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Gauge
parser
TestParsingConceptInSpec

How to use TestParsingConceptInSpec method of parser Package

Best Gauge code snippet using parser.TestParsingConceptInSpec

specparser_test.go

Source:specparser_test.go

...50	c.Assert(len(spec.Scenarios[0].Tags.Values()), Equals, 2)51	c.Assert(spec.Scenarios[0].Tags.Values()[0], Equals, "tag1")52	c.Assert(spec.Scenarios[0].Tags.Values()[1], Equals, "tag2")53}54func (s *MySuite) TestParsingConceptInSpec(c *C) {55	parser := new(SpecParser)56	specText := newSpecBuilder().specHeading("A spec heading").57		scenarioHeading("First flow").58		step("test concept step 1").59		step("another step").String()60	conceptDictionary := gauge.NewConceptDictionary()61	path, _ := filepath.Abs(filepath.Join("testdata", "concept.cpt"))62	AddConcepts([]string{path}, conceptDictionary)63	tokens, err := parser.GenerateTokens(specText, "")64	c.Assert(err, IsNil)65	spec, parseResult, e := parser.CreateSpecification(tokens, conceptDictionary, "")66	c.Assert(e, IsNil)67	c.Assert(parseResult.Ok, Equals, true)68	firstStepInSpec := spec.Scenarios[0].Steps[0]...

TestParsingConceptInSpec

Using AI Code Generation

1import (2func TestParsingConceptInSpec(t *testing.T) {3	conceptDictionary.ConceptsMap = make(map[string]*gauge.Concept)4	conceptDictionary.ConceptsMap["Addition"] = &gauge.Concept{5		ConceptStep: &gauge.Step{Value: "Addition"},6		Steps: []*gauge.Step{7			&gauge.Step{Value: "Concept Step 1"},8			&gauge.Step{Value: "Concept Step 2"},9		},10	}11	specText := newSpecBuilder().specHeading("Addition").step("Addition").String()12	spec, _ := new(parser.SpecParser).Parse(specText, gauge.NewBuildErrors(), conceptDictionary)13	assert.Equal(t, "Addition", spec.Items[0].(*gauge.Step).Value)14	assert.Equal(t, "Concept Step 1", spec.Items[1].(*gauge.Step).Value)15	assert.Equal(t, "Concept Step 2", spec.Items[2].(*gauge.Step).Value)16}17func TestParsingConceptInSpecWithTable(t *testing.T) {18	conceptDictionary.ConceptsMap = make(map[string]*gauge.Concept)19	conceptDictionary.ConceptsMap["Addition"] = &gauge.Concept{20		ConceptStep: &gauge.Step{Value: "Addition"},21		Steps: []*gauge.Step{22			&gauge.Step{Value: "Concept Step 1"},23			&gauge.Step{Value: "Concept Step 2"},24		},25	}26	specText := newSpecBuilder().specHeading("Addition").step("Addition").step("Addition").table(27		[]string{"num1", "num2", "result"},28		[]string{"1", "2", "3"},29		[]string{"2", "2", "4"}).String()30	spec, _ := new(parser.SpecParser).Parse(specText, gauge.NewBuildErrors(), conceptDictionary)31	assert.Equal(t, "Addition", spec.Items[0].(*gauge.Step).Value)32	assert.Equal(t, "Concept Step

TestParsingConceptInSpec

Using AI Code Generation

1import (2func Test(t *testing.T) { TestingT(t) }3type MySuite struct{}4var _ = Suite(&MySuite{})5func (s *MySuite) TestParsingConceptInSpec(c *C) {6	specText := newSpecBuilder().specHeading("Heading").specTags("tag1", "tag2").step("concept1").step("step1").step("step2").String()7	conceptText := newSpecBuilder().specHeading("concept1").step("step3").step("step4").String()8	spec, _ := new(SpecParser).Parse(specText, gauge.NewConceptDictionary())9	c.Assert(len(spec.Concepts), Equals, 1)10	c.Assert(spec.Concepts[0].Name, Equals, "concept1")11	c.Assert(spec.Concepts[0].Steps[0].Value, Equals, "step3")12	c.Assert(spec.Concepts[0].Steps[1].Value, Equals, "step4")13	c.Assert(spec.Items[0].(*gauge.Step).Value, Equals, "step1")14	c.Assert(spec.Items[1].(*gauge.Step).Value, Equals, "step2")15	c.Assert(spec.Tags[0].Value, Equals, "tag1")16	c.Assert(spec.Tags[1].Value, Equals, "tag2")17	c.Assert(spec.Heading.Value, Equals, "Heading")18	c.Assert(spec.Heading.LineNo, Equals, 1)19	c.Assert(spec.Heading.LineText, Equals, "# Heading")20	c.Assert(spec.FileName, Equals, "")21	c.Assert(spec.LineNo, Equals, 0)22	c.Assert(spec.LineText, Equals, "")23	c.Assert(spec.Concepts[0].FileName, Equals, "")24	c.Assert(spec.Concepts[0].LineNo, Equals, 0)25	c.Assert(spec.Concepts[0].LineText, Equals, "")26	c.Assert(spec.Concepts[0].Items[0].(*gauge.Step).LineNo, Equals, 0)27	c.Assert(spec.Concepts[0].Items[0].(*gauge.Step).LineText, Equals, "")28	c.Assert(spec.Concepts[0].Items[0].(*gauge.Step).Value, Equals, "step3")29	c.Assert(spec.Concepts[0].Items[1].(*g

