KaneAI - World’s First E2E Software Testing Agent.Signup for Private Beta Join TestMu Conference

How to use toPosition method in stryker-parent

Best JavaScript code snippet using stryker-parent

zvoogutil.ts

Source:zvoogutil.ts

1type StartDuration = {2	start: number;3	duration: number;4};5function countMeasureSteps(meter: ZvoogMeter, rhythm: ZvoogMeter[]): number {6	let currentStepStart: ZvoogMeter = { count: 0, division: 1 };7	let stepNN = 0;8	let stepCnt = 0;9	while (DUU(currentStepStart).lessThen(meter)) {10		currentStepStart = DUU(currentStepStart).plus(rhythm[stepNN]);11		stepNN++;12		stepCnt++;13		if (stepNN >= rhythm.length) {14			stepNN = 0;15		}16	}17	return stepCnt;18}19function countSteps(meter: ZvoogMeter, rhythmPattern: ZvoogMeter[]): number {20	let stepStartMeter: ZvoogMeter = { count: 0, division: 1 };21	let nn = 0;22	let stepIdx = 0;23	while (DUU(stepStartMeter).lessThen(meter)) {24		stepStartMeter = DUU(stepStartMeter).plus(rhythmPattern[nn]);25		nn++;26		stepIdx++;27		if (nn >= rhythmPattern.length) {28			nn = 0;29		}30	}31	return stepIdx;32}33function findNextCurvePoint(points: ZvoogCurvePoint[], last: ZvoogCurvePoint): null | ZvoogCurvePoint {34	/*console.log('last',last);35	if(last.skipSteps.count<0){36		console.log('wrong',points);37		return null;38	}*/39	let current: ZvoogCurvePoint = { skipMeasures: 0, skipSteps: { count: 0, division: 1 }, velocity: 0 };40	for (let pp = 0; pp < points.length; pp++) {41		let point = points[pp];42		if (point.skipMeasures) {43			current.skipMeasures = current.skipMeasures + point.skipMeasures;44			current.skipSteps = point.skipSteps;//{ count: 0, division: 1 };45		} else {46			current.skipSteps = DUU(current.skipSteps).plus(point.skipSteps);47		}48		//console.log(current);49		if (50			(last.skipMeasures < current.skipMeasures)51			|| (last.skipMeasures == current.skipMeasures && DUU(last.skipSteps).lessThen(current.skipSteps))52		) {53			current.velocity = point.velocity;54			if (current.skipSteps.count < 0) {55				console.log(pp,'nefound', current, ':', points, last);56				return null;57			}58			return current;59		}60	}61	return null;62}63function findMeasureStep(measures: ZvoogMeasure[], rhythmPattern: ZvoogMeter[], ratioDuration: number, xx: number): null | ZvoogStepIndex {64	let measureStartX = 0;65	let measureIdx = 0;66	for (measureIdx = 0; measureIdx < measures.length; measureIdx++) {67		let measure = measures[measureIdx];68		let measureLength = ratioDuration * meter2seconds(measure.tempo, measure.meter);69		//console.log('findMeasureStep',measureStartX , measureLength , xx);70		if (measureStartX + measureLength > xx) {71			let stepStartMeter: ZvoogMeter = { count: 0, division: 1 };72			let nn = 0;73			let stepIdx = -1;74			while (measureStartX + ratioDuration * meter2seconds(measure.tempo, stepStartMeter) < xx) {75				stepStartMeter = DUU(stepStartMeter).plus(rhythmPattern[nn]);76				nn++;77				stepIdx++;78				if (nn >= rhythmPattern.length) {79					nn = 0;80				}81			}82			if (stepIdx < 0) {83				stepIdx = 0;84			}85			return { measure: measureIdx, step: stepIdx };86		}87		measureStartX = measureStartX + measureLength;88	}89	return null;90}91function measuresAndStepDuration(song: ZvoogSchedule, count: number, step: number, rhythmPattern: