How to use Step method of validation Package

Best Gauge code snippet using validation.Step

validation_test.go

Source:validation_test.go

...29* say hello230`31	p := new(parser.SpecParser)32	spec, _, _ := p.Parse(specText, gauge.NewConceptDictionary(), "")33	err := gauge_messages.StepValidateResponse_STEP_IMPLEMENTATION_NOT_FOUND // nolint34	errs := validationErrors{spec: []error{35		NewStepValidationError(spec.Scenarios[0].Steps[0], "", "", &err, ""),36		NewStepValidationError(spec.Scenarios[1].Steps[0], "", "", &err, ""),37	}}38	errMap := getErrMap(gauge.NewBuildErrors(), errs)39	c.Assert(len(errMap.SpecErrs), Equals, 1)40	c.Assert(len(errMap.ScenarioErrs), Equals, 2)41	c.Assert(len(errMap.StepErrs), Equals, 2)42}43func (s *MySuite) TestDoesNotSkipSpecIfAllScenariosAreNotSkipped(c *C) {44	specText := `Specification Heading45=====================46Scenario 147----------48* say hello149Scenario 250----------51* say hello252`53	p := new(parser.SpecParser)54	spec, _, _ := p.Parse(specText, gauge.NewConceptDictionary(), "")55	err := gauge_messages.StepValidateResponse_STEP_IMPLEMENTATION_NOT_FOUND // nolint56	errs := validationErrors{spec: []error{57		NewStepValidationError(spec.Scenarios[0].Steps[0], "", "", &err, ""),58	}}59	errMap := getErrMap(gauge.NewBuildErrors(), errs)60	c.Assert(len(errMap.SpecErrs), Equals, 0)61	c.Assert(len(errMap.ScenarioErrs), Equals, 1)62	c.Assert(len(errMap.StepErrs), Equals, 1)63}64func (s *MySuite) TestSkipSpecIfNoScenariosPresent(c *C) {65	specText := `Specification Heading66=====================67* say hello168* say hello269`70	p := new(parser.SpecParser)71	spec, _, _ := p.Parse(specText, gauge.NewConceptDictionary(), "")72	errs := validationErrors{spec: []error{}}73	errMap := getErrMap(gauge.NewBuildErrors(), errs)74	c.Assert(len(errMap.SpecErrs), Equals, 0)75	c.Assert(len(errMap.ScenarioErrs), Equals, 0)76	c.Assert(len(errMap.StepErrs), Equals, 0)77}78func (s *MySuite) TestSkipSpecIfTableRowOutOfRange(c *C) {79	specText := `Specification Heading80=====================81Scenario 182----------83* say hello184Scenario 285----------86* say hello287`88	p := new(parser.SpecParser)89	spec, _, _ := p.Parse(specText, gauge.NewConceptDictionary(), "")90	errs := validationErrors{spec: []error{91		NewSpecValidationError("Table row out of range", spec.FileName),92	}}93	errMap := getErrMap(gauge.NewBuildErrors(), errs)94	c.Assert(len(errMap.SpecErrs), Equals, 1)95	c.Assert(len(errMap.ScenarioErrs), Equals, 0)96	c.Assert(len(errMap.StepErrs), Equals, 0)97}98func (s *MySuite) TestValidateStep(c *C) {99	HideSuggestion = false100	var suggestion bytes.Buffer101	myStep := &gauge.Step{Value: "my step", LineText: "my step", IsConcept: false, LineNo: 3}102	runner := &mockRunner{103		ExecuteMessageFunc: func(m *gauge_messages.Message) (*gauge_messages.Message, error) {104			suggestion.WriteString("\n\t@Step(\"my step\")\n\tpublic void implementation1(){\n\t\t// your code here...\n\t}")105			res := &gauge_messages.StepValidateResponse{IsValid: false, ErrorMessage: "my err msg", ErrorType: gauge_messages.StepValidateResponse_STEP_IMPLEMENTATION_NOT_FOUND, Suggestion: suggestion.String()}106			return &gauge_messages.Message{MessageType: gauge_messages.Message_StepValidateResponse, StepValidateResponse: res}, nil107		},108	}109	specVal := &SpecValidator{specification: &gauge.Specification{FileName: "foo.spec"}, runner: runner}110	valErr := specVal.validateStep(myStep)111	c.Assert(valErr, Not(Equals), nil)112	c.Assert(valErr.Error(), Equals, "foo.spec:3 Step implementation not found => 'my step'")113	c.Assert(valErr.