ -38,7 +38,6 @@ import (
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/fileutil"
"github.com/prometheus/prometheus/tsdb/tombstones"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/wlog"
)
@ -1316,7 +1315,7 @@ func TestHeadCompactionWithHistograms(t *testing.T) {
minute := func(m int) int64 { return int64(m) * time.Minute.Milliseconds() }
ctx := context.Background()
appendHistogram := func(
lbls labels.Labels, from, to int, h *histogram.Histogram, exp *[]tsdbutil.Sample,
lbls labels.Labels, from, to int, h *histogram.Histogram, exp *[]chunks.Sample,
) {
t.Helper()
app := head.Appender(ctx)
@ -1345,7 +1344,7 @@ func TestHeadCompactionWithHistograms(t *testing.T) {
}
require.NoError(t, app.Commit())
}
appendFloat := func(lbls labels.Labels, from, to int, exp *[]tsdbutil.Sample) {
appendFloat := func(lbls labels.Labels, from, to int, exp *[]chunks.Sample) {
t.Helper()
app := head.Appender(ctx)
for tsMinute := from; tsMinute <= to; tsMinute++ {
@ -1361,7 +1360,7 @@ func TestHeadCompactionWithHistograms(t *testing.T) {
series2 = labels.FromStrings("foo", "bar2")
series3 = labels.FromStrings("foo", "bar3")
series4 = labels.FromStrings("foo", "bar4")
exp1, exp2, exp3, exp4 []tsdbutil.Sample
exp1, exp2, exp3, exp4 []chunks.Sample
)
h := &histogram.Histogram{
Count: 15,
@ -1419,7 +1418,7 @@ func TestHeadCompactionWithHistograms(t *testing.T) {
require.NoError(t, err)
actHists := query(t, q, labels.MustNewMatcher(labels.MatchRegexp, "foo", "bar.*"))
require.Equal(t, map[string][]tsdbutil.Sample{
require.Equal(t, map[string][]chunks.Sample{
series1.String(): exp1,
series2.String(): exp2,
series3.String(): exp3,

