How to use CmpJSON method of td Package

Best Go-testdeep code snippet using td.CmpJSON

example_cmp_test.go

Source:example_cmp_test.go Github

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...837 // true838 // false839 // true840}841func ExampleCmpJSON_basic() {842 t := &testing.T{}843 got := &struct {844 Fullname string `json:"fullname"`845 Age int `json:"age"`846 }{847 Fullname: "Bob",848 Age: 42,849 }850 ok := td.CmpJSON(t, got, `{"age":42,"fullname":"Bob"}`, nil)851 fmt.Println("check got with age then fullname:", ok)852 ok = td.CmpJSON(t, got, `{"fullname":"Bob","age":42}`, nil)853 fmt.Println("check got with fullname then age:", ok)854 ok = td.CmpJSON(t, got, `855// This should be the JSON representation of a struct856{857 // A person:858 "fullname": "Bob", // The name of this person859 "age": 42 /* The age of this person:860 - 42 of course861 - to demonstrate a multi-lines comment */862}`, nil)863 fmt.Println("check got with nicely formatted and commented JSON:", ok)864 ok = td.CmpJSON(t, got, `{"fullname":"Bob","age":42,"gender":"male"}`, nil)865 fmt.Println("check got with gender field:", ok)866 ok = td.CmpJSON(t, got, `{"fullname":"Bob"}`, nil)867 fmt.Println("check got with fullname only:", ok)868 ok = td.CmpJSON(t, true, `true`, nil)869 fmt.Println("check boolean got is true:", ok)870 ok = td.CmpJSON(t, 42, `42`, nil)871 fmt.Println("check numeric got is 42:", ok)872 got = nil873 ok = td.CmpJSON(t, got, `null`, nil)874 fmt.Println("check nil got is null:", ok)875 // Output:876 // check got with age then fullname: true877 // check got with fullname then age: true878 // check got with nicely formatted and commented JSON: true879 // check got with gender field: false880 // check got with fullname only: false881 // check boolean got is true: true882 // check numeric got is 42: true883 // check nil got is null: true884}885func ExampleCmpJSON_placeholders() {886 t := &testing.T{}887 type Person struct {888 Fullname string `json:"fullname"`889 Age int `json:"age"`890 Children []*Person `json:"children,omitempty"`891 }892 got := &Person{893 Fullname: "Bob Foobar",894 Age: 42,895 }896 ok := td.CmpJSON(t, got, `{"age": $1, "fullname": $2}`, []any{42, "Bob Foobar"})897 fmt.Println("check got with numeric placeholders without operators:", ok)898 ok = td.CmpJSON(t, got, `{"age": $1, "fullname": $2}`, []any{td.Between(40, 45), td.HasSuffix("Foobar")})899 fmt.Println("check got with numeric placeholders:", ok)900 ok = td.CmpJSON(t, got, `{"age": "$1", "fullname": "$2"}`, []any{td.Between(40, 45), td.HasSuffix("Foobar")})901 fmt.Println("check got with double-quoted numeric placeholders:", ok)902 ok = td.CmpJSON(t, got, `{"age": $age, "fullname": $name}`, []any{td.Tag("age", td.Between(40, 45)), td.Tag("name", td.HasSuffix("Foobar"))})903 fmt.Println("check got with named placeholders:", ok)904 got.Children = []*Person{905 {Fullname: "Alice", Age: 28},906 {Fullname: "Brian", Age: 22},907 }908 ok = td.CmpJSON(t, got, `{"age": $age, "fullname": $name, "children": $children}`, []any{td.Tag("age", td.Between(40, 45)), td.Tag("name", td.HasSuffix("Foobar")), td.Tag("children", td.Bag(909 &Person{Fullname: "Brian", Age: 22},910 &Person{Fullname: "Alice", Age: 28},911 ))})912 fmt.Println("check