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prometheus/model/labels/regexp_test.go

1066 lines
82 KiB

// Copyright 2020 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 labels
import (
"fmt"
"math/rand"
"strings"
"testing"
"time"
"github.com/grafana/regexp"
"github.com/grafana/regexp/syntax"
"github.com/stretchr/testify/require"
)
var (
asciiRunes = []rune("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789-_")
regexes = []string{
"",
"foo",
"^foo",
"(foo|bar)",
"foo.*",
".*foo",
"^.*foo$",
"^.+foo$",
".*",
".+",
"foo.+",
".+foo",
"foo\n.+",
"foo\n.*",
".*foo.*",
".+foo.+",
"(?s:.*)",
"(?s:.+)",
"(?s:^.*foo$)",
"(?i:foo)",
"(?i:(foo|bar))",
"(?i:(foo1|foo2|bar))",
"^(?i:foo|oo)|(bar)$",
"(?i:(foo1|foo2|aaa|bbb|ccc|ddd|eee|fff|ggg|hhh|iii|lll|mmm|nnn|ooo|ppp|qqq|rrr|sss|ttt|uuu|vvv|www|xxx|yyy|zzz))",
"((.*)(bar|b|buzz)(.+)|foo)$",
"^$",
"(prometheus|api_prom)_api_v1_.+",
"10\\.0\\.(1|2)\\.+",
"10\\.0\\.(1|2).+",
"((fo(bar))|.+foo)",
// A long case sensitive alternation.
"zQPbMkNO|NNSPdvMi|iWuuSoAl|qbvKMimS|IecrXtPa|seTckYqt|NxnyHkgB|fIDlOgKb|UhlWIygH|OtNoJxHG|cUTkFVIV|mTgFIHjr|jQkoIDtE|PPMKxRXl|AwMfwVkQ|CQyMrTQJ|BzrqxVSi|nTpcWuhF|PertdywG|ZZDgCtXN|WWdDPyyE|uVtNQsKk|BdeCHvPZ|wshRnFlH|aOUIitIp|RxZeCdXT|CFZMslCj|AVBZRDxl|IzIGCnhw|ythYuWiz|oztXVXhl|VbLkwqQx|qvaUgyVC|VawUjPWC|ecloYJuj|boCLTdSU|uPrKeAZx|hrMWLWBq|JOnUNHRM|rYnujkPq|dDEdZhIj|DRrfvugG|yEGfDxVV|YMYdJWuP|PHUQZNWM|AmKNrLis|zTxndVfn|FPsHoJnc|EIulZTua|KlAPhdzg|ScHJJCLt|NtTfMzME|eMCwuFdo|SEpJVJbR|cdhXZeCx|sAVtBwRh|kVFEVcMI|jzJrxraA|tGLHTell|NNWoeSaw|DcOKSetX|UXZAJyka|THpMphDP|rizheevl|kDCBRidd|pCZZRqyu|pSygkitl|SwZGkAaW|wILOrfNX|QkwVOerj|kHOMxPDr|EwOVycJv|AJvtzQFS|yEOjKYYB|LizIINLL|JBRSsfcG|YPiUqqNl|IsdEbvee|MjEpGcBm|OxXZVgEQ|xClXGuxa|UzRCGFEb|buJbvfvA|IPZQxRet|oFYShsMc|oBHffuHO|bzzKrcBR|KAjzrGCl|IPUsAVls|OGMUMbIU|gyDccHuR|bjlalnDd|ZLWjeMna|fdsuIlxQ|dVXtiomV|XxedTjNg|XWMHlNoA|nnyqArQX|opfkWGhb|wYtnhdYb",
// An extremely long case sensitive alternation. This is a special
// case because the values share common prefixes rather than being
// entirely random. This is common in the real world. For example, the
// values of a label like kubernetes pod will often include the
// deployment name as a prefix.
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// A long case insensitive alternation.
"(?i:(zQPbMkNO|NNSPdvMi|iWuuSoAl|qbvKMimS|IecrXtPa|seTckYqt|NxnyHkgB|fIDlOgKb|UhlWIygH|OtNoJxHG|cUTkFVIV|mTgFIHjr|jQkoIDtE|PPMKxRXl|AwMfwVkQ|CQyMrTQJ|BzrqxVSi|nTpcWuhF|PertdywG|ZZDgCtXN|WWdDPyyE|uVtNQsKk|BdeCHvPZ|wshRnFlH|aOUIitIp|RxZeCdXT|CFZMslCj|AVBZRDxl|IzIGCnhw|ythYuWiz|oztXVXhl|VbLkwqQx|qvaUgyVC|VawUjPWC|ecloYJuj|boCLTdSU|uPrKeAZx|hrMWLWBq|JOnUNHRM|rYnujkPq|dDEdZhIj|DRrfvugG|yEGfDxVV|YMYdJWuP|PHUQZNWM|AmKNrLis|zTxndVfn|FPsHoJnc|EIulZTua|KlAPhdzg|ScHJJCLt|NtTfMzME|eMCwuFdo|SEpJVJbR|cdhXZeCx|sAVtBwRh|kVFEVcMI|jzJrxraA|tGLHTell|NNWoeSaw|DcOKSetX|UXZAJyka|THpMphDP|rizheevl|kDCBRidd|pCZZRqyu|pSygkitl|SwZGkAaW|wILOrfNX|QkwVOerj|kHOMxPDr|EwOVycJv|AJvtzQFS|yEOjKYYB|LizIINLL|JBRSsfcG|YPiUqqNl|IsdEbvee|MjEpGcBm|OxXZVgEQ|xClXGuxa|UzRCGFEb|buJbvfvA|IPZQxRet|oFYShsMc|oBHffuHO|bzzKrcBR|KAjzrGCl|IPUsAVls|OGMUMbIU|gyDccHuR|bjlalnDd|ZLWjeMna|fdsuIlxQ|dVXtiomV|XxedTjNg|XWMHlNoA|nnyqArQX|opfkWGhb|wYtnhdYb))",
// A long case insensitive alternation where each entry ends with ".*".
"(?i:(zQPbMkNO.*|NNSPdvMi.*|iWuuSoAl.*|qbvKMimS.*|IecrXtPa.*|seTckYqt.*|NxnyHkgB.*|fIDlOgKb.*|UhlWIygH.*|OtNoJxHG.*|cUTkFVIV.*|mTgFIHjr.*|jQkoIDtE.*|PPMKxRXl.*|AwMfwVkQ.*|CQyMrTQJ.*|BzrqxVSi.*|nTpcWuhF.*|PertdywG.*|ZZDgCtXN.*|WWdDPyyE.*|uVtNQsKk.*|BdeCHvPZ.*|wshRnFlH.*|aOUIitIp.*|RxZeCdXT.*|CFZMslCj.*|AVBZRDxl.*|IzIGCnhw.*|ythYuWiz.*|oztXVXhl.*|VbLkwqQx.*|qvaUgyVC.*|VawUjPWC.*|ecloYJuj.*|boCLTdSU.*|uPrKeAZx.*|hrMWLWBq.*|JOnUNHRM.*|rYnujkPq.*|dDEdZhIj.*|DRrfvugG.*|yEGfDxVV.*|YMYdJWuP.*|PHUQZNWM.*|AmKNrLis.*|zTxndVfn.*|FPsHoJnc.*|EIulZTua.*|KlAPhdzg.*|ScHJJCLt.*|NtTfMzME.*|eMCwuFdo.*|SEpJVJbR.*|cdhXZeCx.*|sAVtBwRh.*|kVFEVcMI.*|jzJrxraA.*|tGLHTell.*|NNWoeSaw.*|DcOKSetX.*|UXZAJyka.*|THpMphDP.*|rizheevl.*|kDCBRidd.*|pCZZRqyu.*|pSygkitl.*|SwZGkAaW.*|wILOrfNX.*|QkwVOerj.*|kHOMxPDr.*|EwOVycJv.*|AJvtzQFS.*|yEOjKYYB.*|LizIINLL.*|JBRSsfcG.*|YPiUqqNl.*|IsdEbvee.*|MjEpGcBm.*|OxXZVgEQ.*|xClXGuxa.*|UzRCGFEb.*|buJbvfvA.*|IPZQxRet.*|oFYShsMc.*|oBHffuHO.*|bzzKrcBR.*|KAjzrGCl.*|IPUsAVls.*|OGMUMbIU.*|gyDccHuR.*|bjlalnDd.*|ZLWjeMna.*|fdsuIlxQ.*|dVXtiomV.*|XxedTjNg.*|XWMHlNoA.*|nnyqArQX.*|opfkWGhb.*|wYtnhdYb.*))",
// A long case insensitive alternation where each entry starts with ".*".
