How to use Init method of executor Package

Best K6 code snippet using executor.Init

local.go

Source:local.go

...89	return &ExecutionScheduler{90		runner:  runner,91		logger:  logger,92		options: options,93		initProgress:    pb.New(pb.WithConstLeft("Init")),94		executors:       executors,95		executorConfigs: executorConfigs,96		executionPlan:   executionPlan,97		maxDuration:     maxDuration,98		maxPossibleVUs:  maxPossibleVUs,99		state:           executionState,100	}, nil101}102// GetRunner returns the wrapped lib.Runner instance.103func (e *ExecutionScheduler) GetRunner() lib.Runner {104	return e.runner105}106// GetState returns a pointer to the execution state struct for the local107// execution scheduler. It's guaranteed to be initialized and present, though108// see the documentation in lib/execution.go for caveats about its usage. The109// most important one is that none of the methods beyond the pause-related ones110// should be used for synchronization.111func (e *ExecutionScheduler) GetState() *lib.ExecutionState {112	return e.state113}114// GetExecutors returns the slice of configured executor instances which115// have work, sorted by their (startTime, name) in an ascending order.116func (e *ExecutionScheduler) GetExecutors() []lib.Executor {117	return e.executors118}119// GetExecutorConfigs returns the slice of all executor configs, sorted by120// their (startTime, name) in an ascending order.121func (e *ExecutionScheduler) GetExecutorConfigs() []lib.ExecutorConfig {122	return e.executorConfigs123}124// GetInitProgressBar returns the progress bar associated with the Init125// function. After the Init is done, it is "hijacked" to display real-time126// execution statistics as a text bar.127func (e *ExecutionScheduler) GetInitProgressBar() *pb.ProgressBar {128	return e.initProgress129}130// GetExecutionPlan is a helper method so users of the local execution scheduler131// don't have to calculate the execution plan again.132func (e *ExecutionScheduler) GetExecutionPlan() []lib.ExecutionStep {133	return e.executionPlan134}135// initVU is a helper method that's used to both initialize the planned VUs136// in the Init() method, and also passed to executors so they can initialize137// any unplanned VUs themselves.138func (e *ExecutionScheduler) initVU(139	samplesOut chan<- stats.SampleContainer, logger *logrus.Entry,140) (lib.InitializedVU, error) {141	// Get the VU IDs here, so that the VUs are (mostly) ordered by their142	// number in the channel buffer143	vuIDLocal, vuIDGlobal := e.state.GetUniqueVUIdentifiers()144	vu, err := e.runner.NewVU(vuIDLocal, vuIDGlobal, samplesOut)145	if err != nil {146		return nil, errext.WithHint(err, fmt.Sprintf("error while initializing VU #%d", vuIDGlobal))147	}148	logger.Debugf("Initialized VU #%d", vuIDGlobal)149	return vu, nil150}151// getRunStats is a helper function that can be used as the execution152// scheduler's progressbar substitute (i.e. hijack).153func (e *ExecutionScheduler) getRunStats() string {154	status := "running"155	if e.state.IsPaused() {156		status = "paused"157	}158	if e.state.HasStarted() {159		dur := e.state.GetCurrentTestRunDuration()160		status = fmt.Sprintf("%s (%s)", status, pb.GetFixedLengthDuration(dur, e.maxDuration))161	}162	vusFmt := pb.GetFixedLengthIntFormat(int64(e.maxPossibleVUs))163	return fmt.Sprintf(164		"%s, "+vusFmt+"/"+vusFmt+" VUs, %d complete and %d interrupted iterations",165		status, e.state.GetCurrentlyActiveVUsCount(), e.state.GetInitializedVUsCount(),166		e.state.GetFullIterationCount(), e.state.GetPartialIterationCount(),167	)168}169func (e *ExecutionScheduler) initVUsConcurrently(170	ctx context.Context, samplesOut