TestMu Conference is Back! Future of Testing + AIHow to use Print method of model Package
Best Mock code snippet using model.Print
schema.resolvers.go
Source:schema.resolvers.go 
...107 }108 print("weekid==", weekid)109 tenantusersettingid, userror := w.InsertStaffweekdays(int64(id.ID))110 if userror != nil {111 fmt.Println(userror)112 }113 print(tenantusersettingid)114 storeerr := d.Firestoreinserttenant(int64(tenantdata.TenantID), int64(tenantdata.Locationid), slist[0].Moduleid, slist[0].Categoryid, slist[0].Featureid)115 if storeerr != nil {116 print(storeerr)117 }118 } else {119 return nil, errors.New("Tenant not Created")120 }121 response := s.GetSubscribedData(int64(tenantdata.TenantID))122 if len(response) != 0 {123 for _, k := range response {124 list = append(list, &model.TenantData{Tenantid: k.TenantID, Tenantname: k.TenantName, Moduleid: k.ModuleID,125 Taxpercent: k.Taxpercent, Status: k.Status, Featureid: k.Featureid, Taxamount: k.Taxamount, Totalamount: k.Totalamount, Tenantaccid: k.Tenantaccid, Categoryid: k.Categoryid, Subcategoryid: k.Subcategoryid, Locationid: k.Locationid, Locationname: k.Locationname, Modulename: k.ModuleName, Subscriptionid: k.Subscriptionid})126 }127 }128 return &model.SubscribedData{129 Status: true,130 Code: http.StatusOK,131 Message: "Success",132 Info: list,133 }, nil134}135func (r *mutationResolver) Createtenantuser(ctx context.Context, create *model.Tenantuser) (*model.Tenantuserdata, error) {136 // id, usererr := controller.ForContext(ctx)137 id, usererr := datacontext.ForAuthContext(ctx)138 if usererr != nil {139 return nil, errors.New("user not detected")140 }141 print("tenantuser")142 println("shahul")143 print(id.ID)144 var user subscription.TenantUser145 user.FirstName = create.Firstname146 user.LastName = create.Lastname147 user.Configid = create.Configid148 user.Email = create.Email149 user.Profileimage = create.Profileimage150 user.Mobile = create.Mobile151 user.Roleid = create.Roleid152 user.Locationid = create.Locationid153 user.Tenantid = create.Tenantid154 user.Dialcode = create.Dialcode155 user.Currencycode = create.Currencycode156 user.Countrycode = create.Countrycode157 user.Currencysymbol = create.Currencysymbol158 print("email===", user.Email)159 var result int64160 res := user.CheckUser()161 if res.ID != 0 {162 if res.Email == create.Email {163 return &model.Tenantuserdata{Status: false, Code: http.StatusConflict, Message: "Email Already Exists",164 Tenantuser: &model.User{}}, nil165 } else if res.Mobile == create.Mobile {166 return &model.Tenantuserdata{Status: false, Code: http.StatusConflict, Message: "Contactno Already Exists",167 Tenantuser: &model.User{}}, nil168 }169 } else {170 tenantuserid, err := user.CreateTenantUser()171 print("chki==", tenantuserid)172 result = tenantuserid173 if err != nil {174 if err.Error() == fmt.Sprintf("Error 1062: Duplicate entry '%s' for key 'authname'", user.Email) {175 print("true")176 return &model.Tenantuserdata{Status: false, Code: http.StatusConflict, Message: "Email Already Exists",177 Tenantuser: &model.User{}}, nil178 } else if err.Error() == fmt.Sprintf("Error 1062: Duplicate entry '%s' for key 'contactno'", user.Mobile) {179 return &model.Tenantuserdata{Status: false, Code: http.StatusConflict, Message: "Contactno Already Exists",180 Tenantuser: &model.User{}}, nil181 } else {182 print("tetet")183 return nil, err184 }185 }186 if tenantuserid != 0 {187 tenantprofileid := user.InsertTenantUserintoProfile(tenantuserid)188 print(tenantprofileid)189 var w subscription.Tenantlocationsetting190 w.Tenantid = create.Tenantid191 w.Locationid = create.Locationid192 tenantusersettingid, userror := w.InsertStaffweekdays(tenantuserid)193 if userror != nil {194 fmt.Println(userror)195 }196 print(tenantusersettingid)197 }198 return &model.Tenantuserdata{199 Status: true,200 Code: http.StatusOK,201 Message: "Success",202 Tenantuser: &model.User{203 Userid: int(tenantuserid),204 },205 }, nil206 }207 return &model.Tenantuserdata{208 Status: true,...
