How to use executeSpecsInSerial method of execution Package

Best Gauge code snippet using execution.executeSpecsInSerial

parallelExecution.go

Source:parallelExecution.go

...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.")110		go e.executeMultithreaded(nStreams, resChan)111	} else if isLazy() {112		go e.executeLazily(nStreams, resChan)113	} else {114		go e.executeEagerly(nStreams, resChan)115	}116	for r := range resChan {117		res = append(res, r)118	}119	e.aggregateResults(res)120	e.finish()121	return e.suiteResult122}123func printAdditionalExecutionInfo(p []*gauge.Specification, s []*gauge.Specification, tags string) {124	logger.Infof(true, "Applied tags '%s' to filter specs for parallel execution", tags)125	logger.Infof(true, "No of specs to be executed in serial : %d", len(s))126	logger.Infof(true, "No of specs to be executed in parallel : %d", len(p))127}128func (e *parallelExecution) executeLazily(totalStreams int, resChan chan *result.SuiteResult) {129	e.wg.Add(totalStreams)130	for i := 0; i < totalStreams; i++ {131		go e.startStream(e.specCollection, resChan, i+1)132	}133	e.wg.Wait()134	close(resChan)135}136func (e *parallelExecution) executeMultithreaded(totalStreams int, resChan chan *result.SuiteResult) {137	e.wg.Add(totalStreams)138	handlers := make([]*conn.GaugeConnectionHandler, 0)139	var ports []string140	for i := 0; i < totalStreams; i++ {141		port, err := conn.GetPortFromEnvironmentVariable(common.GaugePortEnvName)142		if err != nil {143			port = 0144		}145		handler, err := conn.NewGaugeConnectionHandler(port, nil)146		if err != nil {147			fmt.Println(err)148		}149		ports = append(ports, strconv.Itoa(handler.ConnectionPortNumber()))150		handlers = append(handlers, handler)151	}152	os.Setenv("GAUGE_API_PORTS", strings.Join(ports, ","))153	r, err := runner.StartRunner(e.manifest, "0", reporter.ParallelReporter(0), make(chan bool), false)154	if err != nil {155		fmt.Println(err)156		return157	}158	for i := 0; i < totalStreams; i++ {159		connection, err := handlers[i].AcceptConnection(config.RunnerConnectionTimeout(), make(chan error))160		if err != nil {161			fmt.Println(err)162		}163		crapRunner := &runner.MultithreadedRunner{}164		crapRunner.SetConnection(connection)165		go e.startMultithreaded(crapRunner, resChan, i+1)166	}167	e.wg.Wait()168	r.Cmd.Process.Kill()169	close(resChan)170}171func (e *parallelExecution) startMultithreaded(r runner.Runner, resChan chan *result.SuiteResult, stream int) {172	defer e.wg.Done()173	e.startSpecsExecutionWithRunner(e.specCollection, resChan, r, stream)174}175func (e *parallelExecution) executeEagerly(distributions int, resChan chan *result.SuiteResult) {176	specs := filter.DistributeSpecs(e.specCollection.Specs(), distributions)177	e.wg.Add(distributions)178	for i, s := range specs {179		go e.startStream(s, resChan, i+1)180	}181	e.wg.Wait()182	close(resChan)183}184func (e *parallelExecution) startStream(s *gauge.SpecCollection, resChan chan *result.SuiteResult, stream int) {185	defer e.wg.Done()186	runner, err := e.startRunner(s, stream)187	if err != nil && len(err) > 0 {188		resChan <- &result.SuiteResult{UnhandledErrors: err}189		return190	}191	e.startSpecsExecutionWithRunner(s, resChan, runner, stream)192}193func (e *parallelExecution) startRunner(s *gauge.SpecCollection, stream int) (runner.Runner, []error) {194	if os.Getenv("GAUGE_CUSTOM_BUILD_PATH") == "" {195		os.Setenv("GAUGE_CUSTOM_BUILD_PATH", path.Join(os.Getenv("GAUGE_PROJECT_ROOT"), "gauge_bin"))196	}197	runner, err := runner.Start(e.manifest, reporter.ParallelReporter(stream), make(chan bool), false)198	if err != nil {199		logger.Errorf(true, "Failed to start runner. %s", err.Error())200		logger.Debugf(true, "Skipping %d specifications", s.Size())201		if isLazy() {202			return nil, []error{fmt.Errorf("Failed to start runner. %s", err.Error())}203		}204		return nil, []error{streamExecError{specsSkipped: s.SpecNames(), message: fmt.Sprintf("Failed to start runner. %s", err.Error())}}205	}206	return runner, nil207}208func (e *parallelExecution) startSpecsExecutionWithRunner(s *gauge.SpecCollection, resChan chan *result.SuiteResult, runner runner.Runner, stream int) {209	executionInfo := newExecutionInfo(s, runner, e.pluginHandler, e.errMaps, false, stream)210	se := newSimpleExecution(executionInfo, false)211	se.execute()212	runner.Kill()213	resChan <- se.suiteResult214}215func (e *parallelExecution) executeSpecsInSerial(s *gauge.SpecCollection) *result.SuiteResult {216	runner, err := e.startRunner(s, 1)217	if err != nil {218		return &result.SuiteResult{UnhandledErrors: err}219	}220	executionInfo := newExecutionInfo(s, runner, e.pluginHandler, e.errMaps, false, 1)221	se := newSimpleExecution(executionInfo, false)222	se.execute()223	runner.Kill()224	return se.suiteResult225}226func (e *parallelExecution) finish() {227	e.suiteResult = mergeDataTableSpecResults(e.suiteResult)228	event.Notify(event.NewExecutionEvent(event.SuiteEnd, nil, e.suiteResult, 0, gauge_messages.ExecutionInfo{}))229	message := &gauge_messages.Message{...