chan<- stats.SampleContainer, count uint64,171	concurrency int, logger *logrus.Entry,172) chan error {173	doneInits := make(chan error, count) // poor man's early-return waitgroup174	limiter := make(chan struct{})175	for i := 0; i < concurrency; i++ {176		go func() {177			for range limiter {178				newVU, err := e.initVU(samplesOut, logger)179				if err == nil {180					e.state.AddInitializedVU(newVU)181				}182				doneInits <- err183			}184		}()185	}186	go func() {187		defer close(limiter)188		for vuNum := uint64(0); vuNum < count; vuNum++ {189			select {190			case limiter <- struct{}{}:191			case <-ctx.Done():192				return193			}194		}195	}()196	return doneInits197}198// Init concurrently initializes all of the planned VUs and then sequentially199// initializes all of the configured executors.200func (e *ExecutionScheduler) Init(ctx context.Context, samplesOut chan<- stats.SampleContainer) error {201	logger := e.logger.WithField("phase", "local-execution-scheduler-init")202	vusToInitialize := lib.GetMaxPlannedVUs(e.executionPlan)203	logger.WithFields(logrus.Fields{204		"neededVUs":      vusToInitialize,205		"executorsCount": len(e.executors),206	}).Debugf("Start of initialization")207	subctx, cancel := context.WithCancel(ctx)208	defer cancel()209	e.state.SetExecutionStatus(lib.ExecutionStatusInitVUs)210	doneInits := e.initVUsConcurrently(subctx, samplesOut, vusToInitialize, runtime.GOMAXPROCS(0), logger)211	initializedVUs := new(uint64)212	vusFmt := pb.GetFixedLengthIntFormat(int64(vusToInitialize))213	e.initProgress.Modify(214		pb.WithProgress(func() (float64, []string) {215			doneVUs := atomic.LoadUint64(initializedVUs)216			right := fmt.Sprintf(vusFmt+"/%d VUs initialized", doneVUs, vusToInitialize)217			return float64(doneVUs) / float64(vusToInitialize), []string{right}218		}),219	)220	for vuNum := uint64(0); vuNum < vusToInitialize; vuNum++ {221		select {222		case err := <-doneInits:223			if err != nil {224				logger.WithError(err).Debug("VU initialization returned with an error, aborting...")225				// the context's cancel() is called in a defer above and will226				// abort any in-flight VU initializations227				return err228			}229			atomic.AddUint64(initializedVUs, 1)230		case <-ctx.Done():231			return ctx.Err()232		}233	}234	e.state.SetInitVUFunc(func(ctx context.Context, logger *logrus.Entry) (lib.InitializedVU, error) {235		return e.initVU(samplesOut, logger)236	})237	e.state.SetExecutionStatus(lib.ExecutionStatusInitExecutors)238	logger.Debugf("Finished initializing needed VUs, start initializing executors...")239	for _, exec := range e.executors {240		executorConfig := exec.GetConfig()241		if err := exec.Init(ctx); err != nil {242			return fmt.Errorf("error while initializing executor %s: %w", executorConfig.GetName(), err)243		}244		logger.Debugf("Initialized executor %s", executorConfig.GetName())245	}246	e.state.SetExecutionStatus(lib.ExecutionStatusInitDone)247	logger.Debugf("Initialization completed")248	return nil249}250// runExecutor gets called by the public Run() method once per configured251// executor, each time in a new goroutine. It is responsible for waiting out the252// configured startTime for the specific executor and then running its Run()253// method.254func (e *ExecutionScheduler) runExecutor(255	runCtx context.Context, runResults chan<- error, engineOut chan<- stats.SampleContainer, executor lib.Executor,256	builtinMetrics *metrics.BuiltinMetrics,257) {258	executorConfig := executor.GetConfig()259	executorStartTime := executorConfig.GetStartTime()260	executorLogger := e.logger.WithFields(logrus.Fields{261		"executor":  executorConfig.GetName(),...