"(?i:(.*zQPbMkNO|.*NNSPdvMi|.*iWuuSoAl|.*qbvKMimS|.*IecrXtPa|.*seTckYqt|.*NxnyHkgB|.*fIDlOgKb|.*UhlWIygH|.*OtNoJxHG|.*cUTkFVIV|.*mTgFIHjr|.*jQkoIDtE|.*PPMKxRXl|.*AwMfwVkQ|.*CQyMrTQJ|.*BzrqxVSi|.*nTpcWuhF|.*PertdywG|.*ZZDgCtXN|.*WWdDPyyE|.*uVtNQsKk|.*BdeCHvPZ|.*wshRnFlH|.*aOUIitIp|.*RxZeCdXT|.*CFZMslCj|.*AVBZRDxl|.*IzIGCnhw|.*ythYuWiz|.*oztXVXhl|.*VbLkwqQx|.*qvaUgyVC|.*VawUjPWC|.*ecloYJuj|.*boCLTdSU|.*uPrKeAZx|.*hrMWLWBq|.*JOnUNHRM|.*rYnujkPq|.*dDEdZhIj|.*DRrfvugG|.*yEGfDxVV|.*YMYdJWuP|.*PHUQZNWM|.*AmKNrLis|.*zTxndVfn|.*FPsHoJnc|.*EIulZTua|.*KlAPhdzg|.*ScHJJCLt|.*NtTfMzME|.*eMCwuFdo|.*SEpJVJbR|.*cdhXZeCx|.*sAVtBwRh|.*kVFEVcMI|.*jzJrxraA|.*tGLHTell|.*NNWoeSaw|.*DcOKSetX|.*UXZAJyka|.*THpMphDP|.*rizheevl|.*kDCBRidd|.*pCZZRqyu|.*pSygkitl|.*SwZGkAaW|.*wILOrfNX|.*QkwVOerj|.*kHOMxPDr|.*EwOVycJv|.*AJvtzQFS|.*yEOjKYYB|.*LizIINLL|.*JBRSsfcG|.*YPiUqqNl|.*IsdEbvee|.*MjEpGcBm|.*OxXZVgEQ|.*xClXGuxa|.*UzRCGFEb|.*buJbvfvA|.*IPZQxRet|.*oFYShsMc|.*oBHffuHO|.*bzzKrcBR|.*KAjzrGCl|.*IPUsAVls|.*OGMUMbIU|.*gyDccHuR|.*bjlalnDd|.*ZLWjeMna|.*fdsuIlxQ|.*dVXtiomV|.*XxedTjNg|.*XWMHlNoA|.*nnyqArQX|.*opfkWGhb|.*wYtnhdYb))",
// Quest ".?".
"fo.?",
"foo.?",
"f.?o",
".*foo.?",
".?foo.+",
"foo.?|bar",
}
values = []string{
"foo", " foo bar", "bar", "buzz\nbar", "bar foo", "bfoo", "\n", "\nfoo", "foo\n", "hello foo world", "hello foo\n world", "",
"FOO", "Foo", "OO", "Oo", "\nfoo\n", strings.Repeat("f", 20), "prometheus", "prometheus_api_v1", "prometheus_api_v1_foo",
"10.0.1.20", "10.0.2.10", "10.0.3.30", "10.0.4.40",
"foofoo0", "foofoo",
// Values matching / not matching the test regexps on long alternations.
"zQPbMkNO", "zQPbMkNo", "jyyfj00j0061", "jyyfj00j006", "jyyfj00j00612", "NNSPdvMi", "NNSPdvMiXXX", "NNSPdvMixxx", "nnSPdvMi", "nnSPdvMiXXX",
}
)
func TestFastRegexMatcher_MatchString(t *testing.T) {
// Run the test both against a set of predefined values and a set of random ones.
testValues := append([]string{}, values...)
testValues = append(testValues, generateRandomValues()...)
for _, r := range regexes {
r := r
for _, v := range testValues {
v := v
t.Run(readable(r)+` on "`+readable(v)+`"`, func(t *testing.T) {
t.Parallel()
m, err := NewFastRegexMatcher(r)
require.NoError(t, err)
re := regexp.MustCompile("^(?:" + r + ")$")
require.Equal(t, re.MatchString(v), m.MatchString(v))
})
}
}
}
func readable(s string) string {
const maxReadableStringLen = 40
if len(s) < maxReadableStringLen {
return s
}
return s[:maxReadableStringLen] + "..."
}
func TestOptimizeConcatRegex(t *testing.T) {
cases := []struct {
regex string
prefix string
suffix string
contains string
}{
{regex: "foo(hello|bar)", prefix: "foo", suffix: "", contains: ""},
{regex: "foo(hello|bar)world", prefix: "foo", suffix: "world", contains: ""},
{regex: "foo.*", prefix: "foo", suffix: "", contains: ""},
{regex: "foo.*hello.*bar", prefix: "foo", suffix: "bar", contains: "hello"},
{regex: ".*foo", prefix: "", suffix: "foo", contains: ""},
{regex: "^.*foo$", prefix: "", suffix: "foo", contains: ""},
{regex: ".*foo.*", prefix: "", suffix: "", contains: "foo"},
{regex: ".*foo.*bar.*", prefix: "", suffix: "", contains: "foo"},
{regex: ".*(foo|bar).*", prefix: "", suffix: "", contains: ""},
{regex: ".*[abc].*", prefix: "", suffix: "", contains: ""},
{regex: ".*((?i)abc).*", prefix: "", suffix: "", contains: ""},
{regex: ".*(?i:abc).*", prefix: "", suffix: "", contains: ""},
{regex: "(?i:abc).*", prefix: "", suffix: "", contains: ""},
{regex: ".*(?i:abc)", prefix: "", suffix: "", contains: ""},
{regex: ".*(?i:abc)def.*", prefix: "", suffix: "", contains: "def"},
{regex: "(?i).*(?-i:abc)def", prefix: "", suffix: "", contains: "abc"},
{regex: ".*(?msU:abc).*", prefix: "", suffix: "", contains: "abc"},
{regex: "[aA]bc.*", prefix: "", suffix: "", contains: "bc"},
{regex: "^5..$", prefix: "5", suffix: "", contains: ""},
{regex: "^release.*", prefix: "release", suffix: "", contains: ""},
{regex: "^env-[0-9]+laio[1]?[^0-9].*", prefix: "env-", suffix: "", contains: "laio"},
}
for _, c := range cases {
parsed, err := syntax.Parse(c.regex, syntax.Perl)
require.NoError(t, err)
prefix, suffix, contains := optimizeConcatRegex(parsed)
require.Equal(t, c.prefix, prefix)
require.Equal(t, c.suffix, suffix)
require.Equal(t, c.contains, contains)
}
}
// Refer to https://github.com/prometheus/prometheus/issues/2651.
func TestFindSetMatches(t *testing.T) {
for _, c := range []struct {
pattern string
expMatches []string
expCaseSensitive bool
}{
// Single value, coming from a `bar=~"foo"` selector.