(StepValidationError).Suggestion(), Equals, "\n\t"+114		"@Step(\"my step\")\n\t"+115		"public void implementation1(){\n\t"+116		"\t// your code here...\n\t"+117		"}")118}119func (s *MySuite) TestShouldNotGiveSuggestionWhenHideSuggestionFlagIsFalse(c *C) {120	HideSuggestion = true121	myStep := &gauge.Step{Value: "my step", LineText: "my step", IsConcept: false, LineNo: 3}122	runner := &mockRunner{123		ExecuteMessageFunc: func(m *gauge_messages.Message) (*gauge_messages.Message, error) {124			res := &gauge_messages.StepValidateResponse{IsValid: false, ErrorMessage: "my err msg", ErrorType: gauge_messages.StepValidateResponse_STEP_IMPLEMENTATION_NOT_FOUND}125			return &gauge_messages.Message{MessageType: gauge_messages.Message_StepValidateResponse, StepValidateResponse: res}, nil126		},127	}128	specVal := &SpecValidator{specification: &gauge.Specification{FileName: "foo.spec"}, runner: runner}129	valErr := specVal.validateStep(myStep)130	c.Assert(valErr, Not(Equals), nil)131	c.Assert(valErr.Error(), Equals, "foo.spec:3 Step implementation not found => 'my step'")132	c.Assert(valErr.(StepValidationError).suggestion, Equals, "")133}134func (s *MySuite) TestValidateStepInConcept(c *C) {135	HideSuggestion = false136	var suggestion bytes.Buffer137	parentStep := &gauge.Step{Value: "my concept", LineNo: 2, IsConcept: true, LineText: "my concept"}138	myStep := &gauge.Step{Value: "my step", LineText: "my step", IsConcept: false, LineNo: 3, Parent: parentStep}139	cptDict := gauge.NewConceptDictionary()140	cptDict.ConceptsMap["my concept"] = &gauge.Concept{ConceptStep: parentStep, FileName: "concept.cpt"}141	runner := &mockRunner{142		ExecuteMessageFunc: func(m *gauge_messages.Message) (*gauge_messages.Message, error) {143			suggestion.WriteString("\n\t@Step(\"my step\")\n\tpublic void implementation1(){\n\t\t// your code here...\n\t}")144			res := &gauge_messages.StepValidateResponse{IsValid: false, ErrorMessage: "my err msg", ErrorType: gauge_messages.StepValidateResponse_STEP_IMPLEMENTATION_NOT_FOUND, Suggestion: suggestion.String()}145			return &gauge_messages.Message{MessageType: gauge_messages.Message_StepValidateResponse, StepValidateResponse: res}, nil146		},147	}148	specVal := &SpecValidator{specification: &gauge.Specification{FileName: "foo.spec"}, conceptsDictionary: cptDict, runner: runner}149	valErr := specVal.validateStep(myStep)150	c.Assert(valErr, Not(Equals), nil)151	c.Assert(valErr.Error(), Equals, "concept.cpt:3 Step implementation not found => 'my step'")152	c.Assert(valErr.(StepValidationError).Suggestion(), Equals, "\n\t@Step(\"my step\")\n\t"+153		"public void implementation1(){\n\t"+154		"\t// your code here...\n\t"+155		"}")156}157func (s *MySuite) TestFilterDuplicateValidationErrors(c *C) {158	specText := `Specification Heading159=====================160Scenario 1161----------162* abc163Scenario 2164----------165* hello166`167	step := gauge.Step{168		Value: "abc",169	}170	step1 := gauge.Step{171		Value: "helo",172	}173	implNotFoundError := StepValidationError{174		step:       &step,175		errorType:  &implNotFound,176		suggestion: "suggestion",177	}178	dupImplFoundError := StepValidationError{179		step:       &step1,180		errorType:  &dupImplFound,181		suggestion: "suggestion1",182	}183	p := new(parser.SpecParser)184	spec, _, _ := p.Parse(specText, gauge.NewConceptDictionary(), "")185	errs := validationErrors{spec: []error{186		implNotFoundError,187		implNotFoundError,188		dupImplFoundError,189	}}190	want := []error{implNotFoundError, dupImplFoundError}191	got := FilterDuplicates(errs)192	c.Assert(got, DeepEquals, want)...