runlevel.go

Source:runlevel.go

...17	CmdNameGetCurrentRunLevelSctrl = "GetCurRunLevelSctrl"18	CmdNameSetRunLevelSctrl        = "SetRunLevelSctrl"19	CmdNameIsolateRunLevelSctrl    = "IsolateRunLevelSctrl"20	//ç³»ç»è¿è¡çº§å« ä½¿ç¨initå½ä»¤21	CmdNameGetCurrentRunLevelInit = "GetCurRunLevelInit"22	CmdNameSetRunLevelInit        = "SetRunLevelInit"23	CmdNameIsolateRunLevelInit    = "IsolateRunLevelInit"24)25//runlevel åæ°26const (27	CmdParamRunLevel = "runLevel"28)29//runlevel è¿åç»æ30const (31	ResultDataKeyStatus = "status"32)33var (34	gCentOs7RunLevelList = map[int]string{35		0: "poweroff.target",36		1: "rescue.target",37		2: "multi-user.target",38		3: "multi-user.target",39		4: "multi-user.target",40		5: "graphical.target",41		6: "reboot.target"}42)43func getRunLevelIndex(runLevel string) string {44	switch runLevel {45	case "poweroff.target":46		return "0"47	case "rescue.target":48		return "1"49	case "multi-user.target":50		return "3"51	case "graphical.target":52		return "5"53	case "reboot.target":54		return "6"55	}56	return ""57}58func getRunLevelIndexFromCmdInit(runLevel string) string {59	replaceFlag := "N "60	levelStr := strings.Replace(runLevel, replaceFlag, "", -1)61	if levelStr != "" {62		_, err := strconv.Atoi(levelStr)63		if err == nil {64			return levelStr65		}66	}67	return ""68}69//GetCurRunLevelSctrl centos7 è·åå½årunlevel å½ä»¤70func GetCurRunLevelSctrl(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {71	if e != nil {72		//@remark è·åå½årunlevel ä¸éè¦åæ°73		cmdStr := "systemctl get-default"74		es, err := e.ExecShell(cmdStr)75		if err != nil {76			return executor.ErrorExecuteResult(err)77		}78		if es.ExitCode == 0 && len(es.Stderr) == 0 {79			er := executor.SuccessulExecuteResult(es, false, "Runlevel get successful")80			var value string81			if len(es.Stdout) == 1 {82				value = es.Stdout[0]83				value = getRunLevelIndex(value)84			}85			resultData := map[string]string{ResultDataKeyStatus: value}86			er.ResultData = resultData87			return er88		}89		var errMsg string90		if len(es.Stderr) == 0 {91			errMsg = executor.ErrMsgUnknow92		} else {93			errMsg = es.Stderr[0]94		}95		return executor.NotSuccessulExecuteResult(es, errMsg)96	}97	return executor.ErrorExecuteResult(errors.New("executor is nil"))98}99//SetRunLevelSctrl centos7 è®¾ç½®runlevel å½ä»¤100func SetRunLevelSctrl(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {101	if e != nil {102		level, err := executor.ExtractCmdFuncIntParam(params, CmdParamRunLevel)103		if err != nil {104			return executor.ErrorExecuteResult(err)105		}106		var (107			runLevelStr string108			ok          bool109		)110		runLevelStr, ok = gCentOs7RunLevelList[level]111		if !ok {112			return executor.ErrorExecuteResult(errors.New("unrecognized param"))113		}114		cmdStr := fmt.Sprintf("%s %s %s", "systemctl", "set-default", runLevelStr)115		log.Debug("cmdStr=%s", cmdStr)116		es, err := e.ExecShell(cmdStr)117		if err != nil {118			return executor.ErrorExecuteResult(err)119		}120		log.Debug("SetRunLevel Result %v", es)121		log.Debug("SetRunLevel es.Stdout %v", es.Stdout)122		log.Debug("SetRunLevel es.Stderr %v", es.Stderr)123		if