Best K6 code snippet using executor.getScaledArrivalRate
helpers.go
Source:helpers.go
...172 }173 progressBar.Modify(status, constProg)174 }175}176// getScaledArrivalRate returns a rational number containing the scaled value of177// the given rate over the given period. This should generally be the first178// function that's called, before we do any calculations with the users-supplied179// rates in the arrival-rate executors.180func getScaledArrivalRate(es *lib.ExecutionSegment, rate int64, period time.Duration) *big.Rat {181 return es.InPlaceScaleRat(big.NewRat(rate, int64(period)))182}183// getTickerPeriod is just a helper function that returns the ticker interval184// we need for given arrival-rate parameters.185//186// It's possible for this function to return a zero duration (i.e. valid=false)187// and 0 isn't a valid ticker period. This happens so we don't divide by 0 when188// the arrival-rate period is 0. This case has to be handled separately.189func getTickerPeriod(scaledArrivalRate *big.Rat) types.NullDuration {190 if scaledArrivalRate.Sign() == 0 {191 return types.NewNullDuration(0, false)192 }193 // Basically, the ticker rate is time.Duration(1/arrivalRate). Considering194 // that time.Duration is represented as int64 nanoseconds, no meaningful...
getScaledArrivalRate
Using AI Code Generation
1func main() {2 exec := new(executor)3 exec.getScaledArrivalRate()4}5func main() {6 exec := new(executor)7 exec.getScaledArrivalRate()8}9func main() {10 exec := new(executor)11 exec.getScaledArrivalRate()12}13func main() {14 exec := new(executor)15 exec.getScaledArrivalRate()16}17func main() {18 exec := new(executor)19 exec.getScaledArrivalRate()20}21func main() {22 exec := new(executor)23 exec.getScaledArrivalRate()24}25func main() {26 exec := new(executor)27 exec.getScaledArrivalRate()28}29func main() {30 exec := new(executor)31 exec.getScaledArrivalRate()32}33func main() {34 exec := new(executor)
getScaledArrivalRate
Using AI Code Generation
1import (2type executor struct {3}4func (e *executor) getScaledArrivalRate() float64 {5}6func main() {7 e := executor{}8 start := time.Now()9 for i := 0; i < 100000; i++ {10 e.getScaledArrivalRate()11 }12 fmt.Println(time.Since(start))13}14import (15type executor struct {16}17func (e *executor) getScaledArrivalRate() float64 {18}19func main() {20 e := executor{}21 start := time.Now()22 for i := 0; i < 100000; i++ {23 e.getScaledArrivalRate()24 }25 fmt.Println(time.Since(start))26}27import (28type executor struct {29}30func (e *executor) getScaledArrivalRate() float64 {31}32func main() {33 e := executor{}34 start := time.Now()35 for i := 0; i < 100000; i++ {36 e.getScaledArrivalRate()37 }38 fmt.Println(time.Since(start))39}40import (41type executor struct {42}43func (e *executor) getScaledArrivalRate() float64 {44}45func main() {46 e := executor{}47 start := time.Now()48 for i := 0; i < 100000; i++ {49 e.getScaledArrivalRate()50 }51 fmt.Println(time.Since(start))52}53import (54type executor struct {55}
getScaledArrivalRate
Using AI Code Generation
1import "fmt"2func main() {3 scaledArrivalRate = executor.getScaledArrivalRate()4 fmt.Println(scaledArrivalRate)5}6import "fmt"7func main() {8 scaledArrivalRate = executor.getScaledArrivalRate()9 fmt.Println(scaledArrivalRate)10}11cannot use executor (type Executor) as type Executor in field value12scaledArrivalRate = executor.getScaledArrivalRate()
getScaledArrivalRate
Using AI Code Generation
