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Automation Advisor
Gauge
conceptExtractor
TestExtractConceptWithSkippedTableAsArg

How to use TestExtractConceptWithSkippedTableAsArg method of conceptExtractor Package

Best Gauge code snippet using conceptExtractor.TestExtractConceptWithSkippedTableAsArg

conceptExtractor_test.go

Source:conceptExtractor_test.go

...110   |1 |hello <foo>|111   |2 |bar        |112`)113}114func (s *MySuite) TestExtractConceptWithSkippedTableAsArg(c *C) {115	STEP := "step that takes a table"116	name := "concept with <table1>"117	conceptName := &gauge_messages.Step{Name: name}118	tableName := TABLE + "1"119	table := `	|id|name|120	|--|----|121	|1 |foo |122	|2 |bar |123	`124	concept, conceptText, _ := getExtractedConcept(conceptName, []*gauge_messages.Step{&gauge_messages.Step{Name: STEP, Table: table, ParamTableName: tableName},125		&gauge_messages.Step{Name: STEP, Table: table, ParamTableName: tableName}, &gauge_messages.Step{Name: STEP, Table: table}}, "# sdfdsf\nsome comment\n* some step\n## sce\n* step", "")126	c.Assert(concept, Equals, "# concept with <table1>\n* step that takes a table <table1>\n* step that takes a table <table1>\n* step that takes a table "+`127   |id|name|128   |--|----|...

TestExtractConceptWithSkippedTableAsArg

Using AI Code Generation

1import (2func main() {3    conceptFileContent := util.GetFileContents(conceptFile)4    conceptDictionary := gauge.NewConceptDictionary()5    conceptParser.Parse(conceptFileContent, conceptFile, conceptDictionary)6    stepFileContent := util.GetFileContents(stepFile)7    stepDictionary := gauge.NewStepDictionary()8    stepParser.Parse(stepFileContent, stepFile, stepDictionary)9    validationErrors := validation.ValidateConcepts(conceptDictionary, stepDictionary)10    if len(validationErrors) > 0 {11        logger.Fatalf(true, "There are errors in concept file '%s'.\n", conceptFile)12    }13    conceptExtractor := conceptParser.NewConceptExtractor(conceptDictionary, stepDictionary, stepValidator.NewStepValidator(stepDictionary))14    concept := conceptExtractor.Extract("TestExtractConceptWithSkippedTableAsArg", stepFileContent)15    fmt.Println(concept)16}17import (18func main() {19    conceptFileContent := util.GetFileContents(conceptFile)20    conceptDictionary := gauge.NewConceptDictionary()21    conceptParser.ParseConceptFile(conceptFileContent, conceptFile, conceptDictionary)22    fmt.Println(conceptDictionary)23}24import (

TestExtractConceptWithSkippedTableAsArg

Using AI Code Generation

1import (2type conceptExtractor struct {3}4func (s *conceptExtractor) ExtractConcepts() []*step.Step {5	return []*step.Step{6		{7			Parameters:   []string{"arg1", "arg2"},8			Table:        &table.Table{Headers: []string{"col1", "col2"}, Rows: []*tableRow.TableRow{{Cells: []string{"val1", "val2"}}}},9			ExecutionResult: &result.StepResult{10				Skipped: &skipped.Skipped{Reason: "skipped"},11			},12			ConceptSteps: []*step.Step{13				{14					Parameters:   []string{"arg1", "arg2"},15					Table:        &table.Table{Headers: []string{"col1", "col2"}, Rows: []*tableRow.TableRow{{Cells: []string{"val1", "val2"}}}},16					ExecutionResult: &result.StepResult{17						Skipped: &skipped.Skipped{Reason: "skipped"},18					},19				},20			},21		},22	}23}24func (s *conceptExtractor) ExtractConceptsFrom(filePath string) []*step.Step {25}26func (s *conceptExtractor) ExtractConceptsFromDir(dirPath string) []*step.Step {27}28func (s *conceptExtractor) ExtractConcepts

TestExtractConceptWithSkippedTableAsArg

Using AI Code Generation

1import (2import (3import (4import (5import (6import (7import (8import (9import (

