Best Gauge code snippet using parser.TestExtractStepArgsFromToken
specparser_test.go
Source: specparser_test.go
...1074 c.Assert(parseRes.ParseErrors[1].Message, Equals, "Table header should not be blank")1075 c.Assert(parseRes.ParseErrors[2].Message, Equals, "Table header should not be blank")1076 c.Assert(parseRes.ParseErrors[3].Message, Equals, "Table header cannot have repeated column values")1077}1078func (s *MySuite) TestExtractStepArgsFromToken(c *C) {1079 token := &Token{Kind: gauge.StepKind, LineText: `my step with "Static" and <Dynamic> params`, Value: `my step with {static} and {dynamic} params`, Args: []string{"Static", "Dynamic"}}1080 args, err := ExtractStepArgsFromToken(token)1081 if err != nil {1082 c.Fatalf("Error while extracting step args : %s", err.Error())1083 }1084 c.Assert(len(args), Equals, 2)1085 c.Assert(args[0].Value, Equals, "Static")1086 c.Assert(args[0].ArgType, Equals, gauge.Static)1087 c.Assert(args[1].Value, Equals, "Dynamic")1088 c.Assert(args[1].ArgType, Equals, gauge.Dynamic)1089}1090func (s *MySuite) TestParsingTableParameterWithSpecialString(c *C) {1091 parser := new(SpecParser)1092 specText := newSpecBuilder().specHeading("Spec Heading").scenarioHeading("First scenario").step("my step").text("|name|id|").text("|---|---|").text("|john|123|").text("|james|<file:testdata/foo.txt>|").String()...
TestExtractStepArgsFromToken
Using AI Code Generation
1import (2func main() {3 status := godog.RunWithOptions("godogs", func(s *godog.Suite) {4 }, godog.Options{5 })6 if st := m.Run(); st > status {7 }8 os.Exit(status)9}10func thereAreCucumbers(arg1 int) error {11}12func ParseFeatureFile(path string) (*gherkin.Feature, error) {13 f, err := os.Open(path)14 if err != nil {15 }16 defer f.Close()17 return ParseFeature(f)18}19func ParseFeature(r io.Reader) (*gherkin.Feature, error) {20 p := parser.NewParser()21 f, err := p.ParseMessages(r, func(m *messages.Envelope) error {22 if m.Feature != nil {23 }24 })25 if err != nil {26 }27}28func TestExtractStepArgsFromToken(t *testing.T) {29 feature, err := ParseFeatureFile("features/test.feature")30 if err != nil {31 t.Fatal(err)32 }33 for _, scenario := range feature.ScenarioDefinitions {34 for _, step := range scenario.GetScenario().Steps {35 fmt.Println(step.Text)36 fmt.Println(parser.ExtractStepArgsFromToken(step.Text))37 }38 }39}
TestExtractStepArgsFromToken
Using AI Code Generation
1import (2func main() {3 p := parser{}4 stepName, stepArgs := p.TestExtractStepArgsFromToken("step1", "echo hello world")5 fmt.Println("step name: ", stepName)6 fmt.Println("step arguments: ", stepArgs)7}8import (9func main() {10 p := parser{}11 steps := p.TestExtractSteps("echo hello world")12 fmt.Println("steps: ", steps)13}14import (15func main() {16 p := parser{}17 steps := p.TestExtractSteps("echo hello world")18 fmt.Println("steps: ", steps)19}20import (21func main() {22 p := parser{}23 steps := p.TestExtractSteps("echo hello world")24 fmt.Println("steps: ", steps)25}26import
TestExtractStepArgsFromToken
Using AI Code Generation
1import (2func main() {3 parser := config.NewParser()4 args, err := parser.ExtractStepArgsFromToken("build step: sh \"echo hello\"")5 if err != nil {6 fmt.Println("Error: ", err)7 }8 fmt.Println("Args: ", args)9}10import (11func main() {12 parser := config.NewParser()13 args, err := parser.ExtractStepArgsFromToken("build step: sh \"echo hello\"")14 if err != nil {15 fmt.Println("Error: ", err)16 }17 fmt.Println("Args: ", args)18}19import (20func main() {21 parser := config.NewParser()22 args, err := parser.ExtractStepArgsFromToken("build step: sh \"echo hello\"")23 if err != nil {24 fmt.Println("Error: ", err)25 }26 fmt.Println("Args: ", args)27}28import (29func main() {30 parser := config.NewParser()31 args, err := parser.ExtractStepArgsFromToken("build step: sh \"echo hello\"")32 if err != nil {33 fmt.Println("Error: ", err)34 }35 fmt.Println("Args: ", args)36}37import (38func main() {39 parser := config.NewParser()40 args, err := parser.ExtractStepArgsFromToken("build step: sh \"echo
TestExtractStepArgsFromToken
Using AI Code Generation
1func main() {2}3func TestExtractStepArgsFromToken(t *testing.T) {4}5func ExtractStepArgsFromToken(token string) []string {6}7func ExtractStepArgsFromToken(token string) []string {8}9func ExtractStepArgsFromToken(token string) []string {10}11func ExtractStepArgsFromToken(token string) []string {12}13func ExtractStepArgsFromToken(token string) []string {14}15func ExtractStepArgsFromToken(token string) []string {16}17func ExtractStepArgsFromToken(token string) []string {18}19func ExtractStepArgsFromToken(token string) []string {20}21func ExtractStepArgsFromToken(token string) []string {
TestExtractStepArgsFromToken
Using AI Code Generation
1import (2const (3var (4func init() {5 commands.RootCmd.AddCommand(NewWatchCommand())6}7func NewWatchCommand() *cobra.Command {8 var (9 var command = &cobra.Command{10 Run: func(cmd *cobra.Command, args []string) {11 if len(args) != 1 {12 cmd.HelpFunc()(cmd, args)13 os.Exit(1)14 }15 wfClient := commands.InitWorkflowClient()16 wfWatch, err := wfClient.Watch(context.Background(), &workflow.WorkflowWatchRequest{17 })18 if err != nil {19 fmt.Println(err)20 os.Exit(1)21 }22 defer util.Close(wfWatch)23 for event := range wfWatch.Watch() {24 if event.Workflow == nil {25 }
TestExtractStepArgsFromToken
Using AI Code Generation
1func main() {2 parser := new(parser.Parser)3 parser.TestExtractStepArgsFromToken()4}5type Parser struct {6}7func (p *Parser) TestExtractStepArgsFromToken() {8 tokeniser := new(tokeniser.Tokeniser)9 tokens := tokeniser.Tokenise("sample.feature")10 step := new(step.Step)11 stepArgs := step.ExtractStepArgsFromToken(tokens[0])12 fmt.Println(stepArgs)13}14type Step struct {15}16func (s *Step) ExtractStepArgsFromToken(token string) string {17 stepArgs := strings.TrimPrefix(token, "Given ")18 stepArgs = strings.TrimPrefix(stepArgs, "When ")19 stepArgs = strings.TrimPrefix(stepArgs, "Then ")20 stepArgs = strings.TrimPrefix(stepArgs, "And ")21 stepArgs = strings.TrimPrefix(stepArgs, "But ")22}
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