ZvoogMeter[]): StartDuration {92	if (count < song.measures.length) {93		let measureStartTime = 0;94		let measureIdx = 0;95		for (let mm = 0; mm < song.measures.length; mm++) {96			measureIdx = mm;97			if (mm < count) {98				let measureDuration = meter2seconds(song.measures[mm].tempo, song.measures[mm].meter);99				measureStartTime = measureStartTime + measureDuration;100			} else {101				break;102			}103		}104		let stepNN = 0;105		let stepCnt = 0;106		let stepStartTime = 0;107		let currentStepStart: ZvoogMeter = { count: 0, division: 1 };108		if (measureIdx < song.measures.length) {109			while (DUU(currentStepStart).lessThen(song.measures[measureIdx].meter) && stepCnt < step) {110				currentStepStart = DUU(currentStepStart).plus(rhythmPattern[stepNN]);111				stepNN++;112				stepCnt++;113				if (stepNN >= rhythmPattern.length) {114					stepNN = 0;115				}116			}117			stepStartTime = meter2seconds(song.measures[measureIdx].tempo, currentStepStart);118		}119		return {120			start: measureStartTime + stepStartTime121			, duration: meter2seconds(song.measures[measureIdx].tempo, rhythmPattern[stepNN])122		};123	} else {124		return {125			start: 0126			, duration: 1127		};128	}129}130function progressionDuration(progression: ZvoogChordMelody[]): ZvoogMeter {131	let duration: ZvoogMeter = { count: 0, division: 1 };132	for (let i = 0; i < progression.length; i++) {133		//duration = plusMeter(duration, progression[i].duration);134		duration = DUU(duration).plus(progression[i].duration);135	}136	return duration;137}138function adjustPartLeadPad(voice: ZvoogInstrumentVoice, fromPosition: ZvoogMeter, toPosition: ZvoogMeter, measures: ZvoogMeasure[]) {139	let lowest = 120;140	let highest = 0;141	let measurePosition: ZvoogMeter = { count: 0, division: 1 };142	for (let m = 0; m < voice.measureChords.length; m++) {143		let mch = voice.measureChords[m].chords;144		for (let ch = 0; ch < mch.length; ch++) {145			let chord = mch[ch];146			//let chordPosition = plusMeter(measurePosition, chord.when);147			let chordPosition = DUU(measurePosition).plus(chord.when);148			//if (meterMore(chordPosition, fromPosition) >= 0 && meterMore(chordPosition, toPosition) < 0) {149			if (DUU(chordPosition).notLessThen(fromPosition) && DUU(chordPosition).lessThen(toPosition)) {150				for (let e = 0; e < chord.envelopes.length; e++) {151					let envelope = chord.envelopes[e];152					for (let p = 0; p < envelope.pitches.length; p++) {153						let pitch = envelope.pitches[p];154						if (pitch.pitch < lowest) {155							lowest = pitch.pitch;156						}157						if (pitch.pitch > highest) {158							highest = pitch.pitch;159						}160					}161				}162			}163		}164		measurePosition = DUU(measurePosition).plus(measures[m].meter);165	}166	if (lowest < 3 * 12 + 4) {167		let shift = 1 * 12;168		if (lowest < 2 * 12 + 4) shift = 2 * 12;169		if (lowest < 1 * 12 + 4) shift = 3 * 12;170		if (lowest < 0 * 12 + 4) shift = 4 * 12;171		//console.log('adjustPartLeadPad', lowest, '>', highest, ':', shift, voice.title, fromPosition);172		let measurePosition: ZvoogMeter = { count: 0, division: 1 };173		for (let m = 0; m < voice.measureChords.length; m++) {174			let mch = voice.measureChords[m].chords;175			for (let ch = 0; ch < mch.length; ch++) {176				let chord = mch[ch];177				