How to use RootName method of td Package

Best Go-testdeep code snippet using td.RootName

td_code_test.go

Source:td_code_test.go

...298	})299	t.Run("Simple failure", func(t *testing.T) {300		mockT := test.NewTestingTB("TestCodeCustom")301		td.NewT(mockT).302			RootName("PIPO").303			Cmp(got, td.Map(map[string]int{}, td.MapEntries{304				"foo": td.Code(func(t *td.T, n int) {305					t.Cmp(n, 124)                                   // inherit only RootName306					t.RootName(t.Config.OriginalPath()).Cmp(n, 125) // recover current path307					t.RootName("").Cmp(n, 126)                      // undo RootName inheritance308				}),309			}))310		test.IsTrue(t, mockT.HasFailed)311		test.IsFalse(t, mockT.IsFatal)312		missing := mockT.ContainsMessages(313			`PIPO: values differ`,314			`     got: 123`,315			`expected: 124`,316			`PIPO["foo"]: values differ`,317			`     got: 123`,318			`expected: 125`,319			`DATA: values differ`,320			`     got: 123`,321			`expected: 126`,322		)323		if len(missing) != 0 {324			t.Error("Following expected messages are not found:\n-", strings.Join(missing, "\n- "))325			t.Error("================================ in:")326			t.Error(strings.Join(mockT.Messages, "\n"))327			t.Error("====================================")328		}329	})330	t.Run("AssertRequire success", func(t *testing.T) {331		mockT := test.NewTestingTB("TestCodeCustom")332		td.Cmp(mockT, got, td.Map(map[string]int{}, td.MapEntries{333			"foo": td.Code(func(assert, require *td.T, n int) {334				assert.Cmp(n, 123)335				require.Cmp(n, 123)336			}),337		}))338		test.EqualInt(t, len(mockT.Messages), 0)339	})340	t.Run("AssertRequire failure", func(t *testing.T) {341		mockT := test.NewTestingTB("TestCodeCustom")342		td.NewT(mockT).343			RootName("PIPO").344			Cmp(got, td.Map(map[string]int{}, td.MapEntries{345				"foo": td.Code(func(assert, require *td.T, n int) {346					assert.Cmp(n, 124)                                         // inherit only RootName347					assert.RootName(assert.Config.OriginalPath()).Cmp(n, 125)  // recover current path348					assert.RootName(require.Config.OriginalPath()).Cmp(n, 126) // recover current path349					assert.RootName("").Cmp(n, 127)                            // undo RootName inheritance350				}),351			}))352		test.IsTrue(t, mockT.HasFailed)353		test.IsFalse(t, mockT.IsFatal)354		missing := mockT.ContainsMessages(355			`PIPO: values differ`,356			`     got: 123`,357			`expected: 124`,358			`PIPO["foo"]: values differ`,359			`     got: 123`,360			`expected: 125`,361			`PIPO["foo"]: values differ`,362			`     got: 123`,363			`expected: 126`,364			`DATA: values differ`,365			`     got: 123`,366			`expected: 127`,367		)368		if len(missing) != 0 {369			t.Error("Following expected messages are not found:\n-", strings.Join(missing, "\n- "))370			t.Error("================================ in:")371			t.Error(strings.Join(mockT.Messages, "\n"))372			t.Error("====================================")373		}374	})375	t.Run("AssertRequire fatalfailure", func(t *testing.T) {376		mockT := test.NewTestingTB("TestCodeCustom")377		td.NewT(mockT).378			RootName("PIPO").379			Cmp(got, td.Map(map[string]int{}, td.MapEntries{380				"foo": td.Code(func(assert, require *td.T, n int) {381					mockT.CatchFatal(func() {382						assert.RootName("FIRST").Cmp(n, 124)383						require.RootName("SECOND").Cmp(n, 125)384						assert.RootName("THIRD").Cmp(n, 126)385					})386				}),387			}))388		test.IsTrue(t, mockT.HasFailed)389		test.IsTrue(t, mockT.IsFatal)390		missing := mockT.ContainsMessages(391			`FIRST: values differ`,392			`     got: 123`,393			`expected: 124`,394			`SECOND: values differ`,395			`     got: 123`,396			`expected: 125`,397		)398		mesgs := strings.Join(mockT.Messages, "\n")...

