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How to use extractSteps method of conceptExtractor Package

Best Gauge code snippet using conceptExtractor.extractSteps

conceptExtractor.go

Source:conceptExtractor.go

...96	if err != nil {97		return "", "", err98	}99	extractor := &extractor{conceptName: "* " + conceptName.GetName(), stepsInConcept: "", stepsToExtract: steps, conceptStep: conceptStep, table: &gauge.Table{}, fileContent: specText, errors: make([]error, 0)}100	err = extractor.extractSteps(cptFileName)101	if err != nil {102		return "", "", err103	}104	if len(extractor.errors) != 0 {105		return "", "", err106	}107	conceptStep.ReplaceArgsWithDynamic(conceptStep.Args)108	addArgsFromTable(conceptStep, &extractor.conceptName, extractor.dynamicArgs)109	if extractor.table.IsInitialized() {110		extractor.conceptName += "\n" + formatter.FormatTable(extractor.table)111	}112	return strings.Replace(formatter.FormatStep(conceptStep), "* ", "# ", 1) + (extractor.stepsInConcept), extractor.conceptName, nil113}114func addArgsFromTable(concept *gauge.Step, conceptName *string, args []string) {115	for _, arg := range args {116		concept.Value += " {}"117		concept.Args = append(concept.Args, &gauge.StepArg{Value: arg, ArgType: gauge.Dynamic, Name: arg})118		*conceptName += fmt.Sprintf(" <%s>", arg)119	}120}121func getContentWithDataTable(content, cptFileName string) (string, error) {122	spec, result, err := new(parser.SpecParser).Parse(content, &gauge.ConceptDictionary{}, cptFileName)123	if err != nil {124		return "", err125	}126	if !result.Ok {127		return "", fmt.Errorf("Spec Parse failure: %s", result.ParseErrors)128	}129	newSpec := &gauge.Specification{Heading: &gauge.Heading{Value: "SPECHEADING"}}130	if spec.DataTable.IsInitialized() {131		newSpec = &gauge.Specification{Items: []gauge.Item{&spec.DataTable}, Heading: &gauge.Heading{Value: "SPECHEADING"}}132	}133	return formatter.FormatSpecification(newSpec) + "\n##hello \n* step \n", nil134}135func isDuplicateConcept(concept *gauge.Step, cptDict *gauge.ConceptDictionary) bool {136	for _, cpt := range cptDict.ConceptsMap {137		if strings.TrimSpace(cpt.ConceptStep.Value) == strings.TrimSpace(concept.Value) {138			return true139		}140	}141	return false142}143func (e *extractor) extractSteps(cptFileName string) error {144	for _, step := range e.stepsToExtract {145		tokens, _ := new(parser.SpecParser).GenerateTokens("*"+step.GetName(), cptFileName)146		stepInConcept, _ := parser.CreateStepUsingLookup(tokens[0], nil, cptFileName)147		if step.GetTable() != "" {148			if err := e.handleTable(stepInConcept, step, cptFileName); err != nil {149				return err150			}151		}152		stepInConcept.ReplaceArgsWithDynamic(e.conceptStep.Args)153		e.stepsInConcept += formatter.FormatStep(stepInConcept)154	}155	return nil156}157func (e *extractor) handleTable(stepInConcept *gauge.Step, step *gm.Step, cptFileName string) error {...

extractSteps

Using AI Code Generation

1import (2func main() {3	conceptExtractor := new(refactor.ConceptExtractor)4	concept := gauge.Concept{ConceptStep: &gauge.Step{Value: "concept step"}, FileName: "concept.cpt"}5	step := &gauge.Step{Value: "concept step"}6	extractedSteps := conceptExtractor.ExtractSteps(&concept, step)7	fmt.Println(extractedSteps)8}9import (10func main() {11	conceptExtractor := new(refactor.ConceptExtractor)12	concept := gauge.Concept{ConceptStep: &gauge.Step{Value: "concept step"}, FileName: "concept.cpt"}13	step := &gauge.Step{Value: "concept step"}14	extractedSteps := conceptExtractor.ExtractSteps(&concept, step)15	fmt.Println(extractedSteps)16}17import (

extractSteps

Using AI Code Generation

1import (2func main() {3    conceptExtractor := parser.NewConceptExtractor()4    steps, err := conceptExtractor.ExtractSteps("concepts.cpt")5    if err != nil {6        fmt.Println(err.Error())7    }8    for _, step := range steps {9        fmt.Println(step.StepValue)10    }11}12import (13func main() {14    conceptExtractor := parser.NewConceptExtractor()15    concepts, err := conceptExtractor.ExtractConcepts("concepts.cpt")16    if err != nil {17        fmt.Println(err.Error())18    }19    for _, concept := range concepts {20        fmt.Println(concept.ConceptStep.StepValue)21    }22}23import (24func main() {25    conceptExtractor := parser.NewConceptExtractor()26    concepts, err := conceptExtractor.ExtractConcepts("concepts.cpt")27    if err != nil {28        fmt.Println(err.Error())29    }30    for _, concept := range concepts {31        fmt.Println(concept.ConceptStep.StepValue)32    }33}34import (35func main() {36    conceptExtractor := parser.NewConceptExtractor()37    concepts, err := conceptExtractor.ExtractConcepts("concepts.cpt")38    if err != nil {39        fmt.Println(err.Error())40    }41    for _, concept := range concepts {42        fmt.Println(concept.ConceptStep.StepValue)43    }44}