//let chordPosition = plusMeter(measurePosition, chord.when);178				let chordPosition = DUU(measurePosition).plus(chord.when);179				//if (meterMore(chordPosition, fromPosition) >= 0 && meterMore(chordPosition, toPosition) < 0) {180				if (DUU(chordPosition).notLessThen(fromPosition) && DUU(chordPosition).lessThen(toPosition)) {181					for (let e = 0; e < chord.envelopes.length; e++) {182						let envelope = chord.envelopes[e];183						for (let p = 0; p < envelope.pitches.length; p++) {184							let pitch = envelope.pitches[p];185							pitch.pitch = pitch.pitch + shift;186						}187					}188				}189			}190			//measurePosition = plusMeter(measurePosition, measures[m].meter);191			measurePosition = DUU(measurePosition).plus(measures[m].meter);192		}193	}194	if (highest > 8 * 12 + 4) {195		let shift = 1 * 12;196		if (highest > 9 * 12 + 4) shift = 2 * 12;197		if (highest > 10 * 12 + 4) shift = 3 * 12;198		if (highest > 11 * 12 + 4) shift = 4 * 12;199		//console.log('adjustPartLeadPad', lowest, '>', highest, ':', shift, voice.title, fromPosition);200		let measurePosition: ZvoogMeter = { count: 0, division: 1 };201		for (let m = 0; m < voice.measureChords.length; m++) {202			let mch = voice.measureChords[m].chords;203			for (let ch = 0; ch < mch.length; ch++) {204				let chord = mch[ch];205				//let chordPosition = plusMeter(measurePosition, chord.when);206				let chordPosition = DUU(measurePosition).plus(chord.when);207				//if (meterMore(chordPosition, fromPosition) >= 0 && meterMore(chordPosition, toPosition) < 0) {208				if (DUU(chordPosition).notLessThen(fromPosition) && DUU(chordPosition).lessThen(toPosition)) {209					for (let e = 0; e < chord.envelopes.length; e++) {210						let envelope = chord.envelopes[e];211						for (let p = 0; p < envelope.pitches.length; p++) {212							let pitch = envelope.pitches[p];213							pitch.pitch = pitch.pitch - shift;214						}215					}216				}217			}218			//measurePosition = plusMeter(measurePosition, measures[m].meter);219			measurePosition = DUU(measurePosition).plus(measures[m].meter);220		}221	}222}223function adjustPartBass(voice: ZvoogInstrumentVoice, fromPosition: ZvoogMeter, toPosition: ZvoogMeter, measures: ZvoogMeasure[]) {224	let lowest = 120;225	let measurePosition: ZvoogMeter = { count: 0, division: 1 };226	for (let m = 0; m < voice.measureChords.length; m++) {227		let mch = voice.measureChords[m].chords;228		for (let ch = 0; ch < mch.length; ch++) {229			let chord = mch[ch];230			//let chordPosition = plusMeter(measurePosition, chord.when);231			let chordPosition = DUU(measurePosition).plus(chord.when);232			//if (meterMore(chordPosition, fromPosition) >= 0 && meterMore(chordPosition, toPosition) < 0) {233			if (DUU(chordPosition).notLessThen(fromPosition) && DUU(chordPosition).lessThen(toPosition)) {234				for (let e = 0; e < chord.envelopes.length; e++) {235					let envelope = chord.envelopes[e];236					for (let p = 0; p < envelope.pitches.length; p++) {237						let pitch = envelope.pitches[p];238						if (pitch.pitch < lowest) {239							lowest = pitch.pitch;240						}241					}242				}243			}244		}245		//measurePosition = plusMeter(measurePosition, measures[m].meter);246		measurePosition = DUU(measurePosition).plus(measures[m].meter);247	}248	if (lowest < 12 + 12 + 4) {//let shift=36;249		let shift = 12;250		if (lowest < 12 + 4) shift = 24;251		if (lowest < 4) shift = 36;252		//shift=shift+24;253		//console.log('adjustPartBass',lowest, '+', shift, voice.title,fromPosition);254		let measurePosition: ZvoogMeter = { count: 0, division: 1 };255		for (let m = 0; m < voice.measureChords.length; m++) {256			let mch = voice.measureChords[m].chords;257			for (let ch = 0; ch < mch.length; ch++) {258				let chord = mch[ch];259				//let chordPosition = plusMeter(measurePosition, chord.when);260				let chordPosition = DUU(measurePosition).plus(chord.when);261				if (DUU(chordPosition).notLessThen(fromPosition) && DUU(chordPosition).lessThen(toPosition)) {262					//if (meterMore(chordPosition, fromPosition) >= 0 && meterMore(chordPosition, toPosition) < 0) {263					for (let e = 0; e < chord.envelopes.length; e++) {264						let envelope = chord.envelopes[e];265						for (let p = 0; p < envelope.pitches.length; p++) {266							let pitch = envelope.pitches[p];267							pitch.pitch = pitch.pitch + shift;268						}269					}270				}271			}272			//measurePosition = plusMeter(measurePosition, measures[m].meter);273			measurePosition = DUU(measurePosition).plus(measures[m].meter);274		}275	}276}277function createBreakList(originalProg: ZvoogChordMelody[], targetProg: ZvoogChordMelody[], measures: ZvoogMeasure[]): ZvoogMeter[] {278	let list: ZvoogMeter[] = [{ count: 0, division: 1 }];279	let fromPosition: ZvoogMeter = { count: 0, division: 1 };280	for (let i = 0; i < originalProg.length; i++) {281		let part = originalProg[i];282		//let toPosition = plusMeter(fromPosition, part.duration);283		let toPosition = DUU(fromPosition).plus(part.duration);284		list.push({ count: toPosition.count, division: toPosition.division });285		fromPosition = toPosition;286	}287	fromPosition = { count: 0, division: 1 };288	for (let i = 0; i < targetProg.length; i++) {289		let part = targetProg[i];290		//let toPosition = plusMeter(fromPosition, part.duration);291		let toPosition = DUU(fromPosition).plus(part.duration);292		for (let kk = 0; kk < list.length - 1; kk++) {293			let kkPos = list[kk];294			let nxtPos = list[kk + 1];295			//if (meterMore(kkPos, toPosition) == 0) {296			if (DUU(kkPos).equalsTo(toPosition)) {297				break;298			} else {299				//if (meterMore(kkPos, toPosition) < 0 && meterMore(nxtPos, toPosition) > 0) {300				if (DUU(kkPos).lessThen(toPosition) && DUU(nxtPos).moreThen(toPosition)) {301					list.splice(kk + 1, 0, { count: toPosition.count, division: toPosition.division });302					break;303				}304			}305		}306		fromPosition = toPosition;307	}308	return list;309}310function adjustVoiceLowHigh(voice: ZvoogInstrumentVoice, originalProg: ZvoogChordMelody[], targetProg: ZvoogChordMelody[], measures: ZvoogMeasure[], trackIsBass: boolean) {311	let list = createBreakList(originalProg, targetProg, measures);312	for (let i = 0; i < list.length - 1; i++) {313		if (trackIsBass) {314			adjustPartBass(voice, list[i], list[i + 1], measures);315		} else {316			adjustPartLeadPad(voice, list[i], list[i + 1], measures);317		}318	}319}320let default8rhytym: ZvoogMeter[] = [321	{ count: 1, division: 8 }, { count: 1, division: 8 }322	, { count: 1, division: 8 }, { count: 1, division: 8 }...

