How to use precalculateTheRequiredSteps method of executor Package

Best K6 code snippet using executor.precalculateTheRequiredSteps

ramping_vus.go

Source:ramping_vus.go Github

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...172func (vlvc RampingVUsConfig) getRawExecutionSteps(et *lib.ExecutionTuple, zeroEnd bool) []lib.ExecutionStep {173 var (174 timeTillEnd time.Duration175 fromVUs = vlvc.StartVUs.Int64176 steps = make([]lib.ExecutionStep, 0, vlvc.precalculateTheRequiredSteps(et, zeroEnd))177 index = lib.NewSegmentedIndex(et)178 )179 // Reserve the scaled StartVUs at the beginning180 scaled, unscaled := index.GoTo(fromVUs)181 steps = append(steps, lib.ExecutionStep{TimeOffset: 0, PlannedVUs: uint64(scaled)})182 addStep := func(timeOffset time.Duration, plannedVUs uint64) {183 if steps[len(steps)-1].PlannedVUs != plannedVUs {184 steps = append(steps, lib.ExecutionStep{TimeOffset: timeOffset, PlannedVUs: plannedVUs})185 }186 }187 for _, stage := range vlvc.Stages {188 stageEndVUs := stage.Target.Int64189 stageDuration := time.Duration(stage.Duration.Duration)190 timeTillEnd += stageDuration191 stageVUDiff := stageEndVUs - fromVUs192 if stageVUDiff == 0 {193 continue194 }195 if stageDuration == 0 {196 scaled, unscaled = index.GoTo(stageEndVUs)197 addStep(timeTillEnd, uint64(scaled))198 fromVUs = stageEndVUs199 continue200 }201 // VU reservation for gracefully ramping down is handled as a202 // separate method: reserveVUsForGracefulRampDowns()203 if unscaled > stageEndVUs { // ramp down204 // here we don't want to emit for the equal to stageEndVUs as it doesn't go below it205 // it will just go to it206 for ; unscaled > stageEndVUs; scaled, unscaled = index.Prev() {207 addStep(208 // this is the time that we should go up 1 if we are ramping up209 // but we are ramping down so we should go 1 down, but because we want to not210 // stop VUs immediately we stop it on the next unscaled VU's time211 timeTillEnd-time.Duration(int64(stageDuration)*(stageEndVUs-unscaled+1)/stageVUDiff),212 uint64(scaled-1),213 )214 }215 } else {216 for ; unscaled <= stageEndVUs; scaled, unscaled = index.Next() {217 addStep(218 timeTillEnd-time.Duration(int64(stageDuration)*(stageEndVUs-unscaled)/stageVUDiff),219 uint64(scaled),220 )221 }222 }223 fromVUs = stageEndVUs224 }225 if zeroEnd && steps[len(steps)-1].PlannedVUs != 0 {226 // If the last PlannedVUs value wasn't 0, add a last step with 0227 steps = append(steps, lib.ExecutionStep{TimeOffset: timeTillEnd, PlannedVUs: 0})228 }229 return steps230}231func absInt64(a int64) int64 {232 if a < 0 {233 return -a234 }235 return a236}237func (vlvc RampingVUsConfig) precalculateTheRequiredSteps(et *lib.ExecutionTuple, zeroEnd bool) int {238 p := et.ScaleInt64(vlvc.StartVUs.Int64)239 var result int64240 result++ // for the first one241 if zeroEnd {242 result++ // for the last one - this one can be more then needed243 }244 for _, stage := range vlvc.Stages {245 stageEndVUs := et.ScaleInt64(stage.Target.Int64)246 if stage.Duration.Duration == 0 {247 result++248 } else {249 result += absInt64(p - stageEndVUs)250 }251 p = stageEndVUs...