{"foo", []string{"foo"}, true},
{"^foo", []string{"foo"}, true},
{"^foo$", []string{"foo"}, true},
// Simple sets alternates.
{"foo|bar|zz", []string{"foo", "bar", "zz"}, true},
// Simple sets alternate and concat (bar|baz is parsed as "ba[rz]").
{"foo|bar|baz", []string{"foo", "bar", "baz"}, true},
// Simple sets alternate and concat and capture
{"foo|bar|baz|(zz)", []string{"foo", "bar", "baz", "zz"}, true},
// Simple sets alternate and concat and alternates with empty matches
// parsed as b(ar|(?:)|uzz) where b(?:) means literal b.
{"bar|b|buzz", []string{"bar", "b", "buzz"}, true},
// Skip nested capture groups.
{"^((bar|b|buzz))$", []string{"bar", "b", "buzz"}, true},
// Skip outer anchors (it's enforced anyway at the root).
{"^(bar|b|buzz)$", []string{"bar", "b", "buzz"}, true},
{"^(?:prod|production)$", []string{"prod", "production"}, true},
// Do not optimize regexp with inner anchors.
{"(bar|b|b^uz$z)", nil, false},
// Do not optimize regexp with empty string matcher.
{"^$|Running", nil, false},
// Simple sets containing escaped characters.
{"fo\\.o|bar\\?|\\^baz", []string{"fo.o", "bar?", "^baz"}, true},
// using charclass
{"[abc]d", []string{"ad", "bd", "cd"}, true},
// high low charset different => A(B[CD]|EF)|BC[XY]
{"ABC|ABD|AEF|BCX|BCY", []string{"ABC", "ABD", "AEF", "BCX", "BCY"}, true},
// triple concat
{"api_(v1|prom)_push", []string{"api_v1_push", "api_prom_push"}, true},
// triple concat with multiple alternates
{"(api|rpc)_(v1|prom)_push", []string{"api_v1_push", "api_prom_push", "rpc_v1_push", "rpc_prom_push"}, true},
{"(api|rpc)_(v1|prom)_(push|query)", []string{"api_v1_push", "api_v1_query", "api_prom_push", "api_prom_query", "rpc_v1_push", "rpc_v1_query", "rpc_prom_push", "rpc_prom_query"}, true},
// class starting with "-"
{"[-1-2][a-c]", []string{"-a", "-b", "-c", "1a", "1b", "1c", "2a", "2b", "2c"}, true},
{"[1^3]", []string{"1", "3", "^"}, true},
// OpPlus with concat
{"(.+)/(foo|bar)", nil, false},
// Simple sets containing special characters without escaping.
{"fo.o|bar?|^baz", nil, false},
// case sensitive wrapper.
{"(?i)foo", []string{"FOO"}, false},
// case sensitive wrapper on alternate.
{"(?i)foo|bar|baz", []string{"FOO", "BAR", "BAZ", "BAr", "BAz"}, false},
// mixed case sensitivity.
{"(api|rpc)_(v1|prom)_((?i)push|query)", nil, false},
// mixed case sensitivity concatenation only without capture group.
{"api_v1_(?i)push", nil, false},
// mixed case sensitivity alternation only without capture group.
{"api|(?i)rpc", nil, false},
// case sensitive after unsetting insensitivity.
{"rpc|(?i)(?-i)api", []string{"rpc", "api"}, true},
// case sensitive after unsetting insensitivity in all alternation options.
{"(?i)((?-i)api|(?-i)rpc)", []string{"api", "rpc"}, true},
// mixed case sensitivity after unsetting insensitivity.
{"(?i)rpc|(?-i)api", nil, false},
// too high charset combination
{"(api|rpc)_[^0-9]", nil, false},
// too many combinations
{"[a-z][a-z]", nil, false},
} {
c := c
t.Run(c.pattern, func(t *testing.T) {
t.Parallel()
parsed, err := syntax.Parse(c.pattern, syntax.Perl)
require.NoError(t, err)
matches, actualCaseSensitive := findSetMatches(parsed)
require.Equal(t, c.expMatches, matches)
require.Equal(t, c.expCaseSensitive, actualCaseSensitive)
if c.expCaseSensitive {
// When the regexp is case sensitive, we want to ensure that the
// set matches are maintained in the final matcher.
r, err := NewFastRegexMatcher(c.pattern)
require.NoError(t, err)
require.Equal(t, c.expMatches, r.SetMatches())
}
})
}
}
func TestFastRegexMatcher_SetMatches_ShouldReturnACopy(t *testing.T) {
m, err := NewFastRegexMatcher("a|b")
require.NoError(t, err)
require.Equal(t, []string{"a", "b"}, m.SetMatches())
// Manipulate the returned slice.
matches := m.SetMatches()
matches[0] = "xxx"
matches[1] = "yyy"
// Ensure that if we call SetMatches() again we get the original one.
