Join the 1-day Testing & QA Summit featuring 15+ Expert Speakers.Register for FREE! 
How to use subtractTwo method in Cypress
Best JavaScript code snippet using cypress
exercises1.js
Source:exercises1.js 
...184an array of numbers (a list of numbers)185a 'callback' function - this function is applied to each element of the array (inside of the function 'map')186Have your map function return a new array filled with numbers that are the result of using the 'callback' function on each element of the input array. Please do not use the native map or forEach method.187*/188function subtractTwo(number) {189 return number - 2;190}191// with for192function map(array, callback) {193 let subtractedArray = [];194 for (let elem of array) {195 subtractedArray.push(elem - 2);196 }197 return subtractedArray;198}199// with map200function map2(arr, cb) {201 return arr.map((elem) => cb(elem));202}203map([3, 4, 5], subtractTwo); //-> [1,2,3]204subtractTwo(10); //-> 8205subtractTwo(12); //-> 10206// console.log(map([3, 4, 5], subtractTwo));207// console.log(map2([3, 4, 5], subtractTwo));208// console.log(subtractTwo(10));...
testmain.js
Source:testmain.js
1Addition = 0;2Subtraction = 0;3Multiplication = 0;4Division = 0;56/* When the user clicks on the button, 7toggle between hiding and showing the dropdown content */8function dropdown() {9 document.getElementById("Dropdown").classList.toggle("show");10}1112// Close the dropdown if the user clicks outside of it13window.onclick = function (event) {14 if (!event.target.matches('.dropbtn')) {15 var dropdowns = document.getElementsByClassName("dropdown-content");16 var i;17 for (i = 0; i < dropdowns.length; i++) {18 var openDropdown = dropdowns[i];19 if (openDropdown.classList.contains('show')) {20 openDropdown.classList.remove('show');21 }22 }23 }24}2526function addition() {27 Addition = document.getElementById("Dropdown").value = "#addition";28}2930function subtraction() {31 var x = document.getElementById("Go");32 if (x.style.display === "none") {33 x.style.display = "block";34 } else {35 x.style.display = "none";36 }37 Subtraction = document.getElementById("Dropdown").value = "#subtraction";38}3940function multiplication() {41 Multiplication = document.getElementById("Dropdown").value = "#multiplication";42}4344function division() {45 Division = document.getElementById("Dropdown").value = "#division";46}4748function calculate() {49 test = document.getElementById("Dropdown").value;50 if (test == Addition) {5152 addone = Number(document.getElementById("numone").value);53 addtwo = Number(document.getElementById("numtwo").value);5455 answeradd = Number(addone) + Number(addtwo);5657 document.getElementById("operation").innerHTML = "+";5859 document.getElementById("result").innerHTML = "Answer = " + answeradd;60 }6162 if (test == Subtraction) {6364 subtractone = Number(document.getElementById("numone").value);65 subtracttwo = Number(document.getElementById("numtwo").value);6667 if (subtracttwo > subtractone) {68 document.getElementById("result").innerHTML = "Please reduce the second number. If you dont want to reduce it. Click the button.";69 document.getElementById("Go").innerHTML = "Click me to get the answer";70 } else if (subtracttwo < subtractone) {71 answersubtract = Number(subtractone) - Number(subtracttwo);72 document.getElementById("Go").innerHTML = "";73 document.getElementById("operation").innerHTML = "-";74 document.getElementById("result").innerHTML = "Answer = " + answersubtract;75 }76 }7778 if (test == Multiplication) {7980 multiplyone = Number(document.getElementById("numone").value);81 multiplytwo = Number(document.getElementById("numtwo").value);8283 answermultiply = Number(multiplyone) * Number(multiplytwo);8485 document.getElementById("operation").innerHTML = "x";8687 document.getElementById("result").innerHTML = "Answer = " + answermultiply;88 }8990 if (test == Division) {9192 divisionone = Number(document.getElementById("numone").value);93 divisiontwo = Number(document.getElementById("numtwo").value);9495 answerdiv = Number(divisionone) / Number(divisiontwo);9697 document.getElementById("operation").innerHTML = "/";9899 document.getElementById("result").innerHTML = "Answer = " + answerdiv;100 }101102103}104105function Go() {106 subtractone = Number(document.getElementById("numone").value);107 subtracttwo = Number(document.getElementById("numtwo").value);108 answersubtract = Number(subtractone) - Number(subtracttwo);109 document.getElementById("Go").innerHTML = "";110 document.getElementById("operation").innerHTML = "-";111 document.getElementById("result").innerHTML = "Answer = " + answersubtract;112}113114function back() {115 window.location = "fouroperations.html";116}117118function back1() {119 window.location = "index.html";
...
