How to use el2 method in ng-mocks

Best JavaScript code snippet using ng-mocks

main.js

Source:main.js

1const prompt = require('prompt-sync')({sigint: true});2const hat = '^';3const hole = 'O';4const fieldCharacter = 'â';5const pathCharacter = '*';6let randomField;7let userHeight = prompt("input heigth, max 35");8if (userHeight > 35) userHeight = 35;9let userWidth = prompt("input width, max 135");10if (userWidth > 125) userWidth = 135;11//let userPercentage = prompt("input % of holes");12class Field {13    constructor(arr) {14        this.arr = arr;15        16       17    };18    print() {19        for(let i=0; i<this.arr.length; i++) {20            console.log(this.arr[i].toString().replaceAll(",", ""))21        }22    };23    24    play() {       25        let player = [];26        for (let i = 0; i < this.arr.length; i++) {27            for (let j = 0; j < this.arr.length; j++) {28                if (this.arr[i][j] === pathCharacter) {29                    player.push(i, j);30                }31            }              32        }33        let move;34        let playing = true;35        while (true) {     36            this.print();37            move = prompt("Which way western man? W = up, S = down, A = left, D = rigth");38            39            if (move === "a") {40               player[1] -= 1;41            }42            else if (move === "d") {43                player[1] += 1;44            }45            else if (move === "w") {46                player[0] -= 1;47            }48            else if (move === "s") {49                player[0] += 1;50            }51            if (player[1] === -1 || player[1] === this.arr[1].length || player[0] === -1 || player[0] === this.arr[0].length || this.arr[player[0]][player[1]] === hole) {52                console.log("YOU LOST");53                return;54            }55            else if (this.arr[player[0]][player[1]] === hat) {56                console.log("YOU WON!");57                return;58            } else {59                this.arr[player[0]][player[1]] = pathCharacter;60            }61            console.clear();62        } 63    };64    static generateField(heigth, width) {65        66        let randomArr = [];67        let intArr;68        let topography;69        for (let i = 0; i < heigth; i++) {70            intArr = [];  71            for (let j = 0; j < width; j++) {                             72                topography = Math.floor(Math.random() * 100);73                if (topography <= 36) {74                    topography = hole;75                }76                else {77                    topography = fieldCharacter;78                }79                intArr.push(topography);80            }81            randomArr.push(intArr);82        }83        randomArr[0][0] = pathCharacter;84        randomArr[(heigth - 1) - Math.floor(Math.random() * (heigth / 4))][(width - 1) - Math.floor(Math.random() * (width / 4))] = hat; 85        86        let visited = [[0, 0]];87        let visitedTwice = [];88        let visited3x = [];89        let visited4x = [];90        let p = [0, 0];91        while (true) {           92            //checking if next move is a winning move93            if (randomArr?.[p[0]]?.[p[1] + 1] === hat || randomArr?.[p[0]]?.[p[1] - 1] === hat || randomArr?.[p[0] + 1]?.[p[1]] === hat || randomArr?.[p[0] - 1]?.[p[1]] === hat) {94                let goodField = new Field (randomArr);95                goodField.play();96                return;97            }          98            //checking if neighbouring square hasn't been visited, if no, go there99            else if (randomArr?.[p[0]]?.[p[1] + 1] === fieldCharacter && !visited.some(([el1, el2]) => el1 == p[0] && el2 == p[1] + 1)) {100                p[1] += 1;101                visited.push([p[0], p[1]]);102            } else if (randomArr?.