require.Equal(t, []string{"a", "b"}, m.SetMatches())
}
func BenchmarkFastRegexMatcher(b *testing.B) {
texts := generateRandomValues()
for _, r := range regexes {
b.Run(getTestNameFromRegexp(r), func(b *testing.B) {
m, err := NewFastRegexMatcher(r)
require.NoError(b, err)
b.ResetTimer()
for i := 0; i < b.N; i++ {
for _, text := range texts {
_ = m.MatchString(text)
}
}
})
}
}
func TestStringMatcherFromRegexp(t *testing.T) {
for _, c := range []struct {
pattern string
exp StringMatcher
}{
{".*", anyStringWithoutNewlineMatcher{}},
{".*?", anyStringWithoutNewlineMatcher{}},
{"(?s:.*)", trueMatcher{}},
{"(.*)", anyStringWithoutNewlineMatcher{}},
{"^.*$", anyStringWithoutNewlineMatcher{}},
{".+", &anyNonEmptyStringMatcher{matchNL: false}},
{"(?s:.+)", &anyNonEmptyStringMatcher{matchNL: true}},
{"^.+$", &anyNonEmptyStringMatcher{matchNL: false}},
{"(.+)", &anyNonEmptyStringMatcher{matchNL: false}},
{"", emptyStringMatcher{}},
{"^$", emptyStringMatcher{}},
{"^foo$", &equalStringMatcher{s: "foo", caseSensitive: true}},
{"^(?i:foo)$", &equalStringMatcher{s: "FOO", caseSensitive: false}},
{"^((?i:foo)|(bar))$", orStringMatcher([]StringMatcher{&equalStringMatcher{s: "FOO", caseSensitive: false}, &equalStringMatcher{s: "bar", caseSensitive: true}})},
{`(?i:((foo|bar)))`, orStringMatcher([]StringMatcher{&equalStringMatcher{s: "FOO", caseSensitive: false}, &equalStringMatcher{s: "BAR", caseSensitive: false}})},
{`(?i:((foo1|foo2|bar)))`, orStringMatcher([]StringMatcher{orStringMatcher([]StringMatcher{&equalStringMatcher{s: "FOO1", caseSensitive: false}, &equalStringMatcher{s: "FOO2", caseSensitive: false}}), &equalStringMatcher{s: "BAR", caseSensitive: false}})},
{"^((?i:foo|oo)|(bar))$", orStringMatcher([]StringMatcher{&equalStringMatcher{s: "FOO", caseSensitive: false}, &equalStringMatcher{s: "OO", caseSensitive: false}, &equalStringMatcher{s: "bar", caseSensitive: true}})},
{"(?i:(foo1|foo2|bar))", orStringMatcher([]StringMatcher{orStringMatcher([]StringMatcher{&equalStringMatcher{s: "FOO1", caseSensitive: false}, &equalStringMatcher{s: "FOO2", caseSensitive: false}}), &equalStringMatcher{s: "BAR", caseSensitive: false}})},
{".*foo.*", &containsStringMatcher{substrings: []string{"foo"}, left: anyStringWithoutNewlineMatcher{}, right: anyStringWithoutNewlineMatcher{}}},
{"(.*)foo.*", &containsStringMatcher{substrings: []string{"foo"}, left: anyStringWithoutNewlineMatcher{}, right: anyStringWithoutNewlineMatcher{}}},
{"(.*)foo(.*)", &containsStringMatcher{substrings: []string{"foo"}, left: anyStringWithoutNewlineMatcher{}, right: anyStringWithoutNewlineMatcher{}}},
{"(.+)foo(.*)", &containsStringMatcher{substrings: []string{"foo"}, left: &anyNonEmptyStringMatcher{matchNL: false}, right: anyStringWithoutNewlineMatcher{}}},
{"^.+foo.+", &containsStringMatcher{substrings: []string{"foo"}, left: &anyNonEmptyStringMatcher{matchNL: false}, right: &anyNonEmptyStringMatcher{matchNL: false}}},
{"^(.*)(foo)(.*)$", &containsStringMatcher{substrings: []string{"foo"}, left: anyStringWithoutNewlineMatcher{}, right: anyStringWithoutNewlineMatcher{}}},
{"^(.*)(foo|foobar)(.*)$", &containsStringMatcher{substrings: []string{"foo", "foobar"}, left: anyStringWithoutNewlineMatcher{}, right: anyStringWithoutNewlineMatcher{}}},
{"^(.*)(foo|foobar)(.+)$", &containsStringMatcher{substrings: []string{"foo", "foobar"}, left: anyStringWithoutNewlineMatcher{}, right: &anyNonEmptyStringMatcher{matchNL: false}}},
{"^(.*)(bar|b|buzz)(.+)$", &containsStringMatcher{substrings: []string{"bar", "b", "buzz"}, left: anyStringWithoutNewlineMatcher{}, right: &anyNonEmptyStringMatcher{matchNL: false}}},
{"10\\.0\\.(1|2)\\.+", nil},
{"10\\.0\\.(1|2).+", &containsStringMatcher{substrings: []string{"10.0.1", "10.0.2"}, left: nil, right: &anyNonEmptyStringMatcher{matchNL: false}}},
{"^.+foo", &literalSuffixStringMatcher{left: &anyNonEmptyStringMatcher{}, suffix: "foo", suffixCaseSensitive: true}},
{"foo-.*$", &literalPrefixStringMatcher{prefix: "foo-", prefixCaseSensitive: true, right: anyStringWithoutNewlineMatcher{}}},
{"(prometheus|api_prom)_api_v1_.+", &containsStringMatcher{substrings: []string{"prometheus_api_v1_", "api_prom_api_v1_"}, left: nil, right: &anyNonEmptyStringMatcher{matchNL: false}}},
{"^((.*)(bar|b|buzz)(.+)|foo)$", orStringMatcher([]StringMatcher{&containsStringMatcher{substrings: []string{"bar", "b", "buzz"}, left: anyStringWithoutNewlineMatcher{}, right: &anyNonEmptyStringMatcher{matchNL: false}}, &equalStringMatcher{s: "foo", caseSensitive: true}})},
{"((fo(bar))|.+foo)", orStringMatcher([]StringMatcher{orStringMatcher([]StringMatcher{&equalStringMatcher{s: "fobar", caseSensitive: true}}), &literalSuffixStringMatcher{suffix: "foo", suffixCaseSensitive: true, left: &anyNonEmptyStringMatcher{matchNL: false}}})},
{"(.+)/(gateway|cortex-gw|cortex-gw-internal)", &containsStringMatcher{substrings: []string{"/gateway", "/cortex-gw", "/cortex-gw-internal"}, left: &anyNonEmptyStringMatcher{matchNL: false}, right: nil}},
// we don't support case insensitive matching for contains.
// This is because there's no strings.IndexOfFold function.
// We can revisit later if this is really popular by using strings.ToUpper.
{"^(.*)((?i)foo|foobar)(.*)$", nil},
{"(api|rpc)_(v1|prom)_((?i)push|query)", nil},
{"[a-z][a-z]", nil},
{"[1^3]", nil},
{".*foo.*bar.*", nil},
{`\d*`, nil},
{".", nil},
{"/|/bar.*", &literalPrefixStringMatcher{prefix: "/", prefixCaseSensitive: true, right: orStringMatcher{emptyStringMatcher{}, &literalPrefixStringMatcher{prefix: "bar", prefixCaseSensitive: true, right: anyStringWithoutNewlineMatcher{}}}}},
// This one is not supported because `stringMatcherFromRegexp` is not reentrant for syntax.OpConcat.
// It would make the code too complex to handle it.
{"(.+)/(foo.*|bar$)", nil},
// Case sensitive alternate with same literal prefix and .* suffix.
{"(xyz-016a-ixb-dp.*|xyz-016a-ixb-op.*)", &literalPrefixStringMatcher{prefix: "xyz-016a-ixb-", prefixCaseSensitive: true, right: orStringMatcher{&literalPrefixStringMatcher{prefix: "dp", prefixCaseSensitive: true, right: anyStringWithoutNewlineMatcher{}}, &literalPrefixStringMatcher{prefix: "op", prefixCaseSensitive: true, right: anyStringWithoutNewlineMatcher{}}}}},
// Case insensitive alternate with same literal prefix and .* suffix.
{"(?i:(xyz-016a-ixb-dp.*|xyz-016a-ixb-op.*))", &literalPrefixStringMatcher{prefix: "XYZ-016A-IXB-", prefixCaseSensitive: false, right: orStringMatcher{&literalPrefixStringMatcher{prefix: "DP", prefixCaseSensitive: false, right: anyStringWithoutNewlineMatcher{}}, &literalPrefixStringMatcher{prefix: "OP", prefixCaseSensitive: false, right: anyStringWithoutNewlineMatcher{}}}}},
{"(?i)(xyz-016a-ixb-dp.*|xyz-016a-ixb-op.*)", &literalPrefixStringMatcher{prefix: "XYZ-016A-IXB-", prefixCaseSensitive: false, right: orStringMatcher{&literalPrefixStringMatcher{prefix: "DP", prefixCaseSensitive: false, right: anyStringWithoutNewlineMatcher{}}, &literalPrefixStringMatcher{prefix: "OP", prefixCaseSensitive: false, right: anyStringWithoutNewlineMatcher{}}}}},
// Concatenated variable length selectors are not supported.