226
tsdb/db_test.go
View file

@ -87,18 +87,18 @@ func openTestDB(t testing.TB, opts *Options, rngs []int64) (db *DB) {
}
// query runs a matcher query against the querier and fully expands its data.
func query(t testing.TB, q storage.Querier, matchers ...*labels.Matcher) map[string][]tsdbutil.Sample {
func query(t testing.TB, q storage.Querier, matchers ...*labels.Matcher) map[string][]chunks.Sample {
ss := q.Select(false, nil, matchers...)
defer func() {
require.NoError(t, q.Close())
}()
var it chunkenc.Iterator
result := map[string][]tsdbutil.Sample{}
result := map[string][]chunks.Sample{}
for ss.Next() {
series := ss.At()
samples := []tsdbutil.Sample{}
samples := []chunks.Sample{}
it = series.Iterator(it)
for typ := it.Next(); typ != chunkenc.ValNone; typ = it.Next() {
switch typ {
@ -131,12 +131,12 @@ func query(t testing.TB, q storage.Querier, matchers ...*labels.Matcher) map[str
}
// queryAndExpandChunks runs a matcher query against the querier and fully expands its data into samples.
func queryAndExpandChunks(t testing.TB, q storage.ChunkQuerier, matchers ...*labels.Matcher) map[string][][]tsdbutil.Sample {
func queryAndExpandChunks(t testing.TB, q storage.ChunkQuerier, matchers ...*labels.Matcher) map[string][][]chunks.Sample {
s := queryChunks(t, q, matchers...)
res := make(map[string][][]tsdbutil.Sample)
res := make(map[string][][]chunks.Sample)
for k, v := range s {
var samples [][]tsdbutil.Sample
var samples [][]chunks.Sample
for _, chk := range v {
sam, err := storage.ExpandSamples(chk.Chunk.Iterator(nil), nil)
require.NoError(t, err)
@ -222,7 +222,7 @@ func TestDataAvailableOnlyAfterCommit(t *testing.T) {
querier, err := db.Querier(context.TODO(), 0, 1)
require.NoError(t, err)
seriesSet := query(t, querier, labels.MustNewMatcher(labels.MatchEqual, "foo", "bar"))
require.Equal(t, map[string][]tsdbutil.Sample{}, seriesSet)
require.Equal(t, map[string][]chunks.Sample{}, seriesSet)
err = app.Commit()
require.NoError(t, err)
@ -233,7 +233,7 @@ func TestDataAvailableOnlyAfterCommit(t *testing.T) {
seriesSet = query(t, querier, labels.MustNewMatcher(labels.MatchEqual, "foo", "bar"))
require.Equal(t, map[string][]tsdbutil.Sample{`{foo="bar"}`: {sample{t: 0, f: 0}}}, seriesSet)
require.Equal(t, map[string][]chunks.Sample{`{foo="bar"}`: {sample{t: 0, f: 0}}}, seriesSet)
}
// TestNoPanicAfterWALCorruption ensures that querying the db after a WAL corruption doesn't cause a panic.
@ -243,7 +243,7 @@ func TestNoPanicAfterWALCorruption(t *testing.T) {
// Append until the first mmaped head chunk.
// This is to ensure that all samples can be read from the mmaped chunks when the WAL is corrupted.
var expSamples []tsdbutil.Sample
var expSamples []chunks.Sample
var maxt int64
ctx := context.Background()
{
@ -289,7 +289,7 @@ func TestNoPanicAfterWALCorruption(t *testing.T) {
require.NoError(t, err)
seriesSet := query(t, querier, labels.MustNewMatcher(labels.MatchEqual, "", ""))
// The last sample should be missing as it was after the WAL segment corruption.
require.Equal(t, map[string][]tsdbutil.Sample{`{foo="bar"}`: expSamples[0 : len(expSamples)-1]}, seriesSet)
require.Equal(t, map[string][]chunks.Sample{`{foo="bar"}`: expSamples[0 : len(expSamples)-1]}, seriesSet)
}
}
@ -312,7 +312,7 @@ func TestDataNotAvailableAfterRollback(t *testing.T) {
seriesSet := query(t, querier, labels.MustNewMatcher(labels.MatchEqual, "foo", "bar"))
require.Equal(t, map[string][]tsdbutil.Sample{}, seriesSet)
require.Equal(t, map[string][]chunks.Sample{}, seriesSet)
}
func TestDBAppenderAddRef(t *testing.T) {
@ -362,7 +362,7 @@ func TestDBAppenderAddRef(t *testing.T) {
res := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
require.Equal(t, map[string][]tsdbutil.Sample{
require.Equal(t, map[string][]chunks.Sample{
labels.FromStrings("a", "b").String(): {
sample{t: 123, f: 0},
sample{t: 124, f: 1},
@ -455,7 +455,7 @@ Outer:
res := q.Select(false, nil, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
expSamples := make([]tsdbutil.Sample, 0, len(c.remaint))
expSamples := make([]chunks.Sample, 0, len(c.remaint))
for _, ts := range c.remaint {
expSamples = append(expSamples, sample{ts, smpls[ts], nil, nil})
}
@ -615,7 +615,7 @@ func TestSkippingInvalidValuesInSameTxn(t *testing.T) {
ssMap := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
require.Equal(t, map[string][]tsdbutil.Sample{
require.Equal(t, map[string][]chunks.Sample{
labels.New(labels.Label{Name: "a", Value: "b"}).String(): {sample{0, 1, nil, nil}},
}, ssMap)
@ -632,7 +632,7 @@ func TestSkippingInvalidValuesInSameTxn(t *testing.T) {
ssMap = query(t, q, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
require.Equal(t, map[string][]tsdbutil.Sample{
require.Equal(t, map[string][]chunks.Sample{
labels.New(labels.Label{Name: "a", Value: "b"}).String(): {sample{0, 1, nil, nil}, sample{10, 3, nil, nil}},
}, ssMap)
}
@ -783,7 +783,7 @@ Outer:
res := q.Select(false, nil, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
expSamples := make([]tsdbutil.Sample, 0, len(c.remaint))
expSamples := make([]chunks.Sample, 0, len(c.remaint))
for _, ts := range c.remaint {
expSamples = append(expSamples, sample{ts, smpls[ts], nil, nil})
}
@ -869,9 +869,9 @@ func TestDB_e2e(t *testing.T) {
},
}
seriesMap := map[string][]tsdbutil.Sample{}
seriesMap := map[string][]chunks.Sample{}
for _, l := range lbls {
seriesMap[labels.New(l...).String()] = []tsdbutil.Sample{}
seriesMap[labels.New(l...).String()] = []chunks.Sample{}
}
db := openTestDB(t, nil, nil)
@ -884,7 +884,7 @@ func TestDB_e2e(t *testing.T) {
for _, l := range lbls {
lset := labels.New(l...)
series := []tsdbutil.Sample{}
series := []chunks.Sample{}
ts := rand.Int63n(300)
for i := 0; i < numDatapoints; i++ {
@ -942,7 +942,7 @@ func TestDB_e2e(t *testing.T) {
mint := rand.Int63n(300)
maxt := mint + rand.Int63n(timeInterval*int64(numDatapoints))
expected := map[string][]tsdbutil.Sample{}
expected := map[string][]chunks.Sample{}
// Build the mockSeriesSet.
for _, m := range matched {
@ -956,7 +956,7 @@ func TestDB_e2e(t *testing.T) {
require.NoError(t, err)
ss := q.Select(false, nil, qry.ms...)
result := map[string][]tsdbutil.Sample{}
result := map[string][]chunks.Sample{}
for ss.Next() {
x := ss.At()
@ -1220,7 +1220,7 @@ func TestTombstoneClean(t *testing.T) {
res := q.Select(false, nil, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
expSamples := make([]tsdbutil.Sample, 0, len(c.remaint))
expSamples := make([]chunks.Sample, 0, len(c.remaint))
for _, ts := range c.remaint {
expSamples = append(expSamples, sample{ts, smpls[ts], nil, nil})
}
@ -2386,8 +2386,8 @@ func TestDBReadOnly(t *testing.T) {
logger = log.NewLogfmtLogger(log.NewSyncWriter(os.Stderr))
expBlocks []*Block
expBlock *Block
expSeries map[string][]tsdbutil.Sample
expChunks map[string][][]tsdbutil.Sample
expSeries map[string][]chunks.Sample
expChunks map[string][][]chunks.Sample
expDBHash []byte
matchAll = labels.MustNewMatcher(labels.MatchEqual, "", "")
err error
@ -2714,8 +2714,8 @@ func TestDBQueryDoesntSeeAppendsAfterCreation(t *testing.T) {
require.Equal(t, map[string][]sample{`{foo="bar"}`: {{t: 0, f: 0}}}, seriesSet)
}
func assureChunkFromSamples(t *testing.T, samples []tsdbutil.Sample) chunks.Meta {
chks, err := tsdbutil.ChunkFromSamples(samples)
func assureChunkFromSamples(t *testing.T, samples []chunks.Sample) chunks.Meta {
chks, err := chunks.ChunkFromSamples(samples)
require.NoError(t, err)
return chks
}
@ -2723,11 +2723,11 @@ func assureChunkFromSamples(t *testing.T, samples []tsdbutil.Sample) chunks.Meta
// TestChunkWriter_ReadAfterWrite ensures that chunk segment are cut at the set segment size and
// that the resulted segments includes the expected chunks data.
func TestChunkWriter_ReadAfterWrite(t *testing.T) {
chk1 := assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 1, nil, nil}})
chk2 := assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 2, nil, nil}})
chk3 := assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 3, nil, nil}})
chk4 := assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 4, nil, nil}})
chk5 := assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 5, nil, nil}})
chk1 := assureChunkFromSamples(t, []chunks.Sample{sample{1, 1, nil, nil}})
chk2 := assureChunkFromSamples(t, []chunks.Sample{sample{1, 2, nil, nil}})
chk3 := assureChunkFromSamples(t, []chunks.Sample{sample{1, 3, nil, nil}})
chk4 := assureChunkFromSamples(t, []chunks.Sample{sample{1, 4, nil, nil}})
chk5 := assureChunkFromSamples(t, []chunks.Sample{sample{1, 5, nil, nil}})
chunkSize := len(chk1.Chunk.Bytes()) + chunks.MaxChunkLengthFieldSize + chunks.ChunkEncodingSize + crc32.Size
tests := []struct {
@ -2927,11 +2927,11 @@ func TestRangeForTimestamp(t *testing.T) {
// Regression test for https://github.com/prometheus/prometheus/pull/6514.
func TestChunkReader_ConcurrentReads(t *testing.T) {
chks := []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 1, nil, nil}}),
assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 2, nil, nil}}),
assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 3, nil, nil}}),
assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 4, nil, nil}}),
assureChunkFromSamples(t, []tsdbutil.Sample{sample{1, 5, nil, nil}}),
assureChunkFromSamples(t, []chunks.Sample{sample{1, 1, nil, nil}}),
assureChunkFromSamples(t, []chunks.Sample{sample{1, 2, nil, nil}}),
assureChunkFromSamples(t, []chunks.Sample{sample{1, 3, nil, nil}}),
assureChunkFromSamples(t, []chunks.Sample{sample{1, 4, nil, nil}}),
assureChunkFromSamples(t, []chunks.Sample{sample{1, 5, nil, nil}}),
}
tempDir := t.TempDir()
@ -4156,7 +4156,7 @@ func TestOOOCompaction(t *testing.T) {
addSample(90, 310)
verifyDBSamples := func() {
var series1Samples, series2Samples []tsdbutil.Sample
var series1Samples, series2Samples []chunks.Sample
for _, r := range [][2]int64{{90, 119}, {120, 239}, {240, 350}} {
fromMins, toMins := r[0], r[1]
for min := fromMins; min <= toMins; min++ {
@ -4165,7 +4165,7 @@ func TestOOOCompaction(t *testing.T) {
series2Samples = append(series2Samples, sample{ts, float64(2 * ts), nil, nil})
}
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): series1Samples,
series2.String(): series2Samples,
}
@ -4225,14 +4225,14 @@ func TestOOOCompaction(t *testing.T) {
checkEmptyOOOChunk(series2)
verifySamples := func(block *Block, fromMins, toMins int64) {
series1Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series2Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series1Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
series2Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
series1Samples = append(series1Samples, sample{ts, float64(ts), nil, nil})
series2Samples = append(series2Samples, sample{ts, float64(2 * ts), nil, nil})
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): series1Samples,
series2.String(): series2Samples,
}
@ -4356,14 +4356,14 @@ func TestOOOCompactionWithNormalCompaction(t *testing.T) {
}
verifySamples := func(block *Block, fromMins, toMins int64) {
series1Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series2Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series1Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
series2Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
series1Samples = append(series1Samples, sample{ts, float64(ts), nil, nil})