td_code.go

Source:td_code.go

...100// without raising an error: [Any], [Bag], [Contains], [ContainsKey],101// [None], [Not], [NotAny], [Set], [SubBagOf], [SubSetOf],102// [SuperBagOf] and [SuperSetOf].103//104// RootName is inherited but not the current path, but it can be105// recovered if needed:106//107//	got := map[string]int{"foo": 123}108//	td.NewT(t).109//	  RootName("PIPO").110//	  Cmp(got, td.Map(map[string]int{}, td.MapEntries{111//	    "foo": td.Code(func(t *td.T, n int) {112//	      t.Cmp(n, 124)                                   // inherit only RootName113//	      t.RootName(t.Config.OriginalPath()).Cmp(n, 125) // recover current path114//	      t.RootName("").Cmp(n, 126)                      // undo RootName inheritance115//	    }),116//	  }))117//118// produces the following errors:119//120//	--- FAIL: TestCodeCustom (0.00s)121//	    td_code_test.go:339: Failed test122//	        PIPO: values differ             â inherit only RootName123//	               got: 123124//	          expected: 124125//	    td_code_test.go:338: Failed test126//	        PIPO["foo"]: values differ      â recover current path127//	               got: 123128//	          expected: 125129//	    td_code_test.go:342: Failed test130//	        DATA: values differ             â undo RootName inheritance131//	               got: 123132//	          expected: 126133//134// TypeBehind method returns the [reflect.Type] of last parameter of fn.135func Code(fn any) TestDeep {136	vfn := reflect.ValueOf(fn)137	c := tdCode{138		base:     newBase(3),139		function: vfn,140	}141	if vfn.Kind() != reflect.Func {142		c.err = ctxerr.OpBadUsage("Code", "(FUNC)", fn, 1, true)143		return &c144	}...

class.go

Source:class.go

...10)11func GenerateClasses(schema *tlparser.TlSchema, packageName, outputDir string) error {12	for _, class := range schema.Classes {13		buf := bytes.NewBufferString("\n")14		filePath := filepath.Join(outputDir, firstLower(replaceKeyWords(class.RootName))+".go")15		// Only add go package and imports if file does not exist already.16		if _, err := os.Stat(filePath); errors.Is(err, os.ErrNotExist) {17			buf.WriteString(fmt.Sprintf("%s\n\npackage %s\n\n", defaultHeader, packageName))18			buf.WriteString(`19		20			import (21				"encoding/json"22				"fmt"23			)24		25			`)26		}27		structName := firstUpper((class.Name))28		structName = replaceKeyWords(structName)29		structNameCamel := firstLower(structName)30		hasInterfaceProps := false31		propsStr := ""32		propsStrWithoutInterfaceOnes := ""33		assignStr := fmt.Sprintf("%s.tdCommon = tempObj.tdCommon\n", structNameCamel)34		assignInterfacePropsStr := ""35		for i, prop := range class.Properties {36			propName := govalidator.UnderscoreToCamelCase(prop.Name)37			propName = replaceKeyWords(propName)38			dataType, isPrimitive := convertDataType(prop.Type)39			propsStrItem := ""40			if isPrimitive || checkIsInterface(dataType, schema.Interfaces) {41				propsStrItem += fmt.Sprintf("%s %s `json:\"%s\"` // %s", propName, dataType, prop.Name, prop.Description)42			} else {43				propsStrItem += fmt.Sprintf("%s *%s `json:\"%s\"` // %s", propName, dataType, prop.Name, prop.Description)44			}45			if i < len(class.Properties)-1 {46				propsStrItem += "\n"47			}48			propsStr += propsStrItem49			if !checkIsInterface(prop.Type, schema.Interfaces) {50				propsStrWithoutInterfaceOnes += propsStrItem51				assignStr += fmt.Sprintf("%s.%s = tempObj.%s\n", structNameCamel, propName, propName)52			} else {53				hasInterfaceProps = true54				assignInterfacePropsStr += fmt.Sprintf(`55					field%s, _  := 	unmarshal%s(objMap["%s"])56					%s.%s = field%s57					`,58					propName, dataType, prop.Name,59					structNameCamel, propName, propName)60			}61		}62		buf.WriteString(fmt.Sprintf("// %s %s \ntype %s struct {\n"+63			"tdCommon\n"+64			"%s\n"+65			"}\n\n", structName, class.Description, structName, propsStr))66		buf.WriteString(fmt.Sprintf("// MessageType return the string telegram-type of %s \nfunc (%s *%s) MessageType() string {\n return \"%s\" }\n\n",67			structName, structNameCamel, structName, class.Name))68		paramsStr := ""69		paramsDesc := ""70		assingsStr := ""71		for i, param := range class.Properties {72			propName := govalidator.UnderscoreToCamelCase(param.Name)73			propName = replaceKeyWords(propName)74			dataType, isPrimitive := convertDataType(param.Type)75			paramName := convertToArgumentName(param.Name)76			if isPrimitive || checkIsInterface(dataType, schema.Interfaces) {77				paramsStr += paramName + " " + dataType78			} else { // if is not a primitive, use pointers79				paramsStr += paramName + " *" + dataType80			}81			if i < len(class.Properties)-1 {82				paramsStr += ", "83			}84			paramsDesc += "\n// @param " + paramName + " " + param.Description85			assingsStr += fmt.Sprintf("%s : %s,\n", propName, paramName)86		}87		buf.WriteString(fmt.Sprintf(`88		// New%s creates a new %s89		// %s90		func New%s(%s) *%s {91			%sTemp := %s {92				tdCommon: tdCommon {Type: "%s"},93				%s94			}95			return &%sTemp96		}97		`, structName, structName, paramsDesc,98			structName, paramsStr, structName, structNameCamel,99			structName, class.Name, assingsStr, structNameCamel))100		if hasInterfaceProps {101			buf.WriteString(fmt.Sprintf(`102		// UnmarshalJSON unmarshal to json103		func (%s *%s) UnmarshalJSON(b []byte) error {104			var objMap map[string]*json.RawMessage105			err := json.Unmarshal(b, &objMap)106			if err != nil {107				return err108			}109			tempObj := struct {110				tdCommon111				%s112			}{}113			err = json.Unmarshal(b, &tempObj)114			if err != nil {115				return err116			}117			%s118			%s	119			120			return nil121		}122		`, structNameCamel, structName, propsStrWithoutInterfaceOnes,123				assignStr, assignInterfacePropsStr))124		}125		if checkIsInterface(class.RootName, schema.Interfaces) {126			rootName := replaceKeyWords(class.RootName)127			buf.WriteString(fmt.Sprintf(`128				// Get%sEnum return the enum type of this object 129				func (%s *%s) Get%sEnum() %sEnum {130					 return %s 131				}132				`,133				rootName,134				firstLower(structName),135				structName, rootName, rootName,136				structName+"Type"))137		}138		err := writeToFileAndFormat(buf.Bytes(), filePath)139		if err != nil {140			return err...