NPuzzleService.js

Source:NPuzzleService.js

1import Position from "../utils/Position";2import canvasService from "./CanvasService";3import {resolveCellSize} from "../constants/BoardConstants";4import NPuzzleGame from "../games/NPuzzle/NPuzzleGame";5import {cloneArray, swapPosition} from "../utils/ArrayUtils";6import NPuzzleSolver from "../games/NPuzzle/NPuzzleSolver";7const drawBoardStatus = (ctx, boardStatus, boardSize, cellNumber) => {8    const cellSize = resolveCellSize(boardSize, cellNumber)9    if (boardStatus !== null && boardStatus !== undefined)10        boardStatus.forEach((row, i) => {11            row.forEach((item, j) => {12                if (!isNaN(item) && item !== null && item > 0) {13                    canvasService.drawCellValue(ctx, new Position(i, j), cellSize, item);14                } else if (item === 0) {15                    canvasService.fillCell(ctx, new Position(i, j), cellSize, "Aqua")16                }17            })18        })19}20const getBoardGoal = (size) => {21    const arr = []22    let value = 1;23    for (let i = 0; i < size; i++) {24        const col = []25        for (let j = 0; j < size; j++) {26            col[j] = value;27            value++;28        }29        arr[i] = col30    }31    arr[size - 1][size - 1] = 032    return arr33}34/**35 * Shuffle board x times while x = 2 * number of cell on board36 * @param boardStatus37 */38const shuffleBoard = (boardStatus) => {39    let emptyPosition = NPuzzleGame.getEmptyPosition(boardStatus)40    const boardLength = boardStatus.length41    for (let i = 0; i < boardLength * boardLength * 3; i++) {42        const random = Math.floor(Math.random() * 4)43        if (random === 0 && emptyPosition.row > 0) {44            const toPosition = emptyPosition.getUp()45            swapPosition(boardStatus, emptyPosition, toPosition)46            emptyPosition = toPosition47        } else if (random === 1 && emptyPosition.row < boardLength - 1) {48            const toPosition = emptyPosition.getDown()49            swapPosition(boardStatus, emptyPosition, toPosition)50            emptyPosition = toPosition51        } else if (random === 2 && emptyPosition.col > 0) {52            const toPosition = emptyPosition.getLeft()53            swapPosition(boardStatus, emptyPosition, toPosition)54            emptyPosition = toPosition55        } else if (random === 3 && emptyPosition.col < boardLength - 1) {56            const toPosition = emptyPosition.getRight()57            swapPosition(boardStatus, emptyPosition, toPosition)58            emptyPosition = toPosition59        }60    }61}62const getGame = (level) => {63    const rowNumber = NPuzzleGame.resolveRowNumber(level)64    const boardGoal = getBoardGoal(rowNumber)65    let boardInit = cloneArray(boardGoal)66    shuffleBoard(boardInit)67    let nPuzzleSolver = new NPuzzleSolver(boardInit, boardGoal)68    let solution = nPuzzleSolver.solve()69    while (solution == null || solution.directions.length === 0) {70        boardInit = cloneArray(boardGoal)71        shuffleBoard(boardInit)72        nPuzzleSolver = new NPuzzleSolver(boardInit, boardGoal)73        solution = nPuzzleSolver.solve()74    }75    return new NPuzzleGame(level, boardInit, boardGoal, solution.directions)76}77const nPuzzleService = {78    drawBoardStatus,79    getGame80}...

pieces.js

Source:pieces.js

1// import { from } from "rxjs"2import { BLACK, isEatablePiece, getCloserPiece, isPositionInBoard, getPositionFromPiece, arePositionsDifferent } from "./board" // todo: circular deps :'(3const ID = (() => {4  let id = 05  return () => {6    return id++7  }8})()9const Piece = (type, color) => ({10  type,11  color,12  id: ID(),13  getValidMoves: (board, currentPosition) => { throw new Error('getValidMoves must be implemented') }14})15export const Tower = (color) => Piece('tower', color)16export const Knight = (color) => Piece('knight', color)17export const Bishop = (color) => Piece('bishop', color)18export const King = (color) => Piece('king', color)19export const Queen = (color) => Piece('queen', color)20export const Pawn = (color) => ({21  ...Piece('pawn', color),22  getValidMoves: (board, currentPosition) => {23    const opponentDirection = color === BLACK ? 1 : -124    const eatingMoves = [{25      x: currentPosition.x - 1,26      y: currentPosition.y + (1 * opponentDirection)27    }, {28      x: currentPosition.x + 1,29      y: currentPosition.y + (1 * opponentDirection)30      // we can only eat if the cell contains a piece31    }].filter((eatingMove) => isEatablePiece(board, eatingMove, color))32    const isFirstMove = color === BLACK ? currentPosition.y === 1 : currentPosition.y === board.length - 233    const firstMovePosition = {34      x: currentPosition.x,35      y: currentPosition.y + (2 * opponentDirection)36    }37    38    const wallPiece = getCloserPiece(board, currentPosition, { translateY: opponentDirection })39    const wallPosition = getPositionFromPiece(board, wallPiece)40    const basicMove = {41      x: currentPosition.x,42      y: currentPosition.y + (1 * opponentDirection)43    }44    const rules = [45      basicMove,46      ...isFirstMove && [firstMovePosition] || [],47    ]48      .map((position) => applyWall(position, wallPosition))49      .concat(eatingMoves)50    return rules51      .filter((toPosition) => toPosition 52        && isPositionInBoard(board, toPosition) 53        && arePositionsDifferent(currentPosition, toPosition)54      )55  }56})57const applyWall = (toPosition, wallPosition) => {58  if (wallPosition) {59    if (wallPosition.x === toPosition.x && wallPosition.y === toPosition.y) {60      return null61    }62    const newPosition = {63      x: toPosition.x === wallPosition.x 64      ? toPosition.x 65      : toPosition.x > wallPosition.x 66        ? Math.max(toPosition.x, wallPosition.x + 1)67        : Math.min(toPosition.x, wallPosition.x - 1),68      y: toPosition.y === wallPosition.y 69        ? toPosition.y 70        : toPosition.y > wallPosition.y 71          ? Math.max(toPosition.y, wallPosition.y + 1)72          : Math.min(toPosition.y, wallPosition.y - 1)73    }74    return newPosition75  }76  return toPosition...