synchronous-control-flow-implementation.js
Source:synchronous-control-flow-implementation.js
1// Either[a, b] = Left[a] ã
£ Right[b]2function Either(x) { this.__value = x; };3function Left(...args) { Either.call(this, ...args); };4Left.prototype = Object.create(Either.prototype);5function Right(...args) { Either.call(this, ...args); };6Right.prototype = Object.create(Either.prototype);7// Êeft :: a -> Left[a]8Left.of = x => new Left(x);9// Êight :: b -> Right[b]10Right.of = x => new Right(x);11Left.of(0) instanceof Left && Left.of(0) instanceof Either && !(Left.of(0) instanceof Right)12// true13Right.of(0) instanceof Right && Right.of(0) instanceof Either && !(Right.of(0) instanceof Left)14// true15// map :: Either[a, x] -> (a -> b) -> Either[b, x]16Either.prototype.map = function(fn) {17 if (this instanceof Right)18 return Right.of(fn(this.__value));19 else20 return this;21};22// plusOne :: Number -> Number23var plusOne = x => x + 1;24// timesTwo :: Number -> Number25var timesTwo = x => x * 2;26// toString :: Number -> String27var toString = x => x.toString();28Right.of(0).map(plusOne).map(timesTwo).map(toString);29// Right {__value: "2"}30// divideTwoBy :: Number -> Eiter[Number, String]31var divideTwoBy = function(x) {32 if (x === 0) return Left.of("can't divide by zero");33 else return Right.of(2 / x);34};35// subtractOne :: Number -> Number36var subtractOne = x => x - 1;37// subtractTwo :: Number -> Number38var subtractTwo = x => x - 2;39Right.of(1).map(subtractOne).map(divideTwoBy).map(console.log.bind(console));40// Left {__value: "can't divide by zero"}41// Right {__value: undefined}42Right.of(1).map(subtractOne).map(divideTwoBy);43// Right {__value: Left}44// join :: Either[Either[a, x], y] -> Either[a, x]45Either.prototype.join = function() {46 return this.__value;47};48// addTen :: Number -> Number49var addTen = x => x + 10;50Right.of(1).map(subtractOne).map(divideTwoBy).join().map(addTen).map(console.log.bind(console));51// Left {__value: "can't divide by zero"}52Right.of(1).map(subtractTwo).map(divideTwoBy).join().map(addTen).map(console.log.bind(console));53// 854// Right {__value: undefined}55// chain :: Either[a, x] -> (a -> Either[b, y]) -> Either[b, y]56Either.prototype.chain = function(fn) {57 return this.map(fn).join();58};59Right.of(1).map(subtractTwo).chain(divideTwoBy).map(addTen).map(console.log.bind(console));60// 861// Right {__value: undefined}62Right.of(1).map(subtractOne).chain(divideTwoBy).map(addTen).map(console.log.bind(console));63// Left {__value: "can't divide by zero"}64Right.of(1).map(subtractTwo).chain(divideTwoBy).map(addTen).map(toString);65// Right {__value: "8"}66Right.of(2).map(subtractTwo).chain(divideTwoBy).map(addTen).map(toString);67// Left {__value: "can't divide by zero"}68// unit :: b -> Right[b]69Either.of = x => new Right(x);70Either.of(1).map(subtractTwo).chain(divideTwoBy).map(addTen).map(toString);71// Right {__value: "8"}72Either.of(1).map(subtractOne).chain(divideTwoBy).map(addTen).map(toString);73// Left {__value: "can't divide by zero"}74// do :: Either[a, b] -> (a -> x) -> (b -> x) -> x75Either.prototype.do = function(l, r) {76 if (this instanceof Right)77 return r(this.__value);78 else79 return l(this.__value);80};81// either :: [(a -> x), (b -> x)] -> Either[a, b] -> x82var either = (l, r) => e => e instanceof Left ? l(e.__value) : r(e.__value);83var a = Either.of(1).map(subtractOne).chain(divideTwoBy).map(addTen).map(toString);84var b = Either.of(1).map(subtractTwo).chain(divideTwoBy).map(addTen).map(toString);85var e = either(console.log.bind(console,'this is a left!'), console.log.bind(console, 'this is a right!'));86e(a);87// this is a left! can't divide by zero88e(b);...
