prometheus/web/ui/module/lezer-promql/test/expression.txt

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# Numeric literals
0.123e3
==>
PromQL(NumberLiteral)
# Double-quoted string literal
"test string"
==>
PromQL(StringLiteral)
# Single-quoted string literal
'test string'
==>
PromQL(StringLiteral)
# Backtick-quoted string literal
`test string`
==>
PromQL(StringLiteral)
# Backtick-quoted multi-line string literal
`test
string`
==>
PromQL(StringLiteral)
# Addition
1 + 2
==>
PromQL(BinaryExpr(NumberLiteral, Add, NumberLiteral))
# Complex expression
sum by(job, mode) (rate(node_cpu_seconds_total[1m])) / on(job) group_left sum by(job)(rate(node_cpu_seconds_total[1m]))
==>
PromQL(
BinaryExpr(
AggregateExpr(
AggregateOp(Sum),
AggregateModifier(
By,
GroupingLabels(
LabelName,
LabelName
)
),
FunctionCallBody(
FunctionCall(
FunctionIdentifier(Rate),
FunctionCallBody(
MatrixSelector(
VectorSelector(
Identifier
),
Duration
)
)
)
)
),
Div,
MatchingModifierClause(
On,
GroupingLabels(
LabelName
)
GroupLeft
),
AggregateExpr(
AggregateOp(Sum),
AggregateModifier(
By,
GroupingLabels(
LabelName
)
),
FunctionCallBody(
FunctionCall(
FunctionIdentifier(Rate),
FunctionCallBody(
MatrixSelector(
VectorSelector(
Identifier
),
Duration
)
)
)
)
)
)
)
# Quoted label name in grouping labels
sum by("job", mode) (test_metric) / on("job") group_left sum by("job")(test_metric)
==>
PromQL(
BinaryExpr(
AggregateExpr(
AggregateOp(Sum),
AggregateModifier(
By,
GroupingLabels(
QuotedLabelName(StringLiteral),
LabelName
)
),
FunctionCallBody(
VectorSelector(
Identifier
)
)
),
Div,
MatchingModifierClause(
On,
GroupingLabels(
QuotedLabelName(StringLiteral)
)
GroupLeft
),
AggregateExpr(
AggregateOp(Sum),
AggregateModifier(
By,
GroupingLabels(
QuotedLabelName(StringLiteral)
)
),
FunctionCallBody(
VectorSelector(
Identifier
)
)
)
)
)
# Case insensitivity for aggregations and binop modifiers.
SuM BY(testlabel1) (testmetric1) / IGNOring(testlabel2) AVG withOUT(testlabel3) (testmetric2)
==>
PromQL(
BinaryExpr(
AggregateExpr(
AggregateOp(Sum),
AggregateModifier(
By,
GroupingLabels(
LabelName
)
),
FunctionCallBody(
VectorSelector(
Identifier
)
)
),
Div,
MatchingModifierClause(
Ignoring,
GroupingLabels(
LabelName
)
),
AggregateExpr(
AggregateOp(Avg),
AggregateModifier(
Without,
GroupingLabels(
LabelName
)
),
FunctionCallBody(
VectorSelector(
Identifier
)
)
)
)
)
# Case insensitivity for set operators
metric1 and metric2 AND metric3 unless metric4 UNLESS metric5 or metric6 OR metric7
==>
PromQL(
BinaryExpr(
BinaryExpr(
BinaryExpr(
BinaryExpr(
BinaryExpr(
BinaryExpr(
VectorSelector(Identifier),
And,
VectorSelector(Identifier)
),
And,
VectorSelector(Identifier)
),
Unless,
VectorSelector(Identifier)
),
Unless,
VectorSelector(Identifier)
),
Or,
VectorSelector(Identifier)
),
Or,
VectorSelector(Identifier)
)
)
# Duration units
foo[1y2w3d4h5m6s7ms]
==>
PromQL(MatrixSelector(VectorSelector(Identifier),Duration))
# Incorrectly ordered duration units
foo[1m2h]
==>
PromQL(SubqueryExpr(VectorSelector(Identifier),Duration,⚠,Duration))
# Using a function name as a metric name
rate
==>
PromQL(VectorSelector(Identifier))
# Match operators
metric_name{a="1",b!="2",c=~"3",d!~"4"}
==>
PromQL(
VectorSelector(
Identifier,
LabelMatchers(
UnquotedLabelMatcher(
LabelName,
MatchOp(EqlSingle),
StringLiteral
),
UnquotedLabelMatcher(
LabelName,
MatchOp(Neq),
StringLiteral
),
UnquotedLabelMatcher(
LabelName,
MatchOp(EqlRegex),
StringLiteral
),
UnquotedLabelMatcher(
LabelName,
MatchOp(NeqRegex),
StringLiteral
)
)
)
)
# Binary expression with bool modifier
metric_name > bool 1
==>
PromQL(
BinaryExpr(
VectorSelector(
Identifier
),
Gtr,
BoolModifier(Bool),
NumberLiteral
)
)