got w/named placeholders, and children w/go structs:", ok)913 ok = td.CmpJSON(t, got, `{"age": Between($1, $2), "fullname": HasSuffix($suffix), "children": Len(2)}`, []any{40, 45, td.Tag("suffix", "Foobar")})914 fmt.Println("check got w/num & named placeholders:", ok)915 // Output:916 // check got with numeric placeholders without operators: true917 // check got with numeric placeholders: true918 // check got with double-quoted numeric placeholders: true919 // check got with named placeholders: true920 // check got w/named placeholders, and children w/go structs: true921 // check got w/num & named placeholders: true922}923func ExampleCmpJSON_embedding() {924 t := &testing.T{}925 got := &struct {926 Fullname string `json:"fullname"`927 Age int `json:"age"`928 }{929 Fullname: "Bob Foobar",930 Age: 42,931 }932 ok := td.CmpJSON(t, got, `{"age": NotZero(), "fullname": NotEmpty()}`, nil)933 fmt.Println("check got with simple operators:", ok)934 ok = td.CmpJSON(t, got, `{"age": $^NotZero, "fullname": $^NotEmpty}`, nil)935 fmt.Println("check got with operator shortcuts:", ok)936 ok = td.CmpJSON(t, got, `937{938 "age": Between(40, 42, "]]"), // in ]40; 42]939 "fullname": All(940 HasPrefix("Bob"),941 HasSuffix("bar") // ← comma is optional here942 )943}`, nil)944 fmt.Println("check got with complex operators:", ok)945 ok = td.CmpJSON(t, got, `946{947 "age": Between(40, 42, "]["), // in ]40; 42[ → 42 excluded948 "fullname": All(949 HasPrefix("Bob"),950 HasSuffix("bar"),951 )952}`, nil)953 fmt.Println("check got with complex operators:", ok)954 ok = td.CmpJSON(t, got, `955{956 "age": Between($1, $2, $3), // in ]40; 42]957 "fullname": All(958 HasPrefix($4),959 HasSuffix("bar") // ← comma is optional here960 )961}`, []any{40, 42, td.BoundsOutIn, "Bob"})962 fmt.Println("check got with complex operators, w/placeholder args:", ok)963 // Output:964 // check got with simple operators: true965 // check got with operator shortcuts: true966 // check got with complex operators: true967 // check got with complex operators: false968 // check got with complex operators, w/placeholder args: true969}970func ExampleCmpJSON_rawStrings() {971 t := &testing.T{}972 type details struct {973 Address string `json:"address"`974 Car string `json:"car"`975 }976 got := &struct {977 Fullname string `json:"fullname"`978 Age int `json:"age"`979 Details details `json:"details"`980 }{981 Fullname: "Foo Bar",982 Age: 42,983 Details: details{984 Address: "something",985 Car: "Peugeot",986 },987 }988 ok := td.CmpJSON(t, got, `989{990 "fullname": HasPrefix("Foo"),991 "age": Between(41, 43),992 "details": SuperMapOf({993 "address": NotEmpty, // () are optional when no parameters994 "car": Any("Peugeot", "Tesla", "Jeep") // any of these995 })996}`, nil)997 fmt.Println("Original:", ok)998 ok = td.CmpJSON(t, got, `999{1000 "fullname": "$^HasPrefix(\"Foo\")",1001 "age": "$^Between(41, 43)",1002 "details": "$^SuperMapOf({\n\"address\": NotEmpty,\n\"car\": Any(\"Peugeot\", \"Tesla\", \"Jeep\")\n})"1003}`, nil)1004 fmt.Println("JSON compliant:", ok)1005 ok = td.CmpJSON(t, got, `1006{1007 "fullname": "$^HasPrefix(\"Foo\")",1008 "age": "$^Between(41, 43)",1009 "details": "$^SuperMapOf({1010 \"address\": NotEmpty, // () are optional when no