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How to use createSpecsList method of execution Package

Best Gauge code snippet using execution.createSpecsList

parallelExecution_test.go

Source:parallelExecution_test.go

...17func Test(t *testing.T) { TestingT(t) }18type MySuite struct{}19var _ = Suite(&MySuite{})20func (s *MySuite) TestNumberOfStreams(c *C) {21	specs := createSpecsList(6)22	e := parallelExecution{numberOfExecutionStreams: 5, specCollection: gauge.NewSpecCollection(specs, false)}23	c.Assert(e.numberOfStreams(), Equals, 5)24	specs = createSpecsList(6)25	e = parallelExecution{numberOfExecutionStreams: 10, specCollection: gauge.NewSpecCollection(specs, false)}26	c.Assert(e.numberOfStreams(), Equals, 6)27	specs = createSpecsList(0)28	e = parallelExecution{numberOfExecutionStreams: 17, specCollection: gauge.NewSpecCollection(specs, false)}29	c.Assert(e.numberOfStreams(), Equals, 0)30}31func getValidationErrorMap() *gauge.BuildErrors {32	return &gauge.BuildErrors{33		SpecErrs:     make(map[*gauge.Specification][]error),34		ScenarioErrs: make(map[*gauge.Scenario][]error),35		StepErrs:     make(map[*gauge.Step]error),36	}37}38func (s *MySuite) TestAggregationOfSuiteResult(c *C) {39	e := parallelExecution{errMaps: getValidationErrorMap()}40	suiteRes1 := &result.SuiteResult{ExecutionTime: 1, SpecsFailedCount: 1, IsFailed: true, SpecResults: []*result.SpecResult{{}, {}}}41	suiteRes2 := &result.SuiteResult{ExecutionTime: 3, SpecsFailedCount: 0, IsFailed: false, SpecResults: []*result.SpecResult{{}, {}}}...

execute_test.go

Source:execute_test.go

...9	"github.com/getgauge/gauge/gauge"10	. "gopkg.in/check.v1"11)12func (s *MySuite) TestFunctionsOfTypeSpecList(c *C) {13	mySpecs := gauge.NewSpecCollection(createSpecsList(4), false)14	c.Assert(mySpecs.Next()[0].FileName, Equals, "spec0")15	c.Assert(mySpecs.Next()[0].FileName, Equals, "spec1")16	c.Assert(mySpecs.HasNext(), Equals, true)17	c.Assert(mySpecs.Size(), Equals, 4)18	c.Assert(mySpecs.Next()[0].FileName, Equals, "spec2")19	c.Assert(mySpecs.Next()[0].FileName, Equals, "spec3")20	c.Assert(mySpecs.HasNext(), Equals, false)21}22func createSpecsList(number int) []*gauge.Specification {23	var specs []*gauge.Specification24	for i := 0; i < number; i++ {25		specs = append(specs, &gauge.Specification{FileName: fmt.Sprint("spec", i)})26	}27	return specs28}29func (s *MySuite) TestValidateFlagsIfNotParallel(c *C) {30	InParallel = false31	err := validateFlags()32	c.Assert(err, Equals, nil)33}34func (s *MySuite) TestValidateFlagsWithStartegyEager(c *C) {35	InParallel = true36	Strategy = "eager"...

createSpecsList

Using AI Code Generation

1import (2func main() {3    specs := testrunner.CreateSpecsList(os.Args[1:], config.DefaultReporterConfig(), config.DefaultConfig())4    for _, spec := range specs {5        fmt.Println(spec)6    }7}

createSpecsList

Using AI Code Generation

1import (2func main() {3	r := starlark.StarlarkRun{4def run(resources):5	}6	executor := executor.Executor{7	}8	inputs := []*yaml.RNode{9		yaml.MustParse(`10	}11	outputs, err := executor.Execute(inputs)12	if err != nil {13		fmt.Printf("error: %v14	}15	fmt.Printf("outputs:16}17import (18func main() {19	r := starlark.StarlarkRun{20def run(resources):21	}22	inputs := []*yaml.RNode{23		yaml.MustParse(`24	}25	outputs, err := r.CreateSpecsList(inputs)26	if err != nil {27		fmt.Printf("error: %v28	}29	fmt.Printf("outputs:30}31import (

createSpecsList

Using AI Code Generation

1import (2func main() {3	execution := new(Execution)4	specs := execution.createSpecsList()5	fmt.Println("Specs are", specs)6}7import (8type Execution struct {9}10func (execution *Execution) createSpecsList() []string {11	specs := make([]string, 0)12	numOfCPUs := runtime.NumCPU()13	spec := fmt.Sprintf("c:%d", numOfCPUs)14	specs = append(specs, spec)15}

createSpecsList

Using AI Code Generation

1import (2type Execution struct {3}4func main() {5	execution := Execution{}6	execution.SpecList = []string{"Spec1", "Spec2", "Spec3"}7	execution.SpecMap = map[string]string{"Spec1": "Spec1", "Spec2": "Spec2", "Spec3": "Spec3"}8	execution.SpecMap1 = map[string]string{"Spec1": "Spec1", "Spec2": "Spec2", "Spec3": "Spec3"}9	fmt.Println(reflect.TypeOf(execution))10	fmt.Println(reflect.TypeOf(execution.SpecList))11	fmt.Println(reflect.TypeOf(execution.SpecMap))12	fmt.Println(reflect.TypeOf(execution.SpecMap1))13	fmt.Println(reflect.TypeOf(execution.SpecMap1["Spec1"]))14	fmt.Println(reflect.TypeOf(execution.SpecMap["Spec1"]))15}

createSpecsList

Using AI Code Generation

1func (e *execution) createSpecsList() error {2    specs, err := filepath.Glob("specs/*.spec")3    if err != nil {4    }5}6func (e *execution) execute() error {7    for _, spec := range e.specs {8        e.executeSpec(spec)9    }10}11func (e *execution) executeSpec(spec string) error {12    cmd := exec.Command("gauge", "run", spec)13    return cmd.Run()14}15func (e *execution) createSpecsList() error {16    specs, err := filepath.Glob("specs/*.spec")17    if err != nil {18    }19}20func (e *execution) execute() error {21    for _, spec := range e.specs {

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