Using AI Code Generation

1var strykerParent = require('stryker-parent');2var pos = strykerParent.toPosition('1:2:3');3console.log(pos);4var strykerParent = require('stryker-parent');5var pos = strykerParent.toPosition('1:2:3');6console.log(pos);7var strykerParent = require('stryker-parent');8var pos = strykerParent.toPosition('1:2:3');9console.log(pos);10var strykerParent = require('stryker-parent');11var pos = strykerParent.toPosition('1:2:3');12console.log(pos);13var strykerParent = require('stryker-parent');14var pos = strykerParent.toPosition('1:2:3');15console.log(pos);16var strykerParent = require('stryker-parent');17var pos = strykerParent.toPosition('1:2:3');18console.log(pos);19var strykerParent = require('stryker-parent');20var pos = strykerParent.toPosition('1:2:3');21console.log(pos);22var strykerParent = require('stry

Using AI Code Generation

1var strykerParent = require('stryker-parent');2var pos = strykerParent.toPosition('1:2:3');3console.log(pos);4var strykerParent = require('stryker-parent');5var pos = strykerParent.toPosition('1:2:3');6console.log(pos);7var strykerParent = require('stryker-parent');8var pos = strykerParent.toPosition('1:2:3');9console.log(pos);10var strykerParent = require('stryker-parent');11var pos = strykerParent.toPosition('1:2:3');12console.log(pos);13var strykerParent = require('stryker-parent');14var pos = strykerParent.toPosition('1:2:3');15console.log(pos);16var strykerParent = require('stryker-parent');17var pos = strykerParent.toPosition('1:2:3');18console.log(pos);19var strykerParent = require('stryker-parent');20var pos = strykerParent.toPosition('1:2:3');21console.log(pos);22var strykerParent = require('stry

Using AI Code Generation

1var strykerParent = require("stryker-parent");2var strykerChild = require("stryker-child");3var strykerChild2 = require("stryker-child2");4var child = strykerParent.toPosition(strykerChild);5var child2 = strykerParent.toPosition(strykerChild2);6console.log("This is the child: " + child);7console.log("This is the child2: " + child2);8var strykerChild = require("stryker-child");9var strykerChild2 = require("stryker-child2");10var toPosition = function(child) {11    return child.childPosition;12};13module.exports = {14};15var childPosition = 1;16module.exports = {17};18var childPosition = 2;19module.exports = {20};21var strykerChild = require("stryker-child");22var strykerChild2 = require("stryker-child2");23var toPosition = function(child) {24    return child.childPosition;25};26module.exports = {27};28var strykerChild = require("stryker-child");29var strykerChild2 = require("stryker-child2");30var toPosition = function(child) {31    return child.childPosition;32};33module.exports = {

Using AI Code Generation

1var stryker = require('stryker-parent');2var position = stryker.toPosition(1);3console.log(position);4module.exports = {5    toPosition: function (index) {6        return {7        };8    }9};

