How to use convertToRadian method in Testcafe

Best JavaScript code snippet using testcafe

powerPredictor.js

Source:powerPredictor.js Github

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2 * 각도를 라디안으로 변환 -> 각도*원주율/1803 * @param {number} angle 각도 (˚)4 * @example 45도 -> 0.78라디안5 */6function convertToRadian(angle) {7 return _.chain(angle).multiply(_.divide(3.14, 180));8}9/**10 * 태양 적위 계산 -> 23.5*xsin((월-3)*30 + (일-21))11 * @param {Date} applydate 날짜12 */13function calcSolarDeclination(applydate) {14 const date = new Date(applydate);15 const month = date.getMonth() + 1; // 월16 const day = date.getDate() + 1; // 일17 // 태양적위 계산18 const solarDeclination = _.chain(month)19 .subtract(3)20 .multiply(30)21 .add(_.subtract(day, 21))22 .thru(convertToRadian)23 .thru(Math.sin)24 .multiply(23.5)25 .value();26 return solarDeclination;27}28/**29 * 가조시간(h) 계산 -> (24/원주율)*arccos(-tan(위도)*tan(태양적위))30 * 가조시간(h) : 일출에서 일몰까지의 시간31 * @param {number} latitude 위도 (각도)32 * @param {number} solarDeclination 태양적위 (각도)33 */34function calcMaxSunshineHours(latitude, solarDeclination) {35 const radianLatitude = convertToRadian(latitude); // 변환된 위도(라디안)36 const radianSolarDeclination = convertToRadian(solarDeclination); // 변환된 태양적위(라디안)37 const tanLatitude = Math.tan(radianLatitude); // tan(위도(라디안))38 const tanSolarDeclination = Math.tan(radianSolarDeclination); // tan(태양적위(라디안))39 return _.chain(tanLatitude)40 .multiply(tanSolarDeclination)41 .multiply(-1)42 .thru(Math.acos)43 .multiply(_.divide(24, 3.14))44 .value();45}46/**47 * 운량에 따른 가조시간(h) 감소율 계산 -> 90.5-0.6*운량^2.248 * @param {number} sky 운량 (0~10)49 */50function calcSunshineHoursReductionRate(sky) {51 return _.chain(sky ** 2.2)52 .multiply(0.6)53 .multiply(-1)54 .add(90.5)55 .value();56}57/**58 * 일조시간(h) 계산 -> 가조시간(h)*(가조시간(h) 감소율/100)59 * 일조시간(h) : 태양의 직사광선이 지표를 비추는 시간60 * @param {number} maxSunshineHours 가조시간(h)61 * @param {number} sky 가조시간 감소율 (%)62 */63function calcMinSunshineHours(maxSunshineHours, sky) {64 const sunshineHoursReductionRate = calcSunshineHoursReductionRate(sky); // 가조시간 감소율65 return _.chain(maxSunshineHours)66 .multiply(_.divide(sunshineHoursReductionRate, 100))67 .value();68}69/**70 * 일사량(Wh/m^2) 계산71 * -> (0.18 +0.55(일조시간(h)/가조시간(h)))*37.6*(accos(-tan(위도)tan(태양적위))*sin(위도)sin(태양적위)+cos(위도)cos(태양적위)sin(accos(-tan(위도)tan(태양적위))))72 * @param {number} maxSunshineHours 가조시간(h)73 * @param {number} minSunshineHours 일조시간(h)74 * @param {number} latitude 위도 (˚)75 * @param {number} solarDeclination 태양적위 (˚)76 */77function calcSolarRadiation(maxSunshineHours, minSunshineHours, latitude, solarDeclination) {78 const radianLatitude = convertToRadian(latitude); // 위도 라디안 단위 변환79 const radianSolarDeclination = convertToRadian(solarDeclination); // 태양적위 라디안 단위 변환80 // 위도 삼각함수 적용81 const sinLatitude = Math.sin(radianLatitude);82 const cosLatitude = Math.cos(radianLatitude);83 const tanLatitude = Math.tan(radianLatitude);84 // 태양적위 삼각함수 적용85 const sinSolarDeclination = Math.sin(radianSolarDeclination);86 const cosSolarDeclination = Math.cos(radianSolarDeclination);87 const tanSolarDeclination = Math.tan(radianSolarDeclination);88 // 일몰 시간 각 (˚)89 const sunsetTimeAngle = _.chain(tanLatitude)90 .multiply(-1)91 .multiply(tanSolarDeclination)92 .thru(Math.acos)93 .value();...