parameters1011 \"car\": Any(\"Peugeot\", \"Tesla\", \"Jeep\") // any of these1012 })"1013}`, nil)1014 fmt.Println("JSON multilines strings:", ok)1015 ok = td.CmpJSON(t, got, `1016{1017 "fullname": "$^HasPrefix(r<Foo>)",1018 "age": "$^Between(41, 43)",1019 "details": "$^SuperMapOf({1020 r<address>: NotEmpty, // () are optional when no parameters1021 r<car>: Any(r<Peugeot>, r<Tesla>, r<Jeep>) // any of these1022 })"1023}`, nil)1024 fmt.Println("Raw strings:", ok)1025 // Output:1026 // Original: true1027 // JSON compliant: true1028 // JSON multilines strings: true1029 // Raw strings: true1030}1031func ExampleCmpJSON_file() {1032 t := &testing.T{}1033 got := &struct {1034 Fullname string `json:"fullname"`1035 Age int `json:"age"`1036 Gender string `json:"gender"`1037 }{1038 Fullname: "Bob Foobar",1039 Age: 42,1040 Gender: "male",1041 }1042 tmpDir, err := os.MkdirTemp("", "")1043 if err != nil {1044 t.Fatal(err)1045 }1046 defer os.RemoveAll(tmpDir) // clean up1047 filename := tmpDir + "/test.json"1048 if err = os.WriteFile(filename, []byte(`1049{1050 "fullname": "$name",1051 "age": "$age",1052 "gender": "$gender"1053}`), 0644); err != nil {1054 t.Fatal(err)1055 }1056 // OK let's test with this file1057 ok := td.CmpJSON(t, got, filename, []any{td.Tag("name", td.HasPrefix("Bob")), td.Tag("age", td.Between(40, 45)), td.Tag("gender", td.Re(`^(male|female)\z`))})1058 fmt.Println("Full match from file name:", ok)1059 // When the file is already open1060 file, err := os.Open(filename)1061 if err != nil {1062 t.Fatal(err)1063 }1064 ok = td.CmpJSON(t, got, file, []any{td.Tag("name", td.HasPrefix("Bob")), td.Tag("age", td.Between(40, 45)), td.Tag("gender", td.Re(`^(male|female)\z`))})1065 fmt.Println("Full match from io.Reader:", ok)1066 // Output:1067 // Full match from file name: true1068 // Full match from io.Reader: true1069}1070func ExampleCmpJSONPointer_rfc6901() {1071 t := &testing.T{}1072 got := json.RawMessage(`1073{1074 "foo": ["bar", "baz"],1075 "": 0,1076 "a/b": 1,1077 "c%d": 2,1078 "e^f": 3,1079 "g|h": 4,1080 "i\\j": 5,1081 "k\"l": 6,1082 " ": 7,1083 "m~n": 81084}`)1085 expected := map[string]any{1086 "foo": []any{"bar", "baz"},1087 "": 0,1088 "a/b": 1,1089 "c%d": 2,1090 "e^f": 3,1091 "g|h": 4,1092 `i\j`: 5,1093 `k"l`: 6,1094 " ": 7,1095 "m~n": 8,1096 }1097 ok := td.CmpJSONPointer(t, got, "", expected)1098 fmt.Println("Empty JSON pointer means all:", ok)1099 ok = td.CmpJSONPointer(t, got, `/foo`, []any{"bar", "baz"})1100 fmt.Println("Extract `foo` key:", ok)1101 ok = td.CmpJSONPointer(t, got, `/foo/0`, "bar")1102 fmt.Println("First item of `foo` key slice:", ok)1103 ok = td.CmpJSONPointer(t, got, `/`, 0)1104 fmt.Println("Empty key:", ok)1105 ok = td.CmpJSONPointer(t, got, `/a~1b`, 1)1106 fmt.Println("Slash has to be escaped using `~1`:", ok)1107 ok = td.CmpJSONPointer(t, got, `/c%d`, 2)1108 fmt.Println("% in key:", ok)1109 ok = td.CmpJSONPointer(t, got, `/e^f`, 3)1110 fmt.Println("^ in key:", ok)1111 ok = td.CmpJSONPointer(t, got, `/g|h`, 4)1112 fmt.Println("| in key:", ok)1113 ok = td.CmpJSONPointer(t, got, `/i\j`, 5)1114 fmt.Println("Backslash in key:", ok)1115 ok = td.CmpJSONPointer(t, got, `/k"l`, 6)1116 fmt.Println("Double-quote in key:", ok)1117 ok = td.CmpJSONPointer(t, got, `/ `, 7)1118 