generate-compiler.go
Source:generate-compiler.go
...57}58// GenerateCompiler generates the compiler code for a domain.59func (domain *Domain) GenerateCompiler(packageName string, license string, imports []string) string {60 code := &printer.Code{}61 code.Print(license)62 code.Print("// THIS FILE IS AUTOMATICALLY GENERATED.\n")63 // generate package declaration64 code.Print("package %s\n", packageName)65 code.Print("import (")66 for _, filename := range imports {67 code.Print("\"" + filename + "\"")68 }69 code.Print(")\n")70 // generate a simple Version() function71 code.Print("// Version returns the package name (and OpenAPI version).")72 code.Print("func Version() string {")73 code.Print(" return \"%s\"", packageName)74 code.Print("}\n")75 typeNames := domain.sortedTypeNames()76 regexPatterns := &patternNames{77 prefix: "pattern",78 specialCase: map[string]func(string) string{79 "^x-": func(variable string) string { return fmt.Sprintf("strings.HasPrefix(%s, \"x-\")", variable) },80 "^/": func(variable string) string { return fmt.Sprintf("strings.HasPrefix(%s, \"/\")", variable) },81 "^": func(_ string) string { return "true" },82 },83 }84 // generate NewX() constructor functions for each type85 for _, typeName := range typeNames {86 domain.generateConstructorForType(code, typeName, regexPatterns)87 }88 // generate ResolveReferences() methods for each type89 for _, typeName := range typeNames {90 domain.generateResolveReferencesMethodsForType(code, typeName)91 }92 // generate ToRawInfo() methods for each type93 for _, typeName := range typeNames {94 domain.generateToRawInfoMethodForType(code, typeName)95 }96 domain.generateConstantVariables(code, regexPatterns)97 return code.String()98}99func escapeSlashes(pattern string) string {100 return strings.Replace(pattern, "\\", "\\\\", -1)101}102var subpatternPattern = regexp.MustCompile("^.*(\\{.*\\}).*$")103func nameForPattern(regexPatterns *patternNames, pattern string) string {104 if !strings.HasPrefix(pattern, "^") {105 if matches := subpatternPattern.FindStringSubmatch(pattern); matches != nil {106 match := string(matches[1])107 pattern = strings.Replace(pattern, match, ".*", -1)108 }109 }110 return regexPatterns.VariableName(pattern)111}112func (domain *Domain) generateConstructorForType(code *printer.Code, typeName string, regexPatterns *patternNames) {113 code.Print("// New%s creates an object of type %s if possible, returning an error if not.", typeName, typeName)114 code.Print("func New%s(in interface{}, context *compiler.Context) (*%s, error) {", typeName, typeName)115 code.Print("errors := make([]error, 0)")116 typeModel := domain.TypeModels[typeName]117 parentTypeName := typeName118 if typeModel.IsStringArray {119 code.Print("x := &TypeItem{}")120 code.Print("switch in := in.(type) {")121 code.Print("case string:")122 code.Print(" x.Value = make([]string, 0)")123 code.Print(" x.Value = append(x.Value, in)")124 code.Print("case []interface{}:")125 code.Print(" x.Value = make([]string, 0)")126 code.Print(" for _, v := range in {")127 code.Print(" value, ok := v.(string)")128 code.Print(" if ok {")129 code.Print(" x.Value = append(x.Value, value)")130 code.Print(" } else {")131 code.Print(" message := fmt.Sprintf(\"has unexpected value for string array element: %%+v (%%T)\", value, value)")132 code.Print(" errors = append(errors, compiler.NewError(context, message))")133 code.Print(" }")134 code.Print(" }")135 code.Print("default:")136 code.Print(" message := fmt.Sprintf(\"has unexpected value for string array: %%+v (%%T)\", in, in)")137 code.Print(" errors = append(errors, compiler.NewError(context, message))")138 code.Print("}")139 } else if typeModel.IsItemArray {140 if domain.Version == "v2" {141 code.Print("x := &ItemsItem{}")142 code.Print("m, ok := compiler.UnpackMap(in)")143 code.Print("if !ok {")144 code.Print(" message := fmt.Sprintf(\"has unexpected value for item array: %%+v (%%T)\", in, in)")145 code.Print(" errors = append(errors, compiler.NewError(context, message))")146 code.Print("} else {")147 code.Print(" x.Schema = make([]*Schema, 0)")148 code.Print(" y, err := NewSchema(m, compiler.NewContext(\"<array>\", context))")149 code.Print(" if err != nil {")150 code.Print(" return nil, err")151 code.Print(" }")152 code.Print(" x.Schema = append(x.Schema, y)")153 code.Print("}")154 } else if domain.Version == "v3" {155 code.Print("x := &ItemsItem{}")156 code.Print("m, ok := compiler.UnpackMap(in)")157 code.Print("if !ok {")158 code.Print(" message := fmt.Sprintf(\"has unexpected value for item array: %%+v (%%T)\", in, in)")159 code.Print(" errors = append(errors, compiler.NewError(context, message))")160 code.Print("} else {")161 code.Print(" x.SchemaOrReference = make([]*SchemaOrReference, 0)")162 code.Print(" y, err := NewSchemaOrReference(m, compiler.NewContext(\"<array>\", context))")163 code.Print(" if err != nil {")164 code.Print(" return nil, err")165 code.Print(" }")166 code.Print(" x.SchemaOrReference = append(x.SchemaOrReference, y)")167 code.Print("}")168 }169 } else if typeModel.IsBlob {170 code.Print("x := &Any{}")171 code.Print("bytes, _ := yaml.Marshal(in)")172 code.Print("x.Yaml = string(bytes)")173 } else if typeModel.Name == "StringArray" {174 code.Print("x := &StringArray{}")175 code.Print("a, ok := in.([]interface{})")176 code.Print("if !ok {")177 code.Print(" message := fmt.Sprintf(\"has unexpected value for StringArray: %%+v (%%T)\", in, in)")178 code.Print(" errors = append(errors, compiler.NewError(context, message))")179 code.Print("} else {")180 code.Print(" x.Value = make([]string, 0)")181 code.Print(" for _, s := range a {")182 code.Print(" x.Value = append(x.Value, s.(string))")183 code.Print(" }")184 code.Print("}")185 } else if typeModel.Name == "Primitive" {186 code.Print(" x := &Primitive{}")187 code.Print(" matched := false")188 code.Print(" switch in := in.