How to use measurements method in storybook-root

Best JavaScript code snippet using storybook-root

FPSAnalyzr-0.2.1.ts

Source:FPSAnalyzr-0.2.1.ts

1declare namespace FPSAnalyzr {2    /**3     * A Function to generate a current timestamp, such as performance.now.4     */5    export interface ITimestampGetter {6        (): number;7    }8    /**9     * Storage for internal FPS measurements, as either a Number[] or Object.10     */11    export type IMeasurementsContainer = number[] | {12        [i: number]: number;13    }14    /**15     * Settings to initialize a new IFPSAnalyzr.16     */17    export interface IFPSAnalyzrSettings {18        /**19         * How many FPS measurements to keep at any given time, at most.20         */21        maxKept?: number;22        /**23         * A Function to generate a current timestamp, such as performance.now.24         */25        getTimestamp?: any;26    }27    /**28     * A general utility for obtaining and analyzing framerate measurements. The 29     * most recent measurements are kept up to a certain point (either an infinite30     * number or a set amount). Options for analyzing the data such as getting the31     * mean, median, extremes, etc. are available.32     */33    export interface IFPSAnalyzr {34        /**35         * Function to generate a current timestamp, commonly performance.now.36         */37        getTimestamp: ITimestampGetter;38        /**39         * Standard public measurement function.40         * Marks the current timestamp as timeCurrent, and adds an FPS measurement41         * if there was a previous timeCurrent.42         * 43         * @param [time]   An optional timestamp (by default, getTimestamp() is used).44         */45        measure(time?: number): void;46        /**47         * Adds an FPS measurement to measurements, and increments the associated48         * count variables.49         * 50         * @param fps   An FPS calculated as the difference between two timestamps.51         */52        addFPS(fps: number): void;53        /**54         * @returns The number of FPS measurements to keep.55         */56        getMaxKept(): number;57        /**58         * @returns The actual number of FPS measurements currently known.59         */60        getNumRecorded(): number;61        /**62         * @returns The most recent performance.now timestamp.63         */64        getTimeCurrent(): number;65        /**66         * @returns The current position in measurements.67         */68        getTicker(): number;69        /**70         * Get function for a copy of the measurements listing (if the number of71         * measurements is less than the max, that size is used)72         * 73         * @returns A Number[] of the most recent FPS measurements.74         */75        getMeasurements(): number[];76        /**77         * Get function for a copy of the measurements listing, but with the FPS78         * measurements transformed back into time differences79         * 80         * @returns A container of the most recent FPS time differences.81         */82        getDifferences(): number[];83        /**84         * @returns The average recorded FPS measurement.85         */86        getAverage(): number;87        /**88         * @returns The median recorded FPS measurement.89         * @remarks This is O(n*log(n)), where n is the size of the history,90         *          as it creates a copy of the history and sorts it.91         */92        getMedian(): number;93        /**94         * @returns Array containing the lowest and highest recorded FPS 95         *          measurements, in that order.96         */97        getExtremes(): number[];98        /**99         * @returns The range of recorded FPS measurements.100         */101        getRange(): number;102    }103}104namespace FPSAnalyzr {105    "use strict";106    /**107     * A general utility for obtaining and analyzing framerate measurements. The 108     * most recent measurements are kept up to a certain point (either an infinite109     * number or a set amount). Options for analyzing the data such as getting the110     * mean, median, extremes, etc. are available.111     */112    export class FPSAnalyzr implements IFPSAnalyzr {113        /**114         * Function to generate a current timestamp, commonly performance.now.115         */116        public getTimestamp: ITimestampGetter;117        /**118         * How many FPS measurements to keep at any given time, at most.119         */120        private maxKept: number;121        /**122         * A recent history of FPS measurements (normally an Array). These are123         * stored as changes in millisecond timestamps.124         */125        private measurements: IMeasurementsContainer;126        /**127         * The actual number of FPS measurements currently known.128         */129        private numRecorded: number;130        /**131         * The current position in the internal measurements listing.132         */133        private ticker: number;134        /**135         * The most recent timestamp from getTimestamp.136         */137        private timeCurrent: number;138        /**139         * Initializes a new instance of the FPSAnalyzr class.140         * 141         * @param [settings]142         */143        constructor(settings: IFPSAnalyzrSettings = {}) {144            this.maxKept = settings.maxKept || 35;145            this.numRecorded = 0;146            this.ticker = -1;147            // If maxKept is a Number, make the measurements array that long.148            // If it's infinite, make measurements an {} (infinite Array).149            this.measurements = isFinite(this.maxKept) ? new Array(this.maxKept) : {};150            // Headless browsers like PhantomJS won't know performance, so Date.now151            // is used as a backup152            if (typeof settings.getTimestamp === "undefined") {153                if (typeof performance === "undefined") {154                    this.getTimestamp = function (): number {155                        return Date.now();156                    };157                } else {158                    this.getTimestamp = (159                        performance.now160                        || (<any>performance).webkitNow161                        || (<any>performance).mozNow162                        || (<any>performance).msNow163                        || (<any>performance).oNow164                    ).bind(performance);165                }166            } else {167                this.getTimestamp = settings.getTimestamp;168            }169        }170        /* Public interface171        */172        /**173         * Standard public measurement function.174         * Marks the current timestamp as timeCurrent, and adds an FPS measurement175         * if there was a previous timeCurrent.176         * 177         * @param [time]   An optional timestamp (by default, getTimestamp() is used).178         */179        measure(time: number = this.getTimestamp()): void {180            if (this.timeCurrent) {181                this.addFPS(1000 / (time - this.timeCurrent));182            }183            this.timeCurrent = time;184        }185        /**186         * Adds an FPS measurement to measurements, and increments the associated187         * count variables.188         * 189         * @param fps   An FPS calculated as the difference between two timestamps.190         */191        addFPS(fps: number): void {192            this.ticker = (this.ticker += 1) % this.maxKept;193            this.measurements[this.ticker] = fps;194            this.numRecorded += 1;195        }196        /* Gets197        */198        /**199         * @returns The number of FPS measurements to keep.200         */201        getMaxKept(): number {202            return this.maxKept;203        }204        /**205         * @returns The actual number of FPS measurements currently known.206         */207        getNumRecorded(): number {208            return this.numRecorded;209        }210        /**211         * @returns The most recent performance.now timestamp.212         */213        getTimeCurrent(): number {214            return this.timeCurrent;215        }216        /**217         * @returns The current position in measurements.218         */219        getTicker(): number {220            return this.ticker;221        }222        /**223         * Get function for a copy of the measurements listing (if the number of224         * measurements is less than the max, that size is used)225         * 226         * @returns A Number[] of the most recent FPS measurements.227         */228        getMeasurements(): number[] {229            var fpsKeptReal: number = Math.min(this.maxKept, this.numRecorded),230                copy: any,231                i: number;232            if (isFinite(this.maxKept)) {233                copy = new Array(fpsKeptReal);234            } else {235                copy = {};236                copy.length = fpsKeptReal;237            }238            for (i = fpsKeptReal - 1; i >= 0; --i) {239                copy[i] = this.measurements[i];240            }241            return copy;242        }243        /**244         * Get function for a copy of the measurements listing, but with the FPS245         * measurements transformed back into time differences246         * 247         * @returns A container of the most recent FPS time differences.248         */249        getDifferences(): number[] {250            var copy: number[] = this.getMeasurements(),251                i: number;252            for (i = copy.length - 1; i >= 0; --i) {253                copy[i] = 1000 / copy[i];254            }255            return copy;256        }257        /**258         * @returns The average recorded FPS measurement.259         */260        getAverage(): number {261            var total: number = 0,262                max: number = Math.min(this.maxKept, this.numRecorded),263                i: number;264            for (i = max - 1; i >= 0; --i) {265                total += this.measurements[i];266            }267            return total / max;268        }269        /**270         * @returns The median recorded FPS measurement.271         * @remarks This is O(n*log(n)), where n is the size of the history,272         *          as it creates a copy of the history and sorts it.273         */274        getMedian(): number {275            var copy: any = this.getMeasurementsSorted(),276                fpsKeptReal: number = copy.length,277                fpsKeptHalf: number = Math.floor(fpsKeptReal / 2);278            if (copy.length % 2 === 0) {279                return copy[fpsKeptHalf];280            } else {281                return (copy[fpsKeptHalf - 2] + copy[fpsKeptHalf]) / 2;282            }283        }284        /**285         * @returns Array containing the lowest and highest recorded FPS 286         *          measurements, in that order.287         */288        getExtremes(): number[] {289            var lowest: number = this.measurements[0],290                highest: number = lowest,291                max: number = Math.min(this.maxKept, this.numRecorded),292                fps: number,293                i: number;294            for (i = max - 1; i >= 0; --i) {295                fps = this.measurements[i];296                if (fps > highest) {297                    highest = fps;298                } else if (fps < lowest) {299                    lowest = fps;300                }301            }302            return [lowest, highest];303        }304        /**305         * @returns The range of recorded FPS measurements.306         */307        getRange(): number {308            var extremes: number[] = this.getExtremes();309            return extremes[1] - extremes[0];310        }311        /**312         * Converts all measurements to a Number[] in sorted order, regardless313         * of whether they're initially stored in an Array or Object.314         * 315         * @returns All measurements, sorted.316         */317        private getMeasurementsSorted(): number[] {318            var copy: number[],319                i: string;320            if (this.measurements.constructor === Array) {321                copy = [].slice.call((<number[]>this.measurements)).sort();322            } else {323                copy = [];324                for (i in this.measurements) {325                    if (this.measurements.hasOwnProperty(i)) {326                        if (typeof this.measurements[i] !== "undefined") {327                            copy[i] = this.measurements[i];328                        }329                    }330                }331                copy.sort();332            }333            if (this.numRecorded < this.maxKept) {334                copy.length = this.numRecorded;335            }336            return copy.sort();337        }338    }...

