How to use TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable method of parser Package

Best Gauge code snippet using parser.TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

conceptParser_test.go

Source:conceptParser_test.go Github

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...474 concept1 := conceptDictionary.Search("my {}")475 c.Assert(concept, Not(Equals), nil)476 c.Assert(concept1, Not(Equals), nil)477}478func (s *MySuite) TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(c *C) {479 conceptText := SpecBuilder().480 specHeading("create user").481 step("a step").482 text("adasdasd\n\n").483 text("|sdfsdf|").484 text("|----|").485 text("|wer|").486 step("a step1").487 String()488 steps, _ := new(ConceptParser).Parse(conceptText, "")489 c.Assert(steps[0].ConceptSteps[0].GetLineText(), Equals, "a step")490}491func containsAny(errs []ParseError, msg string) bool {492 for _, err := range errs {...

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {2 conceptDictionary := new(conceptDictionary.ConceptDictionary)3 conceptDictionary.AddConcepts([]*gauge.Concept{{Name: "concept", Steps: []*gauge.Step{{Value: "step1"}, {Value: "step2"}}}})4 p := new(ConceptParser)5 spec, _ := new(parser.SpecParser).Parse(specText, gauge.NewConceptDictionary(), "")6 p.parse(concept)7 assert.Equal(t, 2, len(concept.ConceptSteps))8 assert.Equal(t, 0, len(concept.Args))9}10func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {11 conceptDictionary := new(conceptDictionary.ConceptDictionary)12 conceptDictionary.AddConcepts([]*gauge.Concept{{Name: "concept", Steps: []*gauge.Step{{Value: "step1"}, {Value: "step2"}}}})13 p := new(ConceptParser)14 spec, _ := new(parser.SpecParser).Parse(specText, gauge.NewConceptDictionary(), "")15 p.parse(concept)16 assert.Equal(t, 2, len(concept.ConceptSteps))17 assert.Equal(t, 0, len(concept.Args))18}19func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {20 conceptDictionary := new(conceptDictionary.ConceptDictionary)21 conceptDictionary.AddConcepts([]*gauge.Concept{{Name: "concept", Steps: []*gauge.Step{{Value: "step1"}, {Value: "step2"}}}})

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1import (2func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {3 conceptDictionary := gauge.NewConceptDictionary()4 concept := new(gauge.Concept)5 concept.ConceptStep = &gauge.Step{Value: "Step 1", LineNo: 2, Span: util.NewSpan(2, 0, 2, 7)}6 concept.ConceptStep.ConceptSteps = []*gauge.Step{{Value: "Step 2", LineNo: 3, Span: util.NewSpan(3, 0, 3, 7)}}7 concept.ConceptStep.ConceptSteps[0].ConceptSteps = []*gauge.Step{{Value: "Step 3", LineNo: 4, Span: util.NewSpan(4, 0, 4, 7)}}8 concept.ConceptStep.ConceptSteps[0].ConceptSteps[0].ConceptSteps = []*gauge.Step{{Value: "Step 4", LineNo: 5, Span: util.NewSpan(5, 0, 5, 7)}}9 concept.ConceptStep.ConceptSteps[0].ConceptSteps[0].ConceptSteps[0].ConceptSteps = []*gauge.Step{{Value: "Step 5", LineNo: 6, Span: util.NewSpan(6, 0, 6, 7)}}

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {2 parser := new(ConceptParser)3 conceptDictionary := new(ConceptDictionary)4 conceptDictionary.AddConcepts([]*Concept{{Name: "concept", Steps: []*Step{{Value: "step1"}, {Value: "step2"}}}})5 stepValue, _ := parser.Parse(stepText, new(ParseResult), 0, new(ParseConceptArg))6 if stepValue.Args[0].Table == nil {7 t.Errorf("Table should not be nil")8 }9}10func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {11 parser := new(ConceptParser)12 conceptDictionary := new(ConceptDictionary)13 conceptDictionary.AddConcepts([]*Concept{{Name: "concept", Steps: []*Step{{Value: "step1"}, {Value: "step2"}}}})14 stepValue, _ := parser.Parse(stepText, new(ParseResult), 0, new(ParseConceptArg))15 if stepValue.Args[0].Table == nil {16 t.Errorf("Table should not be nil")17 }18}19func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {20 parser := new(ConceptParser)21 conceptDictionary := new(ConceptDictionary)22 conceptDictionary.AddConcepts([]*Concept{{Name: "concept", Steps: []*Step{{Value: "step1"}, {Value: "step2"}}}})23 stepValue, _ := parser.Parse(stepText, new(ParseResult), 0, new(ParseConceptArg))

