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Automation Advisor
K6
lib
GetNewExecutionSegmentSequenceFromValue

How to use GetNewExecutionSegmentSequenceFromValue method of lib Package

Best K6 code snippet using lib.GetNewExecutionSegmentSequenceFromValue

execution_segment.go

Source:execution_segment.go

...554		Segment:      essw.ExecutionSegmentSequence[segmentIndex],555		SegmentIndex: segmentIndex,556	}557}558// GetNewExecutionSegmentSequenceFromValue uses the value provided, splits it559// between all the segments, using the striping offsets in the sequence,560// generating a new segment sequence. It then returns a new561// ExecutionSegmentSequenceWrapper, with the new sequence and segments, such562// that each new segment in the new sequence has length `Scale(value)/value`563// while keeping the order.564//565// Additionally, the position of a given segment index can be tracked (since566// empty segments are removed), so that you can reconstruct an ExecutionTuple,567// if required. If the segment with the trackedIndex is not part of the new568// sequence, or if a new sequence cannot be generated (for example, for 0569// values), an error will be returned.570func (essw *ExecutionSegmentSequenceWrapper) GetNewExecutionSegmentSequenceFromValue(value int64, trackedIndex int) (571	newSequence *ExecutionSegmentSequenceWrapper, newIndex int, err error,572) {573	if value < 1 {574		return nil, -1, fmt.Errorf("cannot generate new sequence for value %d", value)575	}576	if value%essw.lcd == 0 { // the value is perfectly divisible so we will get the same tuple577		return essw, trackedIndex, nil578	}579	newIndex = -1580	newESS := make(ExecutionSegmentSequence, 0, len(essw.ExecutionSegmentSequence)) // this can be smaller581	prev := int64(0)582	for i := range essw.ExecutionSegmentSequence {583		newValue := essw.ScaleInt64(i, value)584		if newValue == 0 {585			continue586		}587		currentES := newExecutionSegment(big.NewRat(prev, value), big.NewRat(prev+newValue, value))588		prev += newValue589		if i == trackedIndex {590			newIndex = len(newESS)591		}592		newESS = append(newESS, currentES)593	}594	if newIndex == -1 {595		return nil, -1, fmt.Errorf(596			"segment %d (%s) isn't present in the new sequence",597			trackedIndex, essw.ExecutionSegmentSequence[trackedIndex],598		)599	}600	return NewExecutionSegmentSequenceWrapper(newESS), newIndex, nil601}602// ExecutionTuple is the combination of an ExecutionSegmentSequence(Wrapper) and603// a specific ExecutionSegment from it. It gives easy access to the efficient604// scaling and striping algorithms for that specific segment, since the results605// are cached in the sequence wrapper.606type ExecutionTuple struct { // TODO rename? make fields private and have getter methods?607	Sequence     *ExecutionSegmentSequenceWrapper608	Segment      *ExecutionSegment609	SegmentIndex int610}611func (et *ExecutionTuple) String() string {612	return fmt.Sprintf("%s in %s", et.Segment, et.Sequence)613}614// NewExecutionTuple returns a new ExecutionTuple for the provided segment and615// sequence.616//617// TODO: don't return a pointer?618func NewExecutionTuple(segment *ExecutionSegment, sequence *ExecutionSegmentSequence) (*ExecutionTuple, error) {619	filledSeq := GetFilledExecutionSegmentSequence(sequence, segment)620	wrapper := NewExecutionSegmentSequenceWrapper(filledSeq)621	index, err := wrapper.FindSegmentPosition(segment)622	if err != nil {623		return nil, err624	}625	return &ExecutionTuple{Sequence: wrapper, Segment: segment, SegmentIndex: index}, nil626}627// ScaleInt64 scales the provided value for our execution segment.628func (et *ExecutionTuple) ScaleInt64(value int64) int64 {629	if len(et.Sequence.ExecutionSegmentSequence) == 1 {630		return value // if we don't have any segmentation, just return the original value631	}632	return et.Sequence.ScaleInt64(et.SegmentIndex, value)633}634// GetStripedOffsets returns the striped offsets for our execution segment.635func (et *ExecutionTuple) GetStripedOffsets() (int64, []int64, int64) {636	return et.Sequence.GetStripedOffsets(et.SegmentIndex)637}638// GetNewExecutionTupleFromValue re-segments the sequence, based on the given639// value (see GetNewExecutionSegmentSequenceFromValue() above), and either640// returns the new tuple, or an error if the current segment isn't present in641// the new sequence.642func (et *ExecutionTuple) GetNewExecutionTupleFromValue(value int64) (*ExecutionTuple, error) {643	newSequenceWrapper, newIndex, err := et.Sequence.GetNewExecutionSegmentSequenceFromValue(value, et.SegmentIndex)644	if err != nil {645		return nil, err646	}647	return &ExecutionTuple{648		Sequence:     newSequenceWrapper,649		Segment:      newSequenceWrapper.ExecutionSegmentSequence[newIndex],650		SegmentIndex: newIndex,651	}, nil652}...