domMeasurements.test.js

Source:domMeasurements.test.js

1const domMeasurements = require('../domMeasurements')2describe('testing domMeasurements', () => {3    let comp4    let secondParent5    const expectedBaseLine = {6        width: 100,7        height: 100,8        top: 200,9        right: 200,10        bottom: 300,11        left: 10012    }13    const expectedBaseLineSecondParent = {14        width: 100,15        height: 100,16        top: 100,17        right: 100,18        bottom: 200,19        left: 020    }21    const expectedBaseLineWithBorder = {22        width: 100,23        height: 100,24        top: 205,25        right: 205,26        bottom: 305,27        left: 10528    }29    function addBorder(document, id) {30        document.getElementById(id).style.border = '5px solid #000'31    }32    function addChildrenAndReturnFirst(element) {33        element.innerHTML = `34                <div id="child" style="position: absolute; left: 100px; width: 10px; height: 10px;"></div>35                <div style="position: absolute; left: -10px; width: 10px; height: 10px;"></div>36            `37        return document.getElementById('child')38    }39    function addGrandchild(element) {40        element.innerHTML = '<div style="position: absolute; left: 10px; width: 10px; height: 10px;"></div>'41    }42    beforeEach(() => {43        comp = document.getElementById('component')44        secondParent = document.getElementById('second-parent')45        window.scrollTo(0, 1000)46    })47    describe('getElementRect', () => {48        it('should return a rect relative to document', () => {49            const measurements = domMeasurements.getElementRect(comp)50            expect(measurements).toEqual(expectedBaseLine)51        })52        it('should return a rect relative to document and offsetParent', () => {53            const measurements = domMeasurements.getElementRect(comp, secondParent)54            expect(measurements).toEqual(expectedBaseLineSecondParent)55        })56        it('should return a rect relative to document and consider borders', () => {57            addBorder(document, 'second-parent')58            const measurements = domMeasurements.getElementRect(comp)59            expect(measurements).toEqual(expectedBaseLineWithBorder)60        })61    })62    describe('getBoundingRect', () => {63        it('should return a rect relative to window', () => {64            const expected = {...expectedBaseLine, top: -800, bottom: -700}65            const measurements = domMeasurements.getBoundingRect(comp)66            expect(measurements).toEqual(expected)67        })68        it('should return a rect relative to window and offsetParent', () => {69            const expected = {...expectedBaseLineSecondParent, top: -900, bottom: -800}70            const measurements = domMeasurements.getBoundingRect(comp, secondParent)71            expect(measurements).toEqual(expected)72        })73        it('should return a rect relative to window and consider borders', () => {74            addBorder(document, 'second-parent')75            const expected = {...expectedBaseLineWithBorder, top: -795, bottom: -695}76            const measurements = domMeasurements.getBoundingRect(comp)77            expect(measurements).toEqual(expected)78        })79        it('should return a rect relative to scrollContainer', () => {80            const expected = {...expectedBaseLine}81            const measurements = domMeasurements.getBoundingRect(comp, null, secondParent)82            expect(measurements).toEqual(expected)83        })84    })85    describe('getContentRect', () => {86        let child87        beforeEach(() => {88            child = addChildrenAndReturnFirst(comp)89        })90        it('should return a rect of all contained children relative to document', () => {91            const expected = {...expectedBaseLine, left: 90, width: 120, right: 210}92            const measurements = domMeasurements.getContentRect(comp)93            expect(measurements).toEqual(expected)94        })95        it('should return a rect of all contained