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geocoder.service.js

Source:geocoder.service.js Github

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...118 }119 var bounds = {};120 bounds.northEast = {};121 bounds.southWest = {};122 var radLat = convertToRadian(latitude);123 var radLon = convertToRadian(longitude);124 var radius = coreConstants.DISTANCE.earthRadius * coreConstants.DISTANCE.toMile;125 var radDist = distance / radius;126 var minLat = radLat - radDist;127 var maxLat = radLat + radDist;128 var MAX_LAT_RAD = convertToRadian(90);129 var MIN_LAT_RAD = convertToRadian(-90);130 var MAX_LON_RAD = convertToRadian(180);131 var MIN_LON_RAD = convertToRadian(-180);132 var PI_X2 = Math.PI * 2;133 var minLon;134 var maxLon;135 if (minLat > MIN_LAT_RAD && maxLat < MAX_LAT_RAD) {136 var deltaLon = Math.asin(Math.sin(radDist) / Math.cos(radLat));137 minLon = radLon - deltaLon;138 if (minLon < MIN_LON_RAD) {139 minLon += PI_X2;140 }141 maxLon = radLon + deltaLon;142 if (maxLon > MAX_LON_RAD) {143 maxLon -= PI_X2;144 }145 } else {146 // A pole is within the distance.147 minLat = Math.max(minLat, MIN_LAT_RAD);148 maxLat = Math.min(maxLat, MAX_LAT_RAD);149 minLon = MIN_LON_RAD;150 maxLon = MAX_LON_RAD;151 }152 bounds.southWest.latitude = convertToDeg(minLat);153 bounds.southWest.longitude = convertToDeg(minLon);154 bounds.northEast.latitude = convertToDeg(maxLat);155 bounds.northEast.longitude = convertToDeg(maxLon);156 return bounds;157 }158 function getDistance(latitude1, longitude1, latitude2, longitude2) {159 if (!latitude1 || !longitude1 || !latitude2 || !longitude2) {160 return;161 }162 var radius = coreConstants.DISTANCE.earthRadius * coreConstants.DISTANCE.toMile;163 var radLat1 = convertToRadian(latitude1);164 var radLat2 = convertToRadian(latitude2);165 var dLat = radLat2 - radLat1;166 var dLon = convertToRadian(longitude2 - longitude1);167 var a = Math.sin(dLat / 2) * Math.sin(dLat / 2) +168 Math.cos(radLat1) * Math.cos(radLat2) *169 Math.sin(dLon / 2) * Math.sin(dLon / 2);170 var c = 2 * Math.atan2(Math.sqrt(a), Math.sqrt(1 - a));171 var distance = radius * c;172 return distance;173 }174 function convertToRadian(deg) {175 return deg * Math.PI / 180;176 }177 function convertToDeg(rad) {178 return rad * 180 / Math.PI;179 }180 }...