fmt.Println("Space key:", ok)1119 ok = td.CmpJSONPointer(t, got, `/m~0n`, 8)1120 fmt.Println("Tilde has to be escaped using `~0`:", ok)1121 // Output:1122 // Empty JSON pointer means all: true1123 // Extract `foo` key: true1124 // First item of `foo` key slice: true1125 // Empty key: true1126 // Slash has to be escaped using `~1`: true1127 // % in key: true1128 // ^ in key: true1129 // | in key: true1130 // Backslash in key: true1131 // Double-quote in key: true1132 // Space key: true1133 // Tilde has to be escaped using `~0`: true1134}1135func ExampleCmpJSONPointer_struct() {1136 t := &testing.T{}1137 // Without json tags, encoding/json uses public fields name1138 type Item struct {1139 Name string1140 Value int641141 Next *Item1142 }1143 got := Item{1144 Name: "first",1145 Value: 1,1146 Next: &Item{1147 Name: "second",1148 Value: 2,1149 Next: &Item{1150 Name: "third",1151 Value: 3,1152 },1153 },1154 }1155 ok := td.CmpJSONPointer(t, got, "/Next/Next/Name", "third")1156 fmt.Println("3rd item name is `third`:", ok)1157 ok = td.CmpJSONPointer(t, got, "/Next/Next/Value", td.Gte(int64(3)))1158 fmt.Println("3rd item value is greater or equal than 3:", ok)1159 ok = td.CmpJSONPointer(t, got, "/Next", td.JSONPointer("/Next",1160 td.JSONPointer("/Value", td.Gte(int64(3)))))1161 fmt.Println("3rd item value is still greater or equal than 3:", ok)1162 ok = td.CmpJSONPointer(t, got, "/Next/Next/Next/Name", td.Ignore())1163 fmt.Println("4th item exists and has a name:", ok)1164 // Struct comparison work with or without pointer: &Item{…} works too1165 ok = td.CmpJSONPointer(t, got, "/Next/Next", Item{1166 Name: "third",1167 Value: 3,1168 })1169 fmt.Println("3rd item full comparison:", ok)1170 // Output:1171 // 3rd item name is `third`: true1172 // 3rd item value is greater or equal than 3: true1173 // 3rd item value is still greater or equal than 3: true1174 // 4th item exists and has a name: false1175 // 3rd item full comparison: true1176}1177func ExampleCmpJSONPointer_has_hasnt() {1178 t := &testing.T{}1179 got := json.RawMessage(`1180{1181 "name": "Bob",1182 "age": 42,1183 "children": [1184 {1185 "name": "Alice",1186 "age": 161187 },1188 {1189 "name": "Britt",1190 "age": 21,1191 "children": [1192 {1193 "name": "John",1194 "age": 11195 }1196 ]1197 }1198 ]1199}`)1200 // Has Bob some children?1201 ok := td.CmpJSONPointer(t, got, "/children", td.Len(td.Gt(0)))1202 fmt.Println("Bob has at least one child:", ok)1203 // But checking "children" exists is enough here1204 ok = td.CmpJSONPointer(t, got, "/children/0/children", td.Ignore())1205 fmt.Println("Alice has children:", ok)1206 ok = td.CmpJSONPointer(t, got, "/children/1/children", td.Ignore())1207 fmt.Println("Britt has children:", ok)1208 // The reverse can be checked too1209 ok = td.Cmp(t, got, td.Not(td.JSONPointer("/children/0/children", td.Ignore())))1210 fmt.Println("Alice hasn't children:", ok)1211 ok = td.Cmp(t, got, td.Not(td.JSONPointer("/children/1/children", td.Ignore())))1212 fmt.Println("Britt hasn't children:", ok)1213 // Output:1214 // Bob has at least one child: true1215 // Alice has children: false1216 // Britt has children: true1217 // Alice hasn't children: true1218 // Britt hasn't children: false1219}1220func ExampleCmpKeys() {...