children relative to document and offsetParent', () => {96            const expected = {...expectedBaseLineSecondParent, left: -10, width: 120, right: 110}97            const measurements = domMeasurements.getContentRect(comp, secondParent)98            expect(measurements).toEqual(expected)99        })100        it('should return a rect of all contained children relative to document and consider borders', () => {101            addBorder(document, 'second-parent')102            const expected = {...expectedBaseLineWithBorder, left: 95, width: 120, right: 215}103            const measurements = domMeasurements.getContentRect(comp)104            expect(measurements).toEqual(expected)105        })106        it('should return a rect of all contained grandchildren relative to document', () => {107            addGrandchild(child)108            const expected = {...expectedBaseLine, left: 90, width: 130, right: 220}109            const measurements = domMeasurements.getContentRect(comp)110            expect(measurements).toEqual(expected)111        })112        it('should return a rect of all contained children and ignore grandchildren if child overflow !== visible relative to document', () => {113            addGrandchild(child)114            child.style.overflow = 'hidden'115            const expected = {...expectedBaseLine, left: 90, width: 120, right: 210}116            const measurements = domMeasurements.getContentRect(comp)117            expect(measurements).toEqual(expected)118        })119    })120    describe('getBoundingContentRect', () => {121        let child122        beforeEach(() => {123            child = addChildrenAndReturnFirst(comp)124        })125        it('should return a rect of all contained children relative to window', () => {126            const expected = {...expectedBaseLine, top: -800, bottom: -700, left: 90, width: 120, right: 210}127            const measurements = domMeasurements.getBoundingContentRect(comp)128            expect(measurements).toEqual(expected)129        })130        it('should return a rect of all contained children relative to window and offsetParent', () => {131            const expected = {...expectedBaseLineSecondParent, top: -900, bottom: -800, left: -10, width: 120, right: 110}132            const measurements = domMeasurements.getBoundingContentRect(comp, secondParent)133            expect(measurements).toEqual(expected)134        })135        it('should return a rect of all contained children relative to window and consider borders', () => {136            addBorder(document, 'second-parent')137            const expected = {...expectedBaseLineWithBorder, top: -795, bottom: -695, left: 95, width: 120, right: 215}138            const measurements = domMeasurements.getBoundingContentRect(comp)139            expect(measurements).toEqual(expected)140        })141        it('should return a rect of all contained grandchildren relative to window', () => {142            addGrandchild(child)143            const expected = {...expectedBaseLine, top: -800, bottom: -700, left: 90, width: 130, right: 220}144            const measurements = domMeasurements.getBoundingContentRect(comp)145            expect(measurements).toEqual(expected)146        })147        it('should return a rect of all contained children and ignore grandchildren if child overflow !== visible relative to window', () => {148            addGrandchild(child)149            child.style.overflow = 'hidden'150            const expected = {...expectedBaseLine, top: -800, bottom: -700, left: 90, width: 120, right: 210}151            const measurements = domMeasurements.getBoundingContentRect(comp)152            expect(measurements).toEqual(expected)153        })154        it('should return a rect of all contained children relative to scrollContainer', () => {155            const expected = {...expectedBaseLine, left: 90, width: 120, right: 210}156            const measurements = domMeasurements.getBoundingContentRect(comp, null, secondParent)157            expect(measurements).toEqual(expected)158        })159    })...