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roulette.js

Source:roulette.js Github

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...88 this.#arrow.Y - this.#arrow.width89 );90 CTX.fill();91 }92 #convertToRadian(angle) {93 if (!TYPE.isNumber(angle)) {94 return;95 }96 const RADIAN = angle * (Math.PI / 180);97 return RADIAN;98 }99 #setAngle() {100 this.#circle.dividedAngle = 360 / this.#districts.length;101 }102 setTime() {103 const RANDOM_TIME = ((Math.random() * 10) % 3) + 2;104 const FPS = 60;105 this.#time.totalTime = RANDOM_TIME * FPS;106 this.#time.passedTime = 0;107 }108 getTime() {109 return this.#time.totalTime;110 }111 setSpin() {112 const RANDOM_SPIN_COUNT = ((Math.random() * 10) % 2) + 2;113 const SPIN = 360;114 this.#spin.totalSpin = RANDOM_SPIN_COUNT * SPIN;115 }116 addDistrict(district) {117 if (!TYPE.isString(district)) {118 return;119 }120 this.#districts.push(district);121 this.#setAngle();122 }123 removeDistrict(district) {124 if (!TYPE.isString(district)) {125 return;126 }127 const INDEX = this.#districts.indexOf(district);128 this.#districts.splice(INDEX, 1);129 this.#setAngle();130 }131 #easingOut(t, b, c, d) {132 if (133 !TYPE.isNumber(t) ||134 !TYPE.isNumber(b) ||135 !TYPE.isNumber(c) ||136 !TYPE.isNumber(d)137 ) {138 return;139 }140 t /= d;141 t--;142 return c * (t * t * t + 1) + b;143 }144 #divideCircle(piece) {145 if (!TYPE.isNumber(piece)) {146 return;147 }148 const { ctx: CTX } = this.#canvas;149 const { X, Y, dividedAngle: ANGLE } = this.#circle;150 CTX.beginPath();151 CTX.moveTo(X, Y);152 const { spinnedAngle: SPINNED_ANGLE } = this.#spin;153 const START_ANGLE = piece * ANGLE + SPINNED_ANGLE;154 const END_ANGLE = START_ANGLE + ANGLE;155 CTX.arc(156 X,157 Y,158 this.#circle.radius,159 this.#convertToRadian(START_ANGLE),160 this.#convertToRadian(END_ANGLE)161 );162 CTX.strokeStyle = 'transparent';163 CTX.stroke();164 CTX.fillStyle = this.#colors[piece % this.#colors.length];165 CTX.fill();166 }167 #addText(piece) {168 if (!TYPE.isNumber(piece)) {169 return;170 }171 const { ctx: CTX } = this.#canvas;172 CTX.font = this.#canvas.fontSize + ' sans-serif';173 CTX.fillStyle = '#ffffff';174 CTX.save();175 const { dividedAngle: ANGLE, radius: RADIUS, X, Y } = this.#circle;176 const { spinnedAngle: SPINNED_ANGLE } = this.#spin;177 const TEXT_ANGLE = ANGLE / 2 + piece * ANGLE + SPINNED_ANGLE;178 const TEXT_POSITION = RADIUS * 0.9;179 CTX.translate(180 X + Math.cos(this.#convertToRadian(TEXT_ANGLE)) * TEXT_POSITION,181 Y + Math.sin(this.#convertToRadian(TEXT_ANGLE)) * TEXT_POSITION182 );183 const START_ANGLE = piece * ANGLE;184 const END_ANGLE = START_ANGLE + ANGLE;185 const TEXT_ROTATE = 90 + START_ANGLE / 2 + END_ANGLE / 2 + SPINNED_ANGLE;186 CTX.rotate(this.#convertToRadian(TEXT_ROTATE));187 CTX.fillText(188 this.#districts[piece],189 -CTX.measureText(this.#districts[piece]).width / 2,190 0191 );192 CTX.restore();193 }194 drawRoulette() {195 this.#canvas.ctx.clearRect(196 0,197 0,198 this.#canvas.canvasEl.width,199 this.#canvas.canvasEl.height200 );...

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GPS_location.js

Source:GPS_location.js Github

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...53 calculateDistance: function (longitude1,latitude1, longitude2, latitude2) {54 // Calculate distance between mountain peak and current location55 // using the Haversine formula56 var earthRadius = 6373044.737; // Radius of the earth in km57 var dLatitude = this.convertToRadian(latitude2 - latitude1);58 var dLongitude = this.convertToRadian(longitude2 - longitude1);59 var a = Math.sin(dLatitude / 2) * Math.sin(dLatitude / 2) + Math.cos(this.convertToRadian(latitude1)) * Math.cos(this.convertToRadian(latitude2)) * Math.sin(dLongitude / 2) * Math.sin(dLongitude / 2);60 var greatCircleDistance = 2 * Math.atan2(Math.sqrt(a), Math.sqrt(1 - a));61 var distance = earthRadius * greatCircleDistance; // distance converted to m from radians62 return Math.round(distance);63 },64 distanceFromMyPosition: function (latitude1, longitude1) {65 // Calculate distance between mountain peak and current location66 // using the Haversine formula67 var latitude2 = this.latitude;68 var longitude2 = this.longitude;69 var earthRadius = 6373044.737; // Radius of the earth in km70 var dLatitude = this.convertToRadian(latitude2 - latitude1);71 var dLongitude = this.convertToRadian(longitude2 - longitude1);72 var a = Math.sin(dLatitude / 2) * Math.sin(dLatitude / 2) + Math.cos(this.convertToRadian(latitude1)) * Math.cos(this.convertToRadian(latitude2)) * Math.sin(dLongitude / 2) * Math.sin(dLongitude / 2);73 var greatCircleDistance = 2 * Math.atan2(Math.sqrt(a), Math.sqrt(1 - a));74 var distance = earthRadius * greatCircleDistance; // distance converted to m from radians75 return Math.round(distance);76 },77 /**78 * 79 * @param {type} position80 * @returns {undefined}81 */82 OnPositionDetected: function (position)83 {84 try {85 var speed = position.coords.speed; //The speed in meters per second86 var mhp = speed * 2.236936;...

