How to use TestSubJSONOf method of td_test Package

Best Go-testdeep code snippet using td_test.TestSubJSONOf

td_json_test.go

Source:td_json_test.go Github

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...697 }698 // Erroneous op699 equalTypes(t, td.JSON(`[`), nil)700}701func TestSubJSONOf(t *testing.T) {702 type MyStruct struct {703 Name string `json:"name"`704 Age uint `json:"age"`705 Gender string `json:"gender"`706 }707 //708 // struct709 //710 got := MyStruct{Name: "Bob", Age: 42, Gender: "male"}711 // No placeholder712 checkOK(t, got,713 td.SubJSONOf(`714{715 "name": "Bob",716 "age": 42,717 "gender": "male",718 "details": { // ← we don't want to test this field719 "city": "Test City",720 "zip": 666721 }722}`))723 // Numeric placeholders724 checkOK(t, got,725 td.SubJSONOf(`{"name":"$1","age":$2,"gender":$3,"details":{}}`,726 "Bob", 42, "male")) // raw values727 checkOK(t, got,728 td.SubJSONOf(`{"name":"$1","age":$2,"gender":$3,"details":{}}`,729 td.Re(`^Bob`),730 td.Between(40, 45),731 td.NotEmpty()))732 // Same using Flatten733 checkOK(t, got,734 td.SubJSONOf(`{"name":"$1","age":$2,"gender":$3,"details":{}}`,735 td.Re(`^Bob`),736 td.Flatten([]td.TestDeep{td.Between(40, 45), td.NotEmpty()}),737 ))738 // Tag placeholders739 checkOK(t, got,740 td.SubJSONOf(741 `{"name":"$name","age":$age,"gender":"$gender","details":{}}`,742 td.Tag("name", td.Re(`^Bob`)),743 td.Tag("age", td.Between(40, 45)),744 td.Tag("gender", td.NotEmpty())))745 // Mixed placeholders + operator746 for _, op := range []string{747 "NotEmpty",748 "NotEmpty()",749 "$^NotEmpty",750 "$^NotEmpty()",751 `"$^NotEmpty"`,752 `"$^NotEmpty()"`,753 `r<$^NotEmpty>`,754 `r<$^NotEmpty()>`,755 } {756 checkOK(t, got,757 td.SubJSONOf(758 `{"name":"$name","age":$1,"gender":`+op+`,"details":{}}`,759 td.Tag("age", td.Between(40, 45)),760 td.Tag("name", td.Re(`^Bob`))),761 "using operator %s", op)762 }763 //764 // Errors765 checkError(t, func() {}, td.SubJSONOf(`{}`),766 expectedError{767 Message: mustBe("json.Marshal failed"),768 Summary: mustContain("json: unsupported type"),769 })770 for i, n := range []any{771 nil,772 (map[string]any)(nil),773 (map[string]bool)(nil),774 ([]int)(nil),775 } {776 checkError(t, n, td.SubJSONOf(`{}`),777 expectedError{778 Message: mustBe("values differ"),779 Got: mustBe("null"),780 Expected: mustBe("non-null"),781 },782 "nil test #%d", i)783 }784 //785 // Fatal errors786 checkError(t, "never tested",787 td.SubJSONOf(`[1, "$123bad"]`),788 expectedError{789 Message: mustBe("bad usage of SubJSONOf operator"),790 Path: mustBe("DATA"),791 Summary: mustBe(`JSON unmarshal error: invalid numeric placeholder at line 1:5 (pos 5)`),792 })793 checkError(t, "never tested",794 td.SubJSONOf(`[1, $000]`),795 expectedError{796 Message: mustBe("bad usage of SubJSONOf operator"),797 Path: mustBe("DATA"),798 Summary: mustBe(`JSON unmarshal error: invalid numeric placeholder "$000", it should start at "$1" at line 1:4 (pos 4)`),799 })800 checkError(t, "never tested",801 td.SubJSONOf(`[1, $1]`),802 expectedError{803 Message: mustBe("bad usage of SubJSONOf operator"),804 Path: mustBe("DATA"),805 Summary: mustBe(`JSON unmarshal error: numeric placeholder "$1", but no params given at line 1:4 (pos 4)`),806 })807 checkError(t, "never tested",808 td.SubJSONOf(`[1, 2, $3]`, td.Ignore()),809 expectedError{810 Message: mustBe("bad usage of SubJSONOf operator"),811 Path: mustBe("DATA"),812 Summary: mustBe(`JSON unmarshal error: numeric placeholder "$3", but only one param given at line 1:7 (pos 7)`),813 })814 // $^Operator815 checkError(t, "never tested",816 td.SubJSONOf(`[1, $^bad%]`),817 expectedError{818 Message: mustBe("bad usage of SubJSONOf operator"),819 Path: mustBe("DATA"),820 Summary: mustBe(`JSON unmarshal error: $^ must be followed by an operator name at line 1:4 (pos 4)`),821 })822 checkError(t, "never tested",823 td.SubJSONOf(`[1, "$^bad%"]`),824 expectedError{825 Message: mustBe("bad usage of SubJSONOf operator"),826 Path: mustBe("DATA"),827 Summary: mustBe(`JSON unmarshal error: $^ must be followed by an operator name at line 1:5 (pos 5)`),828 })829 // named placeholders830 checkError(t, "never tested",831 td.SubJSONOf(`[1, "$bad%"]`),832 expectedError{833 Message: mustBe("bad usage of SubJSONOf operator"),834 Path: mustBe("DATA"),835 Summary: mustBe(`JSON unmarshal error: bad placeholder "$bad%" at line 1:5 (pos 5)`),836 })837 checkError(t, "never tested",838 td.SubJSONOf(`[1, $unknown]`),839 expectedError{840 Message: mustBe("bad usage of SubJSONOf operator"),841 Path: mustBe("DATA"),842 Summary: mustBe(`JSON unmarshal error: unknown placeholder "$unknown" at line 1:4 (pos 4)`),843 })844 checkError(t, "never tested",845 td.SubJSONOf("null"),846 expectedError{847 Message: mustBe("bad usage of SubJSONOf operator"),848 Path: mustBe("DATA"),849 Summary: mustBe("SubJSONOf() only accepts JSON objects {…}"),850 })851 //852 // Stringification853 test.EqualStr(t, td.SubJSONOf(`{}`).String(), `SubJSONOf({})`)854 test.EqualStr(t, td.SubJSONOf(`{"foo":1, "bar":2}`).String(),855 `856SubJSONOf({857 "bar": 2,858 "foo": 1859 })`[1:])860 test.EqualStr(t,861 td.SubJSONOf(`{"label": $value, "zip": $^NotZero}`,862 td.Tag("value", td.Bag(863 td.SubJSONOf(`{"name": $1,"age":$2}`,864 td.HasPrefix("Bob"),865 td.Between(12, 24),866 ),867 td.SubJSONOf(`{"name": $1}`, td.HasPrefix("Alice")),868 )),869 ).String(),870 `871SubJSONOf({872 "label": "$value" /* Bag(SubJSONOf({873 "age": "$2" /* 12 ≤ got ≤ 24 */,874 "name": "$1" /* HasPrefix("Bob") */875 }),876 SubJSONOf({877 "name": "$1" /* HasPrefix("Alice") */878 })) */,879 "zip": NotZero()880 })`[1:])881 // Erroneous op882 test.EqualStr(t, td.SubJSONOf(`123`).String(), "SubJSONOf(<ERROR>)")883}884func TestSubJSONOfTypeBehind(t *testing.T) {885 equalTypes(t, td.SubJSONOf(`{"a":12}`), (map[string]any)(nil))886 // Erroneous op887 equalTypes(t, td.SubJSONOf(`123`), nil)888}889func TestSuperJSONOf(t *testing.T) {890 type MyStruct struct {891 Name string `json:"name"`892 Age uint `json:"age"`893 Gender string `json:"gender"`894 Details string `json:"details"`895 }896 //897 // struct898 //...

