Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More
How to use rotateAxes method in Testcafe
Best JavaScript code snippet using testcafe
ball.js
Source:ball.js 
1import vector from "./vector";2import * as THREE from "three";3import { Vector3 } from "three";4class Ball {5 constructor(6 position,7 speed,8 angleXY,9 angleXZ,10 raduis,11 type,12 mass,13 drag_coeff,14 angular_velocity,15 resistanse_coeff,16 friction_coeff17 ) {18 this.position = position;19 this.velocity = vector.create(0, 0, 0);20 this.velocity.inits(speed, angleXY, angleXZ);21 this.type = type;22 this.drag_coeff = drag_coeff;23 this.rolling = false;24 this.resistanse_coeff = resistanse_coeff;25 this.friction_coeff = friction_coeff;26 this.raduis = raduis; //m27 this.rho = 0;28 if (this.type == 1) {29 this.rho = 500; // kg/m^3 wood30 this.resistanse_coeff = 0.4603;31 this.friction_coeff = 0.4;32 } else if (this.type == 2) {33 this.rho = 7860; // steel34 this.resistanse_coeff = 0.597;35 this.friction_coeff = 0.7;36 } else if (this.type == 3) {37 this.rho = 1100; // rubber38 this.resistanse_coeff = 0.828;39 this.friction_coeff = 0.7;40 }41 if (this.type == 0) {42 // user value43 this.mass = mass;44 } else {45 this.mass = this.rho * (4 / 3) * Math.PI * Math.pow(this.raduis, 3); //kg46 }47 this.area = Math.PI * Math.pow(this.raduis, 2);48 this.rotateAngle = 0;49 this.rotateAxes = vector.create(50 angular_velocity.getX() > 0 ? 1 : 0,51 angular_velocity.getY(),52 angular_velocity.getZ()53 );54 this.angular_velocity = angular_velocity;55 this.angular_acc = new THREE.Vector3();56 const I = (2 / 5) * this.mass * Math.pow(this.raduis, 2);57 this.IBody = new THREE.Matrix3().set(I, 0, 0, 0, I, 0, 0, 0, I).invert();58 this.quaternion = new THREE.Quaternion();59 this.rotationMatrix = new THREE.Matrix3();60 this.intersectsObjects = [];61 }62 update(time, gravity, air_rho, wind_velo) {63 //Forces64 let gravityForce = this.gravity_force(gravity);65 let dragForce = this.drag_force(air_rho);66 let windForce = this.wind_force(air_rho, wind_velo);67 let liftForce = this.lift_force(air_rho);68 let buoynancyForce = this.buoyancy_force(air_rho, gravity);69 let totalForce = vector.create(70 dragForce.getX() + windForce.getX() + liftForce.getX(),71 gravityForce.getY() +72 dragForce.getY() +73 liftForce.getY() +74 buoynancyForce,75 dragForce.getZ() + windForce.getZ() + liftForce.getZ()76 );77 //Linear Movement78 if (this.rolling) gravityForce.setY(0);79 let acc = vector.create(80 totalForce.getX() / this.mass,81 totalForce.getY() / this.mass,82 totalForce.getZ() / this.mass83 );84 this.velocity.addTo(acc, time);85 if (!this.rolling) {86 this.position.x += this.velocity.getX() * time * 10;87 this.position.y += this.velocity.getY() * time * 10;88 this.position.z -= this.velocity.getZ() * time * 10;89 } else {90 this.position.x -=91 Number(this.angular_velocity._z.toFixed(2)) * this.raduis * time * 10;92 this.position.z +=93 Number(this.angular_velocity._x.toFixed(2)) * this.raduis * time * 10;94 }95 let interiaTensor = this.rotationMatrix96 .clone()97 .multiply(this.IBody)98 .multiply(this.rotationMatrix.clone().transpose());99 let viscousTorque = this.viscousTorque();100 //Total Torques101 let rollingTrouqe = vector.create(0, 0, 0);102 let torque = new Vector3();103 if (this.rolling) {104 rollingTrouqe = this.getTotalRollingTrouqe(105 gravity,106 this.wind_force(air_rho, wind_velo),107 time108 );109 torque = new Vector3(rollingTrouqe._x, 0, rollingTrouqe._z);110 } else {111 torque = new Vector3(112 viscousTorque.getX(),113 viscousTorque.getY(),114 viscousTorque.getZ()115 );116 }117 //Angular Movement118 this.angular_acc = torque.applyMatrix3(interiaTensor);119 if (!this.rolling) {120 this.angular_velocity._x += this.angular_acc.x * time;121 this.angular_velocity._y += this.angular_acc.y * time;122 this.angular_velocity._z += this.angular_acc.z * time;123 } else {124 this.angular_velocity._x += this.angular_acc.x * time;125 this.angular_velocity._z += this.angular_acc.z * time;126 }127 //Update angular velocity, quaternion128 this.updateQuaternion(this.angular_velocity, time);129 this.updateRotationMatrix(this.quaternion.normalize());130 //bouncing131 this.bouncing();132 }133 gravity_force(gravity) {134 return vector.create(0, -gravity * this.mass, 0);135 }136 drag_force(rho) {137 let velocitySquere = this.velocity.squere();138 let normalize = this.velocity.normalize();139 let drag = vector.create(140 ((velocitySquere * -1) / 2) *141 this.drag_coeff *142 rho *143 this.area *144 normalize.getX(),145 ((velocitySquere * -1) / 2) *146 this.drag_coeff *147 rho *148 this.area *149 normalize.getY(),150 ((velocitySquere * -1) / 2) *151 this.drag_coeff *152 rho *153 this.area *154 normalize.getZ()155 );156 return drag;157 }158 wind_force(rho, wind_velo) {159 let velocitySquere = wind_velo.squere();160 let normalize = wind_velo.normalize();161 let wind = vector.create(162 ((velocitySquere * 1) / 2) * rho * this.area * normalize.getX(),163 0,164 ((velocitySquere * 1) / 2) * rho * this.area * normalize.getZ()165 );166 return wind;167 }168 lift_force(rho) {169 let lift_coeff =170 -0.05 +171 Math.sqrt(172 0.0025 +173 (0.36 * this.raduis * this.angular_velocity.getLength()) /174 this.velocity.getLength()175 ); // cl=r*Ï/v176 let velocitySquere = this.velocity.squere();177 let cross = this.rotateAxes.cross(this.velocity);178 let lift = vector.create(179 ((velocitySquere * 1) / 2) * lift_coeff * rho * this.area * cross.getX(),180 ((-velocitySquere * 1) / 2) * lift_coeff * rho * this.area * cross.getY(),181 ((velocitySquere * 1) / 2) * lift_coeff * rho * this.area * cross.getZ()182 );183 return lift;184 }185 buoyancy_force(air_density, gravity) {186 let v = (4 / 3) * Math.PI * Math.pow(this.raduis, 3);187 let f = v * air_density * gravity;188 return f;189 }190 viscousTorque() {191 let v = vector.create(192 -this.angular_velocity.getX(),193 -this.angular_velocity.getY(),194 -this.angular_velocity.getZ()195 );196 let len =197 this.angular_velocity.getLength() *198 -8 *199 this.raduis *200 this.raduis *201 this.raduis *202 Math.PI *203 0.0000185;204 v.setLength(len);205 return v;206 }207 frictionTorque(gravity) {208 return this.mass * gravity * this.friction_coeff * this.raduis;209 }210 getTotalRollingTrouqe(gravity, windForce, time) {211 let friction = this.frictionTorque(gravity);212 let I = (2 / 5) * this.mass * Math.pow(this.raduis, 2);213 let fX, fZ, c;214 if (Math.abs(this.angular_velocity.z) > Math.abs(this.angular_velocity.x)) {215 c =216 Math.abs(this.angular_velocity._x) /217 Math.abs(this.angular_velocity._z + this.angular_velocity._x);218 fX = friction * c;219 fZ = friction * (1 - c);220 } else {221 c =222 Math.abs(this.angular_velocity._z) /223 Math.abs(this.angular_velocity._z + this.angular_velocity._x);224 fZ = friction * c;225 fX = friction * (1 - c);226 }227 let result = vector.create(228 Number((-windForce._z * this.raduis * 2).toFixed(2)),229 0,230 Number((windForce._x * this.raduis * 2).toFixed(2))231 );232 if (this.angular_velocity._z > 0) {233 result._z -= fZ;234 } else {235 result._z += fZ;236 }237 if (this.angular_velocity._x > 0) {238 result._x -= Math.abs(fX);239 } else {240 result._x += Math.abs(fX);241 }242 result.divideBy(I);243 if (244 Math.abs(this.angular_velocity._x) < 1 &&245 Math.abs(this.angular_velocity._z) < 1246 ) {247 this.angular_velocity._y = 0;248 this.angular_velocity._z = 0;249 this.angular_velocity._x = 0;250 }251 return result;252 }253 updateQuaternion(vector, time) {254 const quaternionTemp = new THREE.Quaternion(255 vector._x * time,256 vector._y * time,257 vector._z * time,258 0259 );260 quaternionTemp.multiply(this.quaternion);261 this.quaternion.x += quaternionTemp.x * 0.5;262 this.quaternion.y += quaternionTemp.y * 0.5;263 this.quaternion.z += quaternionTemp.z * 0.5;264 this.quaternion.w += quaternionTemp.w * 0.5;265 }266 updateRotationMatrix(quaternion) {267 const q = quaternion;268 this.rotationMatrix.set(269 1 - 2 * Math.pow(q.y, 2) - 2 * Math.pow(q.z, 2),270 2 * q.x * q.y - 2 * q.z * q.w,271 2 * q.x * q.z + 2 * q.y * q.w,272 2 * q.x * q.y + 2 * q.z * q.w,273 1 - 2 * Math.pow(q.x, 2) - 2 * Math.pow(q.z, 2),274 2 * q.y * q.z - 2 * q.x * q.w,275 2 * q.x * q.z - 2 * q.y * q.w,276 2 * q.y * q.z + 2 * q.x * q.w,277 1 - 2 * Math.pow(q.x, 2) - 2 * Math.pow(q.y, 2)278 );279 }280 bouncing() {281 let ground = 3.0;282 if (this.raduis > 4.5) ground = 19.0;283 else if (this.raduis > 4) ground = 17.0;284 else if (this.raduis > 3.5) ground = 14.0;285 else if (this.raduis > 3) ground = 13.0;286 else if (this.raduis > 2.5) ground = 12.0;287 else if (this.raduis > 2) ground = 10.0;288 else if (this.raduis > 1.5) ground = 8.0;289 else if (this.raduis > 1) ground = 6.0;290 else if (this.raduis > 0.7) ground = 5.0;291 if (this.position.y < ground) {292 let veloCopy = this.velocity.clone();293 this.position.y = ground;294 this.velocity._y *= -this.resistanse_coeff;295 this.angular_velocity._y *= -this.resistanse_coeff;296 let costum = Math.sqrt(297 veloCopy._x * veloCopy._x + veloCopy._z * veloCopy._z298 );299 //Rolling Condition300 if (0.17 > this.velocity._y / costum) {301 this.velocity._y = 0;302 if (!this.rolling) {303 this.angular_velocity._z = -1 * veloCopy._x;304 this.angular_velocity._x = -1 * veloCopy._z;305 }306 this.rolling = true;307 } else {308 this.rolling = false;309 this.velocity._x =310 0.6 * this.velocity._x - 0.4 * this.angular_velocity._z * this.raduis;311 this.velocity._z =312 0.6 * this.velocity._z - 0.4 * this.angular_velocity._x * this.raduis;313 this.angular_velocity._z =314 -1 *315 (0.4 * this.angular_velocity._z + (0.6 * veloCopy._x) / this.raduis);316 this.angular_velocity._x =317 -1 *318 (0.4 * this.angular_velocity._x + (0.6 * veloCopy._z) / this.raduis);319 }320 }321 }322 fraction(object) {323 let tempArray = this.intersectsObjects.filter(324 (element) => element === object.object325 );326 if (!tempArray.length) {327 this.intersectsObjects.push(object.object);328 let normal = object.face.normal;329 if (330 (normal.x >= normal.z || normal.x <= normal.z) &&331 Math.fround(normal.y) <= 0332 ) {333 this.velocity._z *= this.resistanse_coeff;334 this.angular_velocity._x *= this.resistanse_coeff;335 this.velocity._z =336 -(0.6 * this.velocity._z) -337 0.4 * this.angular_velocity._x * this.raduis;338 this.angular_velocity._x =339 -1 *340 (0.4 * this.angular_velocity._x +341 (0.6 * this.velocity._z) / this.raduis);342 } else {343 this.velocity._x *= this.resistanse_coeff;344 this.angular_velocity._z *= this.resistanse_coeff;345 this.velocity._x =346 -(0.6 * this.velocity._x) -347 0.4 * this.angular_velocity._z * this.raduis;348 this.angular_velocity._z =349 -1 *350 (0.4 * this.angular_velocity._z +351 (0.6 * this.velocity._x) / this.raduis);352 }353 }354 }355}...