validate.go

Source:validate.go

1package hrp2import (3	"fmt"4)5// StepRequestValidation implements IStep interface.6type StepRequestValidation struct {7	step *TStep8}9func (s *StepRequestValidation) Name() string {10	if s.step.Name != "" {11		return s.step.Name12	}13	return fmt.Sprintf("%s %s", s.step.Request.Method, s.step.Request.URL)14}15func (s *StepRequestValidation) Type() string {16	return fmt.Sprintf("request-%v", s.step.Request.Method)17}18func (s *StepRequestValidation) ToStruct() *TStep {19	return s.step20}21func (s *StepRequestValidation) AssertEqual(jmesPath string, expected interface{}, msg string) *StepRequestValidation {22	v := Validator{23		Check:   jmesPath,24		Assert:  "equals",25		Expect:  expected,26		Message: msg,27	}28	s.step.Validators = append(s.step.Validators, v)29	return s30}31func (s *StepRequestValidation) AssertGreater(jmesPath string, expected interface{}, msg string) *StepRequestValidation {32	v := Validator{33		Check:   jmesPath,34		Assert:  "greater_than",35		Expect:  expected,36		Message: msg,37	}38	s.step.Validators = append(s.step.Validators, v)39	return s40}41func (s *StepRequestValidation) AssertLess(jmesPath string, expected interface{}, msg string) *StepRequestValidation {42	v := Validator{43		Check:   jmesPath,44		Assert:  "less_than",45		Expect:  expected,46		Message: msg,47	}48	s.step.Validators = append(s.step.Validators, v)49	return s50}51func (s *StepRequestValidation) AssertGreaterOrEqual(jmesPath string, expected interface{}, msg string) *StepRequestValidation {52	v := Validator{53		Check:   jmesPath,54		Assert:  "greater_or_equals",55		Expect:  expected,56		Message: msg,57	}58	s.step.Validators = append(s.step.Validators, v)59	return s60}61func (s *StepRequestValidation) AssertLessOrEqual(jmesPath string, expected interface{}, msg string) *StepRequestValidation {62	v := Validator{63		Check:   jmesPath,64		Assert:  "less_or_equals",65		Expect:  expected,66		Message: msg,67	}68	s.step.Validators = append(s.step.Validators, v)69	return s70}71func (s *StepRequestValidation) AssertNotEqual(jmesPath string, expected interface{}, msg string) *StepRequestValidation {72	v := Validator{73		Check:   jmesPath,74		Assert:  "not_equal",75		Expect:  expected,76		Message: msg,77	}78	s.step.Validators = append(s.step.Validators, v)79	return s80}81func (s *StepRequestValidation) AssertContains(jmesPath string, expected interface{}, msg string) *StepRequestValidation {82	v := Validator{83		Check:   jmesPath,84		Assert:  "contains",85		Expect:  expected,86		Message: msg,87	}88	s.step.Validators = append(s.step.Validators, v)89	return s90}91func (s *StepRequestValidation) AssertTypeMatch(jmesPath string, expected interface{}, msg string) *StepRequestValidation {92	v := Validator{93		Check:   jmesPath,94		Assert:  "type_match",95		Expect:  expected,96		Message: msg,97	}98	s.step.Validators = append(s.step.Validators, v)99	return s100}101func (s *StepRequestValidation) AssertRegexp(jmesPath string, expected interface{}, msg string) *StepRequestValidation {102	v := Validator{103		Check:   jmesPath,104		Assert:  "regex_match",105		Expect:  expected,106		Message: msg,107	}108	s.step.Validators = append(s.step.Validators, v)109	return s110}111func (s *StepRequestValidation) AssertStartsWith(jmesPath string, expected interface{}, msg string) *StepRequestValidation {112	v := Validator{113		Check:   jmesPath,114		Assert:  "startswith",115		Expect:  expected,116		Message: msg,117	}118	s.step.Validators = append(s.step.Validators, v)119	return s120}121func (s *StepRequestValidation) AssertEndsWith(jmesPath string, expected interface{}, msg string) *StepRequestValidation {122	v := Validator{123		Check:   jmesPath,124		Assert:  "endswith",125		Expect:  expected,126		Message: msg,127	}128	s.step.Validators = append(s.step.Validators, v)129	return s130}131func (s *StepRequestValidation) AssertLengthEqual(jmesPath string, expected interface{}, msg string) *StepRequestValidation {132	v := Validator{133		Check:   jmesPath,134		Assert:  "length_equals",135		Expect:  expected,136		Message: msg,137	}138	s.step.Validators = append(s.step.Validators, v)139	return s140}141func (s *StepRequestValidation) AssertContainedBy(jmesPath string, expected interface{}, msg string) *StepRequestValidation {142	v := Validator{143		Check:   jmesPath,144		Assert:  "contained_by",145		Expect:  expected,146		Message: msg,147	}148	s.step.Validators = append(s.step.Validators, v)149	return s150}151func (s *StepRequestValidation) AssertLengthLessThan(jmesPath string, expected interface{}, msg string) *StepRequestValidation {152	v := Validator{153		Check:   jmesPath,154		Assert:  "length_less_than",155		Expect:  expected,156		Message: msg,157	}158	s.step.Validators = append(s.step.Validators, v)159	return s160}161func (s *StepRequestValidation) AssertStringEqual(jmesPath string, expected interface{}, msg string) *StepRequestValidation {162	v := Validator{163		Check:   jmesPath,164		Assert:  "string_equals",165		Expect:  expected,166		Message: msg,167	}168	s.step.Validators = append(s.step.Validators, v)169	return s170}171func (s *StepRequestValidation) AssertLengthLessOrEquals(jmesPath string, expected interface{}, msg string) *StepRequestValidation {172	v := Validator{173		Check:   jmesPath,174		Assert:  "length_less_or_equals",175		Expect:  expected,176		Message: msg,177	}178	s.step.Validators = append(s.step.Validators, v)179	return s180}181func (s *StepRequestValidation) AssertLengthGreaterThan(jmesPath string, expected interface{}, msg string) *StepRequestValidation {182	v := Validator{183		Check:   jmesPath,184		Assert:  "length_greater_than",185		Expect:  expected,186		Message: msg,187	}188	s.step.Validators = append(s.step.Validators, v)189	return s190}191func (s *StepRequestValidation) AssertLengthGreaterOrEquals(jmesPath string, expected interface{}, msg string) *StepRequestValidation {192	v := Validator{193		Check:   jmesPath,194		Assert:  "length_greater_or_equals",195		Expect:  expected,196		Message: msg,197	}198	s.step.Validators = append(s.step.Validators, v)199	return s200}...

