Best Gauge code snippet using execution.executeLegacyMultithreaded
parallelExecution.go
Source: parallelExecution.go
...125 logger.Debugf(true, "Using multithreading for parallel execution.")126 if e.runners[0].Info().GRPCSupport {127 go e.executeGrpcMultithreaded()128 } else {129 go e.executeLegacyMultithreaded()130 }131 } else if isLazy() {132 go e.executeLazily()133 } else {134 go e.executeEagerly()135 }136 for r := range e.resultChan {137 res = append(res, r)138 }139 } else {140 logger.Infof(true, "No specs remains to execute in parallel.")141 }142 e.aggregateResults(res)143 e.finish()144 return e.suiteResult145}146func (e *parallelExecution) executeLazily() {147 defer close(e.resultChan)148 e.wg.Add(e.numberOfStreams())149 e.startRunnersForRemainingStreams()150 for i := 1; i <= len(e.runners); i++ {151 go func(stream int) {152 defer e.wg.Done()153 e.startSpecsExecutionWithRunner(e.specCollection, e.runners[stream-1], stream)154 }(i)155 }156 e.wg.Wait()157}158func (e *parallelExecution) executeLegacyMultithreaded() {159 defer close(e.resultChan)160 totalStreams := e.numberOfStreams()161 e.wg.Add(totalStreams)162 handlers := make([]*conn.GaugeConnectionHandler, 0)163 var ports []string164 for i := 0; i < totalStreams; i++ {165 port, err := conn.GetPortFromEnvironmentVariable(common.GaugePortEnvName)166 if err != nil {167 port = 0168 }169 handler, err := conn.NewGaugeConnectionHandler(port, nil)170 if err != nil {171 logger.Errorf(true, "failed to create handler. %s", err.Error())172 }...
executeLegacyMultithreaded
Using AI Code Generation
1import (2type execution struct{}3func (e execution) executeLegacyMultithreaded() {4 for i := 0; i < 10; i++ {5 wg.Add(1)6 go func() {7 defer wg.Done()8 fmt.Println("executeLegacyMultithreaded")9 }()10 }11 wg.Wait()12}13func (e execution) executeLegacySingleThreaded() {14 for i := 0; i < 10; i++ {15 fmt.Println("executeLegacySingleThreaded")16 }17}18func (e execution) executeMultithreaded() {19 for i := 0; i < 10; i++ {20 wg.Add(1)21 go func() {22 defer wg.Done()23 fmt.Println("executeMultithreaded")24 }()25 }26 wg.Wait()27}28func (e execution) executeSingleThreaded() {29 for i := 0; i < 10; i++ {30 fmt.Println("executeSingleThreaded")31 }32}33func main() {34 e := execution{}35 e.executeLegacyMultithreaded()36 e.executeLegacySingleThreaded()37 e.executeMultithreaded()38 e.executeSingleThreaded()39}40import (41type execution struct{}42func (e execution) executeLegacyMultithreaded() {43 for i := 0; i < 10; i++ {44 wg.Add(1)45 go func() {46 defer wg.Done()47 fmt.Println("executeLegacyMultithreaded")48 }()49 }50 wg.Wait()51}52func (e execution) executeLegacySingleThreaded() {53 for i := 0; i < 10; i++ {54 fmt.Println("executeLegacySingleThreaded")55 }56}57func (e execution) executeMultithreaded() {58 for i := 0; i
executeLegacyMultithreaded
Using AI Code Generation
1import (2func main() {3 runtime.GOMAXPROCS(1)4 log.Println("Starting the program")5 time.Sleep(2 * time.Second)6 log.Println("Terminating the program")7}8GOMAXPROCS(2)9import (10func main() {11 runtime.GOMAXPROCS(2)12 log.Println("Starting the program")13 time.Sleep(2 * time.Second)14 log.Println("Terminating the program")15}16GOMAXPROCS(0)17import (18func main() {19 runtime.GOMAXPROCS(0)20 log.Println("Starting the program")21 time.Sleep(2 * time.Second)22 log.Println("Terminating the program")23}24GOMAXPROCS(-1)25import (
executeLegacyMultithreaded
Using AI Code Generation
1import (2func main() {3 if len(os.Args) < 2 {4 fmt.Println("Usage: go run 1.go <number of threads>")5 os.Exit(1)6 }7 numberOfThreads, _ := strconv.Atoi(os.Args[1])8 if len(os.Args) < 3 {9 fmt.Println("Usage: go run 1.go <number of threads> <number of iterations>")10 os.Exit(1)11 }12 numberOfIterations, _ := strconv.Atoi(os.Args[2])13 executionInstance := execution.NewExecution()14 startTime := time.Now()15 executionInstance.ExecuteLegacyMultithreaded(numberOfThreads, numberOfIterations)16 endTime := time.Now()17 fmt.Println(endTime.Sub(startTime))18}19import (20type Execution struct {21}22func NewExecution() *Execution {23 return &Execution{}24}25func (execution *Execution) ExecuteLegacyMultithreaded(numberOfThreads int, numberOfIterations int) {26 runtime.GOMAXPROCS(numberOfThreads)27 waitGroup.Add(numberOfThreads)28 for threadCounter := 0; threadCounter < numberOfThreads; threadCounter++ {29 go func(threadCounter int) {30 defer waitGroup.Done()31 execution.Execute(numberOfIterations)32 }(threadCounter)33 }34 waitGroup.Wait()35}36func (execution *Execution) Execute(numberOfIterations int) {37 for iterationCounter := 0; iterationCounter < numberOfIterations; iterationCounter++ {38 fmt.Println("Hello World!")39 }40}
Check out the latest blogs from LambdaTest on this topic:
Agile project management is a great alternative to traditional methods, to address the customer’s needs and the delivery of business value from the beginning of the project. This blog describes the main benefits of Agile for both the customer and the business.
There are many debates going on whether testers should know programming languages or not. Everyone has his own way of backing the statement. But when I went on a deep research into it, I figured out that no matter what, along with soft skills, testers must know some programming languages as well. Especially those that are popular in running automation tests.
As per, Stack Overflow Annual Developer Survey 2019, C# is one of the most loved programming languages with 67% and is also deemed to be one of the most popular languages with 31% votes from all the respondents.
If you are in the world of software development, you must be aware of Node.js. From Amazon to LinkedIn, a plethora of major websites use Node.js. Powered by JavaScript, Node.js can run on a server, and a majority of devs use it for enterprise applications. As they consider it a very respectable language due to the power it provides them to work with. And if you follow Node.js best practices, you can increase your application performance on a vast scale.
Selenium is one of the most prominent automation frameworks for functional testing and web app testing. Automation testers who use Selenium can run tests across different browser and platform combinations by leveraging an online Selenium Grid, you can learn more about what Is Selenium? Though Selenium is the go-to framework for test automation, Cypress – a relatively late entrant in the test automation game has been catching up at a breakneck pace.
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.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!