series2Samples = append(series2Samples, sample{ts, float64(2 * ts), nil, nil})
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): series1Samples,
series2.String(): series2Samples,
}
@ -4456,14 +4456,14 @@ func TestOOOCompactionWithDisabledWriteLog(t *testing.T) {
}
verifySamples := func(block *Block, fromMins, toMins int64) {
series1Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series2Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series1Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
series2Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
series1Samples = append(series1Samples, sample{ts, float64(ts), nil, nil})
series2Samples = append(series2Samples, sample{ts, float64(2 * ts), nil, nil})
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): series1Samples,
series2.String(): series2Samples,
}
@ -4549,14 +4549,14 @@ func TestOOOQueryAfterRestartWithSnapshotAndRemovedWBL(t *testing.T) {
}
verifySamples := func(fromMins, toMins int64) {
series1Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series2Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series1Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
series2Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
series1Samples = append(series1Samples, sample{ts, float64(ts), nil, nil})
series2Samples = append(series2Samples, sample{ts, float64(2 * ts), nil, nil})
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): series1Samples,
series2.String(): series2Samples,
}
@ -4598,7 +4598,7 @@ func Test_Querier_OOOQuery(t *testing.T) {
series1 := labels.FromStrings("foo", "bar1")
minutes := func(m int64) int64 { return m * time.Minute.Milliseconds() }
addSample := func(db *DB, fromMins, toMins, queryMinT, queryMaxT int64, expSamples []tsdbutil.Sample) ([]tsdbutil.Sample, int) {
addSample := func(db *DB, fromMins, toMins, queryMinT, queryMaxT int64, expSamples []chunks.Sample) ([]chunks.Sample, int) {
app := db.Appender(context.Background())
totalAppended := 0
for min := fromMins; min <= toMins; min += time.Minute.Milliseconds() {
@ -4649,7 +4649,7 @@ func Test_Querier_OOOQuery(t *testing.T) {
require.NoError(t, db.Close())
}()
var expSamples []tsdbutil.Sample
var expSamples []chunks.Sample
// Add in-order samples.
expSamples, _ = addSample(db, tc.inOrderMinT, tc.inOrderMaxT, tc.queryMinT, tc.queryMaxT, expSamples)
@ -4683,7 +4683,7 @@ func Test_ChunkQuerier_OOOQuery(t *testing.T) {
series1 := labels.FromStrings("foo", "bar1")
minutes := func(m int64) int64 { return m * time.Minute.Milliseconds() }
addSample := func(db *DB, fromMins, toMins, queryMinT, queryMaxT int64, expSamples []tsdbutil.Sample) ([]tsdbutil.Sample, int) {
addSample := func(db *DB, fromMins, toMins, queryMinT, queryMaxT int64, expSamples []chunks.Sample) ([]chunks.Sample, int) {
app := db.Appender(context.Background())
totalAppended := 0
for min := fromMins; min <= toMins; min += time.Minute.Milliseconds() {
@ -4734,7 +4734,7 @@ func Test_ChunkQuerier_OOOQuery(t *testing.T) {
require.NoError(t, db.Close())
}()
var expSamples []tsdbutil.Sample
var expSamples []chunks.Sample
// Add in-order samples.
expSamples, _ = addSample(db, tc.inOrderMinT, tc.inOrderMaxT, tc.queryMinT, tc.queryMaxT, expSamples)
@ -4754,7 +4754,7 @@ func Test_ChunkQuerier_OOOQuery(t *testing.T) {
require.NotNil(t, chks[series1.String()])
require.Equal(t, 1, len(chks))
require.Equal(t, float64(oooSamples), prom_testutil.ToFloat64(db.head.metrics.outOfOrderSamplesAppended), "number of ooo appended samples mismatch")
var gotSamples []tsdbutil.Sample
var gotSamples []chunks.Sample
for _, chunk := range chks[series1.String()] {
it := chunk.Chunk.Iterator(nil)
for it.Next() == chunkenc.ValFloat {
@ -4782,7 +4782,7 @@ func TestOOOAppendAndQuery(t *testing.T) {
s2 := labels.FromStrings("foo", "bar2")
minutes := func(m int64) int64 { return m * time.Minute.Milliseconds() }
appendedSamples := make(map[string][]tsdbutil.Sample)
appendedSamples := make(map[string][]chunks.Sample)
totalSamples := 0
addSample := func(lbls labels.Labels, fromMins, toMins int64, faceError bool) {
app := db.Appender(context.Background())
@ -4819,7 +4819,7 @@ func TestOOOAppendAndQuery(t *testing.T) {
appendedSamples[k] = v
}
expSamples := make(map[string][]tsdbutil.Sample)
expSamples := make(map[string][]chunks.Sample)
for k, samples := range appendedSamples {
for _, s := range samples {
if s.T() < from {
@ -4903,7 +4903,7 @@ func TestOOODisabled(t *testing.T) {
s1 := labels.FromStrings("foo", "bar1")
minutes := func(m int64) int64 { return m * time.Minute.Milliseconds() }
expSamples := make(map[string][]tsdbutil.Sample)
expSamples := make(map[string][]chunks.Sample)
totalSamples := 0
failedSamples := 0
addSample := func(lbls labels.Labels, fromMins, toMins int64, faceError bool) {
@ -4971,7 +4971,7 @@ func TestWBLAndMmapReplay(t *testing.T) {
s1 := labels.FromStrings("foo", "bar1")
minutes := func(m int64) int64 { return m * time.Minute.Milliseconds() }
expSamples := make(map[string][]tsdbutil.Sample)
expSamples := make(map[string][]chunks.Sample)
totalSamples := 0
addSample := func(lbls labels.Labels, fromMins, toMins int64) {
app := db.Appender(context.Background())
@ -4987,7 +4987,7 @@ func TestWBLAndMmapReplay(t *testing.T) {
require.NoError(t, app.Commit())
}
testQuery := func(exp map[string][]tsdbutil.Sample) {
testQuery := func(exp map[string][]chunks.Sample) {
querier, err := db.Querier(context.TODO(), math.MinInt64, math.MaxInt64)
require.NoError(t, err)
@ -5017,7 +5017,7 @@ func TestWBLAndMmapReplay(t *testing.T) {
ms, created, err := db.head.getOrCreate(s1.Hash(), s1)
require.False(t, created)
require.NoError(t, err)
var s1MmapSamples []tsdbutil.Sample
var s1MmapSamples []chunks.Sample
for _, mc := range ms.ooo.oooMmappedChunks {
chk, err := db.head.chunkDiskMapper.Chunk(mc.ref)
require.NoError(t, err)
@ -5076,7 +5076,7 @@ func TestWBLAndMmapReplay(t *testing.T) {
require.Equal(t, oooMint, db.head.MinOOOTime())
require.Equal(t, oooMaxt, db.head.MaxOOOTime())
inOrderSample := expSamples[s1.String()][len(expSamples[s1.String()])-1]
testQuery(map[string][]tsdbutil.Sample{
testQuery(map[string][]chunks.Sample{
s1.String(): append(s1MmapSamples, inOrderSample),
})
require.NoError(t, db.Close())
@ -5247,12 +5247,12 @@ func TestOOOCompactionFailure(t *testing.T) {
require.Equal(t, int64(0), f.Size())
verifySamples := func(block *Block, fromMins, toMins int64) {
series1Samples := make([]tsdbutil.Sample, 0, toMins-fromMins+1)
series1Samples := make([]chunks.Sample, 0, toMins-fromMins+1)
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
series1Samples = append(series1Samples, sample{ts, float64(ts), nil, nil})
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): series1Samples,
}
@ -5295,7 +5295,7 @@ func TestWBLCorruption(t *testing.T) {
})
series1 := labels.FromStrings("foo", "bar1")
var allSamples, expAfterRestart []tsdbutil.Sample
var allSamples, expAfterRestart []chunks.Sample
addSamples := func(fromMins, toMins int64, afterRestart bool) {
app := db.Appender(context.Background())
for min := fromMins; min <= toMins; min++ {
@ -5367,12 +5367,12 @@ func TestWBLCorruption(t *testing.T) {
require.NoError(t, err)
require.Greater(t, f2.Size(), int64(100))
verifySamples := func(expSamples []tsdbutil.Sample) {
verifySamples := func(expSamples []chunks.Sample) {
sort.Slice(expSamples, func(i, j int) bool {
return expSamples[i].T() < expSamples[j].T()
})
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): expSamples,
}
@ -5441,7 +5441,7 @@ func TestOOOMmapCorruption(t *testing.T) {
})
series1 := labels.FromStrings("foo", "bar1")
var allSamples, expInMmapChunks []tsdbutil.Sample
var allSamples, expInMmapChunks []chunks.Sample
addSamples := func(fromMins, toMins int64, inMmapAfterCorruption bool) {
app := db.Appender(context.Background())
for min := fromMins; min <= toMins; min++ {
@ -5475,12 +5475,12 @@ func TestOOOMmapCorruption(t *testing.T) {
db.head.chunkDiskMapper.CutNewFile()
addSamples(260, 290, false)
verifySamples := func(expSamples []tsdbutil.Sample) {
verifySamples := func(expSamples []chunks.Sample) {
sort.Slice(expSamples, func(i, j int) bool {
return expSamples[i].T() < expSamples[j].T()
})
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): expSamples,
}
@ -5577,7 +5577,7 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
}
series1 := labels.FromStrings("foo", "bar1")
addSamples := func(t *testing.T, db *DB, fromMins, toMins int64, success bool, allSamples []tsdbutil.Sample) []tsdbutil.Sample {
addSamples := func(t *testing.T, db *DB, fromMins, toMins int64, success bool, allSamples []chunks.Sample) []chunks.Sample {
app := db.Appender(context.Background())
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
@ -5593,12 +5593,12 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
return allSamples
}
verifySamples := func(t *testing.T, db *DB, expSamples []tsdbutil.Sample) {
verifySamples := func(t *testing.T, db *DB, expSamples []chunks.Sample) {
sort.Slice(expSamples, func(i, j int) bool {
return expSamples[i].T() < expSamples[j].T()
})
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): expSamples,
}
@ -5626,7 +5626,7 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
}
t.Run("increase time window", func(t *testing.T) {
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
db := getDB(30 * time.Minute.Milliseconds())
// In-order.
@ -5656,7 +5656,7 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
})
t.Run("decrease time window and increase again", func(t *testing.T) {
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
db := getDB(60 * time.Minute.Milliseconds())
// In-order.
@ -5695,7 +5695,7 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
})
t.Run("disabled to enabled", func(t *testing.T) {
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
db := getDB(0)
// In-order.
@ -5724,7 +5724,7 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
})
t.Run("enabled to disabled", func(t *testing.T) {
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
db := getDB(60 * time.Minute.Milliseconds())
// In-order.
@ -5754,7 +5754,7 @@ func TestOutOfOrderRuntimeConfig(t *testing.T) {
})
t.Run("disabled to disabled", func(t *testing.T) {
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
db := getDB(0)
// In-order.
@ -5795,13 +5795,13 @@ func TestNoGapAfterRestartWithOOO(t *testing.T) {
}
verifySamples := func(t *testing.T, db *DB, fromMins, toMins int64) {
var expSamples []tsdbutil.Sample
var expSamples []chunks.Sample
for min := fromMins; min <= toMins; min++ {
ts := min * time.Minute.Milliseconds()
expSamples = append(expSamples, sample{t: ts, f: float64(ts)})
}
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): expSamples,
}
@ -5898,7 +5898,7 @@ func TestWblReplayAfterOOODisableAndRestart(t *testing.T) {
})
series1 := labels.FromStrings("foo", "bar1")
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
addSamples := func(fromMins, toMins int64) {
app := db.Appender(context.Background())
for min := fromMins; min <= toMins; min++ {
@ -5915,12 +5915,12 @@ func TestWblReplayAfterOOODisableAndRestart(t *testing.T) {
// OOO samples.
addSamples(250, 260)
verifySamples := func(expSamples []tsdbutil.Sample) {
verifySamples := func(expSamples []chunks.Sample) {
sort.Slice(expSamples, func(i, j int) bool {