{"foo.*.*", nil},
{"foo.+.+", nil},
{".*.*foo", nil},
{".+.+foo", nil},
{"aaa.?.?", nil},
{"aaa.?.*", nil},
// Regexps with ".?".
{"ext.?|xfs", orStringMatcher{&literalPrefixStringMatcher{prefix: "ext", prefixCaseSensitive: true, right: &zeroOrOneCharacterStringMatcher{matchNL: false}}, &equalStringMatcher{s: "xfs", caseSensitive: true}}},
{"(?s)(ext.?|xfs)", orStringMatcher{&literalPrefixStringMatcher{prefix: "ext", prefixCaseSensitive: true, right: &zeroOrOneCharacterStringMatcher{matchNL: true}}, &equalStringMatcher{s: "xfs", caseSensitive: true}}},
{"foo.?", &literalPrefixStringMatcher{prefix: "foo", prefixCaseSensitive: true, right: &zeroOrOneCharacterStringMatcher{matchNL: false}}},
{"f.?o", nil},
} {
c := c
t.Run(c.pattern, func(t *testing.T) {
t.Parallel()
parsed, err := syntax.Parse(c.pattern, syntax.Perl)
require.NoError(t, err)
matches := stringMatcherFromRegexp(parsed)
require.Equal(t, c.exp, matches)
})
}
}
func TestStringMatcherFromRegexp_LiteralPrefix(t *testing.T) {
for _, c := range []struct {
pattern string
expectedLiteralPrefixMatchers int
expectedMatches []string
expectedNotMatches []string
}{
// Case sensitive.
{
pattern: "(xyz-016a-ixb-dp.*|xyz-016a-ixb-op.*)",
expectedLiteralPrefixMatchers: 3,
expectedMatches: []string{"xyz-016a-ixb-dp", "xyz-016a-ixb-dpXXX", "xyz-016a-ixb-op", "xyz-016a-ixb-opXXX"},
expectedNotMatches: []string{"XYZ-016a-ixb-dp", "xyz-016a-ixb-d", "XYZ-016a-ixb-op", "xyz-016a-ixb-o", "xyz", "dp", "xyz-016a-ixb-dp\n"},
},
// Case insensitive.
{
pattern: "(?i)(xyz-016a-ixb-dp.*|xyz-016a-ixb-op.*)",
expectedLiteralPrefixMatchers: 3,
expectedMatches: []string{"xyz-016a-ixb-dp", "XYZ-016a-ixb-dpXXX", "xyz-016a-ixb-op", "XYZ-016a-ixb-opXXX"},
expectedNotMatches: []string{"xyz-016a-ixb-d", "xyz", "dp", "xyz-016a-ixb-dp\n"},
},
// Nested literal prefixes, case sensitive.
{
pattern: "(xyz-(aaa-(111.*)|bbb-(222.*)))|(xyz-(aaa-(333.*)|bbb-(444.*)))",
expectedLiteralPrefixMatchers: 10,
expectedMatches: []string{"xyz-aaa-111", "xyz-aaa-111XXX", "xyz-aaa-333", "xyz-aaa-333XXX", "xyz-bbb-222", "xyz-bbb-222XXX", "xyz-bbb-444", "xyz-bbb-444XXX"},
expectedNotMatches: []string{"XYZ-aaa-111", "xyz-aaa-11", "xyz-aaa-222", "xyz-bbb-111"},
},
// Nested literal prefixes, case insensitive.
{
pattern: "(?i)(xyz-(aaa-(111.*)|bbb-(222.*)))|(xyz-(aaa-(333.*)|bbb-(444.*)))",
expectedLiteralPrefixMatchers: 10,
expectedMatches: []string{"xyz-aaa-111", "XYZ-aaa-111XXX", "xyz-aaa-333", "xyz-AAA-333XXX", "xyz-bbb-222", "xyz-BBB-222XXX", "XYZ-bbb-444", "xyz-bbb-444XXX"},
expectedNotMatches: []string{"xyz-aaa-11", "xyz-aaa-222", "xyz-bbb-111"},
},
// Mixed case sensitivity.
{
pattern: "(xyz-((?i)(aaa.*|bbb.*)))",
expectedLiteralPrefixMatchers: 3,
expectedMatches: []string{"xyz-aaa", "xyz-AAA", "xyz-aaaXXX", "xyz-AAAXXX", "xyz-bbb", "xyz-BBBXXX"},
expectedNotMatches: []string{"XYZ-aaa", "xyz-aa", "yz-aaa", "aaa"},
},
} {
t.Run(c.pattern, func(t *testing.T) {
parsed, err := syntax.Parse(c.pattern, syntax.Perl)
require.NoError(t, err)
matcher := stringMatcherFromRegexp(parsed)
require.NotNil(t, matcher)
re := regexp.MustCompile("^" + c.pattern + "$")
// Pre-condition check: ensure it contains literalPrefixStringMatcher.
numPrefixMatchers := 0
visitStringMatcher(matcher, func(matcher StringMatcher) {
if _, ok := matcher.(*literalPrefixStringMatcher); ok {
numPrefixMatchers++
}
})
require.Equal(t, c.expectedLiteralPrefixMatchers, numPrefixMatchers)
for _, value := range c.expectedMatches {
require.Truef(t, matcher.Matches(value), "Value: %s", value)
// Ensure the golang regexp engine would return the same.
require.Truef(t, re.MatchString(value), "Value: %s", value)
}
for _, value := range c.expectedNotMatches {
require.Falsef(t, matcher.Matches(value), "Value: %s", value)
// Ensure the golang regexp engine would return the same.
require.Falsef(t, re.MatchString(value), "Value: %s", value)
}
})
}
}
func TestStringMatcherFromRegexp_LiteralSuffix(t *testing.T) {
for _, c := range []struct {
pattern string
expectedLiteralSuffixMatchers int
expectedMatches []string
expectedNotMatches []string
}{
// Case sensitive.
{
pattern: "(.*xyz-016a-ixb-dp|.*xyz-016a-ixb-op)",
expectedLiteralSuffixMatchers: 2,
expectedMatches: []string{"xyz-016a-ixb-dp", "XXXxyz-016a-ixb-dp", "xyz-016a-ixb-op", "XXXxyz-016a-ixb-op"},
expectedNotMatches: []string{"XYZ-016a-ixb-dp", "yz-016a-ixb-dp", "XYZ-016a-ixb-op", "xyz-016a-ixb-o", "xyz", "dp", "\nxyz-016a-ixb-dp"},
},
// Case insensitive.
{
pattern: "(?i)(.*xyz-016a-ixb-dp|.*xyz-016a-ixb-op)",
expectedLiteralSuffixMatchers: 2,
expectedMatches: []string{"xyz-016a-ixb-dp", "XYZ-016a-ixb-dp", "XXXxyz-016a-ixb-dp", "XyZ-016a-ixb-op", "XXXxyz-016a-ixb-op"},
expectedNotMatches: []string{"yz-016a-ixb-dp", "xyz-016a-ixb-o", "xyz", "dp", "\nxyz-016a-ixb-dp"},
},
// Nested literal suffixes, case sensitive.
{
pattern: "(.*aaa|.*bbb(.*ccc|.*ddd))",
expectedLiteralSuffixMatchers: 3,
expectedMatches: []string{"aaa", "XXXaaa", "bbbccc", "XXXbbbccc", "XXXbbbXXXccc", "bbbddd", "bbbddd", "XXXbbbddd", "XXXbbbXXXddd", "bbbXXXccc", "aaabbbccc", "aaabbbddd"},
expectedNotMatches: []string{"AAA", "aa", "Xaa", "BBBCCC", "bb", "Xbb", "bbccc", "bbbcc", "bbbdd"},
},
// Mixed case sensitivity.