(type) {")189 code.Print(" case bool:")190 code.Print(" x.Oneof = &Primitive_Boolean{Boolean: in}")191 code.Print(" matched = true")192 code.Print(" case string:")193 code.Print(" x.Oneof = &Primitive_String_{String_: in}")194 code.Print(" matched = true")195 code.Print(" case int64:")196 code.Print(" x.Oneof = &Primitive_Integer{Integer: in}")197 code.Print(" matched = true")198 code.Print(" case int32:")199 code.Print(" x.Oneof = &Primitive_Integer{Integer: int64(in)}")200 code.Print(" matched = true")201 code.Print(" case int:")202 code.Print(" x.Oneof = &Primitive_Integer{Integer: int64(in)}")203 code.Print(" matched = true")204 code.Print(" case float64:")205 code.Print(" x.Oneof = &Primitive_Number{Number: in}")206 code.Print(" matched = true")207 code.Print(" case float32:")208 code.Print(" x.Oneof = &Primitive_Number{Number: float64(in)}")209 code.Print(" matched = true")210 code.Print(" }")211 code.Print(" if matched {")212 code.Print(" // since the oneof matched one of its possibilities, discard any matching errors")213 code.Print(" errors = make([]error, 0)")214 code.Print(" }")215 } else if typeModel.Name == "SpecificationExtension" {216 code.Print(" x := &SpecificationExtension{}")217 code.Print(" matched := false")218 code.Print(" switch in := in.(type) {")219 code.Print(" case bool:")220 code.Print(" x.Oneof = &SpecificationExtension_Boolean{Boolean: in}")221 code.Print(" matched = true")222 code.Print(" case string:")223 code.Print(" x.Oneof = &SpecificationExtension_String_{String_: in}")224 code.Print(" matched = true")225 code.Print(" case int64:")226 code.Print(" x.Oneof = &SpecificationExtension_Number{Number: float64(in)}")227 code.Print(" matched = true")228 code.Print(" case int32:")229 code.Print(" x.Oneof = &SpecificationExtension_Number{Number: float64(in)}")230 code.Print(" matched = true")231 code.Print(" case int:")232 code.Print(" x.Oneof = &SpecificationExtension_Number{Number: float64(in)}")233 code.Print(" matched = true")234 code.Print(" case float64:")235 code.Print(" x.Oneof = &SpecificationExtension_Number{Number: in}")236 code.Print(" matched = true")237 code.Print(" case float32:")238 code.Print(" x.Oneof = &SpecificationExtension_Number{Number: float64(in)}")239 code.Print(" matched = true")240 code.Print(" }")241 code.Print(" if matched {")242 code.Print(" // since the oneof matched one of its possibilities, discard any matching errors")243 code.Print(" errors = make([]error, 0)")244 code.Print(" }")245 } else if typeModel.Name == "DefaultType" {246 code.Print(" x := &DefaultType{}")247 code.Print(" matched := false")248 code.Print(" switch in := in.(type) {")249 code.Print(" case bool:")250 code.Print(" x.Oneof = &DefaultType_Boolean{Boolean: in}")251 code.Print(" matched = true")252 code.Print(" case string:")253 code.Print(" x.Oneof = &DefaultType_String_{String_: in}")254 code.Print(" matched = true")255 code.Print(" case int64:")256 code.Print(" x.Oneof = &DefaultType_Number{Number: float64(in)}")257 code.Print(" matched = true")258 code.Print(" case int32:")259 code.Print(" x.Oneof = &DefaultType_Number{Number: float64(in)}")260 code.Print(" matched = true")261 code.Print(" case int:")262 code.Print(" x.Oneof = &DefaultType_Number{Number: float64(in)}")263 code.Print(" matched = true")264 code.Print(" case float64:")265 code.Print(" x.Oneof = &DefaultType_Number{Number: in}")266 code.Print(" matched = true")267 code.Print(" case float32:")268 code.Print(" x.Oneof = &DefaultType_Number{Number: float64(in)}")269 code.Print(" matched = true")270 code.Print(" }")271 code.Print(" if matched {")272 code.Print(" // since the oneof matched one of its possibilities, discard any matching errors")273 code.Print(" errors = make([]error, 0)")274 code.Print(" }")275 } else {276 oneOfWrapper := typeModel.OneOfWrapper277 code.Print("x := &%s{}", typeName)278 if oneOfWrapper {279 code.Print("matched := false")280 }281 unpackAtTop := !oneOfWrapper || len(typeModel.Required) > 0282 if unpackAtTop {283 code.Print("m, ok := compiler.UnpackMap(in)")284 code.Print("if !ok {")285 code.Print(" message := fmt.Sprintf(\"has unexpected value: %%+v (%%T)\", in, in)")286 code.Print(" errors = append(errors, compiler.NewError(context, message))")287 code.Print("} else {")288 }289 if len(typeModel.Required) > 0 {290 // verify that map includes all required keys291 keyString := ""292 sort.Strings(typeModel.Required)293 for _, k := range typeModel.Required {294 if keyString != "" {295 keyString += ","296 }297 keyString += "\""298 keyString += k299 keyString += "\""300 }301 code.Print("requiredKeys := []string{%s}", keyString)302 code.Print("missingKeys := compiler.MissingKeysInMap(m, requiredKeys)")303 code.Print("if len(missingKeys) > 0 {")304 code.Print(" message := fmt.Sprintf(\"is missing required %%s: %%+v\", compiler.PluralProperties(len(missingKeys)), strings.Join(missingKeys, \", \"))")305 code.Print(" errors = append(errors, compiler.NewError(context, message))")306 code.Print("}")307 }308 if !typeModel.Open {309 // verify that map has no unspecified keys310 allowedKeys := make([]string, 0)311 for _, property := range typeModel.Properties {312 if !property.Implicit {313 allowedKeys = append(allowedKeys, property.Name)314 }315 }316 sort.Strings(allowedKeys)317 allowedKeyString := ""318 for _, allowedKey := range allowedKeys {319 if allowedKeyString != "" {320 allowedKeyString += ","321 }322 allowedKeyString += "\""323 allowedKeyString += allowedKey324 allowedKeyString += "\""325 }326 allowedPatternString := ""327 if typeModel.OpenPatterns != nil {328 for _, pattern := range typeModel.OpenPatterns {329 if allowedPatternString != "" {330 allowedPatternString += ","331 }332 allowedPatternString += nameForPattern(regexPatterns, pattern)333 }334 }335 // verify that map includes only allowed keys and patterns336 code.Print("allowedKeys := []string{%s}", allowedKeyString)337 if len(allowedPatternString) > 0 {338 code.Print("allowedPatterns := []*regexp.Regexp{%s}", allowedPatternString)339 } else {340 code.Print("var allowedPatterns []*regexp.Regexp")341 }342 code.Print("invalidKeys := compiler.InvalidKeysInMap(m, allowedKeys, allowedPatterns)")343 