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pieProgress.js

Source:pieProgress.js Github

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...29 for (var i = 0; i < data.length; i++) {30 var arc = data[i];31 if (previous.hasOwnProperty(i)) {32 var oldArc = previous[i];33 arc.previous = startAngle + convertToRadian(oldArc.value);34 }35 else {36 arc.previous = startAngle;37 }38 arc.startAngle = startAngle;39 arc.endAngle = startAngle = startAngle + convertToRadian(arc.value);40 }41 }42 function convertToRadian(data) {43 return data / 100 * towPi;44 }45 function render(data) {46 // Select groups and bind data47 var g = vis.selectAll('g')48 .data(data);49 // arc configuration50 function configArc( group ) {51 return group.attr('fill', function (d, i) { return color(i); })52 .attr('class', function(d){ return d.key; })53 .transition()54 .ease('bounce')55 .duration(750)56 .attrTween('d', arcTween);...

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index.js

Source:index.js Github

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...12 userTwoLon,13 userTwoLat14) => {15 const earthRadius = 3959;16 const degLat = convertToRadian(userTwoLat - userOneLat);17 const degLon = convertToRadian(userTwoLon - userOneLon);18 const latOne = convertToRadian(userOneLat);19 const latTwo = convertToRadian(userTwoLat);20 const x =21 Math.sin(degLat / 2) * Math.sin(degLat / 2) +22 Math.sin(degLon / 2) *23 Math.sin(degLon / 2) *24 Math.cos(latOne) *25 Math.cos(latTwo);26 const y = 2 * Math.atan(Math.sqrt(x), Math.sqrt(1 - x));27 return earthRadius * y;28};29//takes in two zipcodes, if zipcode doesn't exist in local file, it will ping the API30export const findCoordinatesAndCalculateDistance = async (31 zipcode1,32 zipcode233) => {...

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Functions.js

Source:Functions.js Github

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...20 startAngle,21 endAngle22) => {23 let step = (endAngle - startAngle) / nPoints;24 let firstX = -radius * Math.cos(convertToRadian(startAngle)) + centerPoint.x;25 let fristY = -radius * Math.sin(convertToRadian(startAngle)) + centerPoint.y;26 let path = "M" + firstX.toString() + " " + fristY.toString() + " ";27 for (let theta = startAngle + step; theta <= endAngle; theta += step) {28 let x = -radius * Math.cos(convertToRadian(theta)) + centerPoint.x;29 let y = -radius * Math.sin(convertToRadian(theta)) + centerPoint.y;30 path += "L" + x + " " + y + " ";31 }32 return path;33};34export const calcPoint = (centerPoint, radius, angle) => {35 let x = -radius * Math.cos(convertToRadian(angle)) + centerPoint.x;36 let y = -radius * Math.sin(convertToRadian(angle)) + centerPoint.y;37 return { x: x, y: y };38};39export const calcAngle = (pmin, pmax, pCurrnet, centerP, angMax, angMin) => {40 let pMin = { x: pmin.x - centerP.x, y: pmin.y - centerP.y };41 let pMax = { x: pmax.x - centerP.x, y: pmax.y - centerP.y };42 let p = { x: pCurrnet.x - centerP.x, y: pCurrnet.y - centerP.y };43 if (p.x < pMin.x) return angMax;44 if (p.x > pMax.x) return angMin;45 let angle = dotProduct(pMin, p) / (absVector(pMin) * absVector(p));46 angle = Math.acos(angle);47 angle = convertToDegree(angle);48 angle = angMax - angle;49 return angle;50};