{
pattern: "(.*aaa|.*bbb((?i)(.*ccc|.*ddd)))",
expectedLiteralSuffixMatchers: 3,
expectedMatches: []string{"aaa", "XXXaaa", "bbbccc", "bbbCCC", "bbbXXXCCC", "bbbddd", "bbbDDD", "bbbXXXddd", "bbbXXXDDD"},
expectedNotMatches: []string{"AAA", "XXXAAA", "BBBccc", "BBBCCC", "aaaBBB"},
},
} {
t.Run(c.pattern, func(t *testing.T) {
parsed, err := syntax.Parse(c.pattern, syntax.Perl)
require.NoError(t, err)
matcher := stringMatcherFromRegexp(parsed)
require.NotNil(t, matcher)
re := regexp.MustCompile("^" + c.pattern + "$")
// Pre-condition check: ensure it contains literalSuffixStringMatcher.
numSuffixMatchers := 0
visitStringMatcher(matcher, func(matcher StringMatcher) {
if _, ok := matcher.(*literalSuffixStringMatcher); ok {
numSuffixMatchers++
}
})
require.Equal(t, c.expectedLiteralSuffixMatchers, numSuffixMatchers)
for _, value := range c.expectedMatches {
require.Truef(t, matcher.Matches(value), "Value: %s", value)
// Ensure the golang regexp engine would return the same.
require.Truef(t, re.MatchString(value), "Value: %s", value)
}
for _, value := range c.expectedNotMatches {
require.Falsef(t, matcher.Matches(value), "Value: %s", value)
// Ensure the golang regexp engine would return the same.
require.Falsef(t, re.MatchString(value), "Value: %s", value)
}
})
}
}
func TestStringMatcherFromRegexp_Quest(t *testing.T) {
for _, c := range []struct {
pattern string
expectedZeroOrOneMatchers int
expectedMatches []string
expectedNotMatches []string
}{
// Not match newline.
{
pattern: "test.?",
expectedZeroOrOneMatchers: 1,
expectedMatches: []string{"test", "test!"},
expectedNotMatches: []string{"test\n", "tes", "test!!"},
},
{
pattern: ".?test",
expectedZeroOrOneMatchers: 1,
expectedMatches: []string{"test", "!test"},
expectedNotMatches: []string{"\ntest", "tes", "test!"},
},
{
pattern: "(aaa.?|bbb.?)",
expectedZeroOrOneMatchers: 2,
expectedMatches: []string{"aaa", "aaaX", "bbb", "bbbX"},
expectedNotMatches: []string{"aa", "aaaXX", "aaa\n", "bb", "bbbXX", "bbb\n"},
},
{
pattern: ".*aaa.?",
expectedZeroOrOneMatchers: 1,
expectedMatches: []string{"aaa", "Xaaa", "aaaX", "XXXaaa", "XXXaaaX"},
expectedNotMatches: []string{"aa", "aaaXX", "XXXaaaXXX", "XXXaaa\n"},
},
// Match newline.
{
pattern: "(?s)test.?",
expectedZeroOrOneMatchers: 1,
expectedMatches: []string{"test", "test!", "test\n"},
expectedNotMatches: []string{"tes", "test!!", "test\n\n"},
},
// Mixed flags (a part matches newline another doesn't).
{
pattern: "(aaa.?|((?s).?bbb.+))",
expectedZeroOrOneMatchers: 2,
expectedMatches: []string{"aaa", "aaaX", "bbbX", "XbbbX", "bbbXXX", "\nbbbX"},
expectedNotMatches: []string{"aa", "aaa\n", "Xbbb", "\nbbb"},
},
} {
t.Run(c.pattern, func(t *testing.T) {
parsed, err := syntax.Parse(c.pattern, syntax.Perl)
require.NoError(t, err)
matcher := stringMatcherFromRegexp(parsed)
require.NotNil(t, matcher)
re := regexp.MustCompile("^" + c.pattern + "$")
// Pre-condition check: ensure it contains zeroOrOneCharacterStringMatcher.
numZeroOrOneMatchers := 0
visitStringMatcher(matcher, func(matcher StringMatcher) {
if _, ok := matcher.(*zeroOrOneCharacterStringMatcher); ok {
numZeroOrOneMatchers++
}
})
require.Equal(t, c.expectedZeroOrOneMatchers, numZeroOrOneMatchers)
for _, value := range c.expectedMatches {
require.Truef(t, matcher.Matches(value), "Value: %s", value)
// Ensure the golang regexp engine would return the same.
require.Truef(t, re.MatchString(value), "Value: %s", value)
}
for _, value := range c.expectedNotMatches {
require.Falsef(t, matcher.Matches(value), "Value: %s", value)
// Ensure the golang regexp engine would return the same.
require.Falsef(t, re.MatchString(value), "Value: %s", value)
}
})
}
}
func randString(randGenerator *rand.Rand, length int) string {
b := make([]rune, length)
for i := range b {
b[i] = asciiRunes[randGenerator.Intn(len(asciiRunes))]
}
return string(b)
}
func randStrings(randGenerator *rand.Rand, many, length int) []string {
out := make([]string, 0, many)
for i := 0; i < many; i++ {
out = append(out, randString(randGenerator, length))
}
return out
}
func TestOptimizeEqualStringMatchers(t *testing.T) {
tests := map[string]struct {
input StringMatcher
expectedValues []string
expectedCaseSensitive bool
}{
"should skip optimization on orStringMatcher with containsStringMatcher": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: true},
&containsStringMatcher{substrings: []string{"a", "b", "c"}},
},
expectedValues: nil,
},
"should run optimization on orStringMatcher with equalStringMatcher and same case sensitivity": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: true},
&equalStringMatcher{s: "bar", caseSensitive: true},
&equalStringMatcher{s: "baz", caseSensitive: true},
},
expectedValues: []string{"FOO", "bar", "baz"},
expectedCaseSensitive: true,
},
"should skip optimization on orStringMatcher with equalStringMatcher but different case sensitivity": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: true},
&equalStringMatcher{s: "bar", caseSensitive: false},
&equalStringMatcher{s: "baz", caseSensitive: true},
},
expectedValues: nil,
},
"should run optimization on orStringMatcher with nested orStringMatcher and equalStringMatcher, and same case sensitivity": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: true},
orStringMatcher{
&equalStringMatcher{s: "bar", caseSensitive: true},
&equalStringMatcher{s: "xxx", caseSensitive: true},
},
&equalStringMatcher{s: "baz", caseSensitive: true},
},
expectedValues: []string{"FOO", "bar", "xxx", "baz"},
expectedCaseSensitive: true,
},
"should skip optimization on orStringMatcher with nested orStringMatcher and equalStringMatcher, but different case sensitivity": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: true},
orStringMatcher{
// Case sensitivity is different within items at the same level.