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precalculateTheRequiredSteps

Using AI Code Generation

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

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precalculateTheRequiredSteps

Using AI Code Generation

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1import "fmt"2func main() {3 fmt.Scanf("%d", &n)4 for i := 0; i < n; i++ {5 fmt.Scanf("%d", &num)6 array = append(array, num)7 }8 executor.precalculateTheRequiredSteps(array)9}10import "fmt"11type Executor struct {12}13func (executor Executor) precalculateTheRequiredSteps(array []int) {14 for i := 0; i < len(array); i++ {15 if array[i] > 0 {16 } else {17 }18 }19 fmt.Println(result)20}21import "fmt"22type Executor struct {23}24func (executor Executor) precalculateTheRequiredSteps(array []int) {25 for i := 0; i < len(array); i++ {26 if array[i] > 0 {27 } else {28 }29 }30 fmt.Println(result)31}32import "fmt"33type Executor struct {34}35func (executor Executor) precalculateTheRequiredSteps(array []int) {36 for i := 0; i < len(array); i++ {37 if array[i] > 0 {38 } else {39 }40 }41 fmt.Println(result)42}43import "fmt"44type Executor struct {45}46func (executor Executor) precalculateTheRequiredSteps(array []int) {47 for i := 0; i < len(array); i++ {48 if array[i] > 0 {49 } else {50 }51 }52 fmt.Println(result)

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precalculateTheRequiredSteps

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

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precalculateTheRequiredSteps

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1import (2func main() {3 c := cron.New()4 c.AddFunc("@daily", func() {5 fmt.Println("Every day")6 })7 c.Start()8 select {}9}

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precalculateTheRequiredSteps

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1import (2func main() {3 fmt.Scan(&n)4 fmt.Scan(&m)5 fmt.Scan(&k)6 executor.precalculateTheRequiredSteps()7 fmt.Println(executor.requiredSteps)8}9import (10type executor struct {11}12func (e *executor) precalculateTheRequiredSteps() {13 e.requiredSteps = make([]int, e.n)14 for i := 0; i < e.n; i++ {15 e.requiredSteps[i] = e.getRequiredSteps(i)16 }17 sort.Ints(e.requiredSteps)18}19func (e *executor) getRequiredSteps(i int) int {20 if i == 0 {21 } else {22 requiredSteps = e.getRequiredSteps(i-1) + e.m23 }24}25import (26type executor struct {27}28func (e *executor) precalculateTheRequiredSteps() {29 e.requiredSteps = make([]int, e.n)30 for i := 0; i < e.n; i++ {31 e.requiredSteps[i] = e.getRequiredSteps(i)32 }33 sort.Ints(e.requiredSteps)34}35func (e *executor) getRequiredSteps(i int) int {36 if i == 0 {37 } else {38 requiredSteps = e.getRequiredSteps(i-1) + e.m39 }40}41import (42type executor struct {43}44func (e *executor) precalculateTheRequiredSteps() {45 e.requiredSteps = make([]int, e.n)46 for i := 0; i < e.n; i++ {47 e.requiredSteps[i] = e.getRequiredSteps(i)48 }49 sort.Ints(e.requiredSteps)50}51func (e *executor) getRequiredSteps(i int) int {

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precalculateTheRequiredSteps

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello World")4 rohitkumar94.PrecalculateTheRequiredSteps()5}6import (7func main() {8 fmt.Println("Hello World")9 rohitkumar94.PrecalculateTheRequiredSteps()10}11import (12func main() {13 fmt.Println("Hello World")14 rohitkumar94.PrecalculateTheRequiredSteps()15}16import (17func main() {18 fmt.Println("Hello World")19 rohitkumar94.PrecalculateTheRequiredSteps()20}21import (22func main() {23 fmt.Println("Hello World")24 rohitkumar94.PrecalculateTheRequiredSteps()25}26import (27func main() {28 fmt.Println("Hello World")29 rohitkumar94.PrecalculateTheRequiredSteps()30}31import (32func main() {33 fmt.Println("Hello World")34 rohitkumar94.PrecalculateTheRequiredSteps()35}36import (

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