1func main() {2 executor := Executor{}3 scaledArrivalRate := executor.getScaledArrivalRate()4 fmt.Println(scaledArrivalRate)5}6func (executor *Executor) getScaledArrivalRate() float64 {7 arrivalRate := executor.config.GetArrivalRate()8}9func (config *Config) GetArrivalRate() float64 {10}
getScaledArrivalRate
Using AI Code Generation
1func main() {2 var executor = Executor{}3 var scaledArrivalRate = executor.getScaledArrivalRate()4 fmt.Println(scaledArrivalRate)5}6import "fmt"7type Executor struct {8}9func (e Executor) getScaledArrivalRate() float64 {10}11func main() {12 var executor = Executor{arrivalRate: 0.5}13 var scaledArrivalRate = executor.getScaledArrivalRate()14 fmt.Println(scaledArrivalRate)15}16import "fmt"17type Executor struct {18}19func (e Executor) getScaledArrivalRate() float64 {20}21func main() {22 var executor = Executor{arrivalRate: 0.5}23 var scaledArrivalRate = executor.getScaledArrivalRate()24 fmt.Println(scaledArrivalRate)25}26import "fmt"27type Executor struct {28}
getScaledArrivalRate
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello, playground")4 arrivalRate := math.Pow(10, 6)5 executor := NewExecutor(arrivalRate)6 scaledArrivalRate := executor.getScaledArrivalRate()7 fmt.Printf("Scaled arrival rate is %v", scaledArrivalRate)8}9import (10type Executor struct {11}12func NewExecutor(arrivalRate float64) *Executor {13 return &Executor{14 }15}16func (e *Executor) getScaledArrivalRate() float64 {17 return math.Pow(10, 6) / e.arrivalRate18}
getScaledArrivalRate
Using AI Code Generation
1import (2type executor struct {3}4func (e *executor) getScaledArrivalRate() int {5 if e.queueLength < e.queueLengthLimit {6 } else {7 }8}9func main() {10 executor := executor{arrivalRate: 100, serviceTime: 100, queueLength: 0, queueLengthLimit: 100}11 fmt.Println("Scaled arrival rate:", executor.getScaledArrivalRate())12}13import (14type executor struct {15}16func (e *executor) getScaledArrivalRate() int {17 if e.queueLength < e.queueLengthLimit {18 } else {19 }20}21func main() {22 executor := executor{arrivalRate: 100, serviceTime: 100, queueLength: 0, queueLengthLimit: 100}23 fmt.Println("Scaled arrival rate:", executor.getScaledArrivalRate())24}25import (26type executor struct {27}28func (e *executor) getScaledArrivalRate() int {29 if e.queueLength < e.queueLengthLimit {30 } else {31 }32}33func main() {34 executor := executor{arrivalRate: 100, serviceTime: 100, queueLength: 0, queueLengthLimit: 100}35 fmt.Println("Scaled arrival rate:", executor.getScaledArrivalRate())36}37import (
getScaledArrivalRate
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello, playground")4 exec := NewExecutor(20, 10, 10)5 task := NewTask(10, 10)6 arrivalRate := exec.getScaledArrivalRate(task)7 fmt.Println("Arrival Rate: ", arrivalRate)8}9import (10type Task struct {11}12func NewTask(concurrency int, duration time.Duration) *Task {13 return &Task{14 }15}16import (17type Executor struct {18}19func NewExecutor(concurrency int, duration time.Duration, timeout time.Duration) *Executor {20 return &Executor{21 }22}23func (e *Executor) getScaledArrivalRate(t *Task) float64 {24 arrivalRate := float64(t.concurrency) / float64(t.duration)25 maxTasks := float64(e.concurrency) * float64(e.duration)26 maxArrivalRate := float64(t.concurrency) / float64(maxTasks)27 fmt.Println("Arrival Rate: ", arrivalRate)28 fmt.Println("Max Tasks: ", maxTasks)29 fmt.Println("Max Arrival Rate: ", maxArrivalRate)30 fmt.Println("Scaled Arrival Rate: ", scaledArr
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