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td_compat.go

Source:td_compat.go Github

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...92// CmpHasSuffix is a deprecated alias of [td.CmpHasSuffix].93var CmpHasSuffix = td.CmpHasSuffix94// CmpIsa is a deprecated alias of [td.CmpIsa].95var CmpIsa = td.CmpIsa96// CmpJSON is a deprecated alias of [td.CmpJSON].97var CmpJSON = td.CmpJSON98// CmpKeys is a deprecated alias of [td.CmpKeys].99var CmpKeys = td.CmpKeys100// CmpLax is a deprecated alias of [td.CmpLax].101var CmpLax = td.CmpLax102// CmpLen is a deprecated alias of [td.CmpLen].103var CmpLen = td.CmpLen104// CmpLt is a deprecated alias of [td.CmpLt].105var CmpLt = td.CmpLt106// CmpLte is a deprecated alias of [td.CmpLte].107var CmpLte = td.CmpLte108// CmpMap is a deprecated alias of [td.CmpMap].109var CmpMap = td.CmpMap110// CmpMapEach is a deprecated alias of [td.CmpMapEach].111var CmpMapEach = td.CmpMapEach...

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td_compat_test.go

Source:td_compat_test.go Github

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...127 td.CmpIsa(t, 2, 0)128 })129 tt.Run("JSON", func(t *testing.T) {130 td.Cmp(t, []int{1, 2}, td.JSON(`[1,$val]`, td.Tag("val", 2)))131 td.CmpJSON(t, []int{1, 2}, `[1,$val]`, []any{td.Tag("val", 2)})132 })133 tt.Run("Keys", func(t *testing.T) {134 got := map[string]bool{"a": false}135 td.Cmp(t, got, td.Keys([]string{"a"}))136 td.CmpKeys(t, got, []string{"a"})137 })138 tt.Run("Lax", func(t *testing.T) {139 td.Cmp(t, int64(42), td.Lax(42))140 td.CmpLax(t, int64(42), 42)141 })142 tt.Run("Len", func(t *testing.T) {143 got := make([]int, 2, 3)144 td.Cmp(t, got, td.Len(2))145 td.CmpLen(t, got, 2)...

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))4}5import (6func main() {7 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))8}9import (10func main() {11 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))12}13import (14func main() {15 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))16}17import (18func main() {19 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))20}21import (22func main() {23 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))24}25import (26func main() {27 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `{"a":1,"c":3}`))28}29import (30func main() {31 fmt.Println(td.CmpJSON(`{"a":1,"b":2}`, `

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 json := []byte(`{"name":"John","age":30,"cars":null}`)4 json2 := []byte(`{"name":"John","age":30,"cars":null}`)5 json3 := []byte(`{"name":"John","age":30,"cars":null}`)6 json4 := []byte(`{"name":"John","age":30,"cars":null}`)7 json5 := []byte(`{"name":"John","age":30,"cars":null}`)8 json6 := []byte(`{"name":"John","age":30,"cars":null}`)9 json7 := []byte(`{"name":"John","age":30,"cars":null}`)10 json8 := []byte(`{"name":"John","age":30,"cars":null}`)11 json9 := []byte(`{"name":"John","age":30,"cars":null}`)12 json10 := []byte(`{"name":"John","age":30,"cars":null}`)13 json11 := []byte(`{"name":"John","age":30,"cars":null}`)14 json12 := []byte(`{"name":"John","age":30,"cars":null}`)15 json13 := []byte(`{"name":"John","age":30,"cars":null}`)16 json14 := []byte(`{"name":"John","age":30,"cars":null}`)17 json15 := []byte(`{"name":"John","age":30,"cars":null}`)18 json16 := []byte(`{"name":"John","age":30,"cars":null}`)19 json17 := []byte(`{"name":"John","age":30,"cars":null}`)20 json18 := []byte(`{"name":"John","age":30,"cars":null}`)21 json19 := []byte(`{"name":"John","age":30,"cars":null}`)22 json20 := []byte(`{"name":"John","age":30,"cars":null}`)23 json21 := []byte(`{"name":"John","age":30,"cars":null}`)24 json22 := []byte(`{"name":"John","age":30,"cars":null}`)25 json23 := []byte(`{"name":"John","age":30,"cars":null}`)26 json24 := []byte(`{"name":"John","age":30,"cars":null}`)27 json25 := []byte(`{"name":"John

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 json := []byte(`{"name":"john","age":30,"cars":{"car1":"Ford","car2":"BMW","car3":"Fiat"}}`)4 json2 := []byte(`{"name":"john","age":30,"cars":{"car1":"Ford","car2":"BMW","car3":"Fiat"}}`)5 fmt.Println(td.CmpJSON(json, json2))6}

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 schema := `{4 "properties": {5 "name": {6 },7 "age": {8 }9 },10 }`11 data := `{12 }`13 loader := gojsonschema.NewStringLoader(schema)14 document := gojsonschema.NewStringLoader(data)15 result, err := gojsonschema.Validate(loader, document)16 if err != nil {17 panic(err.Error())18 }19 if !result.Valid() {20 for _, desc := range result.Errors() {21 spew.Dump(desc)22 }23 } else {24 spew.Dump("The document is valid")25 }26}27(*gojsonschema.Result)(0xc0000a8000)(map[string]interface {}{"Valid":true})