challengeMap.js
Source:challengeMap.js
...10subtractByTwo(10); //-> 811subtractByTwo(12); //-> 1012 */13// ADD CODE HERE14function subtractTwo(n) {15 return n - 2;16}17const map = (arr, callback) => {18 let result = [];19 for (let i = 0; i < arr.length; i++) {20 result.push(callback(arr[i]));21 }22 return result;23}24// Uncomment these to check your work!25console.log(typeof subtractTwo); // should log: 'function'26console.log(typeof map); // should log: 'function'...
map.js
Source:map.js
...5a 'callback' function - this function is applied to each element of the array (inside of the function 'map')6Have your map function return a new array filled with numbers that are the result of using the 'callback' function on each element of the input array. 7Please do not use the native map or forEach method.8map([3,4,5], subtractTwo); //-> [1,2,3]9subtractTwo(10); //-> 810subtractTwo(12); //-> 1011*/12function map(arr, callback) {13 let new_arr = [];14 for (let i = 0; i < arr.length; i++) {15 new_arr.push(callback(arr[i]));16 }17 return new_arr;18}19function subtractTwo(num) {20 return num - 2;21}22// Uncomment these to check your work!23console.log(typeof subtractTwo); // should log: 'function'24console.log(typeof map); // should log: 'function'...
call-stack-memory-heap.js
Source:call-stack-memory-heap.js
2 - call stack => where the program is at the current execution point3 - memory heap => allocation, release of memory resources for variables, functions, etc4*/5const number = 610; // allocate memory for number6function subtractTwo(num) {7 return num - 2;8}9function calculate() {10 const sumTotal = 4 + 5;11 return subtractTwo(sumTotal);12}13calculate();14// callstack => FIFO mode15// callstack while running calculate() in browser 16// => global execution context17// => global execution context, calculate()18// => global execution context, calculate(), subtractTwo()19// => global execution context, calculate() ....subtractTwo() resolved20// => global execution context ....calculate() resolved...
composePolyfill.js
Source:composePolyfill.js
1function subtractTwo(a) {2 return a - 2;3}4function addFive(a) {5 return a + 5;6}7function multiplyFour(a) {8 return a * 4;9}10const composePolyfill = (...fns) => {11 return function (arg) {12 return fns.reduceRight((currVal, fn) => fn(currVal), arg)13 }14}15//console.log('with compose', compose(addFive, subtractTwo, multiplyFour)(5))...
app.js
Source:app.js
2 console.log 3 addTwo(10, 35)4 addTwo(25, 40)5}6function subtractTwo(params1, params2) {7 console.log [8 subtractTwo(33, 9)9 subtractTwo(26, 11)10 ]11}12function multiplyTwo(params1, params2) {13 console.log [14 multiplyTwo(8, 6)15 multiplyTwo(3, 12)16 ]17}18function divideTwo(params1, params2) {19 console.log 20 divideTwo(60, 20)21 divideTwo(90, 5)...
Using AI Code Generation
1describe('My First Test', function() {2 it('Does not do much!', function() {3 cy.contains('type').click()4 cy.url().should('include', '/commands/actions')5 cy.get('.action-email')6 .type('
Using AI Code Generation
1describe('My First Test', function() {2 it('Does not do much!', function() {3 expect(Cypress.subtractTwo(5)).to.equal(3)4 })5})6Cypress.subtractTwo = function (num) {7}
Using AI Code Generation
1describe('My First Test', function() {2 it('Does not do much!', function() {3 expect(Cypress.subtractTwo(2)).to.equal(0)4 })5})6Cypress.Commands.add('subtractTwo', (number) => {7})8Cypress.Commands.overwrite('visit', (originalFn, url, options) => {9 if (url === '/dashboard') {10 }11 return originalFn(url, options)12})13Cypress.Commands.add('login', () => {14 cy.visit('/login')15 cy.get('input[name="email"]').type(Cypress.env('email'))16 cy.get('input[name="password"]').type(Cypress.env('password'))17 cy.get('button[type="submit"]').click()18 cy.url().should('include', '/dashboard')19})20import './commands'21Cypress.Commands.add('createTodo', (todo) => {22 cy.get('.new-todo').type(todo + '{enter}')23})24Cypress.Commands.add('toggleTodo', (todo) => {25 cy.contains('.todo-list li', todo)26 .find('.toggle')27 .click()28})29Cypress.Commands.add('clearCompleted', () => {30 cy.contains('Clear completed').click()31})32Cypress.Commands.add('validateTodoCompletedState', (todo, shouldBeCompleted) => {33 cy.contains('.todo-list li', todo).should(($li) => {34 const isCompleted = $li.find('.toggle').prop('checked')35 expect(isCompleted, 'todo state').to.equal(shouldBeCompleted)36 })37})38Cypress.Commands.add('validateNumberOfTodosShown', (numberOfTodosShown) => {39 cy.get('.todo-list li').should('have.length', numberOfTodosShown)40})41Cypress.Commands.add('validateTodoText', (todoIndex, expectedText) => {42 cy.get('.todo-list li')43 .eq(todoIndex)44 .should('have.text', expectedText)45})46Cypress.Commands.add('validateToggleState', (shouldBeOn) => {47 cy.get('.toggle-all').should('be.checked', shouldBeOn)48})49Cypress.Commands.add('toggleAll', ()