[p[0]]?.[p[1] - 1] === fieldCharacter && !visited.some(([el1, el2]) => el1 == p[0] && el2 == p[1] - 1)) {103                p[1] -= 1;104                visited.push([p[0], p[1]]);105            } else if (randomArr?.[p[0] + 1]?.[p[1]] === fieldCharacter && !visited.some(([el1, el2]) => el1 == p[0] + 1 && el2 == p[1])) {106                p[0] += 1;107                visited.push([p[0], p[1]]);108            } else if (randomArr?.[p[0] - 1]?.[p[1]] === fieldCharacter && !visited.some(([el1, el2]) => el1 == p[0] - 1 && el2 == p[1])) {109                p[0] -= 1;110                visited.push([p[0], p[1]]);111            //checking if neighbouring square hasn't been visited twice, if no, go there112            } else if (randomArr?.[p[0]]?.[p[1] + 1] === fieldCharacter && !visitedTwice.some(([el1, el2]) => el1 == p[0] && el2 == p[1] + 1)) {113                p[1] += 1;114                visitedTwice.push([p[0], p[1]]);115            } else if (randomArr?.[p[0]]?.[p[1] - 1] === fieldCharacter && !visitedTwice.some(([el1, el2]) => el1 == p[0] && el2 == p[1] - 1)) {116                p[1] -= 1;117                visitedTwice.push([p[0], p[1]]);118            } else if (randomArr?.[p[0] + 1]?.[p[1]] === fieldCharacter && !visitedTwice.some(([el1, el2]) => el1 == p[0] + 1 && el2 == p[1])) {119                p[0] += 1;120                visitedTwice.push([p[0], p[1]]);121            } else if (randomArr?.[p[0] - 1]?.[p[1]] === fieldCharacter && !visitedTwice.some(([el1, el2]) => el1 == p[0] - 1 && el2 == p[1])) {122                p[0] -= 1;123                visitedTwice.push([p[0], p[1]]);124            //checking if neighbouring square hasn't been visited 3x, if no, go there    125            } else if (randomArr?.[p[0]]?.[p[1] + 1] === fieldCharacter && !visited3x.some(([el1, el2]) => el1 == p[0] && el2 == p[1] + 1)) {126                p[1] += 1;127                visited3x.push([p[0], p[1]]);128            } else if (randomArr?.[p[0]]?.[p[1] - 1] === fieldCharacter && !visited3x.some(([el1, el2]) => el1 == p[0] && el2 == p[1] - 1)) {129                p[1] -= 1;130                visited3x.push([p[0], p[1]]);131            } else if (randomArr?.[p[0] + 1]?.[p[1]] === fieldCharacter && !visited3x.some(([el1, el2]) => el1 == p[0] + 1 && el2 == p[1])) {132                p[0] += 1;133                visited3x.push([p[0], p[1]]);134            } else if (randomArr?.[p[0] - 1]?.[p[1]] === fieldCharacter && !visited3x.some(([el1, el2]) => el1 == p[0] - 1 && el2 == p[1])) {135                p[0] -= 1;136                visited3x.push([p[0], p[1]]);137            //checking if neighbouring square hasn't been visited 4x, if no, go there138            } else if (randomArr?.[p[0]]?.[p[1] + 1] === fieldCharacter && !visited4x.some(([el1, el2]) => el1 == p[0] && el2 == p[1] + 1)) {139                p[1] += 1;140                visited4x.push([p[0], p[1]]);141            } else if (randomArr?.[p[0]]?.[p[1] - 1] === fieldCharacter && !visited4x.some(([el1, el2]) => el1 == p[0] && el2 == p[1] - 1)) {142                p[1] -= 1;143                visited4x.push([p[0], p[1]]);144            } else if (randomArr?.[p[0] + 1]?.[p[1]] === fieldCharacter && !visited4x.some(([el1, el2]) => el1 == p[0] + 1 && el2 == p[1])) {145                p[0] += 1;146                visited4x.push([p[0], p[1]]);147            } else if (randomArr?.[p[0] - 1]?.[p[1]] === fieldCharacter && !visited4x.some(([el1, el2]) => el1 == p[0] - 1 && el2 == p[1])) {148                p[0] -= 1;149                visited4x.push([p[0], p[1]]);150            } else {                151                randomField = new Field (Field.generateField(userHeight, userWidth));152            }153        }154    }155     156}157const myField = new Field([158    ['*', 'â', 'O'],159    ['â', 'O', 'â'],160    ['â', '^', 'â'],161]);...