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 json := []byte(`{"name":"John","age":30,"cars":{"car1":"Ford","car2":"BMW","car3":"Fiat"}}`)4 json2 := []byte(`{"name":"John","age":30,"cars":{"car1":"Ford","car2":"BMW","car3":"Fiat"}}`)5 cmp, err := jsonparser.CmpJSON(json, json2)6 if err != nil {7 fmt.Println("Error:", err)8 }9 if cmp == 0 {10 fmt.Println("JSON data are equal")11 } else {12 fmt.Println("JSON data are not equal")13 }14}

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CmpJSON

Using AI Code Generation

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1import (2func TestCmpJSON(t *testing.T) {3 td := New()4 json := `{"name": "buger", "age": 25}`5 name, _ := jsonparser.GetString([]byte(json), "name")6 age, _ := jsonparser.GetInt([]byte(json), "age")7 if td.CmpJSON(json, "name", name) && td.CmpJSON(json, "age", age) {8 fmt.Println("JSON comparison successful")9 } else {10 t.Error("JSON comparison failed")11 }12}13func TestCmpJSON(t *testing.T) {14 td := New()15 json := `{"name": "buger", "age": 25}`16 name, _ := jsonparser.GetString([]byte(json), "name")17 age, _ := jsonparser.GetInt([]byte(json), "age")18 if td.CmpJSON(json, "name", name) && td.CmpJSON(json, "age", age) {19 fmt.Println("JSON comparison successful")20 } else {21 t.Error("JSON comparison failed")22 }23}24import (25func TestCmpJSON(t *testing.T) {26 td := New()27 json := `{"name": "buger", "age": 25}`28 name, _ := jsonparser.GetString([]byte(json), "name")29 age, _ := jsonparser.GetInt([]byte(json), "age")30 if td.CmpJSON(json, "name", name) && td.CmpJSON(json, "age", age) {31 fmt.Println("JSON comparison successful")32 } else {33 t.Error("JSON comparison failed")34 }35}36func TestCmpJSON(t *testing.T) {37 td := New()38 json := `{"name": "buger", "age": 25}`39 name, _ := jsonparser.GetString([]byte(json), "name")40 age, _ := jsonparser.GetInt([]byte(json), "age")41 if td.CmpJSON(json, "name", name) &&

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 td1 := td.NewTData()4 td2 := td.NewTData()5 td1.SetJSON("test.json")6 td2.SetJSON("test2.json")7 fmt.Println(td1.CmpJSON(td2))8}9{10 "data": {11 }12}13{14 "data": {15 }16}17import (18func main() {19 td1 := td.NewTData()20 td2 := td.NewTData()21 td1.SetJSON("test.json")22 td2.SetJSON("test2.json")23 fmt.Println(td1.CmpJSON(td2))24}25{26 "data": {27 }28}29{30 "data": {31 }32}33import (34func main() {35 td1 := td.NewTData()36 td2 := td.NewTData()37 td1.SetJSON("test.json")38 td2.SetJSON("test2.json")39 fmt.Println(td1.CmpJSON(td2))40}41{42 "data": {43 }44}45{

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CmpJSON

Using AI Code Generation

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1import (2func main() {3 data := `{"name":"John", "age":21, "height":1.75, "active":true}`4 value, dataType, offset, err := jsonparser.Get(data, "age")5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(string(value), dataType, offset)9}10GetAll(data []byte, keys ...string) ([][]byte, error)11import (12func main() {13 data := `{"name":"John", "age":21, "height":1.75, "active":true}`14 value, err := jsonparser.GetAll(data, "name", "age", "height")15 if err != nil {16 fmt.Println(err)17 }18 fmt.Println(string(value[0]), string(value[1]), string(value[2]))19}20Set(data []byte, value interface{}, keys ...string) ([]byte, error)21import (22func main() {23 data := `{"name":"John", "age":21, "height":1.75, "active":true}`24 value, err := jsonparser.Set(data, []byte("21"), "age")25 if err != nil {26 fmt.Println(err)27 }28 fmt.Println(string(value))29}30{"name":"John", "age":21, "

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CmpJSON

Using AI Code Generation

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1func main() {2 td.CmpJSON("2.json", "2.json")3}4{"a":1,"b":2}5{"a":1,"b":2}6{"a":1,"b":2}7{"a":1,"b":2}8{9}10{11}12{13}14{15}16{17}18{19}20{21}22{23}24{25}26{27}28{29}30{31}32{33}34{35}36{37}38{39}40{41}42{43}44{

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