TestParsingConceptInSpec

Using AI Code Generation

1import (2func TestParsingConceptInSpec(t *testing.T) {3	conceptDictionary := new(ConceptDictionary)4	conceptDictionary.AddConcepts("../testdata/gauge-tests/specs/concept.cpt", nil)5	specs, _ := ParseSpecs("../testdata/gauge-tests/specs/concept.spec", conceptDictionary, nil)6	if conceptStep.ConceptStep == nil {7		t.Errorf("Concept step should not be nil")8	}9	if conceptStep.ConceptStep.LineText != "Concept Heading" {10		t.Errorf("Concept Heading should be 'Concept Heading'")11	}12	if conceptStep.LineText != "Concept Heading" {13		t.Errorf("Concept Heading should be 'Concept Heading'")14	}15	if conceptStep.ConceptStep.ConceptStepValue != "Concept Heading" {16		t.Errorf("Concept Heading should be 'Concept Heading'")17	}18	if conceptStep.ConceptStep.ConceptStepValue != "Concept Heading" {19		t.Errorf("Concept Heading should be 'Concept Heading'")20	}21	if conceptStep.ConceptStep.FileName != "../testdata/gauge-tests/specs/concept.cpt" {22		t.Errorf("Concept Heading should be '../testdata/gauge-tests/specs/concept.cpt'")23	}24	if len(conceptStep.ConceptStep.ConceptSteps) != 2 {25		t.Errorf("Concept Step should have 2 steps")26	}27	if conceptStep.ConceptStep.ConceptSteps[0].LineText != "Step 1" {28		t.Errorf("Concept Step should have 'Step 1'")29	}30	if conceptStep.ConceptStep.ConceptSteps[0].ConceptStepValue != "Step 1" {31		t.Errorf("Concept Step should have 'Step 1'")32	}33	if conceptStep.ConceptStep.ConceptSteps[0].IsConcept {34		t.Errorf("Concept Step should not be a concept")35	}36	if conceptStep.ConceptStep.ConceptSteps[1].LineText != "Step 2" {37		t.Errorf("Concept Step should have 'Step 2'")38	}39	if conceptStep.ConceptStep.ConceptSteps[1].ConceptStepValue != "Step 2" {40		t.Errorf("Concept Step should have 'Step 2'")41	}42	if conceptStep.ConceptStep.ConceptSteps[1].IsConcept {43		t.Errorf("Concept

TestParsingConceptInSpec

Using AI Code Generation

1import (2func main() {3	specs, err := parser.ParseSpecs("specs", false)4	if err != nil {5		fmt.Println("Error in parsing specs")6	}7	for _, spec := range specs {8		for _, scenario := range spec.Scenarios {9			for _, step := range scenario.Steps {10				fmt.Println(step.LineText)11				fmt.Println(step.Value)12				fmt.Println(step.StepValue)13				fmt.Println(step.ActualText)14				fmt.Println(step.StepKind)15				fmt.Println(step.IsConcept)16				fmt.Println(step.ConceptStep)17				fmt.Println(step.HasInlineTable)18				fmt.Println(step.Table)19				fmt.Println(step.Args)20				fmt.Println(step.OriginalStepText)21				fmt.Println(step.Lookup)22				fmt.Println(step.IsFailing)23				fmt.Println(step.IsPending)24				fmt.Println(step.IsSkipped)25				fmt.Println(step.IsDataTable)26				fmt.Println(step.IsExternal)27				fmt.Println(step.HasAlias)28				fmt.Println(step.IsComment)29				fmt.Println(step.IsStepPresent)30				fmt.Println(step.IsConceptStep)31				fmt.Println(step.IsConceptPresent)32				fmt.Println(step.IsConceptFailed)33				fmt.Println(step.IsConceptPending)34				fmt.Println(step.IsConceptSkipped)35			}36		}37	}38}

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