MeasurementsList.spec.ts

Source:MeasurementsList.spec.ts

1import fetchMock from "jest-fetch-mock";2import { mocked } from "ts-jest/utils";3import { query } from "svelte-apollo";4import MeasurementsList from "./MeasurementsList.svelte";5import { render, fireEvent } from "@testing-library/svelte";6import { filterStore, IFilter, filterDefault } from "../../store";7import {8  measurements,9  measurementsByCountry,10  measurementsByCity,11} from "./mock/measurements";12import { sleep } from "../../helpers/sleep";13beforeAll(() => {14  fetchMock.enableMocks();15});16let mockedQuery: any;17jest.mock("svelte-apollo");18mockedQuery = mocked(query, true);19mockedQuery.mockReturnValue({20  // @ts-ignore21  result: () => {22    return measurements;23  },24});25afterEach(() => {26  jest.clearAllMocks();27});28test("should render header and measurements", async () => {29  const { getByTestId } = render(MeasurementsList);30  const container = getByTestId("measurementsContainer");31  await sleep(1000);32  expect(container.querySelector('div[data-testid="header"]')).not.toBe(null);33  expect(34    container.querySelector('div[data-testid="measurementDesktop"]')35  ).not.toBe(null);36});37test("should sort measurements correctly by text", async () => {38  const { getByTestId } = render(MeasurementsList);39  const container = getByTestId("measurementsContainer");40  await sleep(1000);41  const header = getByTestId("header00");42  const locations = container.querySelectorAll(43    'span[data-testid="locationDesktop"]'44  );45  expect(locations[0].firstChild.textContent).toBe(46    measurements.data.measurements[0].location47  );48  expect(locations[locations.length - 1].firstChild.textContent).toBe(49    measurements.data.measurements[measurements.data.measurements.length - 1]50      .location51  );52  await fireEvent.click(header);53  await sleep(100);54  expect(locations[0].firstChild.textContent).toBe(55    measurements.data.measurements[measurements.data.measurements.length - 1]56      .location57  );58  expect(locations[locations.length - 1].firstChild.textContent).toBe(59    measurements.data.measurements[0].location60  );61});62test("should sort measurements correctly by date", async () => {63  const { getByTestId } = render(MeasurementsList);64  const container = getByTestId("measurementsContainer");65  await sleep(1000);66  const header = getByTestId("header50");67  const updated = container.querySelectorAll(68    'span[data-testid="updatedDesktop"]'69  );70  const measurementsData = measurements.data.measurements;71  expect(updated[0].firstChild.textContent).toBe(72    measurementsData[0].measurements[0].lastUpdated73  );74  expect(updated[updated.length - 1].firstChild.textContent).toBe(75    measurementsData[measurementsData.length - 1].measurements[0].lastUpdated76  );77  await fireEvent.click(header);78  await sleep(100);79  expect(updated[0].firstChild.textContent).toBe(80    measurementsData[measurementsData.length - 1].measurements[0].lastUpdated81  );82  expect(updated[updated.length - 1].firstChild.textContent).toBe(83    measurementsData[0].measurements[0].lastUpdated84  );85});86test("should sort measurements correctly by number", async () => {87  const { getByTestId } = render(MeasurementsList);88  const container = getByTestId("measurementsContainer");89  await sleep(1000);90  const header = getByTestId("header30");91  const updated = container.querySelectorAll(92    'span[data-testid="valueDesktop"]'93  );94  const measurementsData = measurements.data.measurements;95  const value0 = `${measurementsData[0].measurements[0].value}`;96  const value1 = `${97    measurementsData[measurementsData.length - 1].measurements[0].value98  }`;99  expect(updated[0].firstChild.textContent).toBe(value0);100  expect(updated[updated.length - 1].firstChild.textContent).toBe(value1);101  await fireEvent.click(header);102  await sleep(100);103  expect(updated[0].firstChild.textContent).toBe(value1);104  expect(updated[updated.length - 1].firstChild.textContent).toBe(value0);105});106test("should refetch if scrolled to the bottom", async () => {107  const { getByTestId } = render(MeasurementsList);108  await sleep(1000);109  expect(mockedQuery).toHaveBeenCalledTimes(1);110  fireEvent.scroll(window, { target: { scrollY: 1500 } });111  expect(mockedQuery).toHaveBeenCalledTimes(2);112});113test("should react to filter state", async () => {114  const { getByTestId } = render(MeasurementsList);115  const container = getByTestId("measurementsContainer");116  await sleep(1000);117  mockedQuery.mockReturnValue({118    // @ts-ignore119    result: () => {120      return measurementsByCountry;121    },122  });123  jest.clearAllMocks();124  filterStore.set({ key: "country", value: "Tatooine" });125  await sleep(1000);126  expect(mockedQuery).toHaveBeenCalled();127  const countries = container.querySelectorAll(128    'span[data-testid="countryDesktop"]'129  );130  expect(countries[0].firstChild.textContent).toBe(131    measurementsByCountry.data.measurementsByCountry[0].country.name132  );133  mockedQuery.mockReturnValue({134    // @ts-ignore135    result: () => {136      return measurementsByCity;137    },138  });139  jest.clearAllMocks();140  filterStore.set({ key: "city", value: "Mos Eisley" });141  await sleep(1000);142  expect(mockedQuery).toHaveBeenCalled();143  const cities = container.querySelectorAll('span[data-testid="cityDesktop"]');144  expect(cities[0].firstChild.textContent).toBe(145    measurementsByCity.data.measurementsByCity[0].city146  );...