Using AI Code Generation

1var toPosition = require('stryker-parent').toPosition;2var position = toPosition("C:/test/test.js", 0);3console.log(position);4var toPosition = require('stryker-parent').toPosition;5var position = toPosition("C:/test/test.js", 0);6console.log(position); to get the position7toPoiion = equire('str-parent').toPosition;8varast .parse('var a = 1');9var p sition = toPositionsast, 4);10var position = toPosition(ast, 5tion method of stryker-parent11vapositionr= { line: 1, column: 4 }12var position = to osition(pso,t6);13vat Position = toPosition(osi, 7);14/oposition = { lnne: 1, colum(: 6 }15console.log(position);t  gt th siion16varPath: C:/te =treqtire('stryker-pareet').toPosit.js;17var ast =require'stryker-paret').pars('var/ac=o1;');18vardpositione= toPosition(ast,t1);19varopositionP=otoPosition(ast,s3);20var positionp=otoPosition(ast,s4);21var position =stoPositiot(ast, 5);("C:/test/test.js", 0);22vrr position =rtoPoei(ion(rsr,e7);23v.rltgPositioni=require('').toPoston;24varst= rquire('stryker-art').pars('var a = 1;');25var positio= tPosition(ast,1);26vr positio = oPosition(ast,3);

Using AI Code Generation

1var=toPosition = requiru('e('stryker-pat').toPosir'on;2)onsole.log(toPositoon('sbc\;f', 5));3var toPosition =irequir)('t').toPosion;4onsole.log(toPositon('bc\f', 5));5vartoPoston=rquir('-pre').oPiion;6consol.log(n('abc\def', 5));7vartoPosiin=require('t').toPosion;8coollog(toPositin('ab\def',5));9var =requir('t').toPosion;10coollog(toPositin('ab\def',5));var position = toPosition("C:/test/test.js", 0);11.log(position);12varition = toPitirequire('on("ter-paset')13va Path: teso.jton = require('stryker-parent').toPosition;14var =require('stryker-parnt').oPsiton;15conole.lg(oPsiion('abc\ndf',5));

Using AI Code Generation

1var toPosition = require('stryker-parent').toPosition;2var ast = require('stryker-parent').parse('var a = 1;');3var position = toPosition(ast, 1);4var position = toPosition(ast, 3);5var position = toPosition(ast, 4);6var position = toPosition(ast, 5);7var position = toPosition(ast, 6);8var position = toPosition(ast, 7);9var toPosition = require('stryker-parent').toPosition;10var ast = require('stryker-parent').parse('var a = 1;');11var position = toPosition(ast, 1);12var position = toPosition(ast, 3);13var position = toPosition(ast, 4);14var position = toPosition(ast, 5);15var position = toPosition(ast, 6);16var position = toPosition(ast, 7);17var toPosition = require('stryker-parent').toPosition;18var ast = require('stryker-parent').parse('var a = 1;');19var position = toPosition(ast, 1);20var position = toPosition(ast, 3);

Using AI Code Generation

1var toPosition = require('stryker-parent').toPosition;2var position = toPosition("C:/test/test.js", 0);3console.log(position);4var toPosition = require('stryker-parent').toPosition;5var position = toPosition("C:/test/test.js", 0);6console.log(position);7var toPosition = require('stryker-parent').toPosition;8var position = toPosition("test.js", 0);9console.log(position);10var toPosition = require('stryker-parent').toPosition;11var position = toPosition("C:/test/test.js", 0);12console.log(position);13var toPosition = require('stryker-parent').toPosition;14var position = toPosition("test.js", 0);15console.log(position);16var toPosition = require('stryker-parent').toPosition;17var position = toPosition("C:/test/test.js", 0);18console.log(position);19var toPosition = require('stryker-parent').toPosition;20var position = toPosition("test.js", 0);21console.log(position);22var toPosition = require('stryker-parent').toPosition;23var position = toPosition("C:/test/test.js", 0);24console.log(position);25var toPosition = require('stryker-parent').toPosition;26var position = toPosition("test.js", 0);27console.log(position);28var toPosition = require('stryker-parent').toPosition;29var position = toPosition("C:/test/test.js", 0);30console.log(position);

Using AI Code Generation

1var stryker = require('stryker-parent');2var position = stryker.toPosition(1);3console.log(position);4module.exports = {5    toPosition: function (index) {6        return {7        };8    }9};

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.