are-you-here.js

Source:are-you-here.js

1function areYouHere(arr1, arr2) {2    for (let i = 0; i < arr1.length; i++) {3        const el1 = arr1[i];4        console.log('el1: ', el1)5        for (let j = 0; j < arr2.length; j++) {6            const el2 = arr2[j];7            console.log('el2: ', el2)8            if (el1 === el2) return true;9        }10    }11    return false;12}13const test1 = areYouHere([2, 4, 7], [5,8,12,42])14console.log(test1);15// [Running] node "/Users/aholley/Documents/thinkful/projects/DSA-Big-O/are-you-here.js"16// false17// [Done] exited with code=0 in 0.07 seconds18const test2 = areYouHere([1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20], [5, 6, 7, 8, 9, 10, 11, 12, 42, 43, 44, 45, 46, 47, 48, 49, 50, ])19console.log(test2);20// [Running] node "/Users/aholley/Documents/thinkful/projects/DSA-Big-O/are-you-here.js"21// true22// [Done] exited with code=0 in 0.047 seconds23const test3 = areYouHere(24    [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 42, 42, 43, 44, 45, 46, 47, 48, 49, 50, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90], 25    [5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110])26// console.log(test3);27// [Running] node "/Users/aholley/Documents/thinkful/projects/DSA-Big-O/are-you-here.js"28// true29// [Done] exited with code=0 in 0.046 seconds30// [Running] node "/Users/aholley/Documents/thinkful/projects/DSA-Big-O/are-you-here.js"31// el1:  132// el2:  533// el2:  634// el2:  735// el2:  836// el2:  937// el2:  1038// el2:  1139// el2:  1240// el2:  1341// el2:  1442// el2:  1543// el2:  1644// el2:  1745// el2:  1846// el2:  1947// el2:  2048// el2:  2149// el2:  2250// el2:  2351// el2:  2452// el2:  2553// el2:  2654// el2:  2755// el2:  2856// el2:  2957// el2:  3058// el2:  4259// el2:  4360// el2:  4461// el2:  4562// el2:  4663// el2:  4764// el2:  4865// el2:  4966// el2:  5067// el2:  5168// el2:  5269// el2:  5370// el2:  5471// el2:  5572// el2:  5673// el2:  5774// el2:  5875// el2:  5976// el2:  6077// el2:  6178// el2:  6279// el2:  6380// el2:  6481// el2:  6582// el2:  6683// el2:  6784// el2:  6885// el2:  6986// el2:  7087// el2:  10088// el2:  10189// el2:  10290// el2:  10391// el2:  10492// el2:  10593// el2:  10694// el2:  10795// el2:  10896// el2:  10997// el2:  11098// el1:  299// el2:  5100// el2:  6101// el2:  7102// el2:  8103// el2:  9104// el2:  10105// el2:  11106// el2:  12107// el2:  13108// el2:  14109// el2:  15110// el2:  16111// el2:  17112// el2:  18113// el2:  19114// el2:  20115// el2:  21116// el2:  22117// el2:  23118// el2:  24119// el2:  25120// el2:  26121// el2:  27122// el2:  28123// el2:  29124// el2:  30125// el2:  42126// el2:  43127// el2:  44128// el2:  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53271// el2:  54272// el2:  55273// el2:  56274// el2:  57275// el2:  58276// el2:  59277// el2:  60278// el2:  61279// el2:  62280// el2:  63281// el2:  64282// el2:  65283// el2:  66284// el2:  67285// el2:  68286// el2:  69287// el2:  70288// el2:  100289// el2:  101290// el2:  102291// el2:  103292// el2:  104293// el2:  105294// el2:  106295// el2:  107296// el2:  108297// el2:  109298// el2:  110299// el1:  5300// el2:  5...

