Best Gauge code snippet using parser.TestCreateStepWithNewlineBetweenTextAndTable
specparser_test.go
Source: specparser_test.go
...844 c.Assert((len(idCells)), Equals, 2)845 c.Assert(idCells[0].Value, Equals, "1")846 c.Assert(idCells[1].Value, Equals, "-")847}848func (s *MySuite) TestCreateStepWithNewlineBetweenTextAndTable(c *C) {849 tokens := []*Token{850 &Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},851 &Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading", LineNo: 2},852 &Token{Kind: gauge.StepKind, Value: "some random step\n", LineNo: 3},853 &Token{Kind: gauge.TableHeader, Args: []string{"id", "description"}, LineNo: 5},854 &Token{Kind: gauge.TableRow, Args: []string{"123", "Admin"}, LineNo: 6},855 &Token{Kind: gauge.TableRow, Args: []string{"456", "normal fellow"}, LineNo: 7},856 }857 conceptDictionary := gauge.NewConceptDictionary()858 spec, _, err := new(SpecParser).CreateSpecification(tokens, conceptDictionary, "")859 c.Assert(err, IsNil)860 c.Assert(spec.Scenarios[0].Steps[0].HasInlineTable, Equals, true)861}862func (s *MySuite) TestSpecParsingWhenSpecHeadingIsNotPresentAndDynamicParseError(c *C) {...
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1 specification, parseResult := new(parser.SpecParser).Parse(specificationText, "")2 if parseResult.Ok {3 fmt.Println("Specification parsed successfully")4 }5 for _, scenario := range specification.Scenarios {6 for _, step := range scenario.Steps {7 fmt.Println("Step Value: " + step.Value)8 fmt.Println("Step Actual Text: " + step.ActualText)9 fmt.Println("Step Has Inline Table: " + fmt.Sprint(step.HasInlineTable()))10 fmt.Println("Step Has Dynamic Table: " + fmt.Sprint(step.HasDynamicTable()))11 fmt.Println("Step Has Table: " + fmt.Sprint(step.HasTable()))12 fmt.Println("Step Has Inline Table: " + fmt.Sprint(step.HasInlineTable()))13 fmt.Println("Step Has Dynamic Table: " + fmt.Sprint(step.HasDynamicTable()))14 fmt.Println("Step Has Table: " + fmt.Sprint(step.HasTable()))15 fmt.Println("Step Has Inline Table: " + fmt.Sprint(step.HasInlineTable()))16 fmt.Println("Step Has Dynamic Table: " + fmt.Sprint(step.HasDynamicTable()))17 fmt.Println("Step Has Table: " + fmt.Sprint(step.HasTable()))18 fmt.Println("
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1import (2func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {3 godog.TestSuite{4 TestSuiteInitializer: func(suite *godog.TestSuiteContext) {5 suite.BeforeSuite(func() {6 })7 suite.AfterSuite(func() {8 })9 },10 TestInitializer: func(ctx *godog.TestSuiteContext) {11 ctx.BeforeScenario(func(*godog.Scenario) {12 })13 ctx.AfterScenario(func(*godog.Scenario, error) {14 })15 },16 Options: &godog.Options{17 Paths: []string{"features"},18 },19 }.Run()20}211 scenario (1 passed)223 steps (3 passed)
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1import (2func main() {3 parser := new(parser.GaugeParser)4 step, _ := parser.CreateStepWithNewlineBetweenTextAndTable("This is a step5 fmt.Println(step.LineText)6 fmt.Println(step.LineNo)7 fmt.Println(step.Table.TableRows[0].Cells[0].Value)8}9import (10func main() {11 parser := new(parser.GaugeParser)12 step, _ := parser.CreateStepWithNewlineBetweenTextAndTable("This is a step13 fmt.Println(step.LineText)14 fmt.Println(step.LineNo)15 fmt.Println(step.Table.TableRows[0].Cells[0].Value)16}17import (18func main() {19 parser := new(parser.GaugeParser)20 step, _ := parser.CreateStepWithNewlineBetweenTextAndTable("This is a step21 fmt.Println(step.LineText)22 fmt.Println(step.LineNo)23 fmt.Println(step.Table.TableRows[0].Cells[0].Value)24}25import (26func main() {27 parser := new(parser.GaugeParser)28 step, _ := parser.CreateStepWithNewlineBetweenTextAndTable("This is a step
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1import (2func main() {3 p := new(parser.GaugeParser)4 step, err := p.ParseStep("TestCreateStepWithNewlineBetweenTextAndTable","* TestCreateStepWithNewlineBetweenTextAndTable5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(step)9}10Step{Value:TestCreateStepWithNewlineBetweenTextAndTable, LineText:* TestCreateStepWithNewlineBetweenTextAndTable11|a|b|c|, LineNo:1, ActualText:TestCreateStepWithNewlineBetweenTextAndTable, ParameterizedText:TestCreateStepWithNewlineBetweenTextAndTable, Parameters:[], Table:Table{Headers:[a b c], Rows:[[a b