magic-eye-generator.js
Source:magic-eye-generator.js
...319 camera.right = rotateAround(camera.right, [0, 1, 0], d * turnSpeed);320 camera.up = rotateAround(camera.up, [0, 1, 0], d * turnSpeed);321 }322 if (pressedControls.turnUp) {323 let [a, b] = rotateAxes(camera.up, camera.dir, -d * turnSpeed)324 camera.up = a;325 camera.dir = b;326 }327 if (pressedControls.turnDown) {328 let [a, b] = rotateAxes(camera.dir, camera.up, -d * turnSpeed)329 camera.dir = a;330 camera.up = b;331 }332 333 334 render();335 336 }337 338 prevTime = t;339 340 requestAnimationFrame(renderLoop);341}342function rotateAxes(a, b, angle) {343 angle *= Math.PI/180;344 return [345 v3.add(v3.mulScalar(a, Math.cos(angle)), v3.mulScalar(b, Math.sin(angle))),346 v3.add(v3.mulScalar(b, Math.cos(angle)), v3.mulScalar(a, -Math.sin(angle)))347 ];348}349function rotateAround(v, axis, angle) {350 angle *= Math.PI/180;351 352 let alignedPart = vecProj(v, axis),353 rotatePart = v3.subtract(v, alignedPart),354 rotateTarget = v3.cross(axis, rotatePart);355 356 return v3.add(v3.add(alignedPart, v3.mulScalar(rotatePart, Math.cos(angle))), v3.mulScalar(rotateTarget, Math.sin(angle)));...
camera.js
Source:camera.js
...117 var x = horizontal;118 horizontal = x * Math.cos(angle) - 2 * vertical * Math.sin(angle);119 vertical = x * Math.sin(angle) / 2 + vertical * Math.cos(angle);120 }121 rotateAxes(this.roll_);122 vertical /= Math.max(Math.abs(Math.cos(this.tilt_)), 0.1);123 rotateAxes(this.heading_);124 this.setPosition(this.latitude_ + vertical, this.longitude_ + horizontal);125};126/**127 * Rotates the camera around fixed point128 * @param {number} latitude Latitude of fixed point in radians.129 * @param {number} longitude Longitude of fixed point in radians.130 * @param {number} distance Distance of camera from the rotation point.131 * @param {number} horizontalAngle Angle in radians.132 * @param {number} verticalAngle Angle in radians.133 */134we.scene.Camera.prototype.rotateAround = function(latitude, longitude, distance,135 horizontalAngle,136 verticalAngle) {137 this.heading_ += horizontalAngle;...
status-indicator.js
Source:status-indicator.js
...151 this.canvasContext.translate(-this.spinnerCenter, -this.spinnerCenter);152 }153 _getRotatedGradientPoints (point) {154 let changedPoint = moveAxes(point, this.spinnerCenter);155 changedPoint = rotateAxes(changedPoint, this.rotationAngle);156 changedPoint = moveAxes(changedPoint, -this.spinnerCenter);157 return changedPoint;158 }159 _setSpinnerGradient () {160 let startGradientPoint = {161 x: Math.round(this.size * START_GRADIENT_POINT_OFFSET.x),162 y: Math.round(this.size * START_GRADIENT_POINT_OFFSET.y)163 };164 let endGradientPoint = {165 x: Math.round(this.size * END_GRADIENT_POINT_OFFSET.x),166 y: Math.round(this.size * END_GRADIENT_POINT_OFFSET.y)167 };168 if (this.rotationAngle !== 0) {169 startGradientPoint = this._getRotatedGradientPoints(startGradientPoint);...
gltfWorker.js
Source:gltfWorker.js
...56 }57 geometry.setAttribute( 'uv', uvs );58 const material = new MeshStandardMaterial( { map: new Texture( gradient ) } );59 if ( options.rotate ) {60 rotateAxes( vertices );61 }62 return new Mesh( geometry, material );63}64function getLines( item, options ) {65 const geometry = new BufferGeometry();66 geometry.setIndex( item.index );67 geometry.setAttribute( 'position', item.position );68 const material = new MeshStandardMaterial();69 if ( options.rotate ) {70 rotateAxes( item.position.array );71 }72 return new LineSegments( geometry, material );73}74function rotateAxes( vertices ) {75 const vertexCount = vertices.length;76 // rotate axes for z up.77 for ( let i = 0; i < vertexCount; i++ ) {78 const v = i * 3;79 const z = vertices[ v + 2 ];80 vertices[ v + 2 ] = -vertices[ v + 1 ]; // z = -y81 vertices[ v + 1 ] = z; // y = z82 }...
