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Automation Advisor
Gauge
parser
ConvertToStepText

How to use ConvertToStepText method of parser Package

Best Gauge code snippet using parser.ConvertToStepText

refactor.go

Source:refactor.go

...232			}233			paramIndex++234		}235	}236	return parser.ConvertToStepText(agent.newStep.Fragments)237}238func (agent *rephraseRefactorer) getStepNameFromRunner(runner runner.Runner) (string, error, *parser.Warning) {239	stepNameMessage := &gauge_messages.Message{MessageType: gauge_messages.Message_StepNameRequest, StepNameRequest: &gauge_messages.StepNameRequest{StepValue: agent.oldStep.Value}}240	responseMessage, err := conn.GetResponseForMessageWithTimeout(stepNameMessage, runner.Connection(), config.RunnerRequestTimeout())241	if err != nil {242		return "", err, nil243	}244	if !(responseMessage.GetStepNameResponse().GetIsStepPresent()) {245		return "", nil, &parser.Warning{Message: fmt.Sprintf("Step implementation not found: %s", agent.oldStep.LineText)}246	}247	if responseMessage.GetStepNameResponse().GetHasAlias() {248		return "", fmt.Errorf("steps with aliases : '%s' cannot be refactored.", strings.Join(responseMessage.GetStepNameResponse().GetStepName(), "', '")), nil249	}250	return responseMessage.GetStepNameResponse().GetStepName()[0], nil, nil...

stepParser.go

Source:stepParser.go

...222		return stepArgument, &ParseResult{ParseErrors: []ParseError{ParseError{FileName: fileName, LineNo: token.LineNo, Message: fmt.Sprintf("Dynamic parameter <%s> could not be resolved", argValue), LineText: token.LineText}}}223	}224	return stepArgument, nil225}226// ConvertToStepText accumulates fragments of a step, (ex. parameters) and returns the step text227// used to generate the annotation text in a step implementation228func ConvertToStepText(fragments []*gauge_messages.Fragment) string {229	stepText := ""230	var i int231	for _, fragment := range fragments {232		value := ""233		if fragment.GetFragmentType() == gauge_messages.Fragment_Text {234			value = fragment.GetText()235		} else {236			switch fragment.GetParameter().GetParameterType() {237			case gauge_messages.Parameter_Static:238				value = fmt.Sprintf("\"%s\"", fragment.GetParameter().GetValue())239				break240			case gauge_messages.Parameter_Dynamic:241				value = fmt.Sprintf("<%s>", fragment.GetParameter().GetValue())242				break...

ConvertToStepText

Using AI Code Generation

1\n* Step1\n* Step2", gauge.NewConceptDictionary(), "")2	for _, step := range steps {3		convertedStepText := p.ConvertToStepText(parsedStepText)4		fmt.Println("Step Text: " + stepText)5		fmt.Println("Parsed Step Text: " + parsedStepText)6		fmt.Println("Converted Step Text: " + convertedStepText)7	}8}9import (10func main() {11	p := new(parser.GaugeParser)12	spec, _ := p.ParseSpecText("Specification Heading\n

ConvertToStepText

Using AI Code Generation

1\n* Step1\n* Step2", gauge.NewConceptDictionary(), "")2	for _, step := range steps {3		stepValue := p.StepValue(parsedStepText)4		fmt.Println("Step Text: " + stepText)5		fmt.Println("Parsed Step Text: " + parsedStepText)6		fmt.Println("Step Value: " + stepValue)7	}8}9import (

ConvertToStepText

Using AI Code Generation

1import (2func main() {3	gauge.Step("step with <arg1> and <arg2>", func(arg1, arg2 string) {4		fmt.Println("Step implementation for step with <arg1> and <arg2>")5	})6	gauge.Step("step with <arg1> and <arg2> and <arg3>", func(arg1, arg2, arg3 string) {7		fmt.Println("Step implementation for step with <arg1> and <arg2> and <arg3>")8	})9	gauge.Step("step with <arg1> and <arg2> and <arg3> and <arg4>", func(arg1, arg2, arg3, arg4 string) {10		fmt.Println("Step implementation for step with <arg1> and <arg2> and <arg3> and <arg4>")11	})12	gauge.Step("step with <arg1> and <arg2> and <arg3> and <arg4> and <arg5>", func(arg1, arg2, arg3, arg4, arg5 string) {13		fmt.Println("Step implementation for step with <arg1> and <arg2> and <arg3> and <arg4> and <arg5>")14	})15	gauge.Step("step with <arg1> and <arg2> and <arg3> and <arg4> and <arg5> and <arg6>", func(arg1, arg2, arg3, arg4, arg5, arg6 string) {16		fmt.Println("Step implementation for step with <arg1> and <arg2> and <arg3> and <arg4> and <arg5> and <arg6>")17	})18	gauge.Step("step with <arg1> and <arg2> and <arg3> and <arg4> and <arg5> and <arg6> and <arg7>", func(arg1, arg2, arg3, arg4, arg5, arg6, arg7 string) {19		fmt.Println("Step implementation for step with <arg1> and <arg2> and <arg3> and <arg4> and <arg

ConvertToStepText

Using AI Code Generation

1import (2func main() {3	args = append(args, os.Args[0])4	args = append(args, "--start")5	args = append(args, "--simple-console")6	args = append(args, "--plugin", "html-report")7	args = append(args, "--plugin", "json-report")8	args = append(args, "--plugin", "screenshot")9	args = append(args, "--plugin", "xml-report")10	args = append(args, "--plugin", "python")11	args = append(args, "--plugin", "java")12	args = append(args, "--plugin", "ruby")13	args = append(args, "--plugin", "dotnet")14	args = append(args, "--plugin", "csharp")15	args = append(args, "--plugin", "g

ConvertToStepText

Using AI Code Generation

1import (2func main() {3	fmt.Println(p.ConvertToStepText("Given I have 50 cukes in my belly"))4	fmt.Println(p.ConvertToStepText("When I wait 1 hour"))5	fmt.Println(p.ConvertToStepText("Then my belly should growl"))6}

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