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Automation Advisor
Gauge
filter
FilterSpecForParallelRun

How to use FilterSpecForParallelRun method of filter Package

Best Gauge code snippet using filter.FilterSpecForParallelRun

parallelExecution.go

Source:parallelExecution.go

...91func (e *parallelExecution) run() *result.SuiteResult {92	e.start()93	var res []*result.SuiteResult94	if env.AllowFilteredParallelExecution() && e.tagsToFilter != "" {95		p, s := filter.FilterSpecForParallelRun(e.specCollection.Specs(), e.tagsToFilter)96		if Verbose {97			printAdditionalExecutionInfo(p, s, e.tagsToFilter)98		}99		if len(s) > 0 {100			logger.Infof(true, "Executing %d specs in serial.", len(s))101			e.specCollection = gauge.NewSpecCollection(p, false)102			res = append(res, e.executeSpecsInSerial(gauge.NewSpecCollection(s, true)))103		}104	}105	nStreams := e.numberOfStreams()106	logger.Infof(true, "Executing in %s parallel streams.", strconv.Itoa(nStreams))107	resChan := make(chan *result.SuiteResult)108	if e.isMultithreaded() {109		logger.Debugf(true, "Using multithreading for parallel execution.")...

filter.go

Source:filter.go

...17		}18	}19	return specs20}21func FilterSpecForParallelRun(specs []*gauge.Specification, tags string) ([]*gauge.Specification, []*gauge.Specification) {22	tf := &tagFilterForParallelRun{tagExp: tags}23	return tf.filter(specs)24}25func specsFilters() []specsFilter {26	return []specsFilter{&tagsFilter{ExecuteTags}, &specsGroupFilter{Distribute, NumberOfExecutionStreams}, &scenariosFilter{ScenariosName}}27}28func applyFilters(specsToExecute []*gauge.Specification, filters []specsFilter) []*gauge.Specification {29	for _, specsFilter := range filters {30		specsToExecute = specsFilter.filter(specsToExecute)31	}32	return specsToExecute33}...

FilterSpecForParallelRun

Using AI Code Generation

1import (2func TestFilterSpecForParallelRun(t *testing.T) {3    fs := filesystem.NewFakeFs()4    fakeDirStructure := map[string][]string{5        "/tmp/odo": {"test.yaml"},6    }7    fakeFiles := map[string]string{

FilterSpecForParallelRun

Using AI Code Generation

1func main() {2    filter := NewFilter()3    filterSpec := filter.FilterSpecForParallelRun()4}5func main() {6    filter := NewFilter()7    filterSpec := filter.FilterSpecForParallelRun()8}9func main() {10    filter := NewFilter()11    filterSpec := filter.FilterSpecForParallelRun()12}13func main() {14    filter := NewFilter()15    filterSpec := filter.FilterSpecForParallelRun()16}17func main() {18    filter := NewFilter()19    filterSpec := filter.FilterSpecForParallelRun()20}21func main() {22    filter := NewFilter()23    filterSpec := filter.FilterSpecForParallelRun()24}25func main() {26    filter := NewFilter()27    filterSpec := filter.FilterSpecForParallelRun()28}29func main() {30    filter := NewFilter()31    filterSpec := filter.FilterSpecForParallelRun()32}33func main() {34    filter := NewFilter()35    filterSpec := filter.FilterSpecForParallelRun()36}37func main() {38    filter := NewFilter()39    filterSpec := filter.FilterSpecForParallelRun()40}41func main() {42    filter := NewFilter()43    filterSpec := filter.FilterSpecForParallelRun()44}45func main() {46    filter := NewFilter()47    filterSpec := filter.FilterSpecForParallelRun()48}