&equalStringMatcher{s: "bar", caseSensitive: true},
&equalStringMatcher{s: "xxx", caseSensitive: false},
},
&equalStringMatcher{s: "baz", caseSensitive: true},
},
expectedValues: nil,
},
"should skip optimization on orStringMatcher with nested orStringMatcher and equalStringMatcher, but different case sensitivity in the nested one": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: true},
// Case sensitivity is different between the parent and child.
orStringMatcher{
&equalStringMatcher{s: "bar", caseSensitive: false},
&equalStringMatcher{s: "xxx", caseSensitive: false},
},
&equalStringMatcher{s: "baz", caseSensitive: true},
},
expectedValues: nil,
},
"should return unchanged values on few case insensitive matchers": {
input: orStringMatcher{
&equalStringMatcher{s: "FOO", caseSensitive: false},
orStringMatcher{
&equalStringMatcher{s: "bAr", caseSensitive: false},
},
&equalStringMatcher{s: "baZ", caseSensitive: false},
},
expectedValues: []string{"FOO", "bAr", "baZ"},
expectedCaseSensitive: false,
},
}
for testName, testData := range tests {
t.Run(testName, func(t *testing.T) {
actualMatcher := optimizeEqualStringMatchers(testData.input, 0)
if testData.expectedValues == nil {
require.IsType(t, testData.input, actualMatcher)
} else {
require.IsType(t, &equalMultiStringSliceMatcher{}, actualMatcher)
require.Equal(t, testData.expectedValues, actualMatcher.(*equalMultiStringSliceMatcher).values)
require.Equal(t, testData.expectedCaseSensitive, actualMatcher.(*equalMultiStringSliceMatcher).caseSensitive)
}
})
}
}
func TestNewEqualMultiStringMatcher(t *testing.T) {
tests := map[string]struct {
values []string
caseSensitive bool
expectedValuesMap map[string]struct{}
expectedValuesList []string
}{
"few case sensitive values": {
values: []string{"a", "B"},
caseSensitive: true,
expectedValuesList: []string{"a", "B"},
},
"few case insensitive values": {
values: []string{"a", "B"},
caseSensitive: false,
expectedValuesList: []string{"a", "B"},
},
"many case sensitive values": {
values: []string{"a", "B", "c", "D", "e", "F", "g", "H", "i", "L", "m", "N", "o", "P", "q", "r"},
caseSensitive: true,
expectedValuesMap: map[string]struct{}{"a": {}, "B": {}, "c": {}, "D": {}, "e": {}, "F": {}, "g": {}, "H": {}, "i": {}, "L": {}, "m": {}, "N": {}, "o": {}, "P": {}, "q": {}, "r": {}},
},
"many case insensitive values": {
values: []string{"a", "B", "c", "D", "e", "F", "g", "H", "i", "L", "m", "N", "o", "P", "q", "r"},
caseSensitive: false,
expectedValuesMap: map[string]struct{}{"a": {}, "b": {}, "c": {}, "d": {}, "e": {}, "f": {}, "g": {}, "h": {}, "i": {}, "l": {}, "m": {}, "n": {}, "o": {}, "p": {}, "q": {}, "r": {}},
},
}
for testName, testData := range tests {
t.Run(testName, func(t *testing.T) {
matcher := newEqualMultiStringMatcher(testData.caseSensitive, len(testData.values))
for _, v := range testData.values {
matcher.add(v)
}
if testData.expectedValuesMap != nil {
require.IsType(t, &equalMultiStringMapMatcher{}, matcher)
require.Equal(t, testData.expectedValuesMap, matcher.(*equalMultiStringMapMatcher).values)
require.Equal(t, testData.caseSensitive, matcher.(*equalMultiStringMapMatcher).caseSensitive)
}
if testData.expectedValuesList != nil {
require.IsType(t, &equalMultiStringSliceMatcher{}, matcher)
require.Equal(t, testData.expectedValuesList, matcher.(*equalMultiStringSliceMatcher).values)
require.Equal(t, testData.caseSensitive, matcher.(*equalMultiStringSliceMatcher).caseSensitive)
}
})
}
}
func TestEqualMultiStringMatcher_Matches(t *testing.T) {
tests := map[string]struct {
values []string
caseSensitive bool
expectedMatches []string
expectedNotMatches []string
}{
"few case sensitive values": {
values: []string{"a", "B"},
caseSensitive: true,
expectedMatches: []string{"a", "B"},
expectedNotMatches: []string{"A", "b"},
},
"few case insensitive values": {
values: []string{"a", "B"},
caseSensitive: false,
expectedMatches: []string{"a", "A", "b", "B"},
expectedNotMatches: []string{"c", "C"},
},
"many case sensitive values": {
values: []string{"a", "B", "c", "D", "e", "F", "g", "H", "i", "L", "m", "N", "o", "P", "q", "r"},
caseSensitive: true,
expectedMatches: []string{"a", "B"},
expectedNotMatches: []string{"A", "b"},
},
"many case insensitive values": {
values: []string{"a", "B", "c", "D", "e", "F", "g", "H", "i", "L", "m", "N", "o", "P", "q", "r"},
caseSensitive: false,
expectedMatches: []string{"a", "A", "b", "B"},
expectedNotMatches: []string{"x", "X"},
},
}
for testName, testData := range tests {
t.Run(testName, func(t *testing.T) {
matcher := newEqualMultiStringMatcher(testData.caseSensitive, len(testData.values))
for _, v := range testData.values {
matcher.add(v)
}
for _, v := range testData.expectedMatches {
require.True(t, matcher.Matches(v), "value: %s", v)
}
for _, v := range testData.expectedNotMatches {
require.False(t, matcher.Matches(v), "value: %s", v)
}
})
}
}
func TestFindEqualStringMatchers(t *testing.T) {
type match struct {
s string
caseSensitive bool
}
// Utility to call findEqualStringMatchers() and collect all callback invocations.
findEqualStringMatchersAndCollectMatches := func(input StringMatcher) (matches []match, ok bool) {
ok = findEqualStringMatchers(input, func(matcher *equalStringMatcher) bool {
matches = append(matches, match{matcher.s, matcher.caseSensitive})
return true
})
return
}
t.Run("empty matcher", func(t *testing.T) {
actualMatches, actualOk := findEqualStringMatchersAndCollectMatches(emptyStringMatcher{})
require.False(t, actualOk)
require.Empty(t, actualMatches)
})
t.Run("concat of literal matchers (case sensitive)", func(t *testing.T) {
actualMatches, actualOk := findEqualStringMatchersAndCollectMatches(
orStringMatcher{
&equalStringMatcher{s: "test-1", caseSensitive: true},
&equalStringMatcher{s: "test-2", caseSensitive: true},
},
)
require.True(t, actualOk)
require.Equal(t, []match{{"test-1", true}, {"test-2", true}}, actualMatches)
})
t.Run("concat of literal matchers (case insensitive)", func(t *testing.T) {
actualMatches, actualOk := findEqualStringMatchersAndCollectMatches(
orStringMatcher{
&equalStringMatcher{s: "test-1", caseSensitive: false},
&equalStringMatcher{s: "test-2", caseSensitive: false},
},
)
require.True(t, actualOk)
require.Equal(t, []match{{"test-1", false}, {"test-2", false}}, actualMatches)
})
t.Run("concat of literal matchers (mixed case)", func(t *testing.T) {
actualMatches, actualOk := findEqualStringMatchersAndCollectMatches(
orStringMatcher{
&equalStringMatcher{s: "test-1", caseSensitive: false},
&equalStringMatcher{s: "test-2", caseSensitive: true},
},
)
require.True(t, actualOk)
require.Equal(t, []match{{"test-1", false}, {"test-2", true}}, actualMatches)
})
}
// This benchmark is used to find a good threshold to use to apply the optimization
// done by optimizeEqualStringMatchers().
func BenchmarkOptimizeEqualStringMatchers(b *testing.B) {
randGenerator := rand.New(rand.NewSource(time.Now().UnixNano()))
// Generate variable lengths random texts to match against.