executeSpecsInSerial

Using AI Code Generation

1type execution interface {2    executeSpecsInSerial(specs []string) error3    executeSpecsInParallel(specs []string) error4}5type serialExecution struct {6}7func (s serialExecution) executeSpecsInSerial(specs []string) error {8}9func (s serialExecution) executeSpecsInParallel(specs []string) error {10}11type parallelExecution struct {12}13func (p parallelExecution) executeSpecsInSerial(specs []string) error {14}15func (p parallelExecution) executeSpecsInParallel(specs []string) error {16}17execution := serialExecution{}

executeSpecsInSerial

Using AI Code Generation

1import (2func main() {3    gauge.Run()4}5import (6func main() {7    gauge.Run()8}9import (10func main() {11    gauge.Run()12}13import (14func main() {15    gauge.Run()16}17import (18func main() {19    gauge.Run()20}21import (22func main() {

executeSpecsInSerial

Using AI Code Generation

1import (2func main() {3	runtime.GOMAXPROCS(1)4	if err := gauge.InitGaugeApi(); err != nil {5		fmt.Println(err)6		os.Exit(1)7	}8	testsuit.ExecuteSpecsInParallel()9}10import (11func main() {12	runtime.GOMAXPROCS(1)13	if err := gauge.InitGaugeApi(); err != nil {14		fmt.Println(err)15		os.Exit(1)16	}17	testsuit.ExecuteSpecsInParallel()18}

executeSpecsInSerial

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello World!")4    gauge.ExecuteSpecsInSerial()5}6import (7func main() {8    fmt.Println("Hello World!")9    gauge.ExecuteSpecsInParallel()10}11import (12func main() {13    fmt.Println("Hello World!")14    gauge.ExecuteSpecsInParallelWithCustomExecution()15}16import (17func main() {18    fmt.Println("Hello World!")19    gauge.ExecuteSpecsInParallelWithCustomExecution()20}21import (22func main() {23    fmt.Println("Hello World!")24    gauge.ExecuteSpecsInParallelWithCustomExecution()25}26import (27func main() {28    fmt.Println("Hello World!")29    gauge.ExecuteSpecsInParallelWithCustomExecution()30}31import (

executeSpecsInSerial

Using AI Code Generation

1import (2func main() {3	fmt.Println("Executing specs in serial")4	executionObj := execution.Execution{}5	specsObj := specs.Specs{}6	executionObj.ExecuteSpecsInSerial(specsObj)7}8import (9type Specs struct {10}11func (specsObj Specs) Spec1() {12	fmt.Println("Spec1")13}14func (specsObj Specs) Spec2() {15	fmt.Println("Spec2")16}17func (specsObj Specs) Spec3() {18	fmt.Println("Spec3")19}20import (21type Execution struct {22}23func (executionObj Execution) ExecuteSpecsInSerial(specsObj specs.Specs) {24	fmt.Println("Executing specs in serial")25	specsObj.Spec1()26	specsObj.Spec2()27	specsObj.Spec3()28}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.