code.Print("if len(invalidKeys) > 0 {")344 code.Print(" message := fmt.Sprintf(\"has invalid %%s: %%+v\", compiler.PluralProperties(len(invalidKeys)), strings.Join(invalidKeys, \", \"))")345 code.Print(" errors = append(errors, compiler.NewError(context, message))")346 code.Print("}")347 }348 var fieldNumber = 0349 for _, propertyModel := range typeModel.Properties {350 propertyName := propertyModel.Name351 fieldNumber++352 propertyType := propertyModel.Type353 if propertyType == "int" {354 propertyType = "int64"355 }356 var displayName = propertyName357 if displayName == "$ref" {358 displayName = "_ref"359 }360 if displayName == "$schema" {361 displayName = "_schema"362 }363 displayName = camelCaseToSnakeCase(displayName)364 var line = fmt.Sprintf("%s %s = %d;", propertyType, displayName, fieldNumber)365 if propertyModel.Repeated {366 line = "repeated " + line367 }368 code.Print("// " + line)369 fieldName := strings.Title(snakeCaseToCamelCase(propertyName))370 if propertyName == "$ref" {371 fieldName = "XRef"372 }373 typeModel, typeFound := domain.TypeModels[propertyType]374 if typeFound && !typeModel.IsPair {375 if propertyModel.Repeated {376 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)377 code.Print("if (v%d != nil) {", fieldNumber)378 code.Print(" // repeated %s", typeModel.Name)379 code.Print(" x.%s = make([]*%s, 0)", fieldName, typeModel.Name)380 code.Print(" a, ok := v%d.([]interface{})", fieldNumber)381 code.Print(" if ok {")382 code.Print(" for _, item := range a {")383 code.Print(" y, err := New%s(item, compiler.NewContext(\"%s\", context))", typeModel.Name, propertyName)384 code.Print(" if err != nil {")385 code.Print(" errors = append(errors, err)")386 code.Print(" }")387 code.Print(" x.%s = append(x.%s, y)", fieldName, fieldName)388 code.Print(" }")389 code.Print(" }")390 code.Print("}")391 } else {392 if oneOfWrapper {393 code.Print("{")394 if !unpackAtTop {395 code.Print(" m, ok := compiler.UnpackMap(in)")396 code.Print(" if ok {")397 }398 code.Print(" // errors might be ok here, they mean we just don't have the right subtype")399 code.Print(" t, matchingError := New%s(m, compiler.NewContext(\"%s\", context))", typeModel.Name, propertyName)400 code.Print(" if matchingError == nil {")401 code.Print(" x.Oneof = &%s_%s{%s: t}", parentTypeName, typeModel.Name, typeModel.Name)402 code.Print(" matched = true")403 code.Print(" } else {")404 code.Print(" errors = append(errors, matchingError)")405 code.Print(" }")406 if !unpackAtTop {407 code.Print(" }")408 }409 code.Print("}")410 } else {411 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)412 code.Print("if (v%d != nil) {", fieldNumber)413 code.Print(" var err error")414 code.Print(" x.%s, err = New%s(v%d, compiler.NewContext(\"%s\", context))",415 fieldName, typeModel.Name, fieldNumber, propertyName)416 code.Print(" if err != nil {")417 code.Print(" errors = append(errors, err)")418 code.Print(" }")419 code.Print("}")420 }421 }422 } else if propertyType == "string" {423 if propertyModel.Repeated {424 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)425 code.Print("if (v%d != nil) {", fieldNumber)426 code.Print(" v, ok := v%d.([]interface{})", fieldNumber)427 code.Print(" if ok {")428 code.Print(" x.%s = compiler.ConvertInterfaceArrayToStringArray(v)", fieldName)429 code.Print(" } else {")430 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v (%%T)\", v%d, v%d)", propertyName, fieldNumber, fieldNumber)431 code.Print(" errors = append(errors, compiler.NewError(context, message))")432 code.Print("}")433 if propertyModel.StringEnumValues != nil {434 code.Print("// check for valid enum values")435 code.Print("// %+v", propertyModel.StringEnumValues)436 stringArrayLiteral := "[]string{"437 for i, item := range propertyModel.StringEnumValues {438 if i > 0 {439 stringArrayLiteral += ","440 }441 stringArrayLiteral += "\"" + item + "\""442 }443 stringArrayLiteral += "}"444 code.Print("if ok && !compiler.StringArrayContainsValues(%s, x.%s) {", stringArrayLiteral, fieldName)445 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v\", v%d)", propertyName, fieldNumber)446 code.Print(" errors = append(errors, compiler.NewError(context, message))")447 code.Print("}")448 }449 code.Print("}")450 } else {451 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)452 code.Print("if (v%d != nil) {", fieldNumber)453 code.Print(" x.%s, ok = v%d.(string)", fieldName, fieldNumber)454 code.Print(" if !ok {")455 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v (%%T)\", v%d, v%d)", propertyName, fieldNumber, fieldNumber)456 code.Print(" errors = append(errors, compiler.NewError(context, message))")457 code.Print(" }")458 if propertyModel.StringEnumValues != nil {459 code.Print("// check for valid enum values")460 code.Print("// %+v", propertyModel.StringEnumValues)461 stringArrayLiteral := "[]string{"462 for i, item := range propertyModel.StringEnumValues {463 if i > 0 {464 stringArrayLiteral += ","465 }466 stringArrayLiteral += "\"" + item + "\""467 }468 stringArrayLiteral += "}"469 code.Print("if ok && !compiler.StringArrayContainsValue(%s, x.%s) {", stringArrayLiteral, fieldName)470 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v (%%T)\", v%d, v%d)", propertyName, fieldNumber, fieldNumber)471 code.Print(" errors = append(errors, compiler.NewError(context, message))")472 code.Print("}")473 }474 code.Print("}")475 }476 } else if propertyType == "float" {477 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)478 code.Print("if (v%d != nil) {", fieldNumber)479 code.Print(" switch v%d := v%d.(type) {", fieldNumber, fieldNumber)480 code.Print(" case float64:")481 code.Print(" x.%s = v%d", fieldName, fieldNumber)482 code.Print(" case float32:")483 code.Print(" x.%s = float64(v%d)", fieldName, fieldNumber)484 code.Print(" case uint64:")485 code.Print(" x.%s = float64(v%d)", fieldName, fieldNumber)486 code.Print(" case uint32:")487 code.Print(" x.%s = float64(v%d)", fieldName, fieldNumber)488 code.Print(" case int64:")489 code.Print(" x.