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Math.js

Source:Math.js Github

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...8 startAngle,9 endAngle10) => {11 let step = (endAngle - startAngle) / nPoints;12 let firstX = -radius * Math.cos(convertToRadian(startAngle)) + centerPoint.x;13 let fristY = -radius * Math.sin(convertToRadian(startAngle)) + centerPoint.y;14 let path = "M" + firstX.toString() + " " + fristY.toString() + " ";15 for (let theta = startAngle + step; theta <= endAngle; theta += step) {16 let x = -radius * Math.cos(convertToRadian(theta)) + centerPoint.x;17 let y = -radius * Math.sin(convertToRadian(theta)) + centerPoint.y;18 path += "L" + x + " " + y + " ";19 }20 return path; ...

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Using AI Code Generation

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1import { convertToRadian } from 'testcafe';2import { Selector } from 'testcafe';3test('My first test', async t => {4 .typeText('#developer-name', 'John Smith')5 .click('#windows')6 .click('#submit-button');7 const articleHeader = await Selector('.result-content').find('h1');8 let headerText = await articleHeader.innerText;9});10test('test', async t => {

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Using AI Code Generation

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1import { Selector } from 'testcafe';2import { convertToRadian } from './test.js';3test('My first test', async t => {4 .click('#populate')5 .click('#submit-button')6 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');7});8import { Selector } from 'testcafe';9import { convertToRadian } from './test.js';10test('My first test', async t => {11 .click('#populate')12 .click('#submit-button')13 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');14});15import { Selector } from 'testcafe';16import { convertToRadian } from './test.js';17test('My first test', async t => {18 .click('#populate')19 .click('#submit-button')20 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');21});22import { Selector } from 'testcafe';23import { convertToRadian } from './test.js';24test('My first test', async t => {25 .click('#populate')26 .click('#submit-button')27 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');28});29import { Selector } from 'testcafe';30import { convertToRadian } from './test.js';31test('My first test', async t => {

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Using AI Code Generation

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1import { convertToRadian } from 'testcafe';2test('My Test', async t => {3 const radian = convertToRadian(180);4 .expect(radian).eql(3.141592653589793);5});6import { ClientFunction } from 'testcafe';7test('My Test', async t => {8 .expect(ClientFunction(() => window.innerWidth)()).eql(1024)9 .expect(ClientFunction(() => window.innerHeight)()).eql(768);10});11import { ClientFunction } from 'testcafe';12test('My Test', async t => {13 .expect(ClientFunction(() => {14 return {15 };16 })()).eql({17 });18});19import { RequestLogger } from 'testcafe';20test('My Test', async t => {21 const logger = RequestLogger(/example\.com/);22 .addRequestHooks(logger)23 .expect(logger.contains(record => record.response.statusCode === 200)).ok();24});25import { RequestLogger } from 'testcafe';26test('My Test', async t => {27 const logger = RequestLogger(/example\.com/);28 .addRequestHooks(logger)29 .expect(logger.requests[0].response.statusCode).eql(200);30});31import { RequestLogger } from 'testcafe';32test('My Test', async t => {33 const logger = RequestLogger({ url: /example\.com/, method: 'get' }, { logResponseHeaders: true });34 .addRequestHooks(logger)

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Using AI Code Generation

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1import { convertToRadian } from 'testcafe';2import { convertToDegree } from 'testcafe';3import { convertToRadian } from 'testcafe';4import { convertToDegree } from 'testcafe';5import { convertToRadian } from 'testcafe';6import { convertToDegree } from 'testcafe';7import { convertToRadian } from 'testcafe';8import { convertToDegree } from 'testcafe';9import { convertToRadian } from 'testcafe';10import { convertToDegree } from 'testcafe';11import { convertToRadian } from 'testcafe';12import { convertToDegree } from 'testcafe';13import { convertToRadian } from 'testcafe';14import { convertToDegree } from 'testcafe';15import { convertToRadian } from 'testcafe';16import { convertToDegree } from 'testcafe';17import { convertToRadian } from 'testcafe';18import { convertToDegree } from 'testcafe';19import { convertToRadian } from 'testcafe';