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TestSubJSONOf

Using AI Code Generation

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1import (2func TestSubJSONOf(t *testing.T) {3 var jsonStr = []byte(`{4 { "name":"Ford", "models":[ "Fiesta", "Focus", "Mustang" ] },5 { "name":"BMW", "models":[ "320", "X3", "X5" ] },6 { "name":"Fiat", "models":[ "500", "Panda" ] }7 }`)8 var data map[string]interface{}9 if err := json.Unmarshal(jsonStr, &data); err != nil {10 panic(err)11 }12 fmt.Println(data)13 fmt.Println(data["cars"])14 fmt.Println(data["cars"].([]interface{})[0])15 fmt.Println(data["cars"].([]interface{})[0].(map[string]interface{})["models"])16 fmt.Println(data["cars"].([]interface{})[0].(map[string]interface{})["models"].([]interface{})[0])17}18In this example, we are using the json.Unmarshal method to unmarshal the json string into a map[string]interface{} variable. This variable will store the data in the form of a map. The map will have the keys as the names of the keys in the json string and the values as the values of the keys in the json string. The values of the keys in the json string can be a string, a number, an array or a map. The map can have the values as a string, a number, an array or a map. The array can have the values as a string, a number, an array or a map. So the values of the keys in the json string can be a string, a number, an array or a map. The map

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TestSubJSONOf

Using AI Code Generation

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1import (2func main() {3 fmt.Println(td.TestSubJSONOf(4 `{"a":1,"b":2,"c":3}`,5 `{"a":1,"c":3}`,6 td.JSONNumber("a"),7 td.JSONNumber("b"),8 td.JSONNumber("c"),9 fmt.Println(td.TestSubJSONOf(10 `{"a":1,"b":2,"c":3}`,11 `{"a":1,"c":3}`,12 td.JSONNumber("a"),13 td.JSONNumber("c"),14}

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TestSubJSONOf

Using AI Code Generation

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1import (2func main() {3 assert := assert.New(t)4 json1 := `{"name": "John", "age": 31, "city": "New York"}`5 json2 := `{"name": "John", "age": 31, "city": "New York", "country": "USA"}`6 assert.True(t, TestSubJSONOf(json1, json2))7 json1 = `{"name": "John", "age": 31, "city": "New York"}`8 json2 = `{"name": "John", "age": 31, "city": "New York"}`9 assert.False(t, TestSubJSONOf(json1, json2))10 json1 = `{"name": "John", "age": 31, "city": "New York"}`11 json2 = `{"name": "John", "age": 31, "city": "New York", "country": "USA"}`12 assert.False(t, TestSubJSONOf(json1, json2))13 json1 = `{"name": "John", "age": 31, "city": "New York"}`14 json2 = `{"name": "John", "age": 31, "city": "New York", "country": "USA"}`15 assert.False(t, TestSubJSONOf(json1, json2))16}17func TestSubJSONOf(json1 string, json2 string) bool {18 keys1, _, _, err := jsonparser.Get(json1)19 if err != nil {20 fmt.Println(err)21 }22 keys2, _, _, err := jsonparser.Get(json2)23 if err != nil {24 fmt.Println(err)25 }

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TestSubJSONOf

Using AI Code Generation

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1import (2func main() {3 data := []byte(`{"name": "John", "age": 25, "cars": [{"make": "Ford", "model": "Fiesta"}, {"make": "BMW", "model": "M3"}]}`)4 subData := []byte(`{"make": "Ford", "model": "Fiesta"}`)5 value, dataType, offset, err := jsonparser.Get(data, "cars")6 if err != nil {7 fmt.Println(err)8 }9 if dataType == jsonparser.Array {10 jsonparser.ArrayEach(value, func(value []byte, dataType jsonparser.ValueType, offset int, err error) {11 if jsonparser.SubJSONOf(value, subData) {12 fmt.Println("Sub json data is present in json data")13 } else {14 fmt.Println("Sub json data is not present in json data")15 }16 })17 }18}

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TestSubJSONOf

Using AI Code Generation

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1import (2func main() {3 fmt.Println("test deep sub json of")4 td := gotestdeep.NewTdTest()5 td.TestSubJSONOf()6}7import (8func main() {9 fmt.Println("test deep sub json not of")10 td := gotestdeep.NewTdTest()11 td.TestSubJSONNotOf()12}13import (14func main() {15 fmt.Println("test deep sub json string")16 td := gotestdeep.NewTdTest()17 td.TestSubJSONString()18}19import (20func main() {21 fmt.Println("test deep sub json string")22 td := gotestdeep.NewTdTest()23 td.TestSubJSONString()24}25import (26func main() {27 fmt.Println("test deep sub json string")28 td := gotestdeep.NewTdTest()29 td.TestSubJSONString()30}31import (32func main() {33 fmt.Println("test deep sub json string")34 td := gotestdeep.NewTdTest()35 td.TestSubJSONString()36}37import (

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