es.ExitCode == 0 /*&& len(es.Stderr) == 0*/ {124			er := executor.SuccessulExecuteResult(es, true, fmt.Sprintf("Runlevel %d set successful", level))125			return er126		}127		var errMsg string128		if len(es.Stderr) == 0 {129			errMsg = executor.ErrMsgUnknow130		} else {131			errMsg = es.Stderr[0]132		}133		return executor.NotSuccessulExecuteResult(es, errMsg)134	}135	return executor.ErrorExecuteResult(errors.New("executor is nil"))136}137//IsolateRunLevelSctrl centos7 åæ¢å°æå®çè¿è¡çº§å«138func IsolateRunLevelSctrl(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {139	if e != nil {140		level, err := executor.ExtractCmdFuncIntParam(params, CmdParamRunLevel)141		if err != nil {142			return executor.ErrorExecuteResult(err)143		}144		var (145			runLevelStr string146			ok          bool147		)148		runLevelStr, ok = gCentOs7RunLevelList[level]149		if !ok {150			return executor.ErrorExecuteResult(errors.New("unrecognized param"))151		}152		cmdStr := fmt.Sprintf("%s %s %s", "systemctl", "isolate", runLevelStr)153		es, err := e.ExecShell(cmdStr)154		if err != nil {155			return executor.ErrorExecuteResult(err)156		}157		if es.ExitCode == 0 && len(es.Stderr) == 0 {158			er := executor.SuccessulExecuteResult(es, true, "")159			return er160		}161		var errMsg string162		if len(es.Stderr) == 0 {163			errMsg = executor.ErrMsgUnknow164		} else {165			errMsg = es.Stderr[0]166		}167		return executor.NotSuccessulExecuteResult(es, errMsg)168	}169	return executor.ErrorExecuteResult(errors.New("executor is nil"))170}171//GetCurRunLevelInit  éè¿initå½ä»¤è·årunlevel172func GetCurRunLevelInit(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {173	if e != nil {174		cmdStr := "runlevel"175		es, err := e.ExecShell(cmdStr)176		if err != nil {177			return executor.ErrorExecuteResult(err)178		}179		if es.ExitCode == 0 && len(es.Stderr) == 0 {180			er := executor.SuccessulExecuteResult(es, false, "get current run level init successful")181			var value string182			if len(es.Stdout) == 1 {183				value = es.Stdout[0]184				value = getRunLevelIndexFromCmdInit(value)185			}186			resultData := map[string]string{ResultDataKeyStatus: value}187			er.ResultData = resultData188			return er189		}190		var errMsg string191		if len(es.Stderr) == 0 {192			errMsg = executor.ErrMsgUnknow193		} else {194			errMsg = es.Stderr[0]195		}196		return executor.NotSuccessulExecuteResult(es, errMsg)197	}198	return executor.ErrorExecuteResult(errors.New("executor is nil"))199}200//SetRunLevelInit ä½äºcentos7 è®¾ç½®runlevel å½ä»¤201func SetRunLevelInit(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {202	if e != nil {203		//sed s/id:5:initdefault:/id:3:initdefault:/g204		initPath := "/etc/inittab"205		exist, err := fileExistCharacter(e, initPath, "id:3:initdefault")206		if err != nil {207			return executor.ErrorExecuteResult(err)208		}209		if exist {210			result := new(executor.ExecuteResult)211			result.Changed = false212			result.Successful = true213			result.ExecuteHasError = false214			result.Message = "no need to set runlevel to 3"215			return *result216		}217		cmdStr := fmt.Sprintf("%s %s %s", "sed -i ", " s/id:5:initdefault:/id:3:initdefault:/g", initPath)218		fmt.Println("cmdStr=", cmdStr)219		es, err := e.ExecShell(cmdStr)220		if err != nil {221			return executor.ErrorExecuteResult(err)222		}223		if es.ExitCode == 0 && len(es.Stderr) == 0 {224			er := executor.SuccessulExecuteResult(es, true, "set run level init successful")225			return er226		}227		var errMsg string228		if len(es.Stderr) == 0 {229			errMsg = executor.ErrMsgUnknow230		} else {231			errMsg = es.Stderr[0]232		}233		return executor.NotSuccessulExecuteResult(es, errMsg)234	}235	return executor.ErrorExecuteResult(errors.New("executor is nil"))236}237//IsolateRunLevelInit init N   ç«å³åæ¢runlevel238func IsolateRunLevelInit(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {239	if e != nil {240		level, err := executor.ExtractCmdFuncIntParam(params, CmdParamRunLevel)241		if err != nil {242			return executor.ErrorExecuteResult(err)243		}244		if level < 0 || level > 6 {245			return executor.ErrorExecuteResult(errors.New("unrecognized param"))246		}247		cmdStr := "init " + strconv.Itoa(level)248		es, err := e.ExecShell(cmdStr)249		if err != nil {250			return executor.ErrorExecuteResult(err)251		}252		if es.ExitCode == 0 && len(es.Stderr) == 0 {253			er := executor.SuccessulExecuteResult(es, true, fmt.Sprintf("isolate run level init to %d successful", level))254			return er255		}256		var errMsg string257		if len(es.Stderr) == 0 {258			errMsg = executor.ErrMsgUnknow259		} else {260			errMsg = es.Stderr[0]261		}262		return executor.NotSuccessulExecuteResult(es, errMsg)263	}264	return executor.ErrorExecuteResult(errors.New("executor is nil"))265}266//GetCurRunLevel è·åå½årunlevel å½ä»¤267func GetCurRunLevel(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {268	return GetCurRunLevelInit(e, params)269}270//SetRunLevel è®¾ç½®runlevel å½ä»¤ èªå¨éæ©çæ¬271func SetRunLevel(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {272	er := LinuxDist(e, params)273	if !er.ExecuteHasError {274		version, ok := er.ResultData[ResultDataKeyVersion]275		if ok {276			(*params)[CmdParamVersion] = version277		}278	} else {279		return executor.ErrorExecuteResult(errors.New(er.Message))280	}281	iVer, err := GetLinuxDistVer(params)282	if err != nil {283		return executor.ErrorExecuteResult(err)284	}285	log.Debug("Current Version %d", iVer)286	if iVer >= 7 {287		return SetRunLevelSctrl(e, params)288	}289	return SetRunLevelInit(e, params)290}291//IsolateRunLevel åæ¢å°æå®çè¿è¡çº§å«292func IsolateRunLevel(e executor.Executor, params *executor.ExecutorCmdParams) executor.ExecuteResult {293	return IsolateRunLevelInit(e, params)294}295//fileExistCharacter å¤ææä¸ªåç¬¦ä¸²æ¯åå¨æä¸ªæä»¶ä¸296func fileExistCharacter(e executor.Executor, fileName, text string) (bool, error) {297	containFlag := "contain"298	notContainFlag := "not contain"299	cmdStr := fmt.Sprintf("grep -wq %s %s && echo %s || echo %s ", text, fileName, containFlag, notContainFlag)300	es, err := e.ExecShell(cmdStr)301	if err == nil {302		err = executor.GetExecResult(es)303		if err == nil {304			if len(es.Stdout) > 0 {305				if containFlag == strings.TrimSpace(es.Stdout[0]) {306					return true, nil307				}...