RootName

Using AI Code Generation

1import (2func main() {3	fmt.Println(Root(4))4	fmt.Println(Root(9))5	fmt.Println(Root(10))6	fmt.Println(Root(25))7	fmt.Println(Root(36))8	fmt.Println(Root(1))9	fmt.Println(Root(-1))10	fmt.Println(Root(-4))11	fmt.Println(Root(-9))12	fmt.Println(Root(-16))13}14func Root(nb int) int {15	if nb < 0 {16	}17	if nb == 0 {18	}19	for i := 1; i < nb; i++ {20		if i*i == nb {21		}22	}23}24import (25func main() {26	fmt.Println(IsPrime(1))27	fmt.Println(IsPrime(2))28	fmt.Println(IsPrime(3))29	fmt.Println(IsPrime(4))30	fmt.Println(IsPrime(5))31	fmt.Println(IsPrime(6))32	fmt.Println(IsPrime(7))33	fmt.Println(IsPrime(8))34	fmt.Println(IsPrime(9))35	fmt.Println(IsPrime(10))36	fmt.Println(IsPrime(11))37	fmt.Println(IsPrime(12))38	fmt.Println(IsPrime(13))39	fmt.Println(IsPrime(14))40	fmt.Println(IsPrime(15))41	fmt.Println(IsPrime(16))42	fmt.Println(IsPrime(17))43	fmt.Println(IsPrime(18))44	fmt.Println(IsPrime(19))45	fmt.Println(IsPrime(20))46	fmt.Println(IsPrime(21))47	fmt.Println(IsPrime(22))48	fmt.Println(IsPrime(23))49	fmt.Println(IsPrime(24))50	fmt.Println(IsPrime(25))51	fmt.Println(IsPrime(26))52	fmt.Println(IsPrime(27))53	fmt.Println(IsPrime(28))54	fmt.Println(IsPrime(29))55	fmt.Println(IsPrime(30))56	fmt.Println(IsPrime(31))57	fmt.Println(IsPrime(32))58	fmt.Println(IsPrime(33))59	fmt.Println(IsPrime(34))60	fmt.Println(IsPrime(35))61	fmt.Println(IsPrime(36))62	fmt.Println(IsPrime(37))63	fmt.Println(IsPrime(38))64	fmt.Println(IsPrime(39))65	fmt.Println(IsPrime(40))66	fmt.Println(IsPrime(41))67	fmt.Println(IsPrime(42))

RootName

Using AI Code Generation

1import (2func main() {3 t = td.TD{1, 2}4 fmt.Println(t.RootName())5 t = td.TD{3, 4}6 fmt.Println(t.RootName())7}

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