How to use mustMatch method of td_test Package

Best Go-testdeep code snippet using td_test.mustMatch

td_map_test.go

Source:td_map_test.go Github

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...42 checkError(t, gotMap, td.Map(map[string]int{}, nil),43 expectedError{44 Message: mustBe("comparing hash keys of %%"),45 Path: mustBe("DATA"),46 Summary: mustMatch(`^Extra 2 keys: \("bar",\s+"foo"\)\z`),47 })48 checkError(t, gotMap, td.Map(map[string]int{"test": 2}, nil),49 expectedError{50 Message: mustBe("comparing hash keys of %%"),51 Path: mustBe("DATA"),52 Summary: mustMatch(53 `^ Missing key: \("test"\)\nExtra 2 keys: \("bar",\s+"foo"\)\z`),54 })55 checkError(t, gotMap,56 td.Map(map[string]int{}, td.MapEntries{"test": 2}),57 expectedError{58 Message: mustBe("comparing hash keys of %%"),59 Path: mustBe("DATA"),60 Summary: mustMatch(61 `^ Missing key: \("test"\)\nExtra 2 keys: \("bar",\s+"foo"\)\z`),62 })63 checkError(t, gotMap,64 td.Map(map[string]int{}, td.MapEntries{"foo": 1, "bar": 2, "test": 2}),65 expectedError{66 Message: mustBe("comparing hash keys of %%"),67 Path: mustBe("DATA"),68 Summary: mustBe(`Missing key: ("test")`),69 })70 checkError(t, gotMap,71 td.Map(MyMap{}, td.MapEntries{"foo": 1, "bar": 2}),72 expectedError{73 Message: mustBe("type mismatch"),74 Path: mustBe("DATA"),75 Got: mustBe("map[string]int"),76 Expected: mustBe("td_test.MyMap"),77 })78 //79 // Map type80 gotTypedMap := MyMap{"foo": 1, "bar": 2}81 checkOK(t, gotTypedMap, td.Map(MyMap{"foo": 1, "bar": 2}, nil))82 checkOK(t, gotTypedMap,83 td.Map(MyMap{"foo": 1}, td.MapEntries{"bar": 2}))84 checkOK(t, gotTypedMap,85 td.Map(MyMap{}, td.MapEntries{"foo": 1, "bar": 2}))86 checkOK(t, gotTypedMap,87 td.Map((MyMap)(nil), td.MapEntries{"foo": 1, "bar": 2}))88 checkOK(t, &gotTypedMap, td.Map(&MyMap{"foo": 1, "bar": 2}, nil))89 checkOK(t, &gotTypedMap,90 td.Map(&MyMap{"foo": 1}, td.MapEntries{"bar": 2}))91 checkOK(t, &gotTypedMap,92 td.Map(&MyMap{}, td.MapEntries{"foo": 1, "bar": 2}))93 checkOK(t, &gotTypedMap,94 td.Map((*MyMap)(nil), td.MapEntries{"foo": 1, "bar": 2}))95 checkError(t, gotTypedMap, td.Map(MyMap{"foo": 1, "bar": 3}, nil),96 expectedError{97 Message: mustBe("values differ"),98 Path: mustBe(`DATA["bar"]`),99 Got: mustBe("2"),100 Expected: mustBe("3"),101 })102 checkError(t, gotTypedMap, td.Map(MyMap{}, nil),103 expectedError{104 Message: mustBe("comparing hash keys of %%"),105 Path: mustBe("DATA"),106 Summary: mustMatch(`^Extra 2 keys: \("bar",\s+"foo"\)\z`),107 })108 checkError(t, gotTypedMap, td.Map(MyMap{"test": 2}, nil),109 expectedError{110 Message: mustBe("comparing hash keys of %%"),111 Path: mustBe("DATA"),112 Summary: mustMatch(113 `^ Missing key: \("test"\)\nExtra 2 keys: \("bar",\s+"foo"\)\z`),114 })115 checkError(t, gotTypedMap, td.Map(MyMap{}, td.MapEntries{"test": 2}),116 expectedError{117 Message: mustBe("comparing hash keys of %%"),118 Path: mustBe("DATA"),119 Summary: mustMatch(120 `^ Missing key: \("test"\)\nExtra 2 keys: \("bar",\s+"foo"\)\z`),121 })122 checkError(t, gotTypedMap,123 td.Map(MyMap{}, td.MapEntries{"foo": 1, "bar": 2, "test": 2}),124 expectedError{125 Message: mustBe("comparing hash keys of %%"),126 Path: mustBe("DATA"),127 Summary: mustBe(`Missing key: ("test")`),128 })129 checkError(t, &gotTypedMap, td.Map(&MyMap{"foo": 1, "bar": 3}, nil),130 expectedError{131 Message: mustBe("values differ"),132 Path: mustBe(`DATA["bar"]`),133 Got: mustBe("2"),134 Expected: mustBe("3"),135 })136 checkError(t, &gotTypedMap, td.Map(&MyMap{}, nil),137 expectedError{138 Message: mustBe("comparing hash keys of %%"),139 Path: mustBe("DATA"),140 Summary: mustMatch(`^Extra 2 keys: \("bar",\s+"foo"\)\z`),141 })142 checkError(t, &gotTypedMap, td.Map(&MyMap{"test": 2}, nil),143 expectedError{144 Message: mustBe("comparing hash keys of %%"),145 Path: mustBe("DATA"),146 Summary: mustMatch(147 `^ Missing key: \("test"\)\nExtra 2 keys: \("bar",\s+"foo"\)\z`),148 })149 checkError(t, &gotTypedMap, td.Map(&MyMap{}, td.MapEntries{"test": 2}),150 expectedError{151 Message: mustBe("comparing hash keys of %%"),152 Path: mustBe("DATA"),153 Summary: mustMatch(154 `^ Missing key: \("test"\)\nExtra 2 keys: \("bar",\s+"foo"\)\z`),155 })156 checkError(t, &gotTypedMap,157 td.Map(&MyMap{}, td.MapEntries{"foo": 1, "bar": 2, "test": 2}),158 expectedError{159 Message: mustBe("comparing hash keys of %%"),160 Path: mustBe("DATA"),161 Summary: mustBe(`Missing key: ("test")`),162 })163 checkError(t, &gotMap, td.Map(&MyMap{}, nil),164 expectedError{165 Message: mustBe("type mismatch"),166 Path: mustBe("DATA"),167 Got: mustBe("*map[string]int"),...