texts := append([]string{}, randStrings(randGenerator, 10, 10)...)
texts = append(texts, randStrings(randGenerator, 5, 30)...)
texts = append(texts, randStrings(randGenerator, 1, 100)...)
for numAlternations := 2; numAlternations <= 256; numAlternations *= 2 {
for _, caseSensitive := range []bool{true, false} {
b.Run(fmt.Sprintf("alternations: %d case sensitive: %t", numAlternations, caseSensitive), func(b *testing.B) {
// Generate a regex with the expected number of alternations.
re := strings.Join(randStrings(randGenerator, numAlternations, 10), "|")
if !caseSensitive {
re = "(?i:(" + re + "))"
}
parsed, err := syntax.Parse(re, syntax.Perl)
require.NoError(b, err)
unoptimized := stringMatcherFromRegexpInternal(parsed)
require.IsType(b, orStringMatcher{}, unoptimized)
optimized := optimizeEqualStringMatchers(unoptimized, 0)
if numAlternations < minEqualMultiStringMatcherMapThreshold {
require.IsType(b, &equalMultiStringSliceMatcher{}, optimized)
} else {
require.IsType(b, &equalMultiStringMapMatcher{}, optimized)
}
b.Run("without optimizeEqualStringMatchers()", func(b *testing.B) {
for n := 0; n < b.N; n++ {
for _, t := range texts {
unoptimized.Matches(t)
}
}
})
b.Run("with optimizeEqualStringMatchers()", func(b *testing.B) {
for n := 0; n < b.N; n++ {
for _, t := range texts {
optimized.Matches(t)
}
}
})
})
}
}
}
func TestZeroOrOneCharacterStringMatcher(t *testing.T) {
matcher := &zeroOrOneCharacterStringMatcher{matchNL: true}
require.True(t, matcher.Matches(""))
require.True(t, matcher.Matches("x"))
require.True(t, matcher.Matches("\n"))
require.False(t, matcher.Matches("xx"))
require.False(t, matcher.Matches("\n\n"))
matcher = &zeroOrOneCharacterStringMatcher{matchNL: false}
require.True(t, matcher.Matches(""))
require.True(t, matcher.Matches("x"))
require.False(t, matcher.Matches("\n"))
require.False(t, matcher.Matches("xx"))
require.False(t, matcher.Matches("\n\n"))
}
func TestLiteralPrefixStringMatcher(t *testing.T) {
m := &literalPrefixStringMatcher{prefix: "mar", prefixCaseSensitive: true, right: &emptyStringMatcher{}}
require.True(t, m.Matches("mar"))
require.False(t, m.Matches("marco"))
require.False(t, m.Matches("ma"))
require.False(t, m.Matches("mAr"))
m = &literalPrefixStringMatcher{prefix: "mar", prefixCaseSensitive: false, right: &emptyStringMatcher{}}
require.True(t, m.Matches("mar"))
require.False(t, m.Matches("marco"))
require.False(t, m.Matches("ma"))
require.True(t, m.Matches("mAr"))
m = &literalPrefixStringMatcher{prefix: "mar", prefixCaseSensitive: true, right: &equalStringMatcher{s: "co", caseSensitive: false}}
require.True(t, m.Matches("marco"))
require.True(t, m.Matches("marCO"))
require.False(t, m.Matches("MARco"))
require.False(t, m.Matches("mar"))
require.False(t, m.Matches("marcopracucci"))
}
func TestLiteralSuffixStringMatcher(t *testing.T) {
m := &literalSuffixStringMatcher{left: &emptyStringMatcher{}, suffix: "co", suffixCaseSensitive: true}
require.True(t, m.Matches("co"))
require.False(t, m.Matches("marco"))
require.False(t, m.Matches("coo"))
require.False(t, m.Matches("Co"))
m = &literalSuffixStringMatcher{left: &emptyStringMatcher{}, suffix: "co", suffixCaseSensitive: false}
require.True(t, m.Matches("co"))
require.False(t, m.Matches("marco"))
require.False(t, m.Matches("coo"))
require.True(t, m.Matches("Co"))
m = &literalSuffixStringMatcher{left: &equalStringMatcher{s: "mar", caseSensitive: false}, suffix: "co", suffixCaseSensitive: true}
require.True(t, m.Matches("marco"))
require.True(t, m.Matches("MARco"))
require.False(t, m.Matches("marCO"))
require.False(t, m.Matches("mar"))
require.False(t, m.Matches("marcopracucci"))
m = &literalSuffixStringMatcher{left: &equalStringMatcher{s: "mar", caseSensitive: false}, suffix: "co", suffixCaseSensitive: false}
require.True(t, m.Matches("marco"))
require.True(t, m.Matches("MARco"))
require.True(t, m.Matches("marCO"))
require.False(t, m.Matches("mar"))
require.False(t, m.Matches("marcopracucci"))
}
func TestHasPrefixCaseInsensitive(t *testing.T) {
require.True(t, hasPrefixCaseInsensitive("marco", "mar"))
require.True(t, hasPrefixCaseInsensitive("mArco", "mar"))
require.True(t, hasPrefixCaseInsensitive("marco", "MaR"))
require.True(t, hasPrefixCaseInsensitive("marco", "marco"))
require.True(t, hasPrefixCaseInsensitive("mArco", "marco"))
require.False(t, hasPrefixCaseInsensitive("marco", "a"))
require.False(t, hasPrefixCaseInsensitive("marco", "abcdefghi"))
}
func TestHasSuffixCaseInsensitive(t *testing.T) {
require.True(t, hasSuffixCaseInsensitive("marco", "rco"))
require.True(t, hasSuffixCaseInsensitive("marco", "RcO"))
require.True(t, hasSuffixCaseInsensitive("marco", "marco"))
require.False(t, hasSuffixCaseInsensitive("marco", "a"))
require.False(t, hasSuffixCaseInsensitive("marco", "abcdefghi"))
}
func getTestNameFromRegexp(re string) string {
if len(re) > 32 {
return re[:32]
}
return re
}
func generateRandomValues() []string {
// Init the random seed with a constant, so that it doesn't change between runs.
randGenerator := rand.New(rand.NewSource(1))
// Generate variable lengths random texts to match against.
texts := append([]string{}, randStrings(randGenerator, 10, 10)...)
texts = append(texts, randStrings(randGenerator, 5, 30)...)
texts = append(texts, randStrings(randGenerator, 1, 100)...)
texts = append(texts, "foo"+randString(randGenerator, 50))
texts = append(texts, randString(randGenerator, 50)+"foo")
return texts
}
func visitStringMatcher(matcher StringMatcher, callback func(matcher StringMatcher)) {
callback(matcher)
switch casted := matcher.(type) {
case *containsStringMatcher:
if casted.left != nil {
visitStringMatcher(casted.left, callback)
}
if casted.right != nil {
visitStringMatcher(casted.right, callback)
}
case *literalPrefixStringMatcher:
visitStringMatcher(casted.right, callback)
case *literalSuffixStringMatcher:
visitStringMatcher(casted.left, callback)
case orStringMatcher:
for _, entry := range casted {
visitStringMatcher(entry, callback)
}
// No nested matchers for the following ones.
case emptyStringMatcher:
case *equalStringMatcher:
case *equalMultiStringSliceMatcher:
case *equalMultiStringMapMatcher:
case anyStringWithoutNewlineMatcher:
case *anyNonEmptyStringMatcher:
case trueMatcher:
}
}