common.go

Source:common.go

...10	// DefaultArchivePattern is the default pattern when storing artifacts in an archive repository11	DefaultArchivePattern = "{{xcloudnativeio.name}}/{{pod.name}}"12	// Container names used in the xcloudnativeio pod13	MainContainerName = "main"14	InitContainerName = "init"15	WaitContainerName = "wait"16	// PodMetadataVolumeName is the volume name defined in a xcloudnativeio pod spec to expose pod metadata via downward API17	PodMetadataVolumeName = "podmetadata"18	// PodMetadataAnnotationsVolumePath is volume path for metadata.annotations in the downward API19	PodMetadataAnnotationsVolumePath = "annotations"20	// PodMetadataMountPath is the directory mount location for DownwardAPI volume containing pod metadata21	PodMetadataMountPath = "/xflow-controller/" + PodMetadataVolumeName22	// PodMetadataAnnotationsPath is the file path containing pod metadata annotations. Examined by executor23	PodMetadataAnnotationsPath = PodMetadataMountPath + "/" + PodMetadataAnnotationsVolumePath24	// DockerLibVolumeName is the volume name for the /var/lib/docker host path volume25	DockerLibVolumeName = "docker-lib"26	// DockerLibHostPath is the host directory path containing docker runtime state27	DockerLibHostPath = "/var/lib/docker"28	// DockerSockVolumeName is the volume name for the /var/run/docker.sock host path volume29	DockerSockVolumeName = "docker-sock"30	// AnnotationKeyNodeName is the pod metadata annotation key containing the xcloudnativeio node name31	AnnotationKeyNodeName = xcloudnativeio.FullName + "/node-name"32	// AnnotationKeyNodeMessage is the pod metadata annotation key the executor will use to33	// communicate errors encountered by the executor during artifact load/save, etc...34	AnnotationKeyNodeMessage = xcloudnativeio.FullName + "/node-message"35	// AnnotationKeyTemplate is the pod metadata annotation key containing the container template as JSON36	AnnotationKeyTemplate = xcloudnativeio.FullName + "/template"37	// AnnotationKeyOutputs is the pod metadata annotation key containing the container outputs38	AnnotationKeyOutputs = xcloudnativeio.FullName + "/outputs"39	// AnnotationKeyExecutionControl is the pod metadata annotation key containing execution control parameters40	// set by the controller and obeyed by the executor. For example, the controller will use this annotation to41	// signal the executors of daemoned containers that it should terminate.42	AnnotationKeyExecutionControl = xcloudnativeio.FullName + "/execution"43	// LabelKeyControllerInstanceID is the label the controller will carry forward to xcloudnativeios/pod labels44	// for the purposes of xcloudnativeio segregation45	LabelKeyControllerInstanceID = xcloudnativeio.FullName + "/controller-instanceid"46	// LabelKeyCompleted is the metadata label applied on worfklows and xcloudnativeio pods to indicates if resource is completed47	// xcloudnativeios and pods with a completed=true label will be ignored by the controller48	LabelKeyCompleted = xcloudnativeio.FullName + "/completed"49	// LabelKeyxcloudnativeio is the pod metadata label to indicate the associated xcloudnativeio name50	LabelKeyxcloudnativeio = xcloudnativeio.FullName + "/xcloudnativeio"51	// LabelKeyPhase is a label applied to xcloudnativeios to indicate the current phase of the xcloudnativeio (for filtering purposes)52	LabelKeyPhase = xcloudnativeio.FullName + "/phase"53	// ExecutorArtifactBaseDir is the base directory in the init container in which artifacts will be copied to.54	// Each artifact will be named according to its input name (e.g: /argo/inputs/artifacts/CODE)55	ExecutorArtifactBaseDir = "/xflow-controller/inputs/artifacts"56	// InitContainerMainFilesystemDir is a path made available to the init container such that the init container57	// can access the same volume mounts used in the main container. This is used for the purposes of artifact loading58	// (when there is overlapping paths between artifacts and volume mounts)59	InitContainerMainFilesystemDir = "/mainctrfs"60	// ExecutorStagingEmptyDir is the path of the emptydir which is used as a staging area to transfer a file between init/main container for script/resource templates61	ExecutorStagingEmptyDir = "/xflow-controller/staging"62	// ExecutorScriptSourcePath is the path which init will write the script source file to for script templates63	ExecutorScriptSourcePath = "/xflow-controller/staging/script"64	// ExecutorResourceManifestPath is the path which init will write the a manifest file to for resource templates65	ExecutorResourceManifestPath = "/tmp/manifest.yaml"66	// Various environment variables containing pod information exposed to the executor container(s)67	// EnvVarPodName contains the name of the pod (currently unused)68	EnvVarPodName = "ARGO_POD_NAME"69	// EnvVarContainerRuntimeExecutor contains the name of the container runtime executor to use, empty is equal to "docker"70	EnvVarContainerRuntimeExecutor = "ARGO_CONTAINER_RUNTIME_EXECUTOR"71	// EnvVarDownwardAPINodeIP is the envvar used to get the `status.hostIP`72	EnvVarDownwardAPINodeIP = "ARGO_KUBELET_HOST"73	// EnvVarKubeletPort is used to configure the kubelet api port...

