How to use parseSpecsAndConcepts method of refactor Package

Best Gauge code snippet using refactor.parseSpecsAndConcepts

refactor.go

Source:refactor.go Github

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...107 messages = append(messages, err.Error())108 }109 return rephraseFailure(messages...)110 }111 result, specs, conceptDictionary := parseSpecsAndConcepts(specDirs)112 if !result.Success {113 return result114 }115 refactorResult := agent.performRefactoringOn(specs, conceptDictionary, startChan)116 refactorResult.Warnings = append(refactorResult.Warnings, result.Warnings...)117 return refactorResult118}119// GetRefactoringChanges given an old step and new step gives the list of steps that need to be changed to perform refactoring.120// It also provides the changes to be made on the implementation files.121func GetRefactoringChanges(oldStep, newStep string, runner runner.Runner, specDirs []string) *refactoringResult {122 if newStep == oldStep {123 return &refactoringResult{Success: true}124 }125 agent, errs := getRefactorAgent(oldStep, newStep, runner)126 if len(errs) > 0 {127 var messages []string128 for _, err := range errs {129 messages = append(messages, err.Error())130 }131 return rephraseFailure(messages...)132 }133 result, specs, conceptDictionary := parseSpecsAndConcepts(specDirs)134 if !result.Success {135 return result136 }137 refactorResult := agent.getRefactoringChangesFor(specs, conceptDictionary)138 refactorResult.Warnings = append(refactorResult.Warnings, result.Warnings...)139 return refactorResult140}141func parseSpecsAndConcepts(specDirs []string) (*refactoringResult, []*gauge.Specification, *gauge.ConceptDictionary) {142 result := &refactoringResult{Success: true, Errors: make([]string, 0), Warnings: make([]string, 0)}143 var specs []*gauge.Specification144 var specParseResults []*parser.ParseResult145 for _, dir := range specDirs {146 specFiles := util.GetSpecFiles([]string{filepath.Join(config.ProjectRoot, dir)})147 specSlice, specParseResultsSlice := parser.ParseSpecFiles(specFiles, &gauge.ConceptDictionary{}, gauge.NewBuildErrors())148 specs = append(specs, specSlice...)149 specParseResults = append(specParseResults, specParseResultsSlice...)150 }151 addErrorsAndWarningsToRefactoringResult(result, specParseResults...)152 if !result.Success {153 return result, nil, nil154 }155 conceptDictionary, parseResult, err := parser.CreateConceptsDictionary()...

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parseSpecsAndConcepts

Using AI Code Generation

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1import (2func main() {3 specs, concepts := refactor.ParseSpecsAndConcepts("specs", "specs")4 fmt.Println(specs)5 fmt.Println(concepts)6}7import (8func main() {9 specs, concepts := refactor.ParseSpecsAndConcepts("specs", "specs")10 fmt.Println(specs)11 fmt.Println(concepts)12}13import (14func main() {15 specs, concepts := refactor.ParseSpecsAndConcepts("specs", "specs")16 fmt.Println(specs)17 fmt.Println(concepts)18}19import (20func main() {21 specs, concepts := refactor.ParseSpecsAndConcepts("specs", "specs")22 fmt.Println(specs)23 fmt.Println(concepts)24}25import (26func main() {27 specs, concepts := refactor.ParseSpecsAndConcepts("specs", "specs")28 fmt.Println(specs)29 fmt.Println(concepts)30}31import (32func main() {

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parseSpecsAndConcepts

Using AI Code Generation

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1import (2func main() {3 specs := []string{"spec1.spec", "spec2.spec"}4 concepts := []string{"concept1.cpt", "concept2.cpt"}5 refactor := gauge.NewRefactor()6 refactor.ParseSpecsAndConcepts(specs, concepts)7}

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parseSpecsAndConcepts

Using AI Code Generation

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1import (2func main() {3 specs, concepts := parser.ParseSpecsAndConcepts(filePath)4 specsToRefactor := []string{"example.spec"}5 conceptsToRefactor := []string{"example.concept"}6 ref := refactor.NewRefactor(specs, concepts, specsToRefactor, conceptsToRefactor)7 ref.Refactor()8 fmt.Println("Refactored")9}10ref := refactor.NewRefactor(specs, concepts, specsToRefactor, conceptsToRefactor)11ref.Refactor()

