Best Gauge code snippet using parser.TestNestedConceptLooksUpDataTableArgs
conceptParser_test.go
Source:conceptParser_test.go
...303 c.Assert(nestedConceptArg1.Value, Equals, "foo")304 nestedConceptArg2 := nestedConcept.GetArg("boo")305 c.Assert(nestedConceptArg2.Value, Equals, "doo")306}307func (s *MySuite) TestNestedConceptLooksUpDataTableArgs(c *C) {308 parser := new(SpecParser)309 specText := SpecBuilder().specHeading("A spec heading").310 tableHeader("id", "name", "phone").311 tableHeader("123", "prateek", "8800").312 tableHeader("456", "apoorva", "9800").313 tableHeader("789", "srikanth", "7900").314 scenarioHeading("First scenario").315 step("create user <id> <name>").316 step("another step").String()317 dictionary := gauge.NewConceptDictionary()318 path, _ := filepath.Abs(filepath.Join("testdata", "param_nested_concept.cpt"))319 AddConcepts(path, dictionary)320 tokens, _ := parser.GenerateTokens(specText, "")321 spec, parseResult := parser.CreateSpecification(tokens, dictionary, "")...
TestNestedConceptLooksUpDataTableArgs
Using AI Code Generation
1import (2func TestNestedConceptLooksUpDataTableArgs() {3 gauge.Step("TestNestedConceptLooksUpDataTableArgs", func() {4 fmt.Println("TestNestedConceptLooksUpDataTableArgs")5 })6}7import (8func TestNestedConceptLooksUpDataTableArgs() {9 gauge.Step("TestNestedConceptLooksUpDataTableArgs", func() {10 fmt.Println("TestNestedConceptLooksUpDataTableArgs")11 })12}13import (14func TestNestedConceptLooksUpDataTableArgs() {15 gauge.Step("TestNestedConceptLooksUpDataTableArgs", func() {16 fmt.Println("TestNestedConceptLooksUpDataTableArgs")17 })18}19import (20func TestNestedConceptLooksUpDataTableArgs() {21 gauge.Step("TestNestedConceptLooksUpDataTableArgs", func() {22 fmt.Println("TestNestedConceptLooksUpDataTableArgs")23 })24}25import (26func TestNestedConceptLooksUpDataTableArgs() {27 gauge.Step("TestNestedConceptLooksUpDataTableArgs", func() {28 fmt.Println("TestNestedConceptLooksUpDataTableArgs")29 })30}31import (32func TestNestedConceptLooksUpDataTableArgs() {33 gauge.Step("TestNestedConceptLooksUpDataTableArgs", func() {34 fmt.Println("TestNestedConceptLooksUpDataTableArgs")35 })
TestNestedConceptLooksUpDataTableArgs
Using AI Code Generation
1import (2func main() {3}4import (5func main() {6}7import (8func main() {9}10import (11func main() {12}13import (14func main() {
TestNestedConceptLooksUpDataTableArgs
Using AI Code Generation
1import (2func init() {3 parser = godog.NewParser()4}5func TestNestedConceptLooksUpDataTableArgs() {6 concept := &gherkin.Scenario{7 Steps: []*gherkin.Step{8 {9 },10 },11 Examples: []*gherkin.DataTable{12 &gherkin.DataTable{13 Rows: []*gherkin.TableRow{14 &gherkin.TableRow{15 Cells: []*gherkin.TableCell{16 &gherkin.TableCell{17 },18 &gherkin.TableCell{19 },20 },21 },22 },23 },24 },25 }26 feature := &gherkin.Feature{27 Children: []gherkin.Node{28 &gherkin.Scenario{29 Steps: []*gherkin.Step{30 {31 },32 {33 Argument: &gherkin.StepArgument{34 },35 },36 },37 },38 },39 }40 feature, err := parser.ParseFeature(feature)41 if err != nil {42 panic(err)43 }44 steps := feature.Children[0].(*gherkin.Scenario).Steps
TestNestedConceptLooksUpDataTableArgs
Using AI Code Generation
1import (2func main() {3 p := parser.NewParser()4 step, err := p.ParseStepText("TestNestedConceptLooksUpDataTableArgs")5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(step)9}10import (11type Parser struct {12}13func NewParser() *Parser {14 return &Parser{}15}16func (p *Parser) ParseStepText(stepValue string) (*gauge.Step, error) {17 step := gauge.NewStep(stepValue, gauge.StepKindConcept)18 stepArgs, err := p.parseStepArgs(step)19 if err != nil {20 }21}22func (p *Parser) parseStepArgs(step *gauge.Step) ([]*gauge.StepArg, error) {23 for _, arg := range step.Args {24 stepArgs, err = p.parseStepArg(arg, stepArgs)25 if err != nil {26 }27 }28}29func (p *Parser) parseStepArg(arg *gauge.StepArg, stepArgs []*gauge.StepArg) ([]*gauge.StepArg, error) {30 if arg.ArgType == gauge_messages.StepArg_Table {31 table, err := p.parseTable(arg.Value)32 if err != nil {33 }34 }35 stepArgs = append(stepArgs, arg)36}37func (p *Parser) parseTable(text string) (*gauge.Table, error) {38 table := &gauge.Table{}39 rows := p.parseRows(text)40}41func (p *Parser) parseRows(text string) []*gauge.TableRow {42 for _, rowText := range p.split(text) {43 row := &gauge.TableRow{}44 row.Cells = p.parseCells(rowText)45 rows = append(rows, row)
TestNestedConceptLooksUpDataTableArgs
Using AI Code Generation
1func TestNestedConceptLooksUpDataTableArgs(t *testing.T) {2 t.Parallel()3 p := new(parser)4 p.conceptDictionary = &conceptDictionary{}5 p.conceptDictionary.add(concept{conceptStep{value: "concept1", lineNo: 1, args: []*arg{{value: "arg1"}, {value: "arg2"}}}})6 p.conceptDictionary.add(concept{conceptStep{value: "concept2", lineNo: 2, args: []*arg{{value: "arg3"}, {value: "arg4"}}}})7 p.conceptDictionary.add(concept{conceptStep{value: "concept3", lineNo: 3, args: []*arg{{value: "arg5"}, {value: "arg6"}}}})8 p.conceptDictionary.add(concept{conceptStep{value: "concept4", lineNo: 4, args: []*arg{{value: "arg7"}, {value: "arg8"}}}})9 p.conceptDictionary.add(concept{conceptStep{value: "concept5", lineNo: 5, args: []*arg{{value: "arg9"}, {value: "arg10"}}}})10 p.stepArgs = []*arg{{value: "arg1"}, {value: "arg2"}}11 p.stepDataTable = &dataTable{headers: []string{"header1", "header2"}, rows: [][]string{{"row1", "row2"}, {"row3", "row4"}}}12 p.stepValueMap = map[string]string{}
TestNestedConceptLooksUpDataTableArgs
Using AI Code Generation
1import (2func TestNestedConceptLooksUpDataTableArgs() {3 fmt.Println("Hello World!")4}5import (6func TestNestedConceptLooksUpDataTableArgs() {7 fmt.Println("Hello World!")8}9import (10func TestNestedConceptLooksUpDataTableArgs() {11 fmt.Println("Hello World!")12}13import (14func TestNestedConceptLooksUpDataTableArgs() {15 fmt.Println("Hello World!")16}17import (18func TestNestedConceptLooksUpDataTableArgs() {19 fmt.Println("Hello World!")20}
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