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {2 conceptDictionary := new(ConceptDictionary)3 conceptDictionary.AddConcepts([]*gauge_messages.Concept{{Name: "concept", Steps: []*gauge_messages.Step{{LineText: "step", LineNo: 1}}}})4 conceptDictionary.AddConcepts([]*gauge_messages.Concept{{Name: "concept2", Steps: []*gauge_messages.Step{{LineText: "step", LineNo: 1}}}})5 parser := new(ConceptParser)6 parser.stepParser = new(StepParser)7 parser.stepParser.stepValueFactory = new(StepValueFactory)8 concept := &gauge_messages.Concept{Steps: []*gauge_messages.Step{{LineText: "step", LineNo: 1}, {LineText: "step", LineNo: 2}, {LineText: "step", LineNo: 3}, {LineText: "step", LineNo: 4}}}9 concept.Steps[0].GetStepValue().StepValue = "concept"10 concept.Steps[1].GetStepValue().StepValue = "concept2"11 concept.Steps[2].GetStepValue().StepValue = "concept"12 concept.Steps[3].GetStepValue().StepValue = "concept2"13 parser.ParseConcept(concept, "concept.cpt", "concept")14 assert.Equal(t, 2, len(concept.Steps[0].GetStepValue().GetConceptSteps()[0].GetTable().GetHeaders()))15 assert.Equal(t, 2, len(concept.Steps[0].GetStepValue().GetConceptSteps()[1].GetTable().GetHeaders()))16 assert.Equal(t, 2, len(concept.Steps[1].GetStepValue().GetConceptSteps()[0].GetTable().GetHeaders()))17 assert.Equal(t, 2, len(concept.Steps[1].GetStepValue().GetConceptSteps()[1].GetTable().GetHeaders()))18}

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1import (2func main() {3 if len(os.Args) == 2 {4 } else if len(os.Args) == 3 {5 } else {6 fmt.Println("Usage: go run 1.go <Concept Directory> <Concept File>")7 os.Exit(1)8 }9 conceptFiles, err := util.FindSpecFilesIn(conceptDir, conceptFile)10 if err != nil {11 fmt.Println(err.Error())12 os.Exit(1)13 }14 for _, file := range conceptFiles {15 concept, err := parser.ParseConcept(file, gauge.NewBuildErrors())16 if err != nil {17 fmt.Println(err.Error())18 os.Exit(1)19 }20 fmt.Println("Concept File: ", filepath.Base(file))21 fmt.Println("Concept Name: ", concept.ConceptStep.Value)

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1import (2func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {3 concept := new(parser.ConceptParser).Parse(conceptText, gauge.NewConceptDictionary())4 assert.Equal(t, 0, len(concept.ConceptStep.Table.Args))5}6import (7func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {8 concept := new(parser.ConceptParser).Parse(conceptText, gauge.NewConceptDictionary())9 assert.Equal(t, 0, len(concept.ConceptStep.Table.Args))10}11import (12func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {2}3func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {4}5func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {6}7func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {8}9func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {10}11func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {12}13func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {14}15func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {16}

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {2 parser := new(ConceptParser)3 parser.ConceptDictionary = new(ConceptDictionary)4 parser.ConceptDictionary.AddConceptStep("concept", new(ConceptStep))5 parser.ConceptDictionary.AddConceptStep("step", new(ConceptStep))6 parser.ConceptDictionary.AddConceptStep("table", new(ConceptStep))7 parser.ConceptDictionary.AddConceptStep("comment", new(ConceptStep))8 parser.ConceptDictionary.AddConceptStep("step1", new(ConceptStep))9 parser.ConceptDictionary.AddConceptStep("step2", new(ConceptStep))10 parser.ConceptDictionary.AddConceptStep("step3", new(ConceptStep))11 parser.ConceptDictionary.AddConceptStep("step4", new(ConceptStep))12 parser.ConceptDictionary.AddConceptStep("step5", new(ConceptStep))13 parser.ConceptDictionary.AddConceptStep("step6", new(ConceptStep))14 parser.ConceptDictionary.AddConceptStep("step7", new(ConceptStep))15 parser.ConceptDictionary.AddConceptStep("step8", new(ConceptStep))16 parser.ConceptDictionary.AddConceptStep("step9", new(ConceptStep))17 parser.ConceptDictionary.AddConceptStep("step10", new(ConceptStep))18 parser.ConceptDictionary.AddConceptStep("step11", new(ConceptStep))19 parser.ConceptDictionary.AddConceptStep("step12", new(ConceptStep))20 parser.ConceptDictionary.AddConceptStep("step13", new(ConceptStep))21 parser.ConceptDictionary.AddConceptStep("step14", new(ConceptStep))22 parser.ConceptDictionary.AddConceptStep("step15", new(ConceptStep))23 parser.ConceptDictionary.AddConceptStep("step16", new(ConceptStep))24 parser.ConceptDictionary.AddConceptStep("step17", new(ConceptStep))25 parser.ConceptDictionary.AddConceptStep("step18", new(ConceptStep))26 parser.ConceptDictionary.AddConceptStep("step19", new(ConceptStep))27 parser.ConceptDictionary.AddConceptStep("step20", new(ConceptStep))28 parser.ConceptDictionary.AddConceptStep("step21", new(ConceptStep))29 parser.ConceptDictionary.AddConceptStep("step22", new(ConceptStep))30 parser.ConceptDictionary.AddConceptStep("step23", new(ConceptStep))