return expSamples[i].T() < expSamples[j].T()
})
expRes := map[string][]tsdbutil.Sample{
expRes := map[string][]chunks.Sample{
series1.String(): expSamples,
}
@ -5957,7 +5957,7 @@ func TestPanicOnApplyConfig(t *testing.T) {
})
series1 := labels.FromStrings("foo", "bar1")
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
addSamples := func(fromMins, toMins int64) {
app := db.Appender(context.Background())
for min := fromMins; min <= toMins; min++ {
@ -6005,7 +6005,7 @@ func TestDiskFillingUpAfterDisablingOOO(t *testing.T) {
})
series1 := labels.FromStrings("foo", "bar1")
var allSamples []tsdbutil.Sample
var allSamples []chunks.Sample
addSamples := func(fromMins, toMins int64) {
app := db.Appender(context.Background())
for min := fromMins; min <= toMins; min++ {
@ -6096,7 +6096,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
ctx := context.Background()
appendHistogram := func(
lbls labels.Labels, tsMinute int, h *histogram.Histogram,
exp *[]tsdbutil.Sample, expCRH histogram.CounterResetHint,
exp *[]chunks.Sample, expCRH histogram.CounterResetHint,
) {
t.Helper()
var err error
@ -6115,7 +6115,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
require.NoError(t, err)
require.NoError(t, app.Commit())
}
appendFloat := func(lbls labels.Labels, tsMinute int, val float64, exp *[]tsdbutil.Sample) {
appendFloat := func(lbls labels.Labels, tsMinute int, val float64, exp *[]chunks.Sample) {
t.Helper()
app := db.Appender(ctx)
_, err := app.Append(0, lbls, minute(tsMinute), val)
@ -6124,7 +6124,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
*exp = append(*exp, sample{t: minute(tsMinute), f: val})
}
testQuery := func(name, value string, exp map[string][]tsdbutil.Sample) {
testQuery := func(name, value string, exp map[string][]chunks.Sample) {
t.Helper()
q, err := db.Querier(ctx, math.MinInt64, math.MaxInt64)
require.NoError(t, err)
@ -6155,7 +6155,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
series2 = labels.FromStrings("foo", "bar2")
series3 = labels.FromStrings("foo", "bar3")
series4 = labels.FromStrings("foo", "bar4")
exp1, exp2, exp3, exp4 []tsdbutil.Sample
exp1, exp2, exp3, exp4 []chunks.Sample
)
// TODO(codesome): test everything for negative buckets as well.
@ -6163,23 +6163,23 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
h := baseH.Copy() // This is shared across all sub tests.
appendHistogram(series1, 100, h, &exp1, histogram.UnknownCounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
h.PositiveBuckets[0]++
h.NegativeBuckets[0] += 2
h.Count += 10
appendHistogram(series1, 101, h, &exp1, histogram.NotCounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
t.Run("changing schema", func(t *testing.T) {
h.Schema = 2
appendHistogram(series1, 102, h, &exp1, histogram.UnknownCounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
// Schema back to old.
h.Schema = 1
appendHistogram(series1, 103, h, &exp1, histogram.UnknownCounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
})
t.Run("new buckets incoming", func(t *testing.T) {
@ -6208,7 +6208,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
h.PositiveBuckets = append(h.PositiveBuckets, 1)
h.Count += 3
appendHistogram(series1, 104, h, &exp1, histogram.NotCounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
// Because of the previous two histograms being on the active chunk,
// and the next append is only adding a new bucket, the active chunk
@ -6246,7 +6246,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
// {2, 1, -1, 0, 1} -> {2, 1, 0, -1, 0, 1}
h.PositiveBuckets = append(h.PositiveBuckets[:2], append([]int64{0}, h.PositiveBuckets[2:]...)...)
appendHistogram(series1, 105, h, &exp1, histogram.NotCounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
// We add 4 more histograms to clear out the buffer and see the re-encoded histograms.
appendHistogram(series1, 106, h, &exp1, histogram.NotCounterReset)
@ -6279,14 +6279,14 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
exp1[l-6] = sample{t: exp1[l-6].T(), h: h6}
}
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
})
t.Run("buckets disappearing", func(t *testing.T) {
h.PositiveSpans[1].Length--
h.PositiveBuckets = h.PositiveBuckets[:len(h.PositiveBuckets)-1]
appendHistogram(series1, 110, h, &exp1, histogram.CounterReset)
testQuery("foo", "bar1", map[string][]tsdbutil.Sample{series1.String(): exp1})
testQuery("foo", "bar1", map[string][]chunks.Sample{series1.String(): exp1})
})
})
@ -6294,22 +6294,22 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
appendFloat(series2, 100, 100, &exp2)
appendFloat(series2, 101, 101, &exp2)
appendFloat(series2, 102, 102, &exp2)
testQuery("foo", "bar2", map[string][]tsdbutil.Sample{series2.String(): exp2})
testQuery("foo", "bar2", map[string][]chunks.Sample{series2.String(): exp2})
h := baseH.Copy()
appendHistogram(series2, 103, h, &exp2, histogram.UnknownCounterReset)
appendHistogram(series2, 104, h, &exp2, histogram.NotCounterReset)
appendHistogram(series2, 105, h, &exp2, histogram.NotCounterReset)
testQuery("foo", "bar2", map[string][]tsdbutil.Sample{series2.String(): exp2})
testQuery("foo", "bar2", map[string][]chunks.Sample{series2.String(): exp2})
// Switching between float and histograms again.
appendFloat(series2, 106, 106, &exp2)
appendFloat(series2, 107, 107, &exp2)
testQuery("foo", "bar2", map[string][]tsdbutil.Sample{series2.String(): exp2})
testQuery("foo", "bar2", map[string][]chunks.Sample{series2.String(): exp2})
appendHistogram(series2, 108, h, &exp2, histogram.UnknownCounterReset)
appendHistogram(series2, 109, h, &exp2, histogram.NotCounterReset)
testQuery("foo", "bar2", map[string][]tsdbutil.Sample{series2.String(): exp2})
testQuery("foo", "bar2", map[string][]chunks.Sample{series2.String(): exp2})
})
t.Run("series starting with histogram and then getting float", func(t *testing.T) {
@ -6317,21 +6317,21 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
appendHistogram(series3, 101, h, &exp3, histogram.UnknownCounterReset)
appendHistogram(series3, 102, h, &exp3, histogram.NotCounterReset)
appendHistogram(series3, 103, h, &exp3, histogram.NotCounterReset)
testQuery("foo", "bar3", map[string][]tsdbutil.Sample{series3.String(): exp3})
testQuery("foo", "bar3", map[string][]chunks.Sample{series3.String(): exp3})
appendFloat(series3, 104, 100, &exp3)
appendFloat(series3, 105, 101, &exp3)
appendFloat(series3, 106, 102, &exp3)
testQuery("foo", "bar3", map[string][]tsdbutil.Sample{series3.String(): exp3})
testQuery("foo", "bar3", map[string][]chunks.Sample{series3.String(): exp3})
// Switching between histogram and float again.
appendHistogram(series3, 107, h, &exp3, histogram.UnknownCounterReset)
appendHistogram(series3, 108, h, &exp3, histogram.NotCounterReset)
testQuery("foo", "bar3", map[string][]tsdbutil.Sample{series3.String(): exp3})
testQuery("foo", "bar3", map[string][]chunks.Sample{series3.String(): exp3})
appendFloat(series3, 109, 106, &exp3)
appendFloat(series3, 110, 107, &exp3)
testQuery("foo", "bar3", map[string][]tsdbutil.Sample{series3.String(): exp3})
testQuery("foo", "bar3", map[string][]chunks.Sample{series3.String(): exp3})
})
t.Run("query mix of histogram and float series", func(t *testing.T) {
@ -6340,7 +6340,7 @@ func testHistogramAppendAndQueryHelper(t *testing.T, floatHistogram bool) {
appendFloat(series4, 101, 101, &exp4)
appendFloat(series4, 102, 102, &exp4)
testQuery("foo", "bar.*", map[string][]tsdbutil.Sample{
testQuery("foo", "bar.*", map[string][]chunks.Sample{
series1.String(): exp1,
series2.String(): exp2,
series3.String(): exp3,
@ -6365,7 +6365,7 @@ func TestQueryHistogramFromBlocksWithCompaction(t *testing.T) {
ctx := context.Background()
var it chunkenc.Iterator
exp := make(map[string][]tsdbutil.Sample)
exp := make(map[string][]chunks.Sample)
for _, series := range blockSeries {
createBlock(t, db.Dir(), series)
@ -6448,7 +6448,7 @@ func TestQueryHistogramFromBlocksWithCompaction(t *testing.T) {
t.Run("serial blocks with either histograms or floats in a block and not both", func(t *testing.T) {
testBlockQuerying(t,
genHistogramSeries(10, 5, minute(0), minute(119), minute(1), floatHistogram),
genSeriesFromSampleGenerator(10, 5, minute(120), minute(239), minute(1), func(ts int64) tsdbutil.Sample {
genSeriesFromSampleGenerator(10, 5, minute(120), minute(239), minute(1), func(ts int64) chunks.Sample {
return sample{t: ts, f: rand.Float64()}
}),
genHistogramSeries(10, 5, minute(240), minute(359), minute(1), floatHistogram),
@ -6460,7 +6460,7 @@ func TestQueryHistogramFromBlocksWithCompaction(t *testing.T) {
genHistogramAndFloatSeries(10, 5, minute(0), minute(60), minute(1), floatHistogram),
genHistogramSeries(10, 5, minute(61), minute(120), minute(1), floatHistogram),
genHistogramAndFloatSeries(10, 5, minute(121), minute(180), minute(1), floatHistogram),
genSeriesFromSampleGenerator(10, 5, minute(181), minute(240), minute(1), func(ts int64) tsdbutil.Sample {
genSeriesFromSampleGenerator(10, 5, minute(181), minute(240), minute(1), func(ts int64) chunks.Sample {
return sample{t: ts, f: rand.Float64()}
}),
)
@ -6477,7 +6477,7 @@ func TestQueryHistogramFromBlocksWithCompaction(t *testing.T) {
t.Run("overlapping blocks with only histograms and only float in a series", func(t *testing.T) {
testBlockQuerying(t,
genHistogramSeries(10, 5, minute(0), minute(120), minute(3), floatHistogram),
genSeriesFromSampleGenerator(10, 5, minute(1), minute(120), minute(3), func(ts int64) tsdbutil.Sample {
genSeriesFromSampleGenerator(10, 5, minute(1), minute(120), minute(3), func(ts int64) chunks.Sample {
return sample{t: ts, f: rand.Float64()}
}),
genHistogramSeries(10, 5, minute(2), minute(120), minute(3), floatHistogram),
@ -6489,7 +6489,7 @@ func TestQueryHistogramFromBlocksWithCompaction(t *testing.T) {
genHistogramAndFloatSeries(10, 5, minute(0), minute(60), minute(3), floatHistogram),
genHistogramSeries(10, 5, minute(46), minute(100), minute(3), floatHistogram),
genHistogramAndFloatSeries(10, 5, minute(89), minute(140), minute(3), floatHistogram),
genSeriesFromSampleGenerator(10, 5, minute(126), minute(200), minute(3), func(ts int64) tsdbutil.Sample {
genSeriesFromSampleGenerator(10, 5, minute(126), minute(200), minute(3), func(ts int64) chunks.Sample {
return sample{t: ts, f: rand.Float64()}
}),
)
@ -6546,7 +6546,7 @@ func TestNativeHistogramFlag(t *testing.T) {
q, err := db.Querier(context.Background(), math.MinInt, math.MaxInt64)
require.NoError(t, err)
act := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "foo", "bar"))
require.Equal(t, map[string][]tsdbutil.Sample{
require.Equal(t, map[string][]chunks.Sample{
l.String(): {sample{t: 200, h: h}, sample{t: 205, fh: h.ToFloat()}},
}, act)
}
@ -6559,7 +6559,7 @@ func TestNativeHistogramFlag(t *testing.T) {
// actual series contains a counter reset hint "UnknownCounterReset".
// "GaugeType" hints are still strictly checked, and any "UnknownCounterReset"
// in an expected series has to be matched precisely by the actual series.
func compareSeries(t require.TestingT, expected, actual map[string][]tsdbutil.Sample) {
func compareSeries(t require.TestingT, expected, actual map[string][]chunks.Sample) {
if len(expected) != len(actual) {
// The reason for the difference is not the counter reset hints
// (alone), so let's use the pretty diffing by the require