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td_string_test.go

Source:td_string_test.go Github

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...57 expectedError{58 Message: mustBe("has not prefix"),59 Path: mustBe("DATA"),60 Got: mustContain(`"foo bar test"`),61 Expected: mustMatch(`^HasPrefix\(.*"pipo"`),62 })63 checkError(t, []int{1, 2}, td.HasPrefix("bar"),64 expectedError{65 Message: mustBe("bad type"),66 Path: mustBe("DATA"),67 Got: mustBe("[]int"),68 Expected: mustBe("string (convertible) OR []byte (convertible) OR fmt.Stringer OR error"),69 })70 checkError(t, 12, td.HasPrefix("bar"),71 expectedError{72 Message: mustBe("bad type"),73 Path: mustBe("DATA"),74 Got: mustBe("int"),75 Expected: mustBe("string (convertible) OR []byte (convertible) OR fmt.Stringer OR error"),76 })77}78func TestHasSuffix(t *testing.T) {79 checkOK(t, "foobar", td.HasSuffix("bar"))80 checkOK(t, []byte("foobar"), td.HasSuffix("bar"))81 type MyBytes []byte82 checkOK(t, MyBytes("foobar"), td.HasSuffix("bar"))83 type MyString string84 checkOK(t, MyString("foobar"), td.HasSuffix("bar"))85 // error interface86 checkOK(t, errors.New("pipo bingo"), td.HasSuffix("bingo"))87 // fmt.Stringer interface88 checkOK(t, MyStringer{}, td.HasSuffix("bingo"))89 checkError(t, "foo bar test", td.HasSuffix("pipo"),90 expectedError{91 Message: mustBe("has not suffix"),92 Path: mustBe("DATA"),93 Got: mustContain(`"foo bar test"`),94 Expected: mustMatch(`^HasSuffix\(.*"pipo"`),95 })96 checkError(t, []int{1, 2}, td.HasSuffix("bar"),97 expectedError{98 Message: mustBe("bad type"),99 Path: mustBe("DATA"),100 Got: mustBe("[]int"),101 Expected: mustBe("string (convertible) OR []byte (convertible) OR fmt.Stringer OR error"),102 })103 checkError(t, 12, td.HasSuffix("bar"),104 expectedError{105 Message: mustBe("bad type"),106 Path: mustBe("DATA"),107 Got: mustBe("int"),108 Expected: mustBe("string (convertible) OR []byte (convertible) OR fmt.Stringer OR error"),...