Using AI Code Generation
1describe('My First Test', function() {2 it('Does not do much!', function() {3 expect(2).to.equal(subtractTwo(4));4 })5})6describe('My First Test', function() {7 it('Does not do much!', function() {8 expect(2).to.equal(subtractTwo(4));9 })10})11describe('My First Test', function() {12 it('Does not do much!', function() {13 expect(2).to.equal(subtractTwo(4));14 })15})
Using AI Code Generation
1const { subtractTwo } = require("cypress-math");2it("should subtract two numbers", () => {3 const result = subtractTwo(5, 3);4 expect(result).to.equal(2);5});6import "cypress-math";7it("should subtract two numbers", () => {8 const result = cy.subtractTwo(5, 3);9 expect(result).to.equal(2);10});11it("should subtract two numbers", () => {12 const result = cy.subtractTwo(5, 3);13 expect(result).to.equal(2);14});15it("should subtract two numbers", () => {16 const result = cy.subtractTwo(5, 3);17 expect(result).to.equal(2);18});19it("should subtract two numbers", () => {20 const result = cy.subtractTwo(5, 3);21 expect(result).to.equal(2);22});23it("should subtract two numbers", () => {24 const result = cy.subtractTwo(5, 3);25 expect(result).to.equal(2);26});27it("should subtract two numbers", () => {28 const result = cy.subtractTwo(5, 3);29 expect(result).to.equal(2);30});31it("should subtract two numbers", () => {32 const result = cy.subtractTwo(5, 3);33 expect(result).to.equal(2);34});35it("should subtract two numbers", () => {36 const result = cy.subtractTwo(5, 3);37 expect(result).to.equal(2);38});39it("should subtract two numbers", () => {40 const result = cy.subtractTwo(5, 3);41 expect(result).to.equal(2);42});
Using AI Code Generation
1var cypress = require('cypress');2var subtract = cypress.subtractTwo(5, 1)3console.log(subtract)4var cypress = require('cypress');5var subtract = cypress.subtractTwo(5, 1)6console.log(subtract)7var cypress = require('cypress');8var subtract = cypress.subtractTwo(5, 1)9console.log(subtract)10var cypress = require('cypress');11var subtract = cypress.subtractTwo(5, 1)12console.log(subtract)13var cypress = require('cypress');14var subtract = cypress.subtractTwo(5, 1)15console.log(subtract)16var cypress = require('cypress');17var subtract = cypress.subtractTwo(5, 1)18console.log(subtract)19var cypress = require('cypress');20var subtract = cypress.subtractTwo(5, 1)21console.log(subtract)22var cypress = require('cypress');23var subtract = cypress.subtractTwo(5, 1)24console.log(subtract)25var cypress = require('cypress');26var subtract = cypress.subtractTwo(5, 1)27console.log(subtract)28var cypress = require('cypress');29var subtract = cypress.subtractTwo(5, 1)30console.log(subtract)31var cypress = require('cypress');32var subtract = cypress.subtractTwo(5, 1)33console.log(subtract)34var cypress = require('cypress');35var subtract = cypress.subtractTwo(5, 1)36console.log(subtract
Using AI Code Generation
1var sub = require('./subtractTwo.js');2var result = sub.subtractTwo(7, 2);3console.log('Result is ' + result);4module.exports.subtractTwo = function (a, b) {5 return a - b;6};7module.exports.subtractTwo = function (a, b) {8 return a - b;9};10var sub = require('./subtractTwo.js');11var result = sub.subtractTwo(7, 2);12console.log('Result is ' + result);13module.exports.subtractTwo = function (a, b) {14 return a - b;15};16var sub = require('./subtractTwo.js');17var result = sub.subtractTwo(7, 2);18console.log('Result is ' + result);19module.exports.subtractTwo = function (a, b) {20 return a - b;21};22var sub = require('./subtractTwo.js');23var result = sub.subtractTwo(7, 2);24console.log('Result is ' + result);25module.exports.subtractTwo = function (a, b) {26 return a - b;27};28var sub = require('./subtractTwo.js');29var result = sub.subtractTwo(7, 2);30console.log('Result is ' + result);31module.exports.subtractTwo = function (a, b) {32 return a - b;33};34var sub = require('./subtractTwo.js');35var result = sub.subtractTwo(7, 2);36console.log('Result is ' + result);37module.exports.subtractTwo = function (a, b) {38 return a - b;39};40var sub = require('./subtractTwo.js');41var result = sub.subtractTwo(7, 2);42console.log('Result is ' + result);43module.exports.subtractTwo = function (a, b) {44 return a - b;45};46var sub = require('./subtractTwo.js');47var result = sub.subtractTwo(7, 2);48console.log('Result is ' + result);49module.exports.subtractTwo = function (a, b) {50 return a - b;51};52var sub = require('./subtractTwo.js');53var result = sub.subtractTwo(7, 2);54console.log('Result is ' + result);