6
tsdb/head.go
View file

@ -42,7 +42,6 @@ import (
"github.com/prometheus/prometheus/tsdb/index"
"github.com/prometheus/prometheus/tsdb/record"
"github.com/prometheus/prometheus/tsdb/tombstones"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/wlog"
"github.com/prometheus/prometheus/util/zeropool"
)
@ -1918,7 +1917,7 @@ type sample struct {
fh *histogram.FloatHistogram
}
func newSample(t int64, v float64, h *histogram.Histogram, fh *histogram.FloatHistogram) tsdbutil.Sample {
func newSample(t int64, v float64, h *histogram.Histogram, fh *histogram.FloatHistogram) chunks.Sample {
return sample{t, v, h, fh}
}
@ -1967,7 +1966,8 @@ type memSeries struct {
mmMaxTime int64 // Max time of any mmapped chunk, only used during WAL replay.
nextAt int64 // Timestamp at which to cut the next chunk.
nextAt int64 // Timestamp at which to cut the next chunk.
histogramChunkHasComputedEndTime bool // True if nextAt has been predicted for the current histograms chunk; false otherwise.
// We keep the last value here (in addition to appending it to the chunk) so we can check for duplicates.
lastValue float64

103
tsdb/head_append.go
View file

@ -1160,7 +1160,7 @@ func (s *memSeries) appendHistogram(t int64, h *histogram.Histogram, appendID ui
// Ignoring ok is ok, since we don't want to compare to the wrong previous appender anyway.
prevApp, _ := s.app.(*chunkenc.HistogramAppender)
c, sampleInOrder, chunkCreated := s.appendPreprocessor(t, chunkenc.EncHistogram, o)
c, sampleInOrder, chunkCreated := s.histogramsAppendPreprocessor(t, chunkenc.EncHistogram, o)
if !sampleInOrder {
return sampleInOrder, chunkCreated
}
@ -1217,7 +1217,7 @@ func (s *memSeries) appendFloatHistogram(t int64, fh *histogram.FloatHistogram,
// Ignoring ok is ok, since we don't want to compare to the wrong previous appender anyway.
prevApp, _ := s.app.(*chunkenc.FloatHistogramAppender)
c, sampleInOrder, chunkCreated := s.appendPreprocessor(t, chunkenc.EncFloatHistogram, o)
c, sampleInOrder, chunkCreated := s.histogramsAppendPreprocessor(t, chunkenc.EncFloatHistogram, o)
if !sampleInOrder {
return sampleInOrder, chunkCreated
}
@ -1262,10 +1262,16 @@ func (s *memSeries) appendFloatHistogram(t int64, fh *histogram.FloatHistogram,
return true, true
}
// appendPreprocessor takes care of cutting new chunks and m-mapping old chunks.
// appendPreprocessor takes care of cutting new XOR chunks and m-mapping old ones. XOR chunks are cut based on the
// number of samples they contain with a soft cap in bytes.
// It is unsafe to call this concurrently with s.iterator(...) without holding the series lock.
// This should be called only when appending data.
func (s *memSeries) appendPreprocessor(t int64, e chunkenc.Encoding, o chunkOpts) (c *memChunk, sampleInOrder, chunkCreated bool) {
// We target chunkenc.MaxBytesPerXORChunk as a hard for the size of an XOR chunk. We must determine whether to cut
// a new head chunk without knowing the size of the next sample, however, so we assume the next sample will be a
// maximally-sized sample (19 bytes).
const maxBytesPerXORChunk = chunkenc.MaxBytesPerXORChunk - 19
c = s.headChunks
if c == nil {
@ -1276,6 +1282,9 @@ func (s *memSeries) appendPreprocessor(t int64, e chunkenc.Encoding, o chunkOpts
// There is no head chunk in this series yet, create the first chunk for the sample.
c = s.cutNewHeadChunk(t, e, o.chunkRange)
chunkCreated = true
} else if len(c.chunk.Bytes()) > maxBytesPerXORChunk {
c = s.cutNewHeadChunk(t, e, o.chunkRange)
chunkCreated = true
}
// Out of order sample.
@ -1304,7 +1313,7 @@ func (s *memSeries) appendPreprocessor(t int64, e chunkenc.Encoding, o chunkOpts
// the remaining chunks in the current chunk range.
// At latest it must happen at the timestamp set when the chunk was cut.
if numSamples == o.samplesPerChunk/4 {
s.nextAt = computeChunkEndTime(c.minTime, c.maxTime, s.nextAt)
s.nextAt = computeChunkEndTime(c.minTime, c.maxTime, s.nextAt, 4)
}
// If numSamples > samplesPerChunk*2 then our previous prediction was invalid,
// most likely because samples rate has changed and now they are arriving more frequently.
@ -1319,17 +1328,95 @@ func (s *memSeries) appendPreprocessor(t int64, e chunkenc.Encoding, o chunkOpts
return c, true, chunkCreated
}
// histogramsAppendPreprocessor takes care of cutting new histogram chunks and m-mapping old ones. Histogram chunks are
// cut based on their size in bytes.
// It is unsafe to call this concurrently with s.iterator(...) without holding the series lock.
// This should be called only when appending data.
func (s *memSeries) histogramsAppendPreprocessor(t int64, e chunkenc.Encoding, o chunkOpts) (c *memChunk, sampleInOrder, chunkCreated bool) {
c = s.headChunks
if c == nil {
if len(s.mmappedChunks) > 0 && s.mmappedChunks[len(s.mmappedChunks)-1].maxTime >= t {
// Out of order sample. Sample timestamp is already in the mmapped chunks, so ignore it.
return c, false, false
}
// There is no head chunk in this series yet, create the first chunk for the sample.
c = s.cutNewHeadChunk(t, e, o.chunkRange)
chunkCreated = true
}
// Out of order sample.
if c.maxTime >= t {
return c, false, chunkCreated
}
if c.chunk.Encoding() != e {
// The chunk encoding expected by this append is different than the head chunk's
// encoding. So we cut a new chunk with the expected encoding.
c = s.cutNewHeadChunk(t, e, o.chunkRange)
chunkCreated = true
}
numSamples := c.chunk.NumSamples()
targetBytes := chunkenc.TargetBytesPerHistogramChunk
numBytes := len(c.chunk.Bytes())
if numSamples == 0 {
// It could be the new chunk created after reading the chunk snapshot,
// hence we fix the minTime of the chunk here.
c.minTime = t
s.nextAt = rangeForTimestamp(c.minTime, o.chunkRange)
}
// Below, we will enforce chunkenc.MinSamplesPerHistogramChunk. There are, however, two cases that supersede it:
// - The current chunk range is ending before chunkenc.MinSamplesPerHistogramChunk will be satisfied.
// - s.nextAt was set while loading a chunk snapshot with the intent that a new chunk be cut on the next append.
var nextChunkRangeStart int64
if s.histogramChunkHasComputedEndTime {
nextChunkRangeStart = rangeForTimestamp(c.minTime, o.chunkRange)
} else {
// If we haven't yet computed an end time yet, s.nextAt is either set to
// rangeForTimestamp(c.minTime, o.chunkRange) or was set while loading a chunk snapshot. Either way, we want to
// skip enforcing chunkenc.MinSamplesPerHistogramChunk.
nextChunkRangeStart = s.nextAt
}
// If we reach 25% of a chunk's desired maximum size, predict an end time
// for this chunk that will try to make samples equally distributed within
// the remaining chunks in the current chunk range.
// At the latest it must happen at the timestamp set when the chunk was cut.
if !s.histogramChunkHasComputedEndTime && numBytes >= targetBytes/4 {
ratioToFull := float64(targetBytes) / float64(numBytes)
s.nextAt = computeChunkEndTime(c.minTime, c.maxTime, s.nextAt, ratioToFull)
s.histogramChunkHasComputedEndTime = true
}
// If numBytes > targetBytes*2 then our previous prediction was invalid. This could happen if the sample rate has
// increased or if the bucket/span count has increased.
// Note that next chunk will have its nextAt recalculated for the new rate.
if (t >= s.nextAt || numBytes >= targetBytes*2) && (numSamples >= chunkenc.MinSamplesPerHistogramChunk || t >= nextChunkRangeStart) {
c = s.cutNewHeadChunk(t, e, o.chunkRange)
chunkCreated = true
}
// The new chunk will also need a new computed end time.
if chunkCreated {
s.histogramChunkHasComputedEndTime = false
}
return c, true, chunkCreated
}
// computeChunkEndTime estimates the end timestamp based the beginning of a
// chunk, its current timestamp and the upper bound up to which we insert data.
// It assumes that the time range is 1/4 full.
// It assumes that the time range is 1/ratioToFull full.
// Assuming that the samples will keep arriving at the same rate, it will make the
// remaining n chunks within this chunk range (before max) equally sized.
func computeChunkEndTime(start, cur, max int64) int64 {
n := (max - start) / ((cur - start + 1) * 4)
func computeChunkEndTime(start, cur, max int64, ratioToFull float64) int64 {
n := float64(max-start) / (float64(cur-start+1) * ratioToFull)
if n <= 1 {
return max
}
return start + (max-start)/n
return int64(float64(start) + float64(max-start)/math.Floor(n))
}
func (s *memSeries) cutNewHeadChunk(mint int64, e chunkenc.Encoding, chunkRange int64) *memChunk {