extractSteps

Using AI Code Generation

1func main() {2    ce := new(conceptExtractor)3    ce.extractSteps("concept.txt")4}5func main() {6    ce := new(conceptExtractor)7    ce.extractSteps("concept.txt")8}9func main() {10    ce := new(conceptExtractor)11    ce.extractSteps("concept.txt")12}13func main() {14    ce := new(conceptExtractor)15    ce.extractSteps("concept.txt")16}17func main() {18    ce := new(conceptExtractor)19    ce.extractSteps("concept.txt")20}21func main() {22    ce := new(conceptExtractor)23    ce.extractSteps("concept.txt")24}25func main() {26    ce := new(conceptExtractor)27    ce.extractSteps("concept.txt")28}29func main() {30    ce := new(conceptExtractor)31    ce.extractSteps("concept.txt")32}33func main() {34    ce := new(conceptExtractor)35    ce.extractSteps("concept.txt")36}37func main() {38    ce := new(conceptExtractor)39    ce.extractSteps("concept.txt")40}41func main() {42    ce := new(conceptExtractor)43    ce.extractSteps("concept.txt")44}45func main() {46    ce := new(conceptExtractor)47    ce.extractSteps("concept.txt")48}49func main() {50    ce := new(conceptExtractor)51    ce.extractSteps("concept

extractSteps

Using AI Code Generation

1import (2func main() {3    jsonFile, err := os.Open("test.json")4    if err != nil {5        fmt.Println(err)6    }7    fmt.Println("Successfully Opened test.json")8    defer jsonFile.Close()9    byteValue, _ := ioutil.ReadAll(jsonFile)10    json.Unmarshal(byteValue, &steps)11    for i := 0; i < len(steps); i++ {12        fmt.Println("Step Type: " + steps[i].Type)13        fmt.Println("Step Text: " + steps[i].Text)14        fmt.Println("Step Line: " + steps[i].Line)15    }16}17import (18func main() {19    jsonFile, err := os.Open("test.json")20    if err != nil {21        fmt.Println(err)22    }23    fmt.Println("Successfully Opened test.json")24    defer jsonFile.Close()25    byteValue, _ := ioutil.ReadAll(jsonFile)26    json.Unmarshal(byteValue, &steps)

extractSteps

Using AI Code Generation

1import (2func main() {3    conceptDictionary := make(map[string]gauge.Concept)4    conceptDictionary["concept1"] = gauge.Concept{ConceptStep: gauge.Step{Value: "concept1", LineNo: 0, IsConcept: true}, ConceptSteps: []gauge.Step{{Value: "step1", LineNo: 1, IsConcept: false}, {Value: "step2", LineNo: 2, IsConcept: false}}}5    conceptDictionary["concept2"] = gauge.Concept{ConceptStep: gauge.Step{Value: "concept2", LineNo: 0, IsConcept: true}, ConceptSteps: []gauge.Step{{Value: "step3", LineNo: 3, IsConcept: false}, {Value: "step4", LineNo: 4, IsConcept: false}}}6    conceptExtractor := gauge.ConceptExtractor{ConceptDictionary: conceptDictionary}7    steps := conceptExtractor.ExtractSteps([]gauge.Step{{Value: "concept1", LineNo: 0, IsConcept: true}, {Value: "concept2", LineNo: 0, IsConcept: true}})8    for _, step := range steps {9        fmt.Println(step.Value, step.LineNo)10    }11}

extractSteps

Using AI Code Generation

1import (2var _ = gauge.Step("Step from concept", func() {3	fmt.Println("Step from concept")4})5var _ = gauge.Step("Step from concept with <param1>", func(param1 string) {6	fmt.Println("Step from concept with", param1)7})8var _ = gauge.Step("Step from concept with <param1> and <param2>", func(param1, param2 string) {9	fmt.Println("Step from concept with", param1, "and", param2)10})11var _ = gauge.Step("Step from concept with <param1> and <param2> and <param3>", func(param1, param2, param3 string) {12	fmt.Println("Step from concept with", param1, "and", param2, "and", param3)13})14var _ = gauge.Step("Step from concept with <param1> and <param2> and <param3> and <param4>", func(param1, param2, param3, param4 string) {15	fmt.Println("Step from concept with", param1, "and", param2, "and", param3, "and", param4)16})17var _ = gauge.Step("Step from concept with <param1> and <param2> and <param3> and <param4> and <param5>", func(param1, param2, param3, param4, param5 string) {18	fmt.Println("Step from concept with", param1, "and", param2, "and", param3, "and", param4, "and", param5)19})20var _ = gauge.Step("Step from concept with <param1> and <param2> and <param3> and <param4> and <param5> and <param6>", func(param1, param2, param3, param4, param5, param6 string) {21	fmt.Println("Step from concept with", param1, "and", param2, "and", param3, "and", param4, "and", param5, "and", param6)22})

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