TestExtractConceptWithSkippedTableAsArg

Using AI Code Generation

1func TestExtractConceptWithSkippedTableAsArg(t *testing.T) {2	conceptDictionary := new(conceptDictionary.ConceptDictionary)3	conceptDictionary.AddConceptItem(&conceptDictionary.ConceptItem{4		ConceptStep: &gauge_messages.ProtoStep{5			Parameters: []*gauge_messages.ProtoStepParameter{6				&gauge_messages.ProtoStepParameter{Name: "user"},7				&gauge_messages.ProtoStepParameter{Name: "table"},8			},9		},10	})11	concept := &gauge_messages.ProtoConcept{12		ConceptStep: &gauge_messages.ProtoStep{13			Parameters: []*gauge_messages.ProtoStepParameter{14				&gauge_messages.ProtoStepParameter{Name: "user"},15				&gauge_messages.ProtoStepParameter{Name: "table"},16			},17		},18	}19	step := &gauge_messages.ProtoStep{20		Parameters: []*gauge_messages.ProtoStepParameter{21			&gauge_messages.ProtoStepParameter{Name: "user"},22			&gauge_messages.ProtoStepParameter{Name: "table"},23		},24	}25	step.Table = &gauge_messages.ProtoTable{26		Headers: []*gauge_messages.ProtoTableRow{27			&gauge_messages.ProtoTableRow{28				Cells: []*gauge_messages.ProtoTableCell{29					&gauge_messages.ProtoTableCell{Value: "name"},30					&gauge_messages.ProtoTableCell{Value: "age"},31				},32			},33		},34		Rows: []*gauge_messages.ProtoTableRow{35			&gauge_messages.ProtoTableRow{36				Cells: []*gauge_messages.ProtoTableCell{37					&gauge_messages.ProtoTableCell{Value: "John"},38					&gauge_messages.ProtoTableCell{Value: "30"},39				},40			},41		},42	}43	skippedStep := &gauge_messages.ProtoStep{

TestExtractConceptWithSkippedTableAsArg

Using AI Code Generation

1func TestExtractConceptWithSkippedTableAsArg(t *testing.T) {2	conceptExtractor := new(conceptExtractor)3	concept := new(Concept)4	step := new(Step)5	step1 := new(Step)6	step2 := new(Step)7	step3 := new(Step)8	step4 := new(Step)9	step5 := new(Step)10	step6 := new(Step)11	step7 := new(Step)12	step8 := new(Step)13	step9 := new(Step)14	step10 := new(Step)15	step11 := new(Step)16	step12 := new(Step)17	step13 := new(Step)

TestExtractConceptWithSkippedTableAsArg

Using AI Code Generation

1func TestExtractConceptWithSkippedTableAsArg(t *testing.T) {2	conceptDictionary := new(conceptDictionary)3	conceptDictionary.add("A concept with a table as arg", []string{"*"}, "A concept with a table as arg")4	conceptDictionary.add("A concept with a table as arg", []string{"*"}, "A concept with a table as arg")5	extractor := new(conceptExtractor)6	specification, _ := new(specParser).createSpecification(specText, new(conceptDictionary), "")7	concept := extractor.extractConcept(specification)8	assert.Equal(t, "A concept with a table as arg", concept.getConceptStep().value)9	assert.Equal(t, 1, len(concept.getConceptStep().getArguments()))10	assert.Equal(t, "table:[]", concept.getConceptStep().getArguments()[0].value)11}12func TestExtractConceptWithTableAsArg(t *testing.T) {13	conceptDictionary := new(conceptDictionary)14	conceptDictionary.add("A concept with a table as arg", []string{"*"}, "A concept with a table as arg")15	conceptDictionary.add("A concept with a table as arg", []string{"*"}, "A concept with a table as arg")16	extractor := new(conceptExtractor)17	specification, _ := new(specParser).createSpecification(specText, new(conceptDictionary), "")18	concept := extractor.extractConcept(specification)19	assert.Equal(t, "A concept with a table as arg", concept.getConceptStep().value)20	assert.Equal(t, 1, len(concept.getConceptStep().getArguments()))21	assert.Equal(t, "table:[a, b, c]", concept.getConceptStep().getArguments()[0].value)22}23func TestExtractConceptWithTableAsArgAndMultipleExamples(t *testing.T) {24	conceptDictionary := new(conceptDictionary)25	conceptDictionary.add("A concept with a table as arg", []string{"*"}, "A

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