How to use GetVUs method of executor Package

Best K6 code snippet using executor.GetVUs

constant_vus.go

Source:constant_vus.go Github

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...58 }59}60// Make sure we implement the lib.ExecutorConfig interface61var _ lib.ExecutorConfig = &ConstantVUsConfig{}62// GetVUs returns the scaled VUs for the executor.63func (clvc ConstantVUsConfig) GetVUs(et *lib.ExecutionTuple) int64 {64 return et.ScaleInt64(clvc.VUs.Int64)65}66// GetDescription returns a human-readable description of the executor options67func (clvc ConstantVUsConfig) GetDescription(et *lib.ExecutionTuple) string {68 return fmt.Sprintf("%d looping VUs for %s%s",69 clvc.GetVUs(et), clvc.Duration.Duration, clvc.getBaseInfo())70}71// Validate makes sure all options are configured and valid72func (clvc ConstantVUsConfig) Validate() []error {73 errors := clvc.BaseConfig.Validate()74 if clvc.VUs.Int64 <= 0 {75 errors = append(errors, fmt.Errorf("the number of VUs must be more than 0"))76 }77 if !clvc.Duration.Valid {78 errors = append(errors, fmt.Errorf("the duration is unspecified"))79 } else if clvc.Duration.TimeDuration() < minDuration {80 errors = append(errors, fmt.Errorf(81 "the duration must be at least %s, but is %s", minDuration, clvc.Duration,82 ))83 }84 return errors85}86// GetExecutionRequirements returns the number of required VUs to run the87// executor for its whole duration (disregarding any startTime), including the88// maximum waiting time for any iterations to gracefully stop. This is used by89// the execution scheduler in its VU reservation calculations, so it knows how90// many VUs to pre-initialize.91func (clvc ConstantVUsConfig) GetExecutionRequirements(et *lib.ExecutionTuple) []lib.ExecutionStep {92 return []lib.ExecutionStep{93 {94 TimeOffset: 0,95 PlannedVUs: uint64(clvc.GetVUs(et)),96 },97 {98 TimeOffset: clvc.Duration.TimeDuration() + clvc.GracefulStop.TimeDuration(),99 PlannedVUs: 0,100 },101 }102}103// HasWork reports whether there is any work to be done for the given execution segment.104func (clvc ConstantVUsConfig) HasWork(et *lib.ExecutionTuple) bool {105 return clvc.GetVUs(et) > 0106}107// NewExecutor creates a new ConstantVUs executor108func (clvc ConstantVUsConfig) NewExecutor(es *lib.ExecutionState, logger *logrus.Entry) (lib.Executor, error) {109 return ConstantVUs{110 BaseExecutor: NewBaseExecutor(clvc, es, logger),111 config: clvc,112 }, nil113}114// ConstantVUs maintains a constant number of VUs running for the115// specified duration.116type ConstantVUs struct {117 *BaseExecutor118 config ConstantVUsConfig119}120// Make sure we implement the lib.Executor interface.121var _ lib.Executor = &ConstantVUs{}122// Run constantly loops through as many iterations as possible on a fixed number123// of VUs for the specified duration.124func (clv ConstantVUs) Run(parentCtx context.Context, out chan<- metrics.SampleContainer) (err error) {125 numVUs := clv.config.GetVUs(clv.executionState.ExecutionTuple)126 duration := clv.config.Duration.TimeDuration()127 gracefulStop := clv.config.GetGracefulStop()128 startTime, maxDurationCtx, regDurationCtx, cancel := getDurationContexts(parentCtx, duration, gracefulStop)129 defer cancel()130 // Make sure the log and the progress bar have accurate information131 clv.logger.WithFields(132 logrus.Fields{"vus": numVUs, "duration": duration, "type": clv.config.GetType()},133 ).Debug("Starting executor run...")134 progressFn := func() (float64, []string) {135 spent := time.Since(startTime)136 right := []string{fmt.Sprintf("%d VUs", numVUs)}137 if spent > duration {138 right = append(right, duration.String())139 return 1, right...