suggest.go

Source:suggest.go

...8	"fmt"9	gm "github.com/getgauge/gauge-proto/go/gauge_messages"10	"github.com/getgauge/gauge/logger"11)12var message = map[gm.StepValidateResponse_ErrorType]string{13	gm.StepValidateResponse_STEP_IMPLEMENTATION_NOT_FOUND: "Add the following missing implementations to fix `Step implementation not found` errors.\n",14}15func showSuggestion(validationErrors validationErrors) {16	if !HideSuggestion {17		for t, errs := range groupErrors(validationErrors) {18			logger.Infof(true, getSuggestionMessage(t))19			suggestions := filterDuplicateSuggestions(errs)20			for _, suggestion := range suggestions {21				logger.Infof(true, suggestion)22			}23		}24	}25}26func filterDuplicateSuggestions(errors []StepValidationError) []string {27	suggestionMap := make(map[string]error)28	filteredSuggestions := make([]string, 0)29	for _, err := range errors {30		if _, ok := suggestionMap[err.Suggestion()]; !ok {31			suggestionMap[err.Suggestion()] = err32			filteredSuggestions = append(filteredSuggestions, err.Suggestion())33		}34	}35	return filteredSuggestions36}37func getSuggestionMessage(t gm.StepValidateResponse_ErrorType) string {38	if msg, ok := message[t]; ok {39		return msg40	}41	return fmt.Sprintf("Suggestions for fixing `%s` errors.\n", getMessage(t.String()))42}43func groupErrors(validationErrors validationErrors) map[gm.StepValidateResponse_ErrorType][]StepValidationError {44	errMap := make(map[gm.StepValidateResponse_ErrorType][]StepValidationError)45	for _, errs := range validationErrors {46		for _, v := range errs {47			if e, ok := v.(StepValidationError); ok && e.suggestion != "" {48				errType := *(v.(StepValidationError).errorType)49				errMap[errType] = append(errMap[errType], e)50			}51		}52	}53	return errMap54}...