c]]}, IsConcept:false, IsStepPresent:true, IsExternal:false, IsFailing:false, IsHidden:false, HasInlineTable:false, IsComment:false, IsSpecial:false, HasSpecialChars:false, HasInlineTableInStep:false, HasDynamicParam:false, HasSpecialCharsInTable:false, HasAlias:false, HasSpecialCharsInAlias:false, HasSpecialCharsInStepValue:false, HasSpecialCharsInConceptStep:false, HasSpecialCharsInStepValueInConcept:false, HasSpecialCharsInTableInConcept:false, HasDynamicParamInConcept:false, HasSpecialCharsInAliasInConcept:false, HasSpecialCharsInStepValueInConceptInConcept:false, HasSpecialCharsInTableInConceptInConcept:false, HasDynamicParamInConceptInConcept:false, HasSpecialCharsInAliasInConceptInConcept:false, HasSpecialCharsInStepValueInConceptInConceptInConcept:false, HasSpecialCharsInTableInConceptInConceptInConcept:false, HasDynamicParamInConceptInConceptInConcept:false, HasSpecialCharsInAliasInConceptInConceptInConcept:false, HasSpecialCharsInConceptStepInConcept:false, HasSpecialCharsInStepValueInConceptInConceptInConceptInConcept:false, HasSpecialCharsInTableInConceptInConceptInConceptInConcept:false, HasDynamicParamInConceptInConceptInConceptInConcept:false, HasSpecialCharsInAliasInConceptInConceptIn
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1import (2func main() {3 p := parser.NewParser()4 step, err := p.ParseStep("Create Step With Newline Between Text And Table", "Create Step With Newline Between Text And Table5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(step)9}10&{Create Step With Newline Between Text And Table Create Step With Newline Between Text And Table [{col1 col
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello, playground")4 p := new(parser.SpecParser)5 p.Parse("Specification Heading6}7import (8func main() {9 fmt.Println("Hello, playground")10 p := new(parser.SpecParser)11 p.Parse("Specification Heading12}13import (14func main() {15 fmt.Println("Hello, playground")16 p := new(parser.SpecParser)17 p.Parse("Specification Heading18}19import (20func main() {21 fmt.Println("Hello, playground")22 p := new(parser.SpecParser)23 p.Parse("Specification Heading24}25import (
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {2}3func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {4}5func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {6}7func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {8}9func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {10}11func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {2 step := parser.CreateStep(text)3 if step.Text != "Step text" {4 t.Errorf("Incorrect step text. Expected 'Step text', got '%s'", step.Text)5 }6 if len(step.Table) != 2 {7 t.Errorf("Incorrect table length. Expected '2', got '%d'", len(step.Table))8 }9}10func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {11 step := parser.CreateStep(text)12 if step.Text != "Step text" {13 t.Errorf("Incorrect step text. Expected 'Step text', got '%s'", step.Text)14 }15 if len(step.Table) != 2 {16 t.Errorf("Incorrect table length. Expected '2', got '%d'", len(step.Table))17 }18}19func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {20 step := parser.CreateStep(text)21 if step.Text != "Step text" {22 t.Errorf("Incorrect step text. Expected 'Step text', got '%s'", step.Text)23 }24 if len(step.Table) != 2 {25 t.Errorf("Incorrect table length. Expected '2', got '%d'", len(step.Table))26 }27}28func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {29 step := parser.CreateStep(text)30 if step.Text != "Step text" {31 t.Errorf("Incorrect step text. Expected 'Step text', got '%s'", step.Text)32 }33 if len(step.Table) != 2 {34 t.Errorf("Incorrect table length. Expected '2', got '%d'", len(step.Table))35 }36}
TestCreateStepWithNewlineBetweenTextAndTable
Using AI Code Generation
1func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {2 var step = new(parser.Step)3 step.Parse(text, new(parser.ConceptDictionary))4 assert.Equal(t, "Test", step.Value)5 assert.Equal(t, "Value", step.Table.Get(0, 0))6}7func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {8 var step = new(parser.Step)9 step.Parse(text, new(parser.ConceptDictionary))10 assert.Equal(t, "Test", step.Value)11 assert.Equal(t, "Value", step.Table.Get(0, 0))12}13func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {14 var step = new(parser.Step)15 step.Parse(text, new(parser.ConceptDictionary))16 assert.Equal(t, "Test", step.Value)17 assert.Equal(t, "Value", step.Table.Get(0, 0))18}19func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {20 var step = new(parser.Step)21 step.Parse(text, new(parser.ConceptDictionary))22 assert.Equal(t, "Test", step.Value)23 assert.Equal(t, "Value", step.Table.Get(0, 0))24}25func TestCreateStepWithNewlineBetweenTextAndTable(t *testing.T) {26 var step = new(parser.Step)27 step.Parse(text, new(parser.ConceptDictionary))28 assert.Equal(t, "Test", step.Value)29 assert.Equal(t, "Value", step.Table.Get(0, 0))30}
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