FilterSpecForParallelRun

Using AI Code Generation

1func (f *filter) FilterSpecForParallelRun(specs []string, parallelRunCount int) [][]string {2	if parallelRunCount > len(specs) {3		parallelRunCount = len(specs)4	}5	if len(specs)%parallelRunCount == 0 {6		specPerRun = len(specs) / parallelRunCount7	} else {8		specPerRun = len(specs)/parallelRunCount + 19	}10	for i := 0; i < parallelRunCount; i++ {11		end := (i + 1) * specPerRun12		if end > len(specs) {13			end = len(specs)14		}15		filteredSpecs = append(filteredSpecs, specs[start:end])16	}17}18func (f *filter) FilterSpecForParallelRun(specs []string, parallelRunCount int) [][]string {19	if parallelRunCount > len(specs) {20		parallelRunCount = len(specs)21	}22	if len(specs)%parallelRunCount == 0 {23		specPerRun = len(specs) / parallelRunCount24	} else {25		specPerRun = len(specs)/parallelRunCount + 126	}27	for i := 0; i < parallelRunCount; i++ {28		end := (i + 1) * specPerRun29		if end > len(specs) {30			end = len(specs)31		}32		filteredSpecs = append(filteredSpecs, specs[start:end])33	}34}35func (f *filter) FilterSpecForParallelRun(specs []string, parallelRunCount int) [][]string {36	if parallelRunCount > len(specs) {37		parallelRunCount = len(specs)38	}39	if len(specs)%parallelRunCount == 0 {40		specPerRun = len(specs) / parallel

FilterSpecForParallelRun

Using AI Code Generation

1import (2func main() {3	strSlice := []string{"1", "2", "3", "4", "5", "6", "7", "8", "9", "10"}4	fmt.Println("Original Slice:", strSlice)5	fmt.Println("Filtered Slice:", FilterSpecForParallelRun(strSlice))6}7func FilterSpecForParallelRun(slice interface{}, predicate interface{}) interface{} {8	if slice == nil {9	}10	if predicate == nil {11	}12	sliceValue := reflect.ValueOf(slice)13	if sliceValue.Kind() != reflect.Slice {14		panic("Not a slice")15	}16	predicateValue := reflect.ValueOf(predicate)17	if predicateValue.Kind() != reflect.Func {18		panic("Not a function")19	}20	if predicateValue.Type().NumIn() != 2 {21		panic("Not a binary function")22	}23	if predicateValue.Type().NumOut() != 1 || predicateValue.Type().Out(0).Kind() != reflect.Bool {24		panic("Not a predicate function")25	}26	if !predicateValue.Type().In(0).AssignableTo(sliceValue.Type().Elem()) {27		panic("Incompatible types")28	}29	if !predicateValue.Type().In(1).AssignableTo(reflect.TypeOf(0)) {30		panic("Incompatible types")31	}

FilterSpecForParallelRun

Using AI Code Generation

1import (2func main() {3	filter := Filter{4		FilterSet: []string{"A", "B", "C", "D"},5	}6	fmt.Println(filter.FilterSpecForParallelRun())7}8type Filter struct {9}10func (f Filter) FilterSpecForParallelRun() map[string][]string {11	filterSpec := make(map[string][]string)12	filterSlice := make([]string, 0)13	parallelSlice := make([]string, 0)14	parallelRun := make([]string, 0)15	parallelRunSlice := make([]string, 0)16	filter := make([]string, 0)17	parallelRunFilter := make([]string, 0)18	parallelRunFilterSlice := make([]string, 0)19	parallelRunFilterSlice1 := make([]string, 0)20	parallelRunFilterSlice2 := make([]string, 0)21	parallelRunFilterSlice3 := make([]string, 0)22	parallelRunFilterSlice4 := make([]string, 0)23	parallelRunFilterSlice5 := make([]string, 0)

FilterSpecForParallelRun

Using AI Code Generation

1specs := FilterSpecForParallelRun(t, testSpecs, parallelNodes, parallelRun, parallelRunNumber)2ginkgo.RunSpecsWithDefaultAndCustomReporters(t, "My Suite", specs, reporters)3specs := FilterSpecForParallelRun(t, testSpecs, parallelNodes, parallelRun, parallelRunNumber)4ginkgo.RunSpecsWithDefaultAndCustomReporters(t, "My Suite", specs, reporters)5specs := FilterSpecForParallelRun(t, testSpecs, parallelNodes, parallelRun, parallelRunNumber)6ginkgo.RunSpecsWithDefaultAndCustomReporters(t, "My Suite", specs, reporters)7specs := FilterSpecForParallelRun(t, testSpecs, parallelNodes, parallelRun, parallelRunNumber)8ginkgo.RunSpecsWithDefaultAndCustomReporters(t, "My Suite", specs, reporters)9specs := FilterSpecForParallelRun(t, testSpecs, parallelNodes, parallelRun, parallelRunNumber)10ginkgo.RunSpecsWithDefaultAndCustomReporters(t, "My Suite", specs, reporters)

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