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td_contains_key_test.go

Source:td_contains_key_test.go Github

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...22 checkError(t, got, td.ContainsKey(35),23 expectedError{24 Message: mustBe("does not contain key"),25 Path: mustBe("DATA"),26 Summary: mustMatch(`expected key: 3527 not in keys: \((12|28|34),28 (12|28|34),29 (12|28|34)\)`),30 }, testName)31 // Lax32 checkOK(t, got, td.Lax(td.ContainsKey(float64(34))), testName)33 }34}35// nil case.36func TestContainsKeyNil(t *testing.T) {37 type MyPtrMap map[*int]int38 num := 1234564239 for idx, got := range []any{40 map[*int]int{&num: 42, nil: 666},41 MyPtrMap{&num: 42, nil: 666},42 } {43 testName := fmt.Sprintf("#%d: got=%v", idx, got)44 checkOK(t, got, td.ContainsKey(nil), testName)45 checkOK(t, got, td.ContainsKey((*int)(nil)), testName)46 checkOK(t, got, td.ContainsKey(td.Nil()), testName)47 checkOK(t, got, td.ContainsKey(td.NotNil()), testName)48 checkError(t, got, td.ContainsKey((*uint8)(nil)),49 expectedError{50 Message: mustBe("does not contain key"),51 Path: mustBe("DATA"),52 Summary: mustMatch(`expected key: \(\*uint8\)\(<nil>\)53 not in keys: \(\(\*int\)\((<nil>|.*12345642.*)\),54 \(\*int\)\((<nil>|.*12345642.*)\)\)`),55 }, testName)56 }57 checkError(t,58 map[string]int{"foo": 12, "bar": 34, "zip": 28}, // got59 td.ContainsKey(nil),60 expectedError{61 Message: mustBe("does not contain key"),62 Path: mustBe("DATA"),63 Summary: mustMatch(`expected key: nil64 not in keys: \("(foo|bar|zip)",65 "(foo|bar|zip)",66 "(foo|bar|zip)"\)`),67 })68 checkError(t, "foobar", td.ContainsKey(nil),69 expectedError{70 Message: mustBe("cannot check contains key"),71 Path: mustBe("DATA"),72 Got: mustBe("string"),73 Expected: mustBe("ContainsKey(nil)"),74 })75 checkError(t, "foobar", td.ContainsKey(123),76 expectedError{77 Message: mustBe("cannot check contains key"),...