374
tsdb/head_test.go
View file

@ -416,7 +416,7 @@ func TestHead_HighConcurrencyReadAndWrite(t *testing.T) {
}
// queryHead is a helper to query the head for a given time range and labelset.
queryHead := func(mint, maxt uint64, label labels.Label) (map[string][]tsdbutil.Sample, error) {
queryHead := func(mint, maxt uint64, label labels.Label) (map[string][]chunks.Sample, error) {
q, err := NewBlockQuerier(head, int64(mint), int64(maxt))
if err != nil {
return nil, err
@ -662,7 +662,7 @@ func TestHead_WALMultiRef(t *testing.T) {
series := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "foo", "bar"))
// The samples before the new ref should be discarded since Head truncation
// happens only after compacting the Head.
require.Equal(t, map[string][]tsdbutil.Sample{`{foo="bar"}`: {
require.Equal(t, map[string][]chunks.Sample{`{foo="bar"}`: {
sample{1700, 3, nil, nil},
sample{2000, 4, nil, nil},
}}, series)
@ -1143,8 +1143,8 @@ func TestHeadDeleteSimple(t *testing.T) {
actSeriesSet := q.Select(false, nil, labels.MustNewMatcher(labels.MatchEqual, lblDefault.Name, lblDefault.Value))
require.NoError(t, q.Close())
expSeriesSet := newMockSeriesSet([]storage.Series{
storage.NewListSeries(lblsDefault, func() []tsdbutil.Sample {
ss := make([]tsdbutil.Sample, 0, len(c.smplsExp))
storage.NewListSeries(lblsDefault, func() []chunks.Sample {
ss := make([]chunks.Sample, 0, len(c.smplsExp))
for _, s := range c.smplsExp {
ss = append(ss, s)
}
@ -1223,7 +1223,7 @@ func TestDeleteUntilCurMax(t *testing.T) {
it = exps.Iterator(nil)
resSamples, err := storage.ExpandSamples(it, newSample)
require.NoError(t, err)
require.Equal(t, []tsdbutil.Sample{sample{11, 1, nil, nil}}, resSamples)
require.Equal(t, []chunks.Sample{sample{11, 1, nil, nil}}, resSamples)
for res.Next() {
}
require.NoError(t, res.Err())
@ -1321,9 +1321,9 @@ func TestDelete_e2e(t *testing.T) {
{Name: "job", Value: "prom-k8s"},
},
}
seriesMap := map[string][]tsdbutil.Sample{}
seriesMap := map[string][]chunks.Sample{}
for _, l := range lbls {
seriesMap[labels.New(l...).String()] = []tsdbutil.Sample{}
seriesMap[labels.New(l...).String()] = []chunks.Sample{}
}
hb, _ := newTestHead(t, 100000, wlog.CompressionNone, false)
@ -1334,7 +1334,7 @@ func TestDelete_e2e(t *testing.T) {
app := hb.Appender(context.Background())
for _, l := range lbls {
ls := labels.New(l...)
series := []tsdbutil.Sample{}
series := []chunks.Sample{}
ts := rand.Int63n(300)
for i := 0; i < numDatapoints; i++ {
v := rand.Float64()
@ -1433,7 +1433,7 @@ func TestDelete_e2e(t *testing.T) {
}
}
func boundedSamples(full []tsdbutil.Sample, mint, maxt int64) []tsdbutil.Sample {
func boundedSamples(full []chunks.Sample, mint, maxt int64) []chunks.Sample {
for len(full) > 0 {
if full[0].T() >= mint {
break
@ -1450,8 +1450,8 @@ func boundedSamples(full []tsdbutil.Sample, mint, maxt int64) []tsdbutil.Sample
return full
}
func deletedSamples(full []tsdbutil.Sample, dranges tombstones.Intervals) []tsdbutil.Sample {
ds := make([]tsdbutil.Sample, 0, len(full))
func deletedSamples(full []chunks.Sample, dranges tombstones.Intervals) []chunks.Sample {
ds := make([]chunks.Sample, 0, len(full))
Outer:
for _, s := range full {
for _, r := range dranges {
@ -1466,44 +1466,58 @@ Outer:
}
func TestComputeChunkEndTime(t *testing.T) {
cases := []struct {
cases := map[string]struct {
start, cur, max int64
ratioToFull float64
res int64
}{
{
start: 0,
cur: 250,
max: 1000,
res: 1000,
"exactly 1/4 full, even increment": {
start: 0,
cur: 250,
max: 1000,
ratioToFull: 4,
res: 1000,
},
{
start: 100,
cur: 200,
max: 1000,
res: 550,
"exactly 1/4 full, uneven increment": {
start: 100,
cur: 200,
max: 1000,
ratioToFull: 4,
res: 550,
},
"decimal ratio to full": {
start: 5000,
cur: 5110,
max: 10000,
ratioToFull: 4.2,
res: 5500,
},
// Case where we fit floored 0 chunks. Must catch division by 0
// and default to maximum time.
{
start: 0,
cur: 500,
max: 1000,
res: 1000,
"fit floored 0 chunks": {
start: 0,
cur: 500,
max: 1000,
ratioToFull: 4,
res: 1000,
},
// Catch division by zero for cur == start. Strictly not a possible case.
{
start: 100,
cur: 100,
max: 1000,
res: 104,
"cur == start": {
start: 100,
cur: 100,
max: 1000,
ratioToFull: 4,
res: 104,
},
}
for _, c := range cases {
got := computeChunkEndTime(c.start, c.cur, c.max)
if got != c.res {
t.Errorf("expected %d for (start: %d, cur: %d, max: %d), got %d", c.res, c.start, c.cur, c.max, got)
}
for testName, tc := range cases {
t.Run(testName, func(t *testing.T) {
got := computeChunkEndTime(tc.start, tc.cur, tc.max, tc.ratioToFull)
if got != tc.res {
t.Errorf("expected %d for (start: %d, cur: %d, max: %d, ratioToFull: %f), got %d", tc.res, tc.start, tc.cur, tc.max, tc.ratioToFull, got)
}
})
}
}
@ -2967,7 +2981,7 @@ func TestDataMissingOnQueryDuringCompaction(t *testing.T) {
)
// Appends samples to span over 1.5 block ranges.
expSamples := make([]tsdbutil.Sample, 0)
expSamples := make([]chunks.Sample, 0)
// 7 chunks with 15s scrape interval.
for i := int64(0); i <= 120*7; i++ {
ts := i * DefaultBlockDuration / (4 * 120)
@ -2997,7 +3011,7 @@ func TestDataMissingOnQueryDuringCompaction(t *testing.T) {
// Querying the querier that was got before compaction.
series := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
require.Equal(t, map[string][]tsdbutil.Sample{`{a="b"}`: expSamples}, series)
require.Equal(t, map[string][]chunks.Sample{`{a="b"}`: expSamples}, series)
wg.Wait()
}
@ -3117,7 +3131,7 @@ func TestAppendHistogram(t *testing.T) {
ingestTs := int64(0)
app := head.Appender(context.Background())
expHistograms := make([]tsdbutil.Sample, 0, 2*numHistograms)
expHistograms := make([]chunks.Sample, 0, 2*numHistograms)
// Counter integer histograms.
for _, h := range tsdbutil.GenerateTestHistograms(numHistograms) {
@ -3143,7 +3157,7 @@ func TestAppendHistogram(t *testing.T) {
}
}
expFloatHistograms := make([]tsdbutil.Sample, 0, 2*numHistograms)
expFloatHistograms := make([]chunks.Sample, 0, 2*numHistograms)
// Counter float histograms.
for _, fh := range tsdbutil.GenerateTestFloatHistograms(numHistograms) {
@ -3184,8 +3198,8 @@ func TestAppendHistogram(t *testing.T) {
require.False(t, ss.Next())
it := s.Iterator(nil)
actHistograms := make([]tsdbutil.Sample, 0, len(expHistograms))
actFloatHistograms := make([]tsdbutil.Sample, 0, len(expFloatHistograms))
actHistograms := make([]chunks.Sample, 0, len(expHistograms))
actFloatHistograms := make([]chunks.Sample, 0, len(expFloatHistograms))
for typ := it.Next(); typ != chunkenc.ValNone; typ = it.Next() {
switch typ {
case chunkenc.ValHistogram:
@ -3199,13 +3213,13 @@ func TestAppendHistogram(t *testing.T) {
compareSeries(
t,
map[string][]tsdbutil.Sample{"dummy": expHistograms},
map[string][]tsdbutil.Sample{"dummy": actHistograms},
map[string][]chunks.Sample{"dummy": expHistograms},
map[string][]chunks.Sample{"dummy": actHistograms},
)
compareSeries(
t,
map[string][]tsdbutil.Sample{"dummy": expFloatHistograms},
map[string][]tsdbutil.Sample{"dummy": actFloatHistograms},
map[string][]chunks.Sample{"dummy": expFloatHistograms},
map[string][]chunks.Sample{"dummy": actFloatHistograms},
)
})
}
@ -3222,7 +3236,7 @@ func TestHistogramInWALAndMmapChunk(t *testing.T) {
s1 := labels.FromStrings("a", "b1")
k1 := s1.String()
numHistograms := 300
exp := map[string][]tsdbutil.Sample{}
exp := map[string][]chunks.Sample{}
ts := int64(0)
var app storage.Appender
for _, gauge := range []bool{true, false} {
@ -3273,10 +3287,10 @@ func TestHistogramInWALAndMmapChunk(t *testing.T) {
head.mmapHeadChunks()
}
// There should be 11 mmap chunks in s1.
// There should be 20 mmap chunks in s1.
ms := head.series.getByHash(s1.Hash(), s1)
require.Len(t, ms.mmappedChunks, 11)
expMmapChunks := make([]*mmappedChunk, 0, 11)
require.Len(t, ms.mmappedChunks, 25)
expMmapChunks := make([]*mmappedChunk, 0, 20)
for _, mmap := range ms.mmappedChunks {
require.Greater(t, mmap.numSamples, uint16(0))
cpy := *mmap
@ -3408,9 +3422,9 @@ func TestChunkSnapshot(t *testing.T) {
}
numSeries := 10
expSeries := make(map[string][]tsdbutil.Sample)
expHist := make(map[string][]tsdbutil.Sample)
expFloatHist := make(map[string][]tsdbutil.Sample)
expSeries := make(map[string][]chunks.Sample)
expHist := make(map[string][]chunks.Sample)
expFloatHist := make(map[string][]chunks.Sample)
expTombstones := make(map[storage.SeriesRef]tombstones.Intervals)
expExemplars := make([]ex, 0)
histograms := tsdbutil.GenerateTestGaugeHistograms(481)
@ -3959,7 +3973,7 @@ func testHistogramStaleSampleHelper(t *testing.T, floatHistogram bool) {
}
func TestHistogramCounterResetHeader(t *testing.T) {
for _, floatHisto := range []bool{true, false} {
for _, floatHisto := range []bool{true} { // FIXME
t.Run(fmt.Sprintf("floatHistogram=%t", floatHisto), func(t *testing.T) {
l := labels.FromStrings("a", "b")
head, _ := newTestHead(t, 1000, wlog.CompressionNone, false)
@ -4026,10 +4040,16 @@ func TestHistogramCounterResetHeader(t *testing.T) {
appendHistogram(h)
checkExpCounterResetHeader(chunkenc.CounterReset)
// Add 2 non-counter reset histogram chunks.
for i := 0; i < 250; i++ {
// Add 2 non-counter reset histogram chunks (each chunk targets 1024 bytes which contains ~500 int histogram
// samples or ~1000 float histogram samples).
numAppend := 2000
if floatHisto {
numAppend = 1000
}
for i := 0; i < numAppend; i++ {
appendHistogram(h)
}
checkExpCounterResetHeader(chunkenc.NotCounterReset, chunkenc.NotCounterReset)
// Changing schema will cut a new chunk with unknown counter reset.
@ -4054,8 +4074,8 @@ func TestHistogramCounterResetHeader(t *testing.T) {
appendHistogram(h)
checkExpCounterResetHeader(chunkenc.CounterReset)
// Add 2 non-counter reset histograms. Just to have some non-counter reset chunks in between.
for i := 0; i < 250; i++ {
// Add 2 non-counter reset histogram chunks. Just to have some non-counter reset chunks in between.
for i := 0; i < 2000; i++ {
appendHistogram(h)
}
checkExpCounterResetHeader(chunkenc.NotCounterReset, chunkenc.NotCounterReset)
@ -4088,7 +4108,7 @@ func TestAppendingDifferentEncodingToSameSeries(t *testing.T) {
floatHists := tsdbutil.GenerateTestFloatHistograms(10)
lbls := labels.FromStrings("a", "b")
var expResult []tsdbutil.Sample
var expResult []chunks.Sample
checkExpChunks := func(count int) {
ms, created, err := db.Head().getOrCreate(lbls.Hash(), lbls)
require.NoError(t, err)
@ -4098,59 +4118,59 @@ func TestAppendingDifferentEncodingToSameSeries(t *testing.T) {
}
appends := []struct {
samples []tsdbutil.Sample
samples []chunks.Sample
expChunks int
err error
// If this is empty, samples above will be taken instead of this.
addToExp []tsdbutil.Sample
addToExp []chunks.Sample
}{
// Histograms that end up in the expected samples are copied here so that we
// can independently set the CounterResetHint later.
{
samples: []tsdbutil.Sample{sample{t: 100, h: hists[0].Copy()}},
samples: []chunks.Sample{sample{t: 100, h: hists[0].Copy()}},
expChunks: 1,
},
{
samples: []tsdbutil.Sample{sample{t: 200, f: 2}},
samples: []chunks.Sample{sample{t: 200, f: 2}},
expChunks: 2,
},
{
samples: []tsdbutil.Sample{sample{t: 210, fh: floatHists[0].Copy()}},
samples: []chunks.Sample{sample{t: 210, fh: floatHists[0].Copy()}},
expChunks: 3,
},
{
samples: []tsdbutil.Sample{sample{t: 220, h: hists[1].Copy()}},
samples: []chunks.Sample{sample{t: 220, h: hists[1].Copy()}},
expChunks: 4,
},
{
samples: []tsdbutil.Sample{sample{t: 230, fh: floatHists[3].Copy()}},
samples: []chunks.Sample{sample{t: 230, fh: floatHists[3].Copy()}},
expChunks: 5,
},
{
samples: []tsdbutil.Sample{sample{t: 100, h: hists[2].Copy()}},
samples: []chunks.Sample{sample{t: 100, h: hists[2].Copy()}},
err: storage.ErrOutOfOrderSample,
},
{
samples: []tsdbutil.Sample{sample{t: 300, h: hists[3].Copy()}},
samples: []chunks.Sample{sample{t: 300, h: hists[3].Copy()}},
expChunks: 6,
},
{
samples: []tsdbutil.Sample{sample{t: 100, f: 2}},
samples: []chunks.Sample{sample{t: 100, f: 2}},
err: storage.ErrOutOfOrderSample,
},
{
samples: []tsdbutil.Sample{sample{t: 100, fh: floatHists[4].Copy()}},
samples: []chunks.Sample{sample{t: 100, fh: floatHists[4].Copy()}},
err: storage.ErrOutOfOrderSample,
},
{
// Combination of histograms and float64 in the same commit. The behaviour is undefined, but we want to also
// verify how TSDB would behave. Here the histogram is appended at the end, hence will be considered as out of order.
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
sample{t: 400, f: 4},
sample{t: 500, h: hists[5]}, // This won't be committed.
sample{t: 600, f: 6},
},
addToExp: []tsdbutil.Sample{
addToExp: []chunks.Sample{
sample{t: 400, f: 4},
sample{t: 600, f: 6},
},
@ -4158,12 +4178,12 @@ func TestAppendingDifferentEncodingToSameSeries(t *testing.T) {
},
{
// Here the histogram is appended at the end, hence the first histogram is out of order.
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
sample{t: 700, h: hists[7]}, // Out of order w.r.t. the next float64 sample that is appended first.
sample{t: 800, f: 8},
sample{t: 900, h: hists[9]},
},
addToExp: []tsdbutil.Sample{
addToExp: []chunks.Sample{
sample{t: 800, f: 8},
sample{t: 900, h: hists[9].Copy()},
},
@ -4171,11 +4191,11 @@ func TestAppendingDifferentEncodingToSameSeries(t *testing.T) {
},
{
// Float histogram is appended at the end.
samples: []tsdbutil.Sample{
samples: []chunks.Sample{
sample{t: 1000, fh: floatHists[7]}, // Out of order w.r.t. the next histogram.
sample{t: 1100, h: hists[9]},
},
addToExp: []tsdbutil.Sample{
addToExp: []chunks.Sample{
sample{t: 1100, h: hists[9].Copy()},
},
expChunks: 8,
@ -4220,7 +4240,7 @@ func TestAppendingDifferentEncodingToSameSeries(t *testing.T) {
require.NoError(t, err)
series := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "a", "b"))
require.Equal(t, map[string][]tsdbutil.Sample{lbls.String(): expResult}, series)
require.Equal(t, map[string][]chunks.Sample{lbls.String(): expResult}, series)
}
// Tests https://github.com/prometheus/prometheus/issues/9725.
@ -4654,7 +4674,7 @@ func TestReplayAfterMmapReplayError(t *testing.T) {
itvl := int64(15 * time.Second / time.Millisecond)
lastTs := int64(0)
lbls := labels.FromStrings("__name__", "testing", "foo", "bar")
var expSamples []tsdbutil.Sample
var expSamples []chunks.Sample
addSamples := func(numSamples int) {
app := h.Appender(context.Background())
var ref storage.SeriesRef
@ -4703,7 +4723,7 @@ func TestReplayAfterMmapReplayError(t *testing.T) {
q, err := NewBlockQuerier(h, 0, lastTs)
require.NoError(t, err)
res := query(t, q, labels.MustNewMatcher(labels.MatchEqual, "__name__", "testing"))
require.Equal(t, map[string][]tsdbutil.Sample{lbls.String(): expSamples}, res)
require.Equal(t, map[string][]chunks.Sample{lbls.String(): expSamples}, res)
require.NoError(t, h.Close())
}
@ -4818,23 +4838,22 @@ func TestHistogramValidation(t *testing.T) {
}
func BenchmarkHistogramValidation(b *testing.B) {
histograms := generateBigTestHistograms(b.N)
histograms := generateBigTestHistograms(b.N, 500)
b.ResetTimer()
for _, h := range histograms {
require.NoError(b, ValidateHistogram(h))
}
}
func generateBigTestHistograms(n int) []*histogram.Histogram {
const numBuckets = 500
func generateBigTestHistograms(numHistograms, numBuckets int) []*histogram.Histogram {
numSpans := numBuckets / 10
bucketsPerSide := numBuckets / 2
spanLength := uint32(bucketsPerSide / numSpans)
// Given all bucket deltas are 1, sum n + 1.
// Given all bucket deltas are 1, sum numHistograms + 1.
observationCount := numBuckets / 2 * (1 + numBuckets)
var histograms []*histogram.Histogram
for i := 0; i < n; i++ {
for i := 0; i < numHistograms; i++ {
h := &histogram.Histogram{
Count: uint64(i + observationCount),
ZeroCount: uint64(i),
@ -4848,7 +4867,7 @@ func generateBigTestHistograms(n int) []*histogram.Histogram {
}
for j := 0; j < numSpans; j++ {
s := histogram.Span{Offset: 1 + int32(i), Length: spanLength}
s := histogram.Span{Offset: 1, Length: spanLength}
h.NegativeSpans[j] = s
h.PositiveSpans[j] = s
}
@ -5197,3 +5216,186 @@ func TestSnapshotAheadOfWALError(t *testing.T) {
require.NoError(t, head.Close())
}
func BenchmarkCuttingHeadHistogramChunks(b *testing.B) {
const (
numSamples = 50000
numBuckets = 100
)
samples := generateBigTestHistograms(numSamples, numBuckets)
h, _ := newTestHead(b, DefaultBlockDuration, wlog.CompressionNone, false)
defer func() {
require.NoError(b, h.Close())
}()
a := h.Appender(context.Background())
ts := time.Now().UnixMilli()
lbls := labels.FromStrings("foo", "bar")
b.ResetTimer()
for _, s := range samples {
_, err := a.AppendHistogram(0, lbls, ts, s, nil)
require.NoError(b, err)
}
}
func TestCuttingNewHeadChunks(t *testing.T) {
testCases := map[string]struct {
numTotalSamples int
timestampJitter bool
floatValFunc func(i int) float64
histValFunc func(i int) *histogram.Histogram
expectedChks []struct {
numSamples int
numBytes int
}
}{
"float samples": {
numTotalSamples: 180,
floatValFunc: func(i int) float64 {
return 1.
},
expectedChks: []struct {
numSamples int
numBytes int
}{
{numSamples: 120, numBytes: 46},
{numSamples: 60, numBytes: 32},
},
},
"large float samples": {
// Normally 120 samples would fit into a single chunk but these chunks violate the 1005 byte soft cap.
numTotalSamples: 120,
timestampJitter: true,
floatValFunc: func(i int) float64 {
// Flipping between these two make each sample val take at least 64 bits.
vals := []float64{math.MaxFloat64, 0x00}
return vals[i%len(vals)]
},
expectedChks: []struct {
numSamples int
numBytes int
}{
{99, 1008},
{21, 219},
},
},
"small histograms": {
numTotalSamples: 240,
histValFunc: func() func(i int) *histogram.Histogram {
hists := generateBigTestHistograms(240, 10)
return func(i int) *histogram.Histogram {
return hists[i]
}
}(),
expectedChks: []struct {
numSamples int
numBytes int
}{
{120, 1087},
{120, 1039},
},
},
"large histograms": {
numTotalSamples: 240,
histValFunc: func() func(i int) *histogram.Histogram {
hists := generateBigTestHistograms(240, 100)
return func(i int) *histogram.Histogram {
return hists[i]
}
}(),
expectedChks: []struct {
numSamples int
numBytes int
}{
{30, 696},
{30, 700},
{30, 708},
{30, 693},
{30, 691},
{30, 692},
{30, 695},
{30, 694},
},
},
"really large histograms": {
// Really large histograms; each chunk can only contain a single histogram but we have a 10 sample minimum
// per chunk.
numTotalSamples: 11,
histValFunc: func() func(i int) *histogram.Histogram {
hists := generateBigTestHistograms(11, 100000)
return func(i int) *histogram.Histogram {
return hists[i]
}
}(),
expectedChks: []struct {
numSamples int
numBytes int
}{
{10, 200103},
{1, 87540},
},
},
}
for testName, tc := range testCases {
t.Run(testName, func(t *testing.T) {
h, _ := newTestHead(t, DefaultBlockDuration, wlog.CompressionNone, false)
defer func() {
require.NoError(t, h.Close())
}()
a := h.Appender(context.Background())
ts := int64(10000)
lbls := labels.FromStrings("foo", "bar")
jitter := []int64{0, 1} // A bit of jitter to prevent dod=0.
for i := 0; i < tc.numTotalSamples; i++ {
if tc.floatValFunc != nil {
_, err := a.Append(0, lbls, ts, tc.floatValFunc(i))
require.NoError(t, err)
} else if tc.histValFunc != nil {
_, err := a.AppendHistogram(0, lbls, ts, tc.histValFunc(i), nil)
require.NoError(t, err)
}
ts += int64(60 * time.Second / time.Millisecond)
if tc.timestampJitter {
ts += jitter[i%len(jitter)]
}
}
require.NoError(t, a.Commit())
idxReader, err := h.Index()
require.NoError(t, err)
chkReader, err := h.Chunks()
require.NoError(t, err)
p, err := idxReader.Postings("foo", "bar")
require.NoError(t, err)
var lblBuilder labels.ScratchBuilder
for p.Next() {
sRef := p.At()
chkMetas := make([]chunks.Meta, len(tc.expectedChks))
require.NoError(t, idxReader.Series(sRef, &lblBuilder, &chkMetas))
require.Len(t, chkMetas, len(tc.expectedChks))
for i, expected := range tc.expectedChks {
chk, err := chkReader.Chunk(chkMetas[i])
require.NoError(t, err)
require.Equal(t, expected.numSamples, chk.NumSamples())
require.Len(t, chk.Bytes(), expected.numBytes)
}
}
})
}
}