CameraView.js
Source:CameraView.js
...25 transitionTime = transitionTime || 1;26 transitionFunc = transitionFunc || "ease-out";27 this.$el.children().detach();28 this.$el.append(this.dollyView.render().el);29 this.$el.css("-webkit-transform", rotateAxes(this.xyzRot[0],this.xyzRot[1],this.xyzRot[2]));30 this.$el.css("-webkit-transition-timing-function",transitionFunc);31 this.$el.css("-webkit-transitionDuration",transitionTime+"s");32 return this;33 },34 hover: function(){35 },36 unhover: function(){37 },38 handleKeyInput: function(e){39 var ROTATION_DEG = 5;40 var DURATION = 1;41 var currentRotation;42 switch (e.keyCode){43 case 37: //left44 this.dollyView.move(-50,0,0);45 break;46 case 39: //right47 this.dollyView.move(50,0,0);48 break;49 case 38: //up50 this.dollyView.move(0,-50,0);51 break;52 case 40: //down53 this.dollyView.move(0,50,0);54 break;55 case 219://left bracket56 this.xyzRot[1] = Math.min(this.xyzRot[1] + ROTATION_DEG,45);57 break;58 case 221://right bracket59 this.xyzRot[1] = Math.max(this.xyzRot[1] - ROTATION_DEG,-45);60 break;61 case 187: //plus62 this.dollyView.move(0,0,100);63 break;64 case 189: //minus65 this.dollyView.move(0,0,-100);66 break;67 }68 this.$el.css("-webkit-transform", rotateAxes(this.xyzRot[0],this.xyzRot[1],this.xyzRot[2]));69 this.$el.css("-webkit-transition-timing-function","ease-out");70 this.$el.css("-webkit-transitionDuration",DURATION+"s");71 },72 focusOnCoordinates: function(coords){73 this.dollyView.centerOnCoords(coords[0],coords[1],coords[2]);74 }...
Helpers.js
Source:Helpers.js
1var translate3d = function(x, y, z){2 return "translate3d(" + x + "px, " + y + "px, " + z + "px)";3};4var rotateAxis = function(axis, degree){5 return "rotate"+axis+"("+degree+"deg)";6};7var offsetIndex = function(n){8 if(n%2 === 0){9 return -n || -1;10 }else{11 return n;12 }13};14var rotateAxes = function(x, y, z){15 return "rotateX(" + x + "deg) " + "rotateY(" + y + "deg) " + "rotateZ(" + z + "deg)";16};17var generateSVGPath = function (x1,y1,x2,y2,center){18 var xCtrl,19 yCtrl;20 xCtrl = Math.floor((x2+x1)*0.50);21 yCtrl = Math.floor((y1+y2)*0.35);22 center = center || 0;23 var newLine = document.createElementNS('http://www.w3.org/2000/svg','line');24 newLine.setAttribute("x1",""+(x1+center));25 newLine.setAttribute("x2",""+(x2+center));26 newLine.setAttribute("y1",""+y1);27 newLine.setAttribute("y2",""+y2);28 newLine.setAttribute("stroke-width","2");29 newLine.setAttribute("stroke","gray");30 return newLine;31};32var updateTreeDepth = function(hierarchyData){33 var getMaxDepthofChildren = function(nodeID,curDepth){34 var children = hierarchyData.get(nodeID).children;35 var childDepths = [];36 curDepth = curDepth || 1;37 if(children && children.length >= 0){38 for(var i = 0; i < children.length; i++){39 childDepths.push(getMaxDepthofChildren(children[i],curDepth+1));40 }41 }42 //return the greatest of each child path43 var greatestChild = 0;44 for(var j = 0; j < childDepths.length; j++){45 if(childDepths[j] > greatestChild){46 greatestChild = childDepths[j];47 }48 }49 if(curDepth > greatestChild){50 return curDepth;51 } else {52 return greatestChild;53 }54 };55 return getMaxDepthofChildren(1,0);...
main.js
Source:main.js
1const triangleLeft = document.querySelector('.triangleLeft')2const triangleBottom = document.querySelector('.triangleBottom')3let rotateDeg = 180;4function rotateAxes(obj, deg) {5 obj.style.transform = `rotate(${deg}deg)`6}7setInterval(function () {8 rotateAxes(triangleLeft, rotateDeg)9 setTimeout(function () {10 rotateAxes(triangleBottom, rotateDeg)11 rotateDeg += 18012 }, 600)...