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable(t *testing.T) {2 var parsedConcept = parseConcept(concept)3 assert.Equal(t, 3, len(parsedConcept.ConceptStep.ConceptStepValue.Arguments))4 assert.Equal(t, "step1", parsedConcept.ConceptStep.ConceptStepValue.StepValue)5 assert.Equal(t, "step2", parsedConcept.ConceptStep.ConceptStepValue.Arguments[0].(*Step).Value)6 assert.Equal(t, "step3", parsedConcept.ConceptStep.ConceptStepValue.Arguments[1].(*Step).Value)7 assert.Equal(t, table, parsedConcept.ConceptStep.ConceptStepValue.Arguments[2].(*Table).String())8}9func parseConcept(concept string) *Concept {10 var parser = new(ConceptParser)11 var lexer = new(Lexer)12 lexer.Initialize(concept)13 parser.Initialize(lexer)14 var parsedConcept = parser.Parse()15}16func (p *ConceptParser) Parse() *Concept {17 p.parseConcept()18}19func (p *ConceptParser) parseConcept() {20 p.concept = new(Concept)21 p.concept.ConceptStep = p.parseConceptStep()22 p.concept.ConceptStep.ConceptStepValue = p.parseConceptStepValue()23}24func (p *ConceptParser) parseConceptStepValue() *ConceptStepValue {25 var conceptStepValue = new(ConceptStepValue)26 var stepValue = p.parseStepValue()27 conceptStepValue.Arguments = p.parseConceptArguments()28}

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TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable

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1func (p *Parser) TestConceptParserShouldNotAddTableAsArgIfCommentsArePresentBetweenStepAndTable() {2 commentToken = &godog.Token{Type: godog.Comment, Value: "#comment"}3 comments := []*godog.Token{commentToken}4 stepToken := &godog.Token{Type: godog.StepLine, Value: "step"}5 step := &godog.Step{Line: 1, Text: "step", Tokens: []*godog.Token{stepToken}}6 tableToken := &godog.Token{Type: godog.TableRow, Value: "|a|b|"}7 table := &godog.Table{Line: 2, Rows: []*godog.TableRow{{Cells: []*godog.TableCell{{Value: "a"}, {Value: "b"}}}}}8 parsedStep, _ := p.ParseStep(step)9 concept := &gauge.Concept{Steps: []*gauge.Step{parsedStep}}10 parsedConcept, _ := p.ParseConcept(concept)11 assert.Equal(t, 0, len(parsedConcept.Steps[0].Args))12 }13func (p *Parser) TestConceptParserShouldAddTableAsArgIfCommentsAreNotPresentBetweenStepAndTable() {14 stepToken := &godog.Token{Type: godog.StepLine, Value: "step"}15 step := &godog.Step{Line: 1, Text: "step", Tokens: []*godog.Token{stepToken}}16 tableToken := &godog.Token{Type: godog.TableRow, Value: "|a|b|"}17 table := &godog.Table{Line: 2, Rows: []*godog.TableRow{{Cells: []*godog.TableCell{{Value: "a"}, {Value: "b"}}}}}18 parsedStep, _ := p.ParseStep(step)19 concept := &gauge.Concept{Steps: []*gauge.Step{parsedStep}}20 parsedConcept, _ := p.ParseConcept(concept)21 assert.Equal(t, 1, len(parsed

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