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GetVUs

Using AI Code Generation

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1import (2func main() {3 executor := executor.NewConstantVUsExecutor(5, time.Second)4 vus := executor.GetVUs()5 fmt.Printf("VUs: %d6}7import (8func main() {9 executor := executor.NewSharedIterationsExecutor(5, time.Second)10 vus := executor.GetVUs()11 fmt.Printf("VUs: %d12}13import (14func main() {15 executor := executor.NewConstantArrivalRateExecutor(5, time.Second)16 vus := executor.GetVUs()17 fmt.Printf("VUs: %d18}19import (20func main() {21 executor := executor.NewExternallyControlledExecutor(5, time.Second)

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GetVUs

Using AI Code Generation

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1import (2func main() {3 var maxDuration types.NullDuration = types.NullDurationFrom(10 * time.Second)4 var startTime types.NullDuration = types.NullDurationFrom(0 * time.Second)5 var exec executor.Executor = executor.NewConstantVUsPerDurationConfig{VUs: vus, Duration: maxDuration, StartTime: startTime, GracefulStop: stages, PreAllocatedVUs: 0, MaxVUs: 0}6 fmt.Println(exec.GetVUs())7}8import (9func main() {10 var maxDuration types.NullDuration = types.NullDurationFrom(10 * time.Second)11 var startTime types.NullDuration = types.NullDurationFrom(0 * time.Second)12 var exec executor.Executor = executor.NewVariableLoopingVUsConfig{VUs: vus, StartTime: startTime, GracefulStop: stages, PreAllocatedVUs: 0, MaxVUs: 0}13 fmt.Println(exec.GetVUs())14}15import (16func main() {17 var maxDuration types.NullDuration = types.NullDurationFrom(10 * time.Second)18 var startTime types.NullDuration = types.NullDurationFrom(0 * time.Second)19 var exec executor.Executor = executor.NewSharedIterationsConfig{VUs: vus, Iterations: 100, StartTime: startTime,

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GetVUs

Using AI Code Generation

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1import (2func main() {3 executor := executor.NewPerVUIterations(4 &lib.ExecutorConfig{5 },6 executor1 := executor.NewPerVUIterations(7 &lib.ExecutorConfig{8 },9 executor2 := executor.NewPerVUIterations(10 &lib.ExecutorConfig{11 },12 executor3 := executor.NewPerVUIterations(13 &lib.ExecutorConfig{14 },15 executor4 := executor.NewPerVUIterations(16 &lib.ExecutorConfig{17 },18 executor5 := executor.NewPerVUIterations(19 &lib.ExecutorConfig{20 },21 executor6 := executor.NewPerVUIterations(22 &lib.ExecutorConfig{23 },24 executor7 := executor.NewPerVUIterations(25 &lib.ExecutorConfig{

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GetVUs

Using AI Code Generation

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1func (e *Executor) GetVUs() int {2}3func (e *Executor) GetVUs() int {4}5func (e *Executor) GetVUs() int {6}7func (e *Executor) GetVUs() int {8}9func (e *Executor) GetVUs() int {10}11func (e *Executor) GetVUs() int {12}13func (e *Executor) GetVUs() int {14}15func (e *Executor) GetVUs() int {16}17func (e *Executor) GetVUs() int {18}19func (e *Executor) GetVUs() int {20}21func (e *Executor) GetVUs() int {22}23func (e *Executor) GetVUs() int {24}25func (e *Executor) GetVUs() int {26}27func (e *Executor) GetVUs() int {

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GetVUs

Using AI Code Generation

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1import (2func main() {3 logger := log.New(os.Stderr, "", log.LstdFlags)4 ctx, cancel := context.WithCancel(context.Background())5 defer cancel()6 executorConfig := lib.ExecutorConfig{7 }8 executor, err := lib.NewExecutor(ctx, executorConfig, nil)9 if err != nil {10 logger.Fatal(err)11 }12 scheduler := lib.NewScheduler([]lib.Executor{executor})13 engine := lib.NewEngine(scheduler, logger)14 runner := lib.NewRunner(logger)15 collector := stats.NewBufferedCollector()16 mb := httpmultibin.NewHTTPMultiBin(t)17 defer mb.Cleanup()18 script := []byte(fmt.Sprintf(`19 import http from "k6/http";20 import { sleep } from "k6";21 export default function () {22 sleep(1);23 }24 suite, err := loader.LoadSuite(script, loader.Options{})25 if err != nil {26 logger.Fatal(err)27 }28 testRun := testutils.NewTestRun(ctx, engine, runner, collector, suite)29 testRun.Run(ctx, lib.RunnerConfig{30 Iterations: types.NullIntFrom(10),31 VUs: types.NullIntFrom(10),32 })33 <-testRun.Done()34 vuMetrics := collector.GetVUMetrics()