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1import (2func main() {3	segments, err := lib.GetNewExecutionSegmentSequenceFromValue("2/3,1/2")4	if err != nil {5		fmt.Println("Error: ", err)6	}7	fmt.Println("Segments: ", segments)8}9Segments:  [{1 2} {2 3}]10Your name to display (optional):11Your name to display (optional):

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1func main() {2    seq, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/3, 3/4")3    if err != nil {4        panic(err)5    }6    fmt.Println(seq)7}8[{1 2} {2 3} {3 4}]9func main() {10    seq, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/3, 3/4")11    if err != nil {12        panic(err)13    }14    fmt.Println(seq)15}16[{1 2} {2 3} {3 4}]17func main() {18    seq, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/3, 3/4")19    if err != nil {20        panic(err)21    }22    fmt.Println(seq)23}24[{1 2} {2 3} {3 4}]25func main() {26    seq, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/3, 3/4")27    if err != nil {28        panic(err)29    }30    fmt.Println(seq)31}32[{1 2} {2 3} {3 4}]33func main() {34    seq, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/3, 3/4")35    if err != nil {36        panic(err)37    }38    fmt.Println(seq)39}40[{1 2} {2 3} {3 4}]41func main() {42    seq, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/3, 3/4")43    if err != nil {44        panic(err)45    }46    fmt.Println(seq

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1import (2func main() {3	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue("1/2,2/2"))4	fmt.Println(lib.GetExecutionSegmentSequenceFromValue("1/2,2/2"))5}6[ { 0 0.5 } { 0.5 1 } ] [ { 0 0.5 } { 0.5 1 } ]7func GetNewExecutionSegmentSequenceFromValue(value string) ([]lib.ExecutionSegment, error)8import (9func main() {10	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue("1/2,2/2"))11}12[ { 0 0.5 } { 0.5 1 } ]

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1import (2func main() {3	sequence := lib.GetNewExecutionSegmentSequenceFromValue("1/2,2/2")4	fmt.Println(sequence)5}6import (7func main() {8	sequence := lib.NewExecutionSegmentSequence(lib.ExecutionSegment{1, 2}, lib.ExecutionSegment{2, 2})9	fmt.Println(sequence)10}11import (12func main() {13	sequence := lib.NewExecutionSegmentSequence(lib.ExecutionSegment{1, 2}, lib.ExecutionSegment{2, 2})14	fmt.Println(sequence)15}16import (17func main() {18	sequence := lib.NewExecutionSegmentSequence(lib.ExecutionSegment{1, 2}, lib.ExecutionSegment{2, 2})19	fmt.Println(sequence)20}21import (22func main() {23	sequence := lib.NewExecutionSegmentSequence(lib.ExecutionSegment{1, 2}, lib.ExecutionSegment{2, 2})24	fmt.Println(sequence)25}26import (27func main() {28	sequence := lib.NewExecutionSegmentSequence(lib.ExecutionSegment{1, 2}, lib.ExecutionSegment{2, 2})29	fmt.Println(sequence)30}

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1import (2func main() {3	lib := lib.New()4	result := lib.GetNewExecutionSegmentSequenceFromValue("1/2")5	fmt.Println(result)6}7import (8func main() {9	lib := lib.New()10	result := lib.NewExecutionSegmentSequence()11	fmt.Println(result)12}13import (14func main() {15	lib := lib.New()16	result := lib.NewExecutionSegment()17	fmt.Println(result)18}19import (20func main() {21	lib := lib.New()22	result := lib.NewExecutionSegmentSequenceFromRaw([]string{"1/2"})23	fmt.Println(result)24}25import (26func main() {27	lib := lib.New()28	result := lib.GetNewExecutionSegmentSequenceFromRaw([]string{"1/2"})29	fmt.Println(result)30}31import (

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1func main() {2    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)3}4func main() {5    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)6}7func main() {8    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)9}10func main() {11    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)12}13func main() {14    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)15}16func main() {17    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)18}19func main() {20    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)21}22func main() {23    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)24}25func main() {26    lib.GetNewExecutionSegmentSequenceFromValue(5, 100)

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1func main() {2    newExecutionSegmentSequence, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2")3    if err != nil {4        fmt.Println("Error: ", err)5    }6    fmt.Println("New Execution Segment Sequence: ", newExecutionSegmentSequence)7}8func main() {9    newExecutionSegmentSequence, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/2")10    if err != nil {11        fmt.Println("Error: ", err)12    }13    fmt.Println("New Execution Segment Sequence: ", newExecutionSegmentSequence)14}15func main() {16    newExecutionSegmentSequence, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/2, 3/2")17    if err != nil {18        fmt.Println("Error: ", err)19    }20    fmt.Println("New Execution Segment Sequence: ", newExecutionSegmentSequence)21}22func main() {23    newExecutionSegmentSequence, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2, 2/2, 3/3")24    if err != nil {25        fmt.Println("Error: ", err)26    }27    fmt.Println("New Execution Segment Sequence: ", newExecutionSegmentSequence)28}29func main() {

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1func main() {2    sequence, err := lib.GetNewExecutionSegmentSequenceFromValue("1/2,2/3,3/4")3    if err != nil {4        panic(err)5    }6    fmt.Printf("Sequence: %s7}

GetNewExecutionSegmentSequenceFromValue

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(1))5	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(2))6	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(3))7	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(4))8	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(5))9	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(6))10	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(7))11	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(8))12	fmt.Println(lib.GetNewExecutionSegmentSequenceFromValue(9))

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