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How to use absInt64 method of executor Package

Best K6 code snippet using executor.absInt64

ramping_vus.go

Source:ramping_vus.go

...227		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 = stageEndVUs252	}253	return int(result)254}255// If the graceful ramp-downs are enabled, we need to reserve any VUs that may256// potentially have to finish running iterations when we're scaling their number257// down. This would prevent attempts from other executors to use them while the258// iterations are finishing up during their allotted gracefulRampDown periods.259//260// But we also need to be careful to not over-allocate more VUs than we actually261// need. We should never have more PlannedVUs than the max(startVUs,262// stage[n].target), even if we're quickly scaling VUs up and down multiple263// times, one after the other. In those cases, any previously reserved VUs...

absInt64

Using AI Code Generation

1func main() {2    fmt.Println(executor.AbsInt64(-1))3}4func main() {5    fmt.Println(executor.AbsInt64(-1))6}7func main() {8    fmt.Println(executor.AbsInt64(-1))9}10func main() {11    fmt.Println(executor.AbsInt64(-1))12}13func main() {14    fmt.Println(executor.AbsInt64(-1))15}

absInt64

Using AI Code Generation

1import (2func main() {3   fmt.Println("Absolute value of ", a, " is ", math.Abs(float64(a)))4   fmt.Println("Absolute value of ", b, " is ", math.Abs(float64(b)))5   fmt.Println("Absolute value of ", c, " is ", math.Abs(float64(c)))6   fmt.Println("Absolute value of ", d, " is ", math.Abs(float64(d)))7}8Related Posts: Golang | math.Ceil() Method9Golang | math.Copysign() Method10Golang | math.Floor() Method11Golang | math.Exp() Method12Golang | math.Mod() Method13Golang | math.Remainder() Method14Golang | math.Round() Method15Golang | math.Sqrt() Method16Golang | math.Trunc() Method17Golang | math.Pow() Method18Golang | math.Abs() Method19Golang | math.Signbit() Method20Golang | math.Float64bits() Method21Golang | math.Float64frombits() Method22Golang | math.Float32bits() Method23Golang | math.Float32frombits() Method24Golang | math.Max() Method25Golang | math.Min() Method26Golang | math.Hypot() Method27Golang | math.NaN() Method28Golang | math.IsNaN() Method29Golang | math.Inf() Method30Golang | math.IsInf() Method31Golang | math.Modf() Method32Golang | math.Frexp() Method33Golang | math.Ldexp() Method34Golang | math.Trunc() Method35Golang | math.Float32bits() Method36Golang | math.Float32frombits() Method37Golang | math.Float64bits() Method38Golang | math.Float64frombits() Method39Golang | math.Float32bits() Method40Golang | math.Float32frombits() Method

absInt64

Using AI Code Generation

1func main(){2	fmt.Println("Absolute value of a is: ",executor.absInt64(a))3	fmt.Println("Absolute value of b is: ",executor.absInt64(b))4}5func main(){6	fmt.Println("Absolute value of a is: ",executor.absInt64(a))7	fmt.Println("Absolute value of b is: ",executor.absInt64(b))8}9func absInt64(a int64) int64{10	if a < 0 {11	}12}

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