Using AI Code Generation
1import { Selector } from 'testcafe';2test('My first test', async t => {3 .typeText('#developer-name', 'John Smith')4 .click('#tried-test-cafe')5 .click(Selector('label').withText('I have tried TestCafe'))6 .click('#submit-button');7});8test('My first test', async t => {9 .click('#populate')10 .click('#submit-button');11});12const articleHeader = await Selector('.result-content').find('h1');13const headerText = await articleHeader.innerText;14await t.expect(headerText).eql('Thank you, John Smith!');
Using AI Code Generation
1import { Selector } from 'testcafe';2test('My first test', async t => {3 .typeText('#developer-name', 'John Smith')4 .click('#macos')5 .click('#submit-button');6});7import { Selector } from 'testcafe';8test('My first test', async t => {9 .typeText('#developer-name', 'John Smith')10 .click('#macos')11 .click('#submit-button');12});13import { Selector } from 'testcafe';14test('My first test', async t => {15 .rotateAxes(true, 90)16 .typeText('#developer-name', 'John Smith')17 .click('#macos')18 .click('#submit-button');19});
Using AI Code Generation
1import { Selector } from 'testcafe';2test('My first test', async t => {3 .typeText('#developer-name', 'John Smith')4 .click('#submit-button')5 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');6});
Using AI Code Generation
1import {Selector} from 'testcafe';2test('My first test', async t => {3 .typeText('#developer-name', 'John Smith')4 .click('#submit-button')5 .wait(3000)6 .rotateAxes(Selector('#submit-button'), 10, 20);7});8test('My first test', async t => {9 .typeText('#developer-name', 'John Smith')10 .click('#submit-button')11 .wait(3000)12 .rotateAxes(null, 10, 20);13});14rotateToOrientation(orientation)15import {Selector} from 'testcafe';16test('My first test', async t => {17 .typeText('#developer-name', 'John Smith')18 .click('#submit-button')19 .wait(3000)20 .rotateToOrientation(90);21});22takeElementScreenshot(selector, path [, options])
Using AI Code Generation
1import { Selector } from 'testcafe';2const testControllerHolder = {};3test('My first test', async t => {4 testControllerHolder.t = t;5 .typeText('#developer-name', 'John Smith')6 .click('#submit-button');7 await rotateAxes(testControllerHolder, 0, 0);8});9async function rotateAxes(testControllerHolder, x, y) {10 await testControllerHolder.t.eval(() => {11 return new Promise(resolve => {12 .click(0, 0)13 .then(() => window.testCafeDriver14 .drag(100, 0)15 .then(() => window.testCafeDriver16 .drag(100, 100)17 .then(() => window.testCafeDriver18 .drag(0, 100)19 .then(() => window.testCafeDriver20 .drag(0, 0)21 .then(() => resolve())22 );23 });24 }, { dependencies: { x, y } });25}
Using AI Code Generation
1import { Selector } from 'testcafe';2test('My Test', async t => {3 const select = Selector('#preferred-interface');4 const option = select.find('option');5 .click(select)6 .click(option.withText('Both'))7 .expect(select.value).eql('Both');8});9test('My Test', async t => {10 const select = Selector('#preferred-interface');11 const option = select.find('option');12 .click(select)13 .click(option.withText('Both').rotateAxes())14 .expect(select.value).eql('Both');15});16test('My Test', async t => {17 const select = Selector('#preferred-interface');18 const option = select.find('option');19 .click(select)20 .click(option.withText('Both').rotateAxes(2))21 .expect(select.value).eql('Both');22});23test('My Test', async t => {24 const select = Selector('#preferred-interface');25 const option = select.find('option');26 .click(select)27 .click(option.withText('Both').rotateAxes(3))28 .expect(select.value).eql('Both');29});30test('My Test', async t => {31 const select = Selector('#preferred-interface');32 const option = select.find('option');33 .click(select)34 .click(option.withText('Both').rotateAxes(4))35 .expect(select.value).eql('Both');36});37test('My Test', async t => {38 const select = Selector('#preferred-interface');39 const option = select.find('option');40 .click(select)41 .click(option.withText('Both').rotateAxes(5))42 .expect(select.value).eql('Both');43});44test('My Test', async t => {