areconnectedthroughproperties.js

Source:areconnectedthroughproperties.js

1/**2 * @license Copyright (c) 2003-2021, CKSource - Frederico Knabben. All rights reserved.3 * For licensing, see LICENSE.md or https://ckeditor.com/legal/ckeditor-oss-license4 */5/* globals window, document, Event */6import areConnectedThroughProperties from '../src/areconnectedthroughproperties';7describe( 'areConnectedThroughProperties()', () => {8	it( 'should return `false` if one of the value is primitive #1', () => {9		const el1 = [ 'foo' ];10		const el2 = 'foo';11		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;12	} );13	it( 'should return `false` if one of the value is primitive #2', () => {14		const el1 = 0;15		const el2 = [ 0 ];16		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;17	} );18	it( 'should return `false` if both of the values are primitives', () => {19		const el1 = null;20		const el2 = null;21		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;22	} );23	it( 'should return `false` if both values are plain objects', () => {24		const el1 = {};25		const el2 = {};26		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;27	} );28	it( 'should return `true` if both objects references to the same object', () => {29		const el1 = {};30		const el2 = el1;31		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;32	} );33	it( 'should return `true` if both values share a common reference #1', () => {34		const foo = {};35		const el1 = { foo };36		const el2 = { foo };37		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;38	} );39	it( 'should return `true` if both values share a common reference #2', () => {40		const foo = [];41		const el1 = [ foo ];42		const el2 = [ foo ];43		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;44	} );45	it( 'should return `true` if the first structure is deep inside the second structure', () => {46		const el1 = {};47		const el2 = {48			foo: 1,49			bar: [ 1, 2, 3, new Map( [50				[ {}, new Set( [ 1, 2, 3 ] ) ],51				[ undefined, new Set( [52					Symbol( 'foo' ),53					null,54					{ x: [ el1 ] }55				] ) ]56			] ) ]57		};58		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;59	} );60	it( 'should return `true` if the second structure is deep inside the first structure', () => {61		const el2 = {};62		const el1 = {63			foo: 1,64			bar: [ 1, 2, 3, new Map( [65				[ {}, new Set( [ 1, 2, 3 ] ) ],66				[ undefined, new Set( [67					Symbol( 'foo' ),68					null,69					{ x: [ el2 ] }70				] ) ]71			] ) ]72		};73		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;74	} );75	it( 'should return `true` if both structures have a common reference', () => {76		const foo = {};77		const el1 = {78			foo: 1,79			bar: [ 1, 2, 3, new Map( [80				[ {}, new Set( [ 1, 2, 3 ] ) ],81				[ undefined, new Set( [82					Symbol( 'foo' ),83					null,84					{ x: [ foo ] }85				] ) ]86			] ) ]87		};88		const el2 = {89			foo: 1,90			bar: [ 1, 2, 3, new Map( [91				[ {}, new Set( [ 1, 2, 3 ] ) ],92				[ undefined, new Set( [93					Symbol( 'foo' ),94					null,95					{ x: [ foo ] }96				] ) ]97			] ) ]98		};99		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;100	} );101	it( 'should return `false` if the structures is not connected #1', () => {102		const el1 = {};103		const el2 = {104			foo: 1,105			bar: [ 1, 2, 3, new Map( [106				[ {}, new Set( [ 1, 2, 3 ] ) ],107				[ undefined, new Set( [108					Symbol( 'foo' ),109					null,110					{ x: [] }111				] ) ]112			] ) ]113		};114		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;115	} );116	it( 'should return `false` if the structures is not connected #2', () => {117		const el1 = {118			foo: 1,119			bar: [ 1, 2, 3, new Map( [120				[ {}, new Set( [ 1, 2, 3 ] ) ],121				[ undefined, new Set( [122					Symbol( 'foo' ),123					null,124					{ x: [] }125				] ) ]126			] ) ]127		};128		const el2 = {129			foo: 1,130			bar: [ 1, 2, 3, new Map( [131				[ {}, new Set( [ 1, 2, 3 ] ) ],132				[ undefined, new Set( [133					Symbol( 'foo' ),134					null,135					{ x: [] }136				] ) ]137			] ) ]138		};139		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;140	} );141	it( 'should work well with nested objects #1', () => {142		const el1 = {};143		el1.foo = el1;144		const el2 = {};145		el2.foo = el2;146		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;147	} );148	it( 'should work well with nested objects #2', () => {149		const el1 = {};150		el1.foo = el1;151		const el2 = {};152		el2.foo = {153			foo: el2,154			bar: el1155		};156		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.true;157	} );158	it( 'should skip DOM objects', () => {159		const evt = new Event( 'click' );160		const el1 = { window, document, evt };161		const el2 = { window, document, evt };162		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;163	} );164	it( 'should skip date and regexp objects', () => {165		const date = new Date();166		const regexp = /123/;167		const el1 = { date, regexp };168		const el2 = { date, regexp };169		expect( areConnectedThroughProperties( el1, el2 ) ).to.be.false;170	} );...