# Binary expression with group_x() labels.
metric1 + on(foo) group_left(bar, baz) metric2
==>
PromQL(
BinaryExpr(
VectorSelector(
Identifier
),
Add,
MatchingModifierClause(
On,
GroupingLabels(
LabelName
)
GroupLeft,
GroupingLabels(
LabelName,
LabelName
)
),
VectorSelector(
Identifier
)
)
)
# Function last_over_time
last_over_time(data[1m])
==>
PromQL(
FunctionCall(
FunctionIdentifier(LastOverTime),
FunctionCallBody(
MatrixSelector(
VectorSelector(
Identifier
),
Duration
)
)
)
)
# Function sgn
sgn(data)
==>
PromQL(
FunctionCall(
FunctionIdentifier(Sgn),
FunctionCallBody(
VectorSelector(
Identifier
)
)
)
)
# Function clamp
clamp(data,0,1)
==>
PromQL(
FunctionCall(
FunctionIdentifier(Clamp),
FunctionCallBody(
VectorSelector(Identifier),
NumberLiteral,
NumberLiteral
)
)
)
# Metric start
start
==>
PromQL(VectorSelector(Identifier))
# Metric end
end
==>
PromQL(VectorSelector(Identifier))
# Simple At start
foo @ start()
==>
PromQL(
StepInvariantExpr(
VectorSelector(
Identifier
),
At,
AtModifierPreprocessors(Start),
)
)
# Simple At end
foo @ end()
==>
PromQL(
StepInvariantExpr(
VectorSelector(
Identifier
),
At,
AtModifierPreprocessors(End),
)
)
# Simple At number
foo @ 1234
==>
PromQL(
StepInvariantExpr(
VectorSelector(
Identifier
),
At,
NumberLiteral
)
)
# At Modifier with space between bracket
foo @ start( )
==>
PromQL(
StepInvariantExpr(
VectorSelector(
Identifier
),
At,
AtModifierPreprocessors(Start),
)
)
# Complex test with At modifier
rate(process_cpu_seconds_total[1m])
and
topk(7, rate(process_cpu_seconds_total[1h] @ 1234))
==>
PromQL(
BinaryExpr(
FunctionCall(
FunctionIdentifier(Rate),
FunctionCallBody(
MatrixSelector(
VectorSelector(Identifier),
Duration
)
)
),
And,
AggregateExpr(
AggregateOp(Topk),
FunctionCallBody(
NumberLiteral,
FunctionCall(
FunctionIdentifier(Rate),
FunctionCallBody(
StepInvariantExpr(
MatrixSelector(VectorSelector(Identifier), Duration),
At,
NumberLiteral
)
)
)
)
)
)
)
# At modifier with negative number
foo @ - 1234
==>
PromQL(
StepInvariantExpr(
VectorSelector(
Identifier
),
At,
NumberLiteral
)
)
# At modifier with explicit positive number
foo @ + 1234
==>
PromQL(
StepInvariantExpr(
VectorSelector(
Identifier
),
At,
NumberLiteral
)
)
# Metric prefixed by Inf
infra
==>
PromQL(VectorSelector(Identifier))
# Metric prefixed by Nan
nananere
==>
PromQL(VectorSelector(Identifier))
# Mixed-case NaN.
NaN
==>
PromQL(NumberLiteral)
# Lower-cased NaN.
nan
==>
PromQL(NumberLiteral)
# Inf.
Inf
==>
PromQL(NumberLiteral)
# Negative Inf.
-Inf
==>
PromQL(NumberLiteral)
# Positive Inf.
+Inf
==>
PromQL(NumberLiteral)
# Lower-cased Inf.
inf
==>
PromQL(NumberLiteral)
# Upper-cased Inf.
INF
==>
PromQL(NumberLiteral)
# Negative number literal.
-42
==>
PromQL(NumberLiteral)
# Explicitly positive number literal.
+42
==>
PromQL(NumberLiteral)
# Trying to illegally use NaN as a metric name.
NaN{foo="bar"}
==>
PromQL(BinaryExpr(NumberLiteral,⚠,VectorSelector(LabelMatchers(UnquotedLabelMatcher(LabelName,MatchOp(EqlSingle),StringLiteral)))))
# Trying to illegally use Inf as a metric name.
Inf{foo="bar"}
==>
PromQL(BinaryExpr(NumberLiteral,⚠,VectorSelector(LabelMatchers(UnquotedLabelMatcher(LabelName,MatchOp(EqlSingle),StringLiteral)))))
# Negative offset
foo offset -5d
==>
PromQL(OffsetExpr(VectorSelector(Identifier), Offset, Sub, Duration))
# Negative offset with space
foo offset - 5d
==>
PromQL(OffsetExpr(VectorSelector(Identifier), Offset, Sub, Duration))
# Positive offset
foo offset 5d
==>
PromQL(OffsetExpr(VectorSelector(Identifier), Offset, Duration))
# Parsing only metric names with alternative @top { "top": "MetricName" }
sum:my_metric_name:rate5m
==>
MetricName(Identifier)
# Testing Atan2 inherited precedence level
1 + foo atan2 bar
==>
PromQL(BinaryExpr(NumberLiteral,Add,BinaryExpr(VectorSelector(Identifier),Atan2,VectorSelector(Identifier))))
# Testing quoted metric name
{"metric_name"}
==>
PromQL(VectorSelector(LabelMatchers(QuotedLabelName(StringLiteral))))
# Testing quoted label name
{"foo"="bar"}
==>
PromQL(VectorSelector(LabelMatchers(QuotedLabelMatcher(QuotedLabelName(StringLiteral), MatchOp(EqlSingle), StringLiteral))))
# Testing quoted metric name and label name
{"metric_name", "foo"="bar"}
==>
PromQL(VectorSelector(LabelMatchers(QuotedLabelName(StringLiteral), QuotedLabelMatcher(QuotedLabelName(StringLiteral), MatchOp(EqlSingle), StringLiteral))))