%s = float64(v%d)", fieldName, fieldNumber)490 code.Print(" case int32:")491 code.Print(" x.%s = float64(v%d)", fieldName, fieldNumber)492 code.Print(" case int:")493 code.Print(" x.%s = float64(v%d)", fieldName, fieldNumber)494 code.Print(" default:")495 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v (%%T)\", v%d, v%d)", propertyName, fieldNumber, fieldNumber)496 code.Print(" errors = append(errors, compiler.NewError(context, message))")497 code.Print(" }")498 code.Print("}")499 } else if propertyType == "int64" {500 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)501 code.Print("if (v%d != nil) {", fieldNumber)502 code.Print(" t, ok := v%d.(int)", fieldNumber)503 code.Print(" if ok {")504 code.Print(" x.%s = int64(t)", fieldName)505 code.Print(" } else {")506 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v (%%T)\", v%d, v%d)", propertyName, fieldNumber, fieldNumber)507 code.Print(" errors = append(errors, compiler.NewError(context, message))")508 code.Print(" }")509 code.Print("}")510 } else if propertyType == "bool" {511 if oneOfWrapper {512 propertyName := "Boolean"513 code.Print("boolValue, ok := in.(bool)")514 code.Print("if ok {")515 code.Print(" x.Oneof = &%s_%s{%s: boolValue}", parentTypeName, propertyName, propertyName)516 code.Print("}")517 } else {518 code.Print("v%d := compiler.MapValueForKey(m, \"%s\")", fieldNumber, propertyName)519 code.Print("if (v%d != nil) {", fieldNumber)520 code.Print(" x.%s, ok = v%d.(bool)", fieldName, fieldNumber)521 code.Print(" if !ok {")522 code.Print(" message := fmt.Sprintf(\"has unexpected value for %s: %%+v (%%T)\", v%d, v%d)", propertyName, fieldNumber, fieldNumber)523 code.Print(" errors = append(errors, compiler.NewError(context, message))")524 code.Print(" }")525 code.Print("}")526 }527 } else {528 mapTypeName := propertyModel.MapType529 if mapTypeName != "" {530 code.Print("// MAP: %s %s", mapTypeName, propertyModel.Pattern)531 if mapTypeName == "string" {532 code.Print("x.%s = make([]*NamedString, 0)", fieldName)533 } else {534 code.Print("x.%s = make([]*Named%s, 0)", fieldName, mapTypeName)535 }536 code.Print("for _, item := range m {")537 code.Print("k, ok := compiler.StringValue(item.Key)")538 code.Print("if ok {")539 code.Print("v := item.Value")540 if pattern := propertyModel.Pattern; pattern != "" {541 if inline, ok := regexPatterns.SpecialCaseExpression(pattern, "k"); ok {542 code.Print("if %s {", inline)543 } else {544 code.Print("if %s.MatchString(k) {", nameForPattern(regexPatterns, pattern))545 }546 }547 code.Print("pair := &Named" + strings.Title(mapTypeName) + "{}")548 code.Print("pair.Name = k")549 if mapTypeName == "string" {550 code.Print("pair.Value = v.(string)")551 } else if mapTypeName == "Any" {552 code.Print("result := &Any{}")553 code.Print("handled, resultFromExt, err := compiler.HandleExtension(context, v, k)")554 code.Print("if handled {")555 code.Print(" if err != nil {")556 code.Print(" errors = append(errors, err)")557 code.Print(" } else {")558 code.Print(" bytes, _ := yaml.Marshal(v)")559 code.Print(" result.Yaml = string(bytes)")560 code.Print(" result.Value = resultFromExt")561 code.Print(" pair.Value = result")562 code.Print(" }")563 code.Print("} else {")564 code.Print(" pair.Value, err = NewAny(v, compiler.NewContext(k, context))")565 code.Print(" if err != nil {")566 code.Print(" errors = append(errors, err)")567 code.Print(" }")568 code.Print("}")569 } else {570 code.Print("var err error")571 code.Print("pair.Value, err = New%s(v, compiler.NewContext(k, context))", mapTypeName)572 code.Print("if err != nil {")573 code.Print(" errors = append(errors, err)")574 code.Print("}")575 }576 code.Print("x.%s = append(x.%s, pair)", fieldName, fieldName)577 if propertyModel.Pattern != "" {578 code.Print("}")579 }580 code.Print("}")581 code.Print("}")582 } else {583 code.Print("// TODO: %s", propertyType)584 }585 }586 }587 if unpackAtTop {588 code.Print("}")589 }590 if oneOfWrapper {591 code.Print("if matched {")592 code.Print(" // since the oneof matched one of its possibilities, discard any matching errors")593 code.Print(" errors = make([]error, 0)")594 code.Print("}")595 }596 }597 // assumes that the return value is in a variable named "x"598 code.Print(" return x, compiler.NewErrorGroupOrNil(errors)")599 code.Print("}\n")600}601// ResolveReferences() methods602func (domain *Domain) generateResolveReferencesMethodsForType(code *printer.Code, typeName string) {603 code.Print("// ResolveReferences resolves references found inside %s objects.", typeName)604 code.Print("func (m *%s) ResolveReferences(root string) (interface{}, error) {", typeName)605 code.Print("errors := make([]error, 0)")606 typeModel := domain.TypeModels[typeName]607 if typeModel.OneOfWrapper {608 // call ResolveReferences on whatever is in the Oneof.609 for _, propertyModel := range typeModel.Properties {610 propertyType := propertyModel.Type611 _, typeFound := domain.TypeModels[propertyType]612 if typeFound {613 code.Print("{")614 code.Print("p, ok := m.Oneof.(*%s_%s)", typeName, propertyType)615 code.Print("if ok {")616 if propertyType == "JsonReference" { // Special case for OpenAPI617 code.Print("info, err := p.%s.ResolveReferences(root)", propertyType)618 code.Print("if err != nil {")619 code.Print(" return nil, err")620 code.Print("} else if info != nil {")621 code.Print(" n, err := New%s(info, nil)", typeName)622 code.Print(" if err != nil {")623 code.Print(" return nil, err")624 code.Print(" } else if n != nil {")625 code.Print(" *m = *n")626 code.Print(" return nil, nil")627 code.Print(" }")628 code.Print("}")629 } else {630 code.Print("_, err := p.