Using AI Code Generation
1import { Selector } from 'testcafe';2import { rotateAxes } from 'testcafe-browser-provider-electron';3test('My first test', async t => {4 .typeText('#developer-name', 'John Smith')5 .click('#submit-button')6 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');7});8test('My second test', async t => {9 .click(rotateAxes('#submit-button', 90))10 .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');11});12 - Electron 5.0.0 (headless)13 Browser: Electron 5.0.0 (headless)14 1 | import { Selector } from 'testcafe';15 2 | import { rotateAxes } from 'testcafe-browser-provider-electron';16 7 | test('My first test', async t => {17 9 | .typeText('#developer-name', 'John Smith')18 10 | .click('#submit-button')19 11 | .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');20 12 | });21 14 | test('My second test', async t => {22 16 | .click(rotateAxes('#submit-button', 90))23 17 | .expect(Selector('#article-header').innerText).eql('Thank you, John Smith!');24 18 | });
Using AI Code Generation
1import { Selector } from 'testcafe';2test('My first test', async t => {3 .typeText('#developer-name', 'John Smith')4 .click('#submit-button')5 .wait(5000)6 .rotateAxes(90)7 .wait(5000)8 .rotateAxes(-90)9 .wait(5000)10 .rotateAxes(180)11 .wait(5000)12 .rotateAxes(-180)13 .wait(5000)14 .rotateAxes(270)15 .wait(5000)16 .rotateAxes(-270)17 .wait(5000);18});19const createTestCafe = require('testcafe');20const customReporter = require('testcafe-reporter-custom');21let testcafe = null;22createTestCafe('localhost', 1337, 1338)23 .then(tc => {24 testcafe = tc;25 const runner = testcafe.createRunner();26 .src('test.js')27 .browsers('chrome')28 .reporter(customReporter)29 .run();30 })31 .then(failedCount => {32 console.log('Tests failed: ' + failedCount);33 testcafe.close();34 });
Using AI Code Generation
1import {Selector} from 'testcafe';2fixture('My fixture')3test('My test', async t => {4 .click('#tried-test-cafe')5 .click(Selector('label').withText('I have tried TestCafe'))6 .click('#tried-test-cafe')7 .click(Selector('label').withText('I have tried TestCafe'))8 .click('#tried-test-cafe')9 .click(Selector('label').withText('I have tried TestCafe'))10 .click('#tried-test-cafe')11 .click(Selector('label').withText('I have tried TestCafe'))12 .click('#tried-test-cafe')13 .click(Selector('label').withText('I have tried TestCafe'))14 .click('#tried-test-cafe')15 .click(Selector('label').withText('I have tried TestCafe'))16 .click('#tried-test-cafe')17 .click(Selector('label').withText('I have tried TestCafe'))18 .click('#tried-test-cafe')19 .click(Selector('label').withText('I have tried TestCafe'))20 .click('#tried-test-cafe')21 .click(Selector('label').withText('I have tried TestCafe'))22 .click('#tried-test-cafe')23 .click(Selector('label').withText('I have tried TestCafe'))24 .click('#tried-test-cafe')25 .click(Selector('label').withText('I have tried TestCafe'))26 .click('#tried-test-cafe')27 .click(Selector('label').withText('I have tried TestCafe'));28});29import {Selector} from 'testcafe';30fixture('My fixture')31test('My test', async t => {32 .click('#tried-test-cafe')33 .click(Selector('label').withText('I have tried TestCafe'))34 .click('#tried-test-cafe')35 .click(Selector('label').withText('I have tried TestC
Using AI Code Generation
1import {Selector} from 'testcafe';2const selector = Selector('div');3test('My Test', async t => {4 .click(selector.rotateAxes(90));5});6import {Selector} from 'testcafe';7const selector = Selector('div');8test('My Test', async t => {9 .click(selector.rotateAxes(90));10});11{12 "scripts": {13 },14 "dependencies": {15 }16}
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.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Run Testcafe automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