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GetVUs

Using AI Code Generation

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1func main() {2 executor := &executor{3 }4 fmt.Println(executor.GetVUs())5}6func main() {7 executor := &executor{8 }9 fmt.Println(executor.GetVUs())10}11func main() {12 executor := &executor{13 }14 fmt.Println(executor.GetVUs())15}16func main() {17 executor := &executor{18 }19 fmt.Println(executor.GetVUs())20}21func main() {22 executor := &executor{23 }24 fmt.Println(executor.GetVUs())25}26func main() {27 executor := &executor{28 }29 fmt.Println(executor.GetVUs())30}31func main() {32 executor := &executor{33 }34 fmt.Println(executor.GetVUs())35}36func main() {37 executor := &executor{38 }39 fmt.Println(executor.GetVUs())40}41func main() {42 executor := &executor{43 }44 fmt.Println(executor.GetVUs())45}46func main() {47 executor := &executor{48 }49 fmt.Println(executor.GetVUs())50}51func main() {52 executor := &executor{

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GetVUs

Using AI Code Generation

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1func main() {2 executor := executor.New(executor.Options{3 StartTime: time.Now(),4 Stages: []lib.Stage{},5 })6 fmt.Println("VU's: ", executor.GetVUs())7}8func main() {9 executor := executor.New(executor.Options{10 StartTime: time.Now(),11 Stages: []lib.Stage{},12 })13 fmt.Println("VU's: ", executor.GetVUs())14}15func main() {16 executor := executor.New(executor.Options{17 StartTime: time.Now(),18 Stages: []lib.Stage{},19 })20 fmt.Println("VU's: ", executor.GetVUs())21}

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GetVUs

Using AI Code Generation

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1func main() {2 executor := &fixedvus.Executor{3 }4 fmt.Println(executor.GetVUs())5}6func main() {7 executor := &fixedvus.Executor{8 }9 fmt.Println(executor.GetMaxVUs())10}11func main() {12 executor := &fixedvus.Executor{13 }14 executor.SetVUs(50)15 fmt.Println(executor.GetVUs())16}17func main() {18 executor := &fixedvus.Executor{19 }20 executor.SetMaxVUs(50)21 fmt.Println(executor.GetMaxVUs())22}23func main() {24 executor := &fixedvus.Executor{25 }26 fmt.Println(executor.IsRunning())27}28func main() {29 executor := &fixedvus.Executor{30 }31 executor.Run(context.Background(), nil)32}33func main() {34 executor := &fixedvus.Executor{35 }36 fmt.Println(executor.GetRunner())37}38func main() {39 executor := &fixedvus.Executor{40 }41 fmt.Println(executor.GetConfig())42}43func main() {44 executor := &fixedvus.Executor{45 }46 executor.SetConfig(lib.ExecutorConfig{47 })48 fmt.Println(executor.GetConfig())49}

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GetVUs

Using AI Code Generation

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1func (e *MyExecutor) GetVUs() []lib.VU {2 VUList := make([]lib.VU, e.vuCount)3 for i := 0; i < e.vuCount; i++ {4 VUList[i] = &MyVU{}5 }6}7func (e *MyExecutor) GetMaxVUs() int {8}9func (e *MyExecutor) GetMaxDuration() time.Duration {10}11func (e *MyExecutor) GetGracefulStop() time.Duration {12}13func (e *MyExecutor) GetStartVUs() int {14}15func (e *MyExecutor) GetStages() []lib.Stage {16}17func (e *MyExecutor) GetEnv() map[string]string {18}19func (e *MyExecutor) GetExec() string {20}21func (e *MyExecutor) GetRunner() lib.Runner {22}23func (e *MyExecutor) GetSystemTags() *stats.SystemTagSet {24}25func (e *MyExecutor) GetMetricSamplesChannels() chan<- stats.SampleContainer

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