Using AI Code Generation
1const Calculator = require('./Calculator.js');2const calc = new Calculator();3calc.subtractTwo(5, 3);4class Calculator {5 subtractTwo(a, b) {6 return a - b;7 }8}9module.exports = Calculator;10require(module_name)11In the below example, we have imported the path module in the Node.js file. The path module provides utilities for working with file and directory paths. It can be imported using the following syntax:12const path = require('path');13In the below example, we have imported the fs module in the Node.js file. The fs module provides an API for interacting with the file system in a manner closely modeled around standard POSIX functions. It can be imported using the following syntax:14const fs = require('fs');15In the below example, we have imported the http module in the Node.js file. The http module provides HTTP server and client functionality. It can be imported using the following syntax:16const http = require('http');17In the below example, we have imported the url module in the Node.js file. The url module provides utilities for URL resolution and parsing. It can be imported using the following syntax:18const url = require('url');19In the below example, we have imported the os module in the Node.js file. The os module provides a number of operating-system related utility methods. It can be imported using the following syntax:
Using AI Code Generation
1const sub = require('./subtractTwo.js')2sub.subtractTwo(5)3exports.subtractTwo = (num) => {4}5const sub = require('./subtractTwo.js')6sub.subtractTwo(5)7exports.subtractTwo = (num) => {8}9module.exports = {}10const sub = require('./subtractTwo.js')11sub.subtractTwo(5)12exports.subtractTwo = (num) => {13}
Cypress Tutorial
Cypress is a renowned Javascript-based open-source, easy-to-use end-to-end testing framework primarily used for testing web applications. Cypress is a relatively new player in the automation testing space and has been gaining much traction lately, as evidenced by the number of Forks (2.7K) and Stars (42.1K) for the project. LambdaTest’s Cypress Tutorial covers step-by-step guides that will help you learn from the basics till you run automation tests on LambdaTest.
Chapters:
- What is Cypress? -
- Why Cypress? - Learn why Cypress might be a good choice for testing your web applications.
- Features of Cypress Testing - Learn about features that make Cypress a powerful and flexible tool for testing web applications.
- Cypress Drawbacks - Although Cypress has many strengths, it has a few limitations that you should be aware of.
- Cypress Architecture - Learn more about Cypress architecture and how it is designed to be run directly in the browser, i.e., it does not have any additional servers.
- Browsers Supported by Cypress - Cypress is built on top of the Electron browser, supporting all modern web browsers. Learn browsers that support Cypress.
- Selenium vs Cypress: A Detailed Comparison - Compare and explore some key differences in terms of their design and features.
- Cypress Learning: Best Practices - Take a deep dive into some of the best practices you should use to avoid anti-patterns in your automation tests.
- How To Run Cypress Tests on LambdaTest? - Set up a LambdaTest account, and now you are all set to learn how to run Cypress tests.
Certification
You can elevate your expertise with end-to-end testing using the Cypress automation framework and stay one step ahead in your career by earning a Cypress certification. Check out our Cypress 101 Certification.
YouTube
Watch this 3 hours of complete tutorial to learn the basics of Cypress and various Cypress commands with the Cypress testing at LambdaTest.
Run Cypress 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?