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mustMatch

Using AI Code Generation

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1import (2func main() {3 td := td_test{}4 td.mustMatch("Hello", "Hello")5}6import (7func main() {8 td := td_test{}9 td.mustMatch("Hello", "Hello")10}11import (12func main() {13 td := td_test{}14 td.mustMatch("Hello", "Hello")15}16import (17func main() {18 td := td_test{}19 td.mustMatch("Hello", "Hello")20}21import (22func main() {23 td := td_test{}24 td.mustMatch("Hello", "Hello")25}26import (27func main() {28 td := td_test{}29 td.mustMatch("Hello", "Hello")30}31import (32func main() {33 td := td_test{}34 td.mustMatch("Hello", "Hello")35}36import (37func main() {38 td := td_test{}39 td.mustMatch("Hello", "Hello")40}41import (42func main() {43 td := td_test{}44 td.mustMatch("Hello", "Hello")45}46import (47func main() {48 td := td_test{}49 td.mustMatch("Hello", "Hello")50}

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mustMatch

Using AI Code Generation

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1import ( 2func main() { 3 fmt.Println(td_test.MustMatch(“Hello”, “Hello”)) 4 fmt.Println(td_test.MustMatch(“Hello”, “Hello World”)) 5}6import ( 7func MustMatch(t *testing.T, s1, s2 string) bool { 8 if s1 != s2 { 9 t.Errorf(“%s does not match %s”, s1, s2) 10 } 11}12func main() { 13 fmt.Println(MustMatch(“Hello”, “Hello”)) 14 fmt.Println(MustMatch(“Hello”, “Hello World”)) 15}

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mustMatch

Using AI Code Generation

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1import "fmt"2func main() {3 fmt.Println("Hello, playground")4 td.mustMatch("hello", "hello")5 td.mustMatch("hello", "hello")6 td.mustMatch("hello", "hello")7 td.mustMatch("hello", "hello")8}9import "fmt"10func main() {11 fmt.Println("Hello, playground")12 td.mustMatch("hello", "hello")13 td.mustMatch("hello", "hello")14 td.mustMatch("hello", "hello")15 td.mustMatch("hello", "hello")16}17import "fmt"18func main() {19 fmt.Println("Hello, playground")20 td.mustMatch("hello", "hello")21 td.mustMatch("hello", "hello")22 td.mustMatch("hello", "hello")23 td.mustMatch("hello", "hello")24}25import "fmt"26func main() {27 fmt.Println("Hello, playground")28 td.mustMatch("hello", "hello")29 td.mustMatch("hello", "hello")30 td.mustMatch("hello", "hello")31 td.mustMatch("hello", "hello")32}33import "fmt"34func main() {35 fmt.Println("Hello, playground")36 td.mustMatch("hello", "hello")37 td.mustMatch("hello", "hello")38 td.mustMatch("hello", "hello")39 td.mustMatch("hello", "hello")40}41import "fmt"42func main() {43 fmt.Println("Hello, playground")44 td.mustMatch("hello", "hello")45 td.mustMatch("hello", "hello")46 td.mustMatch("hello", "hello")47 td.mustMatch("hello", "hello")48}

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mustMatch

Using AI Code Generation

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1import (2func main() {3 td := td_test.New()4 td.MustMatch("foo", "foo")5 fmt.Println("Success!")6}7import (8func main() {9 td := td_test.New()10 td.MustNotMatch("foo", "bar")11 fmt.Println("Success!")12}13import (14func main() {15 td := td_test.New()16 td.MustBeTrue(true)17 fmt.Println("Success!")18}19import (20func main() {21 td := td_test.New()22 td.MustBeFalse(false)23 fmt.Println("Success!")24}25import (26func main() {27 td := td_test.New()28 td.MustBeNil(a)29 fmt.Println("Success!")30}31import (32func main() {33 td := td_test.New()34 td.MustNotBeNil(a)35 fmt.Println("Success!")36}37import (38func main() {39 td := td_test.New()40 td.MustBeEqual("foo", "foo")41 fmt.Println("Success!")42}

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mustMatch

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4}5import (6func TestMustMatch(t *testing.T) {7 fmt.Println("H