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parseSpecsAndConcepts

Using AI Code Generation

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1import (2func main() {3 refactor := refactor.NewRefactor()4 specs, concepts, _ := refactor.ParseSpecsAndConcepts("specs")5 fmt.Println("Specifications:")6 for _, spec := range specs {7 fmt.Println(spec.Heading.Value)8 }9 fmt.Println("Concepts:")10 for _, concept := range concepts {11 fmt.Println(concept.Heading.Value)12 }13}14import (15func main() {16 refactor := refactor.NewRefactor()17 specs, _ := refactor.ParseSpecs("specs")18 fmt.Println("Specifications:")19 for _, spec := range specs {20 fmt.Println(spec.Heading.Value)21 }22}23import (24func main() {25 refactor := refactor.NewRefactor()26 concepts, _ := refactor.ParseConcepts("specs")27 fmt.Println("Concepts:")28 for _, concept := range concepts {29 fmt.Println(concept.Heading.Value)30 }31}

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parseSpecsAndConcepts

Using AI Code Generation

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1import (2func main() {3 specs, concepts, _ := parser.ParseSpecsAndConcepts(filePath)4 fmt.Println("specs: ", specs)5 fmt.Println("concepts: ", concepts)6}7import (8func main() {9 specs, concepts, _ := parser.ParseSpecsAndConcepts(filePath)10 fmt.Println("specs: ", specs)11 fmt.Println("concepts: ", concepts)12}13import (14func main() {15 specs, concepts, _ := parser.ParseSpecsAndConcepts(filePath)16 fmt.Println("specs: ", specs)17 fmt.Println("concepts: ", concepts)18}19import (20func main() {21 specs, concepts, _ := parser.ParseSpecsAndConcepts(filePath)22 fmt.Println("specs: ", specs)23 fmt.Println("concepts: ", concepts)24}

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parseSpecsAndConcepts

Using AI Code Generation

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1import (2var (3 projPath = flag.String("path", "", "path of the project")4 specsPath = flag.String("specs", "", "path of the specs")5func main() {6 flag.Parse()7 if *projPath == "" {8 fmt.Println("Please provide the path of the project")9 }10 if *specsPath == "" {11 fmt.Println("Please provide the path of the specs")12 }13 files, err := getFiles(*projPath)14 if err != nil {15 fmt.Println(err.Error())16 }17 specFiles, err := getFiles(*specsPath)18 if err != nil {19 fmt.Println(err.Error())20 }21 conceptFiles, err := getFiles(*specsPath + "/concepts")22 if err != nil {23 fmt.Println(err.Error())24 }25 stepFiles, err := getFiles(*specsPath + "/step_impl")26 if err != nil {27 fmt.Println(err.Error())28 }29 filesToBeRefactored := append(specFiles, conceptFiles...)30 filesToBeRefactored = append(filesToBeRefactored, stepFiles...)31 specFilesToBeRefactored := append(specFiles, conceptFiles...)32 _, err = parseSpecsAndConcepts(filesToBeRefactored, specFilesToBeRefactored)33 if err != nil {34 fmt.Println(err.Error())35 }36 _, err = parseSteps(stepFiles)37 if err != nil {38 fmt.Println(err.Error())39 }40 refactoredFiles, err := refactorFiles(files, filesToBeRefactored)41 if err != nil {42 fmt.Println(err.Error())43 }44 err = writeFiles(refactoredFiles)

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parseSpecsAndConcepts

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1import (2func main() {3 if len(args) < 2 {4 fmt.Println("Please pass a file path as an argument")5 }6 specs, concepts, _ := refactor.ParseSpecsAndConcepts(filePath)7 specsJson, _ := json.Marshal(specs)8 conceptsJson, _ := json.Marshal(concepts)9 err := os.Mkdir("result", 0777)10 if err != nil {11 fmt.Println(err)12 }13 specsFile, _ := os.Create("result/specs.json")14 defer specsFile.Close()15 specsFile.Write(specsJson)16 conceptsFile, _ := os.Create("result/concepts.json")17 defer conceptsFile.Close()18 conceptsFile.Write(conceptsJson)19 fmt.Println("Done")20}21import (22func main() {23 if len(args) < 2 {24 fmt.Println("Please pass a file path as an argument")25 }26 specs, concepts, _ := refactor.ParseSpecsAndConcepts(filePath)27 specsJson, _ := json.Marshal(specs)28 conceptsJson, _ := json.Marshal(concepts)29 err := os.Mkdir("result", 0777)30 if err != nil {31 fmt.Println(err)32 }33 specsFile, _ := os.Create("result/specs.json")34 defer specsFile.Close()35 specsFile.Write(specsJson)36 conceptsFile, _ := os.Create("result/concepts.json")37 defer conceptsFile.Close()38 conceptsFile.Write(conceptsJson)39 fmt.Println("Done")40}

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