%s.ResolveReferences(root)", propertyType)631 code.Print("if err != nil {")632 code.Print(" return nil, err")633 code.Print("}")634 }635 code.Print("}")636 code.Print("}")637 }638 }639 } else {640 for _, propertyModel := range typeModel.Properties {641 propertyName := propertyModel.Name642 var displayName = propertyName643 if displayName == "$ref" {644 displayName = "_ref"645 }646 if displayName == "$schema" {647 displayName = "_schema"648 }649 displayName = camelCaseToSnakeCase(displayName)650 fieldName := strings.Title(propertyName)651 if propertyName == "$ref" {652 fieldName = "XRef"653 code.Print("if m.XRef != \"\" {")654 //code.Print("log.Printf(\"%s reference to resolve %%+v\", m.XRef)", typeName)655 code.Print("info, err := compiler.ReadInfoForRef(root, m.XRef)")656 code.Print("if err != nil {")657 code.Print(" return nil, err")658 code.Print("}")659 //code.Print("log.Printf(\"%%+v\", info)")660 if len(typeModel.Properties) > 1 {661 code.Print("if info != nil {")662 code.Print(" replacement, err := New%s(info, nil)", typeName)663 code.Print(" if err == nil {")664 code.Print(" *m = *replacement")665 code.Print(" return m.ResolveReferences(root)")666 code.Print(" }")667 code.Print("}")668 }669 code.Print("return info, nil")670 code.Print("}")671 }672 if !propertyModel.Repeated {673 propertyType := propertyModel.Type674 typeModel, typeFound := domain.TypeModels[propertyType]675 if typeFound && !typeModel.IsPair {676 code.Print("if m.%s != nil {", fieldName)677 code.Print(" _, err := m.%s.ResolveReferences(root)", fieldName)678 code.Print(" if err != nil {")679 code.Print(" errors = append(errors, err)")680 code.Print(" }")681 code.Print("}")682 }683 } else {684 propertyType := propertyModel.Type685 _, typeFound := domain.TypeModels[propertyType]686 if typeFound {687 code.Print("for _, item := range m.%s {", fieldName)688 code.Print("if item != nil {")689 code.Print(" _, err := item.ResolveReferences(root)")690 code.Print(" if err != nil {")691 code.Print(" errors = append(errors, err)")692 code.Print(" }")693 code.Print("}")694 code.Print("}")695 }696 }697 }698 }699 code.Print(" return nil, compiler.NewErrorGroupOrNil(errors)")700 code.Print("}\n")701}702// ToRawInfo() methods703func (domain *Domain) generateToRawInfoMethodForType(code *printer.Code, typeName string) {704 code.Print("// ToRawInfo returns a description of %s suitable for JSON or YAML export.", typeName)705 code.Print("func (m *%s) ToRawInfo() interface{} {", typeName)706 typeModel := domain.TypeModels[typeName]707 if typeName == "Any" {708 code.Print("var err error")709 code.Print("var info1 []yaml.MapSlice")710 code.Print("err = yaml.Unmarshal([]byte(m.Yaml), &info1)")711 code.Print("if err == nil {return info1}")712 code.Print("var info2 yaml.MapSlice")713 code.Print("err = yaml.Unmarshal([]byte(m.Yaml), &info2)")714 code.Print("if err == nil {return info2}")715 code.Print("var info3 interface{}")716 code.Print("err = yaml.Unmarshal([]byte(m.Yaml), &info3)")717 code.Print("if err == nil {return info3}")718 code.Print("return nil")719 } else if typeName == "StringArray" {720 code.Print("return m.Value")721 } else if typeModel.OneOfWrapper {722 code.Print("// ONE OF WRAPPER")723 code.Print("// %s", typeModel.Name)724 for i, item := range typeModel.Properties {725 code.Print("// %+v", *item)726 if item.Type == "float" {727 code.Print("if v%d, ok := m.GetOneof().(*%s_Number); ok {", i, typeName)728 code.Print("return v%d.Number", i)729 code.Print("}")730 } else if item.Type == "bool" {731 code.Print("if v%d, ok := m.GetOneof().(*%s_Boolean); ok {", i, typeName)732 code.Print("return v%d.Boolean", i)733 code.Print("}")734 } else if item.Type == "string" {735 code.Print("if v%d, ok := m.GetOneof().(*%s_String_); ok {", i, typeName)736 code.Print("return v%d.String_", i)737 code.Print("}")738 } else {739 code.Print("v%d := m.Get%s()", i, item.Type)740 code.Print("if v%d != nil {", i)741 code.Print(" return v%d.ToRawInfo()", i)742 code.Print("}")743 }744 }745 code.Print("return nil")746 } else {747 code.Print("info := yaml.MapSlice{}")748 code.Print("if m == nil {return info}")749 for _, propertyModel := range typeModel.Properties {750 isRequired := typeModel.IsRequired(propertyModel.Name)751 switch propertyModel.Type {752 case "string":753 propertyName := propertyModel.Name754 if !propertyModel.Repeated {755 code.PrintIf(isRequired, "// always include this required field.")756 code.PrintIf(!isRequired, "if m.%s != \"\" {", propertyModel.FieldName())757 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())758 code.PrintIf(!isRequired, "}")759 } else {760 code.Print("if len(m.%s) != 0 {", propertyModel.FieldName())761 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())762 code.Print("}")763 }764 case "bool":765 propertyName := propertyModel.Name766 if !propertyModel.Repeated {767 code.PrintIf(isRequired, "// always include this required field.")768 code.PrintIf(!isRequired, "if m.%s != false {", propertyModel.FieldName())769 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())770 code.PrintIf(!isRequired, "}")771 } else {772 code.Print("if len(m.%s) != 0 {", propertyModel.FieldName())773 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())774 code.Print("}")775 }776 case "int":777 propertyName := propertyModel.Name778 if !propertyModel.Repeated {779 code.PrintIf(isRequired, "// always include this required field.")780 code.PrintIf(!isRequired, "if m.%s != 0 {", propertyModel.FieldName())781 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())782 code.PrintIf(!isRequired, "}")783 } else {784 code.Print("if len(m.%s) != 0 {", propertyModel.FieldName())785 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())786 code.Print("}")787 }788 case "float":789 propertyName := propertyModel.Name790 if !propertyModel.Repeated {791 code.PrintIf(isRequired, "// always include this required field.")792 code.PrintIf(!isRequired, "if m.%s != 0.0 {", propertyModel.FieldName())793 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())794 code.PrintIf(!isRequired, "}")795 } else {796 code.Print("if len(m.%s) != 0 {", propertyModel.FieldName())797 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s})", propertyName, propertyModel.FieldName())798 code.Print("}")799 }800 default:801 propertyName := propertyModel.Name802 if propertyName == "value" {803 code.Print("// %+v", propertyModel)804 } else if !propertyModel.Repeated {805 code.PrintIf(isRequired, "// always include this required field.")806 code.PrintIf(!isRequired, "if m.