Using AI Code Generation

1import { el2 } from 'ng-mocks';2describe('MyComponent', () => {3  it('should render the component', () => {4    const fixture = MockRender(MyComponent);5    expect(el2('h1')).toHaveText('Hello world!');6  });7});8import { el } from 'ng-mocks';9describe('MyComponent', () => {10  it('should render the component', () => {11    const fixture = MockRender(MyComponent);12    expect(el('h1')).toHaveText('Hello world!');13  });14});15import { query } from 'ng-mocks';16describe('MyComponent', () => {17  it('should render the component', () => {18    const fixture = MockRender(MyComponent);19    expect(query('h1')).toHaveText('Hello world!');20  });21});22import { queryAll } from 'ng-mocks';23describe('MyComponent', () => {24  it('should render the component', () => {25    const fixture = MockRender(MyComponent);26    expect(queryAll('h1')).toHaveText('Hello world!');27  });28});29import { queryAllChildren } from 'ng-mocks';30describe('MyComponent', () => {31  it('should render the component', () => {32    const fixture = MockRender(MyComponent);33    expect(queryAllChildren('h1')).toHaveText('Hello world!');34  });35});36import { queryAllPoints } from 'ng-mocks';37describe('MyComponent', () => {38  it('should render the component', () => {39    const fixture = MockRender(MyComponent);40    expect(queryAllPoints('h1')).toHaveText('Hello world!');41  });42});43import { queryChildren } from 'ng-mocks';44describe('MyComponent', () => {45  it('should render the component', () => {46    const fixture = MockRender(MyComponent);47    expect(queryChildren('h1')).toHaveText('Hello world!');48  });49});50import { queryPoint } from 'ng-mocks';51describe('MyComponent', () => {52  it('should

Using AI Code Generation

1import { el2 } from 'ng-mocks';2describe('MyComponent', () => {3  it('should work', () => {4    const fixture = MockRender(MyComponent);5    expect(el2(fixture.debugElement).queryAll('div')).toHaveLength(1);6  });7});8import { ngMocks } from 'ng-mocks';9describe('MyComponent', () => {10  it('should work', () => {11    const fixture = MockRender(MyComponent);12    expect(ngMocks.find(fixture.debugElement, 'div')).toHaveLength(1);13  });14});

Using AI Code Generation

1import {el2} from 'ng-mocks';2const fixture = TestBed.createComponent(MyComponent);3const myComponent = ngMocks.findInstance(MyComponent);4const myComponent = ngMocks.findInstance(MyComponent);5const myComponent = ngMocks.findInstance(MyComponent);6const myComponent = ngMocks.findInstance(MyComponent);7const myComponent = ngMocks.findInstance(MyComponent);8const myComponent = ngMocks.findInstance(MyComponent);9const myComponent = ngMocks.findInstance(MyComponent);10const myComponent = ngMocks.findInstance(MyComponent);11const myComponent = ngMocks.findInstance(MyComponent);12const myComponent = ngMocks.findInstance(MyComponent);13const myComponent = ngMocks.findInstance(MyComponent);14const myComponent = ngMocks.findInstance(MyComponent);15const myComponent = ngMocks.findInstance(MyComponent);16const myComponent = ngMocks.findInstance(MyComponent);17const myComponent = ngMocks.findInstance(MyComponent);18const myComponent = ngMocks.findInstance(MyComponent);19const myComponent = ngMocks.findInstance(MyComponent);20const myComponent = ngMocks.findInstance(MyComponent);21const myComponent = ngMocks.findInstance(MyComponent);22const myComponent = ngMocks.findInstance(MyComponent);23const myComponent = ngMocks.findInstance(MyComponent);24const myComponent = ngMocks.findInstance(MyComponent);25const myComponent = ngMocks.findInstance(MyComponent);26const myComponent = ngMocks.findInstance(MyComponent);

Using AI Code Generation

1import {el} from 'ng-mocks';2describe('test', () => {3  it('should work', () => {4    const fixture = MockRender(`5    `);6    const el1 = el('#id1', fixture);7    const el2 = el('#id2', fixture);8    expect(el1.nativeElement.textContent).toEqual('test1');9    expect(el2.nativeElement.textContent).toEqual('test2');10  });11});

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.