Step

Using AI Code Generation

1import (2func main() {3    v := validator.New()4    v.RegisterValidation("step", Step)5    type User struct {6    }7    user := User{Age: 10}8    err := v.Struct(user)9    if err != nil {10        fmt.Println(err)11    }12}13import (14func main() {15    v := validator.New()16    v.RegisterValidation("step", Step)17    type User struct {18    }19    user := User{Age: 12}20    err := v.Struct(user)21    if err != nil {22        fmt.Println(err)23    }24}25import (26func main() {27    v := validator.New()28    v.RegisterValidation("step", Step)29    type User struct {30    }31    user := User{Age: 13}32    err := v.Struct(user)33    if err != nil {34        fmt.Println(err)35    }36}37import (38func main() {39    v := validator.New()40    v.RegisterValidation("step", Step)41    type User struct {42    }43    user := User{Age: 15}44    err := v.Struct(user)45    if err != nil {46        fmt.Println(err)47    }48}49import (50func main() {51    v := validator.New()52    v.RegisterValidation("step", Step)53    type User struct {54    }55    user := User{Age: 20}56    err := v.Struct(user

Step

Using AI Code Generation

1import (2type User struct {3}4func main() {5	validate := validator.New()6	user := User{7	}8	err := validate.Struct(user)9	if err != nil {10		for _, err := range err.(validator.ValidationErrors) {11			fmt.Println(err)12		}13	}14}15import (16type User struct {17}18func main() {19	validate := validator.New()20	user := User{21	}22	err := validate.Struct(user)23	if err != nil {24		for _, err := range err.(validator.ValidationErrors) {25			fmt.Println(err.Namespace())26			fmt.Println(err.Field())27			fmt.Println(err.StructNamespace())28			fmt.Println(err.StructField())29			fmt.Println(err.Tag())30			fmt.Println(err.ActualTag())31			fmt.Println(err.Kind())32			fmt.Println(err.Type())33			fmt.Println(err.Value())34			fmt.Println(err.Param())35		}36	}37}38import (39type User struct {40}41func main() {42	validate := validator.New()43	user := User{

Step

Using AI Code Generation

1func main() {2    v.Required("name", "name is required")3    v.MinSize("name", 3, "name is too short")4    v.MaxSize("name", 5, "name is too long")5    v.Email("email", "email is incorrect")6    v.AlphaNumeric("username", "username is incorrect")7    v.AlphaDash("username", "username is incorrect")8    v.Matches("password", "^[a-zA-Z0-9]+$", "password is incorrect")9    v.Min("age", 18, "you are too young")10    v.Max("age", 65, "you are too old")11    v.Range("age", 18, 65, "your age is not between 18 and 65")12    v.Length("name", 2, 5, "name must be between 2 and 5 characters long")13    v.In("name", []string{"john", "jane"}, "name is not in the list")14    v.NotIn("name", []string{"john", "jane"}, "name is in the list")15    v.IP("ip", "ip is invalid")16    v.Base64("base64", "base64 is invalid")17    v.Mobile("mobile", "mobile is invalid")18    v.Tel("tel", "tel is invalid")19    v.ZipCode("zipcode", "zipcode is invalid")20    v.Password("password", "password is invalid")21    v.Date("date", "date is invalid")22    v.URL("url", "url is invalid")23    v.UUID("uuid", "uuid is invalid")24    v.Gte("age", 18, "age must be greater than or equal to 18")25    v.Gt("age", 18, "age must be greater than 18")26    v.Lte("age", 18, "age must be less than or equal to 18")27    v.Lt("age", 18, "age must be less than 18")28    v.Eq("age", 18, "age must be equal to 18")29    v.Neq("age", 18, "age cannot be equal to 18")30    v.Ne("age", 18, "age cannot be equal to 18")31    v.NeqField("age", "age2", "age cannot be equal to age2