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Using AI Code Generation

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1import { convertToRadian } from 'testcafe';2test('My Test', async t => {3 .click('#myElement')4 .click('#myOtherElement');5});6export { convertToRadian } from 'testcafe';7export { convertToRadian } from './testcafe';8export { convertToRadian } from './testcafe';9import { convertToRadian } from 'testcafe';10import { convertToRadian } from './helpers';11test('My Test', async t => {12 .click('#myElement')13 .click('#myOtherElement');14});15import { convertToRadian } from 'testcafe';16test('My Test', async t => {17 .click('#myElement')18 .click('#myOtherElement');19});20You can also write your own custom methods in TypeScript and import them into your test code. You can do this by writing your custom methods in a TypeScript file and then importing them into your test code. You can put the TypeScript file anywhere in your project folder structure, and you can use any folder structure that you like

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Using AI Code Generation

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1import { Selector } from 'testcafe';2test('My first test', async t => {3 var test = new Test();4 var result = test.convertToRadian(180);5 console.log(result);6});7export class Test {8 convertToRadian(degree) {9 return degree * Math.PI / 180;10 }11}12export class Test {13 convertToRadian(degree) {14 return degree * Math.PI / 180;15 }16}17import { Selector } from 'testcafe';18test('My first test', async t => {19 var test = new Test();20 var result = test.convertToRadian(180);21 console.log(result);22});

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Using AI Code Generation

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1import { ClientFunction } from 'testcafe';2import { convertToRadian } from 'mathjs';3test('My Test', async t => {4 .typeText('#developer-name', 'John Smith')5 .click('#submit-button');6});7export function convertToRadian (degrees) {8 return degrees * Math.PI / 180;9}10If you cannot do that for any reason, you can use the require function to import your application code:11import { ClientFunction } from 'testcafe';12const { convertToRadian } = require('./math.js');13import { Selector } from 'testcafe';14test('My Test', async t => {15 .typeText('#developer-name', 'John Smith')16 .click('#submit-button');17 const getDollars = ClientFunction(() => window.getDollars());18 const dollars = await getDollars();19 await t.expect(dollars).eql(1000);20});21window.getDollars = function () {22 return 1000;23}

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Using AI Code Generation

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1import { convertToRadian } from 'testcafe/lib/utils/position';2const radian = convertToRadian(180);3console.log(radian);4import { convertToDegree } from 'testcafe/lib/utils/position';5const degree = convertToDegree(3.14);6console.log(degree);7import { getViewportCenter } from 'testcafe/lib/utils/position';8const center = getViewportCenter();9console.log(center.x, center.y);10import { getOffsetOptions } from 'testcafe/lib/utils/position';11const offsetOptions = getOffsetOptions({ offsetX: 10, offsetY: 10 });12console.log(offsetOptions.offsetX, offsetOptions.offsetY);13import { parseKeySequence } from 'testcafe/lib/utils/parse-key-sequence';14const parsedKeySequence = parseKeySequence('ctrl+a');15console.log(parsedKeySequence.ctrl, parsedKeySequence.shift, parsedKeySequence.alt, parsedKeySequence.meta, parsedKeySequence.keyCode);16import { getMoveAutomationOffsets } from 'testcafe/lib/utils/position';17const moveAutomationOffsets = getMoveAutomationOffsets({ offsetX: 10, offsetY: 10 }, { x: 10, y: 10 });18console.log(moveAutomationOffsets.offsetX, moveAutomationOffsets.offsetY);19import { getAutomationPoint } from 'testcafe/lib/utils/position';20const automationPoint = getAutomationPoint({ x: 0, y: 0 }, { x: 10, y: 10 }, { offsetX: 10, offsetY: 10 });21console.log(automationPoint.x, automationPoint.y);22import { getOffsetPosition } from 'testcafe/lib/utils/position';23const offsetPosition = getOffsetPosition({ x: 10, y: 10 }, { offsetX: 10, offsetY: 10 });24console.log(offsetPosition.x, offsetPosition.y);25import { getScrollAutomationCoordinates } from

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