Init

Using AI Code Generation

1func main() {2    e.Init()3    e.Execute()4}5func main() {6    e.Init()7    e.Execute()8}9func main() {10    e.Init()11    e.Execute()12}13func main() {14    e.Init()15    e.Execute()16}17func main() {18    e.Init()19    e.Execute()20}21func main() {22    e.Init()23    e.Execute()24}25func main() {26    e.Init()27    e.Execute()28}29func main() {30    e.Init()31    e.Execute()32}33func main() {34    e.Init()35    e.Execute()36}37func main() {38    e.Init()39    e.Execute()40}41func main() {42    e.Init()43    e.Execute()44}45func main() {46    e.Init()47    e.Execute()48}49func main() {50    e.Init()51    e.Execute()52}53func main() {54    e.Init()55    e.Execute()56}57func main() {

Init

Using AI Code Generation

1func main() {2    executor := &Executor{}3    executor.Init()4    executor.Execute()5}6func main() {7    executor := NewExecutor()8    executor.Execute()9}10func main() {11    executor := NewExecutor()12    executor.Execute()13}14func main() {15    executor := NewExecutor()16    executor.Execute()17}18func main() {19    executor := NewExecutor()20    executor.Execute()21}22func main() {23    executor := NewExecutor()24    executor.Execute()25}26func main() {27    executor := NewExecutor()28    executor.Execute()29}30func main() {31    executor := NewExecutor()32    executor.Execute()33}34func main() {35    executor := NewExecutor()36    executor.Execute()37}38func main() {39    executor := NewExecutor()40    executor.Execute()41}42func main() {43    executor := NewExecutor()44    executor.Execute()45}46func main() {47    executor := NewExecutor()48    executor.Execute()49}50func main() {51    executor := NewExecutor()52    executor.Execute()53}54func main() {55    executor := NewExecutor()56    executor.Execute()57}58func main() {59    executor := NewExecutor()60    executor.Execute()61}62func main() {63    executor := NewExecutor()64    executor.Execute()

Init

Using AI Code Generation

1import (2func main() {3	myExecutor.Init()4}5import (6func main() {7	myExecutor.Init()8}9import (10func main() {11	myExecutor.Init()12}13import (14func main() {15	myExecutor.Init()16}

Init

Using AI Code Generation

1import "myFolder/executor"2func main() {3    e := executor.Executor{}4    e.Init()5    e.Execute()6}7import "myFolder/executor"8func main() {9    e := executor.Executor{}10    e.Init()11    e.Execute()12}13import "myFolder/executor"14func main() {15    e := executor.Executor{}16    e.Init()17    e.Execute()18}19Your name to display (optional):20Your name to display (optional):21Your name to display (optional):

Init

Using AI Code Generation

1import (2func main() {3	executor := executor.Executor{}4	executor.Init()5	fmt.Println("Init method called")6}7import (8func main() {9	executor := executor.Executor{}10	executor.Init()11	fmt.Println("Init method called")12}13import (14func main() {15	executor := executor.Executor{}16	executor.Init()17	fmt.Println("Init method called")18}19import (20func main() {21	executor := executor.Executor{}22	executor.Init()23	fmt.Println("Init method called")24}25import (26func main() {27	executor := executor.Executor{}28	executor.Init()29	fmt.Println("Init method called")30}

Init

Using AI Code Generation

1import (2func main() {3	executor := NewExecutor()4	executor.Init()5	executor.Execute()6	executor.Close()7}8type Executor struct {9}10func (e *Executor) Init() {11	e.c = cron.New()12}13func (e *Executor) Execute() {14	e.c.AddFunc("@every 10s", func() {15		fmt.Println("Every 10 seconds")16	})17	e.c.Start()18}

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.