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mustMatch

Using AI Code Generation

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1import "fmt"2import "regexp"3import "testing"4func main() {5 td_test := td_test{}6 td_test.mustMatch("abc", regexp.MustCompile("abc"))7 td_test.mustMatch("abc", regexp.MustCompile("abcd"))8}9import "fmt"10import "regexp"11import "testing"12func main() {13 td_test := td_test{}14 td_test.mustMatch("abc", regexp.MustCompile("abc"))15}16import "fmt"17import "regexp"18import "testing"19func main() {20 td_test := td_test{}21 td_test.mustMatch("abc", regexp.MustCompile("abcd"))22}23import "fmt"24import "regexp"25import "testing"26func main() {27 td_test := td_test{}28 td_test.mustMatch("abc", regexp.MustCompile("abcd"))29}30import "fmt"31import "regexp"32import "testing"33func main() {34 td_test := td_test{}35 td_test.mustMatch("abc", regexp.MustCompile("abc"))36 td_test.mustMatch("abc", regexp.MustCompile("abc"))37}38import "fmt"39import "regexp"40import "testing"41func main() {42 td_test := td_test{}43 td_test.mustMatch("abc", regexp.MustCompile("abc"))44 td_test.mustMatch("abc", regexp.MustCompile("abc"))45 td_test.mustMatch("abc", regexp.MustCompile("abc"))46}

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mustMatch

Using AI Code Generation

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1import (2func main() {3 td_test := td.NewTDTest()4 fmt.Println(td_test.MustMatch("Hello", "Hello"))5}6import (7func main() {8 td_test := td.NewTDTest()9 fmt.Println(td_test.MustMatch("Hello", "World"))10}11import (12func main() {13 td_test := td.NewTDTest()14 fmt.Println(td_test.MustMatch("Hello", "Hello", "World"))15}16import (17func main() {18 td_test := td.NewTDTest()19 fmt.Println(td_test.MustMatch("Hello", "Hello", "Hello"))20}21import (22func main() {23 td_test := td.NewTDTest()24 fmt.Println(td_test.MustMatch("Hello", "Hello", "Hello", "World"))25}26import (27func main() {28 td_test := td.NewTDTest()29 fmt.Println(td_test.MustMatch("Hello", "Hello", "Hello", "Hello"))30}31import (32func main() {33 td_test := td.NewTDTest()34 fmt.Println(td_test.MustMatch("Hello", "Hello", "Hello", "Hello", "World"))35}36import (

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mustMatch

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, world!")4 fmt.Println(td.MustMatch("test"))5}6import (7func main() {8 fmt.Println("Hello, world!")9 fmt.Println(td.MustMatch("test"))10}11import (12func main() {13 fmt.Println("Hello, world!")14 fmt.Println(td.MustMatch("test"))15}16import (17func main() {18 fmt.Println("Hello, world!")19 fmt.Println(td.MustMatch("test"))20}21import (22func main() {23 fmt.Println("Hello, world!")24 fmt.Println(td.MustMatch("test"))25}26import (27func main() {28 fmt.Println("Hello, world!")29 fmt.Println(td.MustMatch("test"))30}31import (32func main() {33 fmt.Println("Hello, world!")34 fmt.Println(td.MustMatch("test"))35}36import (37func main() {38 fmt.Println("Hello, world!")39 fmt.Println(td.MustMatch("test"))40}41import (

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mustMatch

Using AI Code Generation

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1import (2func main() {3 test := td_test{}4 t := testing.T{}5 config := quick.Config{}6 reg := regexp.Regexp{}7 test.mustMatch(&t, &config, &reg)8}9import (10type td_test struct{}11func (td_test) mustMatch(t *testing.T, config *quick.Config, re *regexp.Regexp) {12 fmt.Println("MustMatch method called")13}14./1.go:22: cannot use test (type td_test) as type testing.TB in argument to test.mustMatch:15 td_test does not implement testing.TB (missing Error method)16func (td_test) Error(args ...interface{}) {}

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