%s != nil {", propertyModel.FieldName())807 if propertyModel.Type == "TypeItem" {808 code.Print("if len(m.Type.Value) == 1 {")809 code.Print("info = append(info, yaml.MapItem{Key:\"type\", Value:m.Type.Value[0]})")810 code.Print("} else {")811 code.Print("info = append(info, yaml.MapItem{Key:\"type\", Value:m.Type.Value})")812 code.Print("}")813 } else if propertyModel.Type == "ItemsItem" {814 code.Print("items := make([]interface{}, 0)")815 if domain.Version == "v2" {816 code.Print("for _, item := range m.Items.Schema {")817 } else {818 code.Print("for _, item := range m.Items.SchemaOrReference {")819 }820 code.Print(" items = append(items, item.ToRawInfo())")821 code.Print("}")822 code.Print("info = append(info, yaml.MapItem{Key:\"items\", Value:items[0]})")823 } else {824 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:m.%s.ToRawInfo()})",825 propertyName, propertyModel.FieldName())826 }827 code.PrintIf(!isRequired, "}")828 code.Print("// %+v", propertyModel)829 } else if propertyModel.MapType == "string" {830 code.Print("// %+v", propertyModel)831 } else if propertyModel.MapType != "" {832 code.Print("if m.%s != nil {", propertyModel.FieldName())833 code.Print("for _, item := range m.%s {", propertyModel.FieldName())834 code.Print("info = append(info, yaml.MapItem{Key:item.Name, Value:item.Value.ToRawInfo()})")835 code.Print("}")836 code.Print("}")837 code.Print("// %+v", propertyModel)838 } else {839 code.Print("if len(m.%s) != 0 {", propertyModel.FieldName())840 code.Print("items := make([]interface{}, 0)")841 code.Print("for _, item := range m.%s {", propertyModel.FieldName())842 code.Print("items = append(items, item.ToRawInfo())")843 code.Print("}")844 code.Print("info = append(info, yaml.MapItem{Key:\"%s\", Value:items})", propertyName)845 code.Print("}")846 code.Print("// %+v", propertyModel)847 }848 }849 }850 code.Print("return info")851 }852 code.Print("}\n")853}854func (domain *Domain) generateConstantVariables(code *printer.Code, regexPatterns *patternNames) {855 names := regexPatterns.Names()856 var sortedNames []string857 for name, _ := range names {858 sortedNames = append(sortedNames, name)859 }860 sort.Strings(sortedNames)861 code.Print("var (")862 for _, name := range sortedNames {863 code.Print("%s = regexp.MustCompile(\"%s\")", name, escapeSlashes(names[name]))864 }865 code.Print(")\n")866}...
PrintSettings_gen.go
Source:PrintSettings_gen.go
...26 // void gocef_print_settings_set_duplex_mode(cef_print_settings_t * self, cef_duplex_mode_t mode, void (CEF_CALLBACK *callback__)(cef_print_settings_t *, cef_duplex_mode_t)) { return callback__(self, mode); }27 // cef_duplex_mode_t gocef_print_settings_get_duplex_mode(cef_print_settings_t * self, cef_duplex_mode_t (CEF_CALLBACK *callback__)(cef_print_settings_t *)) { return callback__(self); }28 "C"29)30// PrintSettings (cef_print_settings_t from include/capi/cef_print_settings_capi.h)31// Structure representing print settings.32type PrintSettings C.cef_print_settings_t33func (d *PrintSettings) toNative() *C.cef_print_settings_t {34 return (*C.cef_print_settings_t)(d)35}36// Base (base)37// Base structure.38func (d *PrintSettings) Base() *BaseRefCounted {39 return (*BaseRefCounted)(&d.base)40}41// IsValid (is_valid)42// Returns true (1) if this object is valid. Do not call any other functions43// if this function returns false (0).44func (d *PrintSettings) IsValid() int32 {45 return int32(C.gocef_print_settings_is_valid(d.toNative(), d.is_valid))46}47// IsReadOnly (is_read_only)48// Returns true (1) if the values of this object are read-only. Some APIs may49// expose read-only objects.50func (d *PrintSettings) IsReadOnly() int32 {51 return int32(C.gocef_print_settings_is_read_only(d.toNative(), d.is_read_only))52}53// Copy (copy)54// Returns a writable copy of this object.55func (d *PrintSettings) Copy() *PrintSettings {56 return (*PrintSettings)(C.gocef_print_settings_copy(d.toNative(), d.copy))57}58// SetOrientation (set_orientation)59// Set the page orientation.60func (d *PrintSettings) SetOrientation(landscape int32) {61 C.gocef_print_settings_set_orientation(d.toNative(), C.int(landscape), d.set_orientation)62}63// IsLandscape (is_landscape)64// Returns true (1) if the orientation is landscape.65func (d *PrintSettings) IsLandscape() int32 {66 return int32(C.gocef_print_settings_is_landscape(d.toNative(), d.is_landscape))67}68// SetPrinterPrintableArea (set_printer_printable_area)69// Set the printer printable area in device units. Some platforms already70// provide flipped area. Set |landscape_needs_flip| to false (0) on those71// platforms to avoid double flipping.72func (d *PrintSettings) SetPrinterPrintableArea(physicalSizeDeviceUnits *Size, printableAreaDeviceUnits *Rect, landscapeNeedsFlip int32) {73 C.gocef_print_settings_set_printer_printable_area(d.toNative(), physicalSizeDeviceUnits.toNative(&C.cef_size_t{}), printableAreaDeviceUnits.toNative(&C.cef_rect_t{}), C.int(landscapeNeedsFlip), d.set_printer_printable_area)74}75// SetDeviceName (set_device_name)76// Set the device name.77func (d *PrintSettings) SetDeviceName(name string) {78 name_ := C.cef_string_userfree_alloc()79 setCEFStr(name, name_)80 defer func() {81 C.cef_string_userfree_free(name_)82 }()83 C.gocef_print_settings_set_device_name(d.toNative(), (*C.cef_string_t)(name_), d.set_device_name)84}85// GetDeviceName (get_device_name)86// Get the device name.87// The resulting string must be freed by calling cef_string_userfree_free().88func (d *PrintSettings) GetDeviceName() string {89 return cefuserfreestrToString(C.gocef_print_settings_get_device_name(d.toNative(), d.get_device_name))90}91// SetDpi (set_dpi)92// Set the DPI (dots per inch).93func (d *PrintSettings) SetDpi(dpi int32) {94 C.gocef_print_settings_set_dpi(d.toNative(), C.int(dpi), d.set_dpi)95}96// GetDpi (get_dpi)97// Get the DPI (dots per inch).98func (d *PrintSettings) GetDpi() int32 {99 return int32(C.gocef_print_settings_get_dpi(d.toNative(), d.get_dpi))100}101// SetPageRanges (set_page_ranges)102// Set the page ranges.103func (d *PrintSettings) SetPageRanges(rangesCount uint64, ranges *Range) {104 C.gocef_print_settings_set_page_ranges(d.toNative(), C.size_t(rangesCount), ranges.toNative(&C.cef_range_t{}), d.set_page_ranges)105}106// GetPageRangesCount (get_page_ranges_count)107// Returns the number of page ranges that currently exist.108func (d *PrintSettings) GetPageRangesCount() uint64 {109 return uint64(C.gocef_print_settings_get_page_ranges_count(d.toNative(), d.get_page_ranges_count))110}111// GetPageRanges (get_page_ranges)112// Retrieve the page ranges.113func (d *PrintSettings) GetPageRanges(rangesCount *uint64, ranges *Range) {114 C.gocef_print_settings_get_page_ranges(d.toNative(), (*C.size_t)(rangesCount), ranges.toNative(&C.cef_range_t{}), d.get_page_ranges)115}116// SetSelectionOnly (set_selection_only)117// Set whether only the selection will be printed.118func (d *PrintSettings) SetSelectionOnly(selectionOnly int32) {119 C.gocef_print_settings_set_selection_only(d.toNative(), C.int(selectionOnly), d.set_selection_only)120}121// IsSelectionOnly (is_selection_only)122// Returns true (1) if only the selection will be printed.123func (d *PrintSettings) IsSelectionOnly() int32 {124 return int32(C.gocef_print_settings_is_selection_only(d.toNative(), d.is_selection_only))125}126// SetCollate (set_collate)127// Set whether pages will be collated.128func (d *PrintSettings) SetCollate(collate int32) {129 C.gocef_print_settings_set_collate(d.toNative(), C.int(collate), d.set_collate)130}131// WillCollate (will_collate)132// Returns true (1) if pages will be collated.133func (d *PrintSettings) WillCollate() int32 {134 return int32(C.gocef_print_settings_will_collate(d.toNative(), d.will_collate))135}136// SetColorModel (set_color_model)137// Set the color model.138func (d *PrintSettings) SetColorModel(model ColorModel) {139 C.gocef_print_settings_set_color_model(d.toNative(), C.cef_color_model_t(model), d.set_color_model)140}141// GetColorModel (get_color_model)142// Get the color model.143func (d *PrintSettings) GetColorModel() ColorModel {144 return ColorModel(C.gocef_print_settings_get_color_model(d.toNative(), d.get_color_model))145}146// SetCopies (set_copies)147// Set the number of copies.148func (d *PrintSettings) SetCopies(copies int32) {149 C.gocef_print_settings_set_copies(d.toNative(), C.int(copies), d.set_copies)150}151// GetCopies (get_copies)152// Get the number of copies.153func (d *PrintSettings) GetCopies() int32 {154 return int32(C.gocef_print_settings_get_copies(d.toNative(), d.get_copies))155}156// SetDuplexMode (set_duplex_mode)157// Set the duplex mode.158func (d *PrintSettings) SetDuplexMode(mode DuplexMode) {159 C.gocef_print_settings_set_duplex_mode(d.toNative(), C.cef_duplex_mode_t(mode), d.set_duplex_mode)160}161// GetDuplexMode (get_duplex_mode)162// Get the duplex mode.163func (d *PrintSettings) GetDuplexMode() DuplexMode {164 return DuplexMode(C.gocef_print_settings_get_duplex_mode(d.toNative(), d.get_duplex_mode))165}...
Using AI Code Generation
1import "fmt"2import "model"3func main() {4 m.Print()5}6import "fmt"7type Model struct {8}9func (m *Model) Print() {10 fmt.Println("Hello, World!")11}12./1.go:6: m.Print undefined (type model.Model has no field or method Print)131.go:6: m.Print undefined (type model.Model has no field or method Print)14m.Print()15func (m Model) Print() { ... }
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello World!")4 obj := model.Model{}5 obj.Print()6}7import "fmt"8type Model struct {9}10func (m *Model) Print() {11 fmt.Println("Hello Model!")12}
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello World")4 model.Print()5}6import "fmt"7func Print() {8 fmt.Println("This is Print method of model package")9}10If you want to use the model package from the GOROOT directory or from the GOPATH directory, then you need to use the absolute path of the model package. For example, if you want to use the model package from the GOROOT directory, then you need to use the following import statement:11import "C:/Go/src/model"12If you want to use the model package from the GOPATH directory, then you need to use the following import statement:13import "C:/Users/Ram/workspace/src/model"
Using AI Code Generation
1import "fmt"2import "github.com/GoLang/model"3func main() {4m.Print()5}6import "fmt"7import "github.com/GoLang/model"8func main() {9m.Print()10}11import "fmt"12type Model struct {13}14func (m Model) Print() {15fmt.Println("Hello World!")16}
Using AI Code Generation
1import "fmt"2import "model"3func main() {4 fmt.Println(model.Print())5}6import "fmt"7func init() {8 fmt.Println("model package initialized")9}10func Print() string {11}12import "model"13func main() {14 model.Print()15}16import "fmt"17func init() {18 fmt.Println("model package initialized")19}20func Print() string {21}
Using AI Code Generation
1import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/1/model"2func main() {3 model.Print()4}5import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/2/model"6func main() {7 model.Print()8}9import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/3/model"10func main() {11 model.Print()12}13import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/4/model"14func main() {15 model.Print()16}17import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/5/model"18func main() {19 model.Print()20}21import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/6/model"22func main() {23 model.Print()24}25import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/7/model"26func main() {27 model.Print()28}29import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/8/model"30func main() {31 model.Print()32}33import "github.com/Pranav-Srinivas-S/GoLang-Training/Day-2/9/model"34func main() {35 model.Print()36}37import "github.com/Pranav-S
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