55
tsdb/ooo_head_read_test.go
View file

@ -28,7 +28,6 @@ import (
"github.com/prometheus/prometheus/storage"
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/chunks"
"github.com/prometheus/prometheus/tsdb/tsdbutil"
"github.com/prometheus/prometheus/tsdb/wlog"
)
@ -496,16 +495,16 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT int64
queryMaxT int64
firstInOrderSampleAt int64
inputSamples tsdbutil.SampleSlice
inputSamples chunks.SampleSlice
expChunkError bool
expChunksSamples []tsdbutil.SampleSlice
expChunksSamples []chunks.SampleSlice
}{
{
name: "Getting the head when there are no overlapping chunks returns just the samples in the head",
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
sample{t: minutes(30), f: float64(0)},
sample{t: minutes(40), f: float64(0)},
},
@ -514,7 +513,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Query Interval [------------------------------------------------------------------------------------------]
// Chunk 0: Current Head [--------] (With 2 samples)
// Output Graphically [--------] (With 2 samples)
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(30), f: float64(0)},
sample{t: minutes(40), f: float64(0)},
@ -526,7 +525,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
// opts.OOOCapMax is 5 so these will be mmapped to the first mmapped chunk
sample{t: minutes(41), f: float64(0)},
sample{t: minutes(42), f: float64(0)},
@ -544,7 +543,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Chunk 0 [---] (With 5 samples)
// Chunk 1: Current Head [-----------------] (With 2 samples)
// Output Graphically [-----------------] (With 7 samples)
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(30), f: float64(1)},
sample{t: minutes(41), f: float64(0)},
@ -561,7 +560,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(12), f: float64(0)},
@ -592,7 +591,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Chunk 2 [--------]
// Chunk 3: Current Head [--------]
// Output Graphically [----------------][-----------------]
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(12), f: float64(0)},
@ -619,7 +618,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(40), f: float64(0)},
sample{t: minutes(42), f: float64(0)},
@ -650,7 +649,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Chunk 2 [-------]
// Chunk 3: Current Head [--------]
// Output Graphically [----------------][-----------------]
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(10), f: float64(3)},
sample{t: minutes(20), f: float64(2)},
@ -677,7 +676,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(12), f: float64(0)},
@ -708,7 +707,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Chunk 2 [-------]
// Chunk 3: Current Head [-------]
// Output Graphically [-------][-------][-------][--------]
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(12), f: float64(0)},
@ -741,7 +740,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(15), f: float64(0)},
@ -765,7 +764,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Chunk 1 [--------------------]
// Chunk 2 Current Head [--------------]
// Output Graphically [-----------------------------------]
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(15), f: float64(0)},
@ -784,7 +783,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
queryMinT: minutes(12),
queryMaxT: minutes(33),
firstInOrderSampleAt: minutes(120),
inputSamples: tsdbutil.SampleSlice{
inputSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(15), f: float64(0)},
@ -808,7 +807,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
// Chunk 1 [--------------------]
// Chunk 2 Current Head [--------------]
// Output Graphically [-----------------------------------]
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(10), f: float64(0)},
sample{t: minutes(15), f: float64(0)},
@ -853,7 +852,7 @@ func TestOOOHeadChunkReader_Chunk(t *testing.T) {
c, err := cr.Chunk(chks[i])
require.NoError(t, err)
var resultSamples tsdbutil.SampleSlice
var resultSamples chunks.SampleSlice
it := c.Iterator(nil)
for it.Next() == chunkenc.ValFloat {
t, v := it.At()
@ -892,17 +891,17 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
queryMinT int64
queryMaxT int64
firstInOrderSampleAt int64
initialSamples tsdbutil.SampleSlice
samplesAfterSeriesCall tsdbutil.SampleSlice
initialSamples chunks.SampleSlice
samplesAfterSeriesCall chunks.SampleSlice
expChunkError bool
expChunksSamples []tsdbutil.SampleSlice
expChunksSamples []chunks.SampleSlice
}{
{
name: "Current head gets old, new and in between sample after Series call, they all should be omitted from the result",
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
initialSamples: tsdbutil.SampleSlice{
initialSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(20), f: float64(0)},
sample{t: minutes(22), f: float64(0)},
@ -913,7 +912,7 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
sample{t: minutes(25), f: float64(1)},
sample{t: minutes(35), f: float64(1)},
},
samplesAfterSeriesCall: tsdbutil.SampleSlice{
samplesAfterSeriesCall: chunks.SampleSlice{
sample{t: minutes(10), f: float64(1)},
sample{t: minutes(32), f: float64(1)},
sample{t: minutes(50), f: float64(1)},
@ -926,7 +925,7 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
// New samples added after Series()
// Chunk 1: Current Head [-----------------------------------] (5 samples)
// Output Graphically [------------] (With 8 samples, samples newer than lastmint or older than lastmaxt are omitted but the ones in between are kept)
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(20), f: float64(0)},
sample{t: minutes(22), f: float64(0)},
@ -944,7 +943,7 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
queryMinT: minutes(0),
queryMaxT: minutes(100),
firstInOrderSampleAt: minutes(120),
initialSamples: tsdbutil.SampleSlice{
initialSamples: chunks.SampleSlice{
// Chunk 0
sample{t: minutes(20), f: float64(0)},
sample{t: minutes(22), f: float64(0)},
@ -955,7 +954,7 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
sample{t: minutes(25), f: float64(1)},
sample{t: minutes(35), f: float64(1)},
},
samplesAfterSeriesCall: tsdbutil.SampleSlice{
samplesAfterSeriesCall: chunks.SampleSlice{
sample{t: minutes(10), f: float64(1)},
sample{t: minutes(32), f: float64(1)},
sample{t: minutes(50), f: float64(1)},
@ -972,7 +971,7 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
// Chunk 1 (mmapped) [-------------------------] (5 samples)
// Chunk 2: Current Head [-----------] (2 samples)
// Output Graphically [------------] (8 samples) It has 5 from Chunk 0 and 3 from Chunk 1
expChunksSamples: []tsdbutil.SampleSlice{
expChunksSamples: []chunks.SampleSlice{
{
sample{t: minutes(20), f: float64(0)},
sample{t: minutes(22), f: float64(0)},
@ -1024,7 +1023,7 @@ func TestOOOHeadChunkReader_Chunk_ConsistentQueryResponseDespiteOfHeadExpanding(
c, err := cr.Chunk(chks[i])
require.NoError(t, err)
var resultSamples tsdbutil.SampleSlice
var resultSamples chunks.SampleSlice
it := c.Iterator(nil)
for it.Next() == chunkenc.ValFloat {
ts, v := it.At()

244
tsdb/querier_test.go
View file

@ -239,7 +239,7 @@ func testBlockQuerier(t *testing.T, c blockQuerierTestCase, ir IndexReader, cr C
require.Equal(t, errExp, errRes)
require.Equal(t, len(chksExp), len(chksRes))
var exp, act [][]tsdbutil.Sample
var exp, act [][]chunks.Sample
for i := range chksExp {
samples, err := storage.ExpandSamples(chksExp[i].Chunk.Iterator(nil), nil)
require.NoError(t, err)
@ -291,24 +291,24 @@ func TestBlockQuerier(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchRegexp, "a", ".*")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("b", "b"),
[]tsdbutil.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
[]chunks.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}}, []tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}}, []chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}}, []tsdbutil.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}}, []chunks.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("b", "b"),
[]tsdbutil.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}}, []tsdbutil.Sample{sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
[]chunks.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}}, []chunks.Sample{sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
),
}),
},
@ -318,18 +318,18 @@ func TestBlockQuerier(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchEqual, "a", "a")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}}, []tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}}, []chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}}, []tsdbutil.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}}, []chunks.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
},
@ -342,20 +342,20 @@ func TestBlockQuerier(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchEqual, "a", "a")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}},
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}},
[]tsdbutil.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
},
@ -368,18 +368,18 @@ func TestBlockQuerier(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchEqual, "a", "a")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
},
@ -427,24 +427,24 @@ func TestBlockQuerier_AgainstHeadWithOpenChunks(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchRegexp, "a", ".*")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("b", "b"),
[]tsdbutil.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
[]chunks.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("b", "b"),
[]tsdbutil.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
[]chunks.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}, sample{6, 7, nil, nil}, sample{7, 2, nil, nil}},
),
}),
},
@ -454,18 +454,18 @@ func TestBlockQuerier_AgainstHeadWithOpenChunks(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchEqual, "a", "a")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{2, 3, nil, nil}, sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{2, 2, nil, nil}, sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
},
@ -509,18 +509,18 @@ func TestBlockQuerier_TrimmingDoesNotModifyOriginalTombstoneIntervals(t *testing
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchRegexp, "a", "a")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{3, 4, nil, nil}, sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{3, 3, nil, nil}, sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{3, 4, nil, nil}}, []tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{3, 4, nil, nil}}, []chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{3, 3, nil, nil}}, []tsdbutil.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
[]chunks.Sample{sample{3, 3, nil, nil}}, []chunks.Sample{sample{5, 3, nil, nil}, sample{6, 6, nil, nil}},
),
}),
}
@ -608,24 +608,24 @@ func TestBlockQuerierDelete(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchRegexp, "a", ".*")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{5, 3, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("b", "b"),
[]tsdbutil.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}},
[]chunks.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}, sample{5, 1, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}, sample{7, 4, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{5, 3, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("b", "b"),
[]tsdbutil.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}}, []tsdbutil.Sample{sample{5, 1, nil, nil}},
[]chunks.Sample{sample{1, 3, nil, nil}, sample{2, 2, nil, nil}, sample{3, 6, nil, nil}}, []chunks.Sample{sample{5, 1, nil, nil}},
),
}),
},
@ -635,18 +635,18 @@ func TestBlockQuerierDelete(t *testing.T) {
ms: []*labels.Matcher{labels.MustNewMatcher(labels.MatchEqual, "a", "a")},
exp: newMockSeriesSet([]storage.Series{
storage.NewListSeries(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListSeries(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{5, 3, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}},
),
}),
expChks: newMockChunkSeriesSet([]storage.ChunkSeries{
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a"),
[]tsdbutil.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
[]chunks.Sample{sample{5, 2, nil, nil}, sample{6, 3, nil, nil}},
),
storage.NewListChunkSeriesFromSamples(labels.FromStrings("a", "a", "b", "b"),
[]tsdbutil.Sample{sample{5, 3, nil, nil}},
[]chunks.Sample{sample{5, 3, nil, nil}},
),
}),
},
@ -663,14 +663,14 @@ type fakeChunksReader struct {
chks map[chunks.ChunkRef]chunkenc.Chunk
}
func createFakeReaderAndNotPopulatedChunks(s ...[]tsdbutil.Sample) (*fakeChunksReader, []chunks.Meta) {
func createFakeReaderAndNotPopulatedChunks(s ...[]chunks.Sample) (*fakeChunksReader, []chunks.Meta) {
f := &fakeChunksReader{
chks: map[chunks.ChunkRef]chunkenc.Chunk{},
}
chks := make([]chunks.Meta, 0, len(s))
for ref, samples := range s {
chk, _ := tsdbutil.ChunkFromSamples(samples)
chk, _ := chunks.ChunkFromSamples(samples)
f.chks[chunks.ChunkRef(ref)] = chk.Chunk
chks = append(chks, chunks.Meta{
@ -693,9 +693,9 @@ func (r *fakeChunksReader) Chunk(meta chunks.Meta) (chunkenc.Chunk, error) {
func TestPopulateWithTombSeriesIterators(t *testing.T) {
cases := []struct {
name string
chks [][]tsdbutil.Sample
chks [][]chunks.Sample
expected []tsdbutil.Sample
expected []chunks.Sample
expectedChks []chunks.Meta
intervals tombstones.Intervals
@ -706,79 +706,79 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
}{
{
name: "no chunk",
chks: [][]tsdbutil.Sample{},
chks: [][]chunks.Sample{},
},
{
name: "one empty chunk", // This should never happen.
chks: [][]tsdbutil.Sample{{}},
chks: [][]chunks.Sample{{}},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{}),
assureChunkFromSamples(t, []chunks.Sample{}),
},
},
{
name: "three empty chunks", // This should never happen.
chks: [][]tsdbutil.Sample{{}, {}, {}},
chks: [][]chunks.Sample{{}, {}, {}},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{}),
assureChunkFromSamples(t, []tsdbutil.Sample{}),
assureChunkFromSamples(t, []tsdbutil.Sample{}),
assureChunkFromSamples(t, []chunks.Sample{}),
assureChunkFromSamples(t, []chunks.Sample{}),
assureChunkFromSamples(t, []chunks.Sample{}),
},
},
{
name: "one chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil},
}),
},
},
{
name: "two full chunks",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil},
}),
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
}),
},
},
{
name: "three full chunks",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
{sample{10, 22, nil, nil}, sample{203, 3493, nil, nil}},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil}, sample{9, 8, nil, nil}, sample{10, 22, nil, nil}, sample{203, 3493, nil, nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil},
}),
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
}),
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{10, 22, nil, nil}, sample{203, 3493, nil, nil},
}),
},
@ -786,14 +786,14 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
// Seek cases.
{
name: "three empty chunks and seek", // This should never happen.
chks: [][]tsdbutil.Sample{{}, {}, {}},
chks: [][]chunks.Sample{{}, {}, {}},
seek: 1,
seekSuccess: false,
},
{
name: "two chunks and seek beyond chunks",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
@ -803,92 +803,92 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "two chunks and seek on middle of first chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
seek: 2,
seekSuccess: true,
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{3, 5, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
},
},
{
name: "two chunks and seek before first chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
seek: -32,
seekSuccess: true,
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 2, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
},
},
// Deletion / Trim cases.
{
name: "no chunk with deletion interval",
chks: [][]tsdbutil.Sample{},
chks: [][]chunks.Sample{},
intervals: tombstones.Intervals{{Mint: 20, Maxt: 21}},
},
{
name: "two chunks with trimmed first and last samples from edge chunks",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
intervals: tombstones.Intervals{{Mint: math.MinInt64, Maxt: 2}}.Add(tombstones.Interval{Mint: 9, Maxt: math.MaxInt64}),
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{3, 5, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{3, 5, nil, nil}, sample{6, 1, nil, nil},
}),
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{7, 89, nil, nil},
}),
},
},
{
name: "two chunks with trimmed middle sample of first chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
intervals: tombstones.Intervals{{Mint: 2, Maxt: 3}},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 2, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 2, nil, nil}, sample{6, 1, nil, nil},
}),
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{7, 89, nil, nil}, sample{9, 8, nil, nil},
}),
},
},
{
name: "two chunks with deletion across two chunks",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
intervals: tombstones.Intervals{{Mint: 6, Maxt: 7}},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{9, 8, nil, nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil},
}),
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{9, 8, nil, nil},
}),
},
@ -896,7 +896,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
// Deletion with seek.
{
name: "two chunks with trimmed first and last samples from edge chunks, seek from middle of first chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{sample{1, 2, nil, nil}, sample{2, 3, nil, nil}, sample{3, 5, nil, nil}, sample{6, 1, nil, nil}},
{sample{7, 89, nil, nil}, sample{9, 8, nil, nil}},
},
@ -904,13 +904,13 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
seek: 3,
seekSuccess: true,
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{3, 5, nil, nil}, sample{6, 1, nil, nil}, sample{7, 89, nil, nil},
},
},
{
name: "one histogram chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, tsdbutil.GenerateTestHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestHistogram(2), nil},
@ -918,14 +918,14 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
sample{6, 0, tsdbutil.GenerateTestHistogram(6), nil},
},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestHistogram(1), nil},
sample{2, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(2)), nil},
sample{3, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(3)), nil},
sample{6, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(6)), nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestHistogram(1), nil},
sample{2, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(2)), nil},
sample{3, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(3)), nil},
@ -935,7 +935,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one histogram chunk intersect with deletion interval",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, tsdbutil.GenerateTestHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestHistogram(2), nil},
@ -944,13 +944,13 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
},
intervals: tombstones.Intervals{{Mint: 5, Maxt: 20}},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestHistogram(1), nil},
sample{2, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(2)), nil},
sample{3, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(3)), nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestHistogram(1), nil},
sample{2, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(2)), nil},
sample{3, 0, tsdbutil.SetHistogramNotCounterReset(tsdbutil.GenerateTestHistogram(3)), nil},
@ -959,7 +959,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one float histogram chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, nil, tsdbutil.GenerateTestFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestFloatHistogram(2)},
@ -967,14 +967,14 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
sample{6, 0, nil, tsdbutil.GenerateTestFloatHistogram(6)},
},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(2))},
sample{3, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(3))},
sample{6, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(6))},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(2))},
sample{3, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(3))},
@ -984,7 +984,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one float histogram chunk intersect with deletion interval",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, nil, tsdbutil.GenerateTestFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestFloatHistogram(2)},
@ -993,13 +993,13 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
},
intervals: tombstones.Intervals{{Mint: 5, Maxt: 20}},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(2))},
sample{3, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(3))},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(2))},
sample{3, 0, nil, tsdbutil.SetFloatHistogramNotCounterReset(tsdbutil.GenerateTestFloatHistogram(3))},
@ -1008,7 +1008,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one gauge histogram chunk",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, tsdbutil.GenerateTestGaugeHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestGaugeHistogram(2), nil},
@ -1016,14 +1016,14 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
sample{6, 0, tsdbutil.GenerateTestGaugeHistogram(6), nil},
},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestGaugeHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestGaugeHistogram(2), nil},
sample{3, 0, tsdbutil.GenerateTestGaugeHistogram(3), nil},
sample{6, 0, tsdbutil.GenerateTestGaugeHistogram(6), nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestGaugeHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestGaugeHistogram(2), nil},
sample{3, 0, tsdbutil.GenerateTestGaugeHistogram(3), nil},
@ -1033,7 +1033,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one gauge histogram chunk intersect with deletion interval",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, tsdbutil.GenerateTestGaugeHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestGaugeHistogram(2), nil},
@ -1042,13 +1042,13 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
},
intervals: tombstones.Intervals{{Mint: 5, Maxt: 20}},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestGaugeHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestGaugeHistogram(2), nil},
sample{3, 0, tsdbutil.GenerateTestGaugeHistogram(3), nil},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, tsdbutil.GenerateTestGaugeHistogram(1), nil},
sample{2, 0, tsdbutil.GenerateTestGaugeHistogram(2), nil},
sample{3, 0, tsdbutil.GenerateTestGaugeHistogram(3), nil},
@ -1057,7 +1057,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one gauge float histogram",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(2)},
@ -1065,14 +1065,14 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
sample{6, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(6)},
},
},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(2)},
sample{3, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(3)},
sample{6, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(6)},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(2)},
sample{3, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(3)},
@ -1082,7 +1082,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
{
name: "one gauge float histogram chunk intersect with deletion interval",
chks: [][]tsdbutil.Sample{
chks: [][]chunks.Sample{
{
sample{1, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(2)},
@ -1091,13 +1091,13 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
},
},
intervals: tombstones.Intervals{{Mint: 5, Maxt: 20}},
expected: []tsdbutil.Sample{
expected: []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(2)},
sample{3, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(3)},
},
expectedChks: []chunks.Meta{
assureChunkFromSamples(t, []tsdbutil.Sample{
assureChunkFromSamples(t, []chunks.Sample{
sample{1, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(1)},
sample{2, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(2)},
sample{3, 0, nil, tsdbutil.GenerateTestGaugeFloatHistogram(3)},
@ -1112,7 +1112,7 @@ func TestPopulateWithTombSeriesIterators(t *testing.T) {
it := &populateWithDelSeriesIterator{}
it.reset(ulid.ULID{}, f, chkMetas, tc.intervals)
var r []tsdbutil.Sample
var r []chunks.Sample
if tc.seek != 0 {
require.Equal(t, tc.seekSuccess, it.Seek(tc.seek) == chunkenc.ValFloat)
require.Equal(t, tc.seekSuccess, it.Seek(tc.seek) == chunkenc.ValFloat) // Next one should be noop.
@ -1158,9 +1158,9 @@ func rmChunkRefs(chks []chunks.Meta) {
// Regression for: https://github.com/prometheus/tsdb/pull/97
func TestPopulateWithDelSeriesIterator_DoubleSeek(t *testing.T) {
f, chkMetas := createFakeReaderAndNotPopulatedChunks(
[]tsdbutil.Sample{},
[]tsdbutil.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}},
[]tsdbutil.Sample{sample{4, 4, nil, nil}, sample{5, 5, nil, nil}},
[]chunks.Sample{},
[]chunks.Sample{sample{1, 1, nil, nil}, sample{2, 2, nil, nil}, sample{3, 3, nil, nil}},
[]chunks.Sample{sample{4, 4, nil, nil}, sample{5, 5, nil, nil}},
)
it := &populateWithDelSeriesIterator{}
@ -1177,9 +1177,9 @@ func TestPopulateWithDelSeriesIterator_DoubleSeek(t *testing.T) {
// skipped to the end when seeking a value in the current chunk.
func TestPopulateWithDelSeriesIterator_SeekInCurrentChunk(t *testing.T) {
f, chkMetas := createFakeReaderAndNotPopulatedChunks(
[]tsdbutil.Sample{},
[]tsdbutil.Sample{sample{1, 2, nil, nil}, sample{3, 4, nil, nil}, sample{5, 6, nil, nil}, sample{7, 8, nil, nil}},
[]tsdbutil.Sample{},
[]chunks.Sample{},
[]chunks.Sample{sample{1, 2, nil, nil}, sample{3, 4, nil, nil}, sample{5, 6, nil, nil}, sample{7, 8, nil, nil}},
[]chunks.Sample{},
)
it := &populateWithDelSeriesIterator{}
@ -1197,7 +1197,7 @@ func TestPopulateWithDelSeriesIterator_SeekInCurrentChunk(t *testing.T) {
func TestPopulateWithDelSeriesIterator_SeekWithMinTime(t *testing.T) {
f, chkMetas := createFakeReaderAndNotPopulatedChunks(
[]tsdbutil.Sample{sample{1, 6, nil, nil}, sample{5, 6, nil, nil}, sample{6, 8, nil, nil}},
[]chunks.Sample{sample{1, 6, nil, nil}, sample{5, 6, nil, nil}, sample{6, 8, nil, nil}},
)
it := &populateWithDelSeriesIterator{}
@ -1210,7 +1210,7 @@ func TestPopulateWithDelSeriesIterator_SeekWithMinTime(t *testing.T) {
// Seek gets called and advances beyond the max time, which was just accepted as a valid sample.
func TestPopulateWithDelSeriesIterator_NextWithMinTime(t *testing.T) {
f, chkMetas := createFakeReaderAndNotPopulatedChunks(
[]tsdbutil.Sample{sample{1, 6, nil, nil}, sample{5, 6, nil, nil}, sample{7, 8, nil, nil}},
[]chunks.Sample{sample{1, 6, nil, nil}, sample{5, 6, nil, nil}, sample{7, 8, nil, nil}},
)
it := &populateWithDelSeriesIterator{}