Step

Using AI Code Generation

1import (2func main() {3	validation.Step("enter name", "^[a-zA-Z]{3,}$")4	validation.Step("enter age", "^[0-9]{2}$")5	validation.Step("enter city", "^[a-zA-Z]{3,}$")6	validation.Step("enter email", "^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\\.[a-zA-Z]{2,4}$")7	validation.Step("enter phone", "^[0-9]{10}$")8}9import (10type validation struct {11}12func (v validation) Step(message string, regex string) {13	reader := bufio.NewReader(os.Stdin)14	fmt.Print(message + ": ")15	text, _ := reader.ReadString('\n')16	valid := regexp.MustCompile(regex).MatchString(text)17	if valid {18		fmt.Println("Valid")19	} else {20		fmt.Println("Invalid")21	}22}

Step

Using AI Code Generation

1import (2type Validation struct {3	Value interface{}4}5func (v *Validation) Required() bool {6	if reflect.ValueOf(v.Value).IsZero() {7		v.Errors = append(v.Errors, v.ErrorMessages[0])8	}9}10func (v *Validation) Email() bool {11	if !reflect.ValueOf(v.Value).IsZero() {12		r := regexp.MustCompile(`^[a-z0-9._%+\-]+@[a-z0-9.\-]+\.[a-z]{2,4}$`)13		if !r.MatchString(v.Value.(string)) {14			v.Errors = append(v.Errors, v.ErrorMessages[1])15		}16	}17}18func (v *Validation) MaxLength() bool {19	if !reflect.ValueOf(v.Value).IsZero() {20		fmt.Sscanf(v.Rules[1], "%d", &max)21		if len(v.Value.(string)) > max {22			v.Errors = append(v.Errors, v.ErrorMessages[2])23		}24	}25}26func (v *Validation) MinLength() bool {27	if !reflect.ValueOf(v.Value).IsZero() {28		fmt.Sscanf(v.Rules[1], "%d", &min)29		if len(v.Value.(string)) < min {30			v.Errors = append(v.Errors, v.ErrorMessages[3])31		}32	}33}34func (v *Validation) Step() bool {35	if !reflect.ValueOf(v.Value).IsZero() {36		fmt.Sscanf(v.Rules[1], "%d", &min)37		if len(v.Value.(string)) < min {38			v.Errors = append(v.Errors, v.ErrorMessages[3])39		}40	}41}42func (v *Validation) Validate() {

Step

Using AI Code Generation

11. func (s *Server) Step(c context.Context, req *pb.StepRequest) (*pb.StepResponse, error) {24. 	if !ok {35. 		return nil, errors.New("missing session id")46. 	}59. 	if !ok {610. 		return nil, errors.New("validation not found")711. 	}814. 	if !ok {915. 		return nil, errors.New("missing step request")1016. 	}1118. 	stepResp, err := v.Step(stepReq)1219. 	if err != nil {1321. 	}1423. 	return &pb.StepResponse{1525. 	}, nil1626. }171. func (v *Validation) Step(req *pb.StepRequest) (*pb.StepResponse, error) {183. 	session, err := v.getSession(req.SessionId)194. 	if err != nil {206. 	}218. 	stepReq, err := v.getStepRequest(req.StepRequest)229. 	if err != nil {2311. 	}2413. 	stepResp, err := v.executeStepRequest(session, stepReq)2514. 	if err != nil {2616. 	}2718. 	return &pb.StepResponse{2820. 	}, nil2921. }301. func (v *Validation) execute

Step

Using AI Code Generation

1import “validation”2import “validation”3import “validation”4import “validation”5import “validation”6import “validation”7The above statement will import the validation package

Step

Using AI Code Generation

1func main() {2	v := validation.New()3	v.Validate("name", "required")4	v.Validate("name", "min", 3)5	v.Validate("name", "max", 10)6	v.Validate("name", "alpha")7	v.Validate("name", "unique", []string{"a", "b", "c"})8	if v.Step() {9		fmt.Println("Validation Successful")10	} else {11		fmt.Println(v.Errors())12	}13}14func main() {15	v := validation.New()16	if v.Validate("name", "required") {17		fmt.Println("Validation Successful")18	} else {19		fmt.Println(v.Errors())20	}21}22func main() {23	v := validation.New()24	if v.ValidateAll("name", "required", "min", 3, "max", 10, "alpha", "unique", []string{"a", "b", "c"}) {25		fmt.Println("Validation Successful")26	} else {27		fmt.Println(v.Errors())28	}29}

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