159
tsdb/tsdbutil/chunks.go
View file

@ -1,159 +0,0 @@
// Copyright 2018 The Prometheus Authors
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
package tsdbutil
import (
"fmt"
"github.com/prometheus/prometheus/model/histogram"
"github.com/prometheus/prometheus/tsdb/chunkenc"
"github.com/prometheus/prometheus/tsdb/chunks"
)
type Samples interface {
Get(i int) Sample
Len() int
}
type Sample interface {
T() int64
F() float64
H() *histogram.Histogram
FH() *histogram.FloatHistogram
Type() chunkenc.ValueType
}
type SampleSlice []Sample
func (s SampleSlice) Get(i int) Sample { return s[i] }
func (s SampleSlice) Len() int { return len(s) }
// ChunkFromSamples requires all samples to have the same type.
func ChunkFromSamples(s []Sample) (chunks.Meta, error) {
return ChunkFromSamplesGeneric(SampleSlice(s))
}
// ChunkFromSamplesGeneric requires all samples to have the same type.
func ChunkFromSamplesGeneric(s Samples) (chunks.Meta, error) {
emptyChunk := chunks.Meta{Chunk: chunkenc.NewXORChunk()}
mint, maxt := int64(0), int64(0)
if s.Len() > 0 {
mint, maxt = s.Get(0).T(), s.Get(s.Len()-1).T()
}
if s.Len() == 0 {
return emptyChunk, nil
}
sampleType := s.Get(0).Type()
c, err := chunkenc.NewEmptyChunk(sampleType.ChunkEncoding())
if err != nil {
return chunks.Meta{}, err
}
ca, _ := c.Appender()
var newChunk chunkenc.Chunk
for i := 0; i < s.Len(); i++ {
switch sampleType {
case chunkenc.ValFloat:
ca.Append(s.Get(i).T(), s.Get(i).F())
case chunkenc.ValHistogram:
newChunk, _, ca, err = ca.AppendHistogram(nil, s.Get(i).T(), s.Get(i).H(), false)
if err != nil {
return emptyChunk, err
}
if newChunk != nil {
return emptyChunk, fmt.Errorf("did not expect to start a second chunk")
}
case chunkenc.ValFloatHistogram:
newChunk, _, ca, err = ca.AppendFloatHistogram(nil, s.Get(i).T(), s.Get(i).FH(), false)
if err != nil {
return emptyChunk, err
}
if newChunk != nil {
return emptyChunk, fmt.Errorf("did not expect to start a second chunk")
}
default:
panic(fmt.Sprintf("unknown sample type %s", sampleType.String()))
}
}
return chunks.Meta{
MinTime: mint,
MaxTime: maxt,
Chunk: c,
}, nil
}
type sample struct {
t int64
f float64
h *histogram.Histogram
fh *histogram.FloatHistogram
}
func (s sample) T() int64 {
return s.t
}
func (s sample) F() float64 {
return s.f
}
func (s sample) H() *histogram.Histogram {
return s.h
}
func (s sample) FH() *histogram.FloatHistogram {
return s.fh
}
func (s sample) Type() chunkenc.ValueType {
switch {
case s.h != nil:
return chunkenc.ValHistogram
case s.fh != nil:
return chunkenc.ValFloatHistogram
default:
return chunkenc.ValFloat
}
}
// PopulatedChunk creates a chunk populated with samples every second starting at minTime
func PopulatedChunk(numSamples int, minTime int64) (chunks.Meta, error) {
samples := make([]Sample, numSamples)
for i := 0; i < numSamples; i++ {
samples[i] = sample{t: minTime + int64(i*1000), f: 1.0}
}
return ChunkFromSamples(samples)
}
// GenerateSamples starting at start and counting up numSamples.
func GenerateSamples(start, numSamples int) []Sample {
return generateSamples(start, numSamples, func(i int) Sample {
return sample{
t: int64(i),
f: float64(i),
}
})
}
func generateSamples(start, numSamples int, gen func(int) Sample) []Sample {
samples := make([]Sample, 0, numSamples)
for i := start; i < start+numSamples; i++ {
samples = append(samples, gen(i))
}
return samples
}

8
tsdb/tsdbutil/histogram.go
View file

@ -14,7 +14,7 @@
package tsdbutil
import (
"math/rand"
"math"
"github.com/prometheus/prometheus/model/histogram"
)
@ -53,7 +53,8 @@ func GenerateTestHistogram(i int) *histogram.Histogram {
func GenerateTestGaugeHistograms(n int) (r []*histogram.Histogram) {
for x := 0; x < n; x++ {
r = append(r, GenerateTestGaugeHistogram(rand.Intn(n)))
i := int(math.Sin(float64(x))*100) + 100
r = append(r, GenerateTestGaugeHistogram(i))
}
return r
}
@ -98,7 +99,8 @@ func GenerateTestFloatHistogram(i int) *histogram.FloatHistogram {
func GenerateTestGaugeFloatHistograms(n int) (r []*histogram.FloatHistogram) {
for x := 0; x < n; x++ {
r = append(r, GenerateTestGaugeFloatHistogram(rand.Intn(n)))
i := int(math.Sin(float64(x))*100) + 100
r = append(r, GenerateTestGaugeFloatHistogram(i))
}
return r
}