Using AI Code Generation

1import React from 'react';2import { storiesOf } from '@storybook/react';3import { action } from '@storybook/addon-actions';4import { linkTo } from '@storybook/addon-links';5import { Button, Welcome } from '@storybook/react/demo';6storiesOf('Welcome', module).add('to Storybook', () => <Welcome showApp={linkTo('Button')} />);7storiesOf('Button', module)8  .add('with text', () => <Button onClick={action('clicked')}>Hello Button</Button>)9  .add('with some emoji', () => (10    <Button onClick={action('clicked')}>11  ));12import React from 'react';13import { mount } from 'enzyme';14import { withMeasurements } from '@storybook/addon-measurements';15import { Button } from '@storybook/react/demo';16const ButtonWithMeasurements = withMeasurements(Button);17describe('Button', () => {18  it('should render without crashing', () => {19    const wrapper = mount(<ButtonWithMeasurements />);20    expect(wrapper).toHaveLength(1);21  });22});23import React from 'react';24import { mount } from 'enzyme';25import { withMeasurements } from '@storybook/addon-measurements';26import { Button } from '@storybook/react/demo';27const ButtonWithMeasurements = withMeasurements(Button);28describe('Button', () => {29  it('should render without crashing', () => {30    const wrapper = mount(<ButtonWithMeasurements />);31    expect(wrapper).toHaveLength(1);32  });33});34module.exports = {

Using AI Code Generation

1import { withMeasurements } from 'storybook-root-elements';2import { withKnobs } from '@storybook/addon-knobs';3export default {4};5export const Example = () => `6  <div style="width: 100vw; height: 100vh; background-color: lightblue;">7    <div style="width: 100px; height: 100px; background-color: lightgreen;">8      <div style="width: 50px; height: 50px; background-color: red;"></div>9`;10import { addDecorator } from '@storybook/html';11import { withMeasurements } from 'storybook-root-elements';12import { withKnobs } from '@storybook/addon-knobs';13addDecorator(withMeasurements);14addDecorator(withKnobs);15import { addons } from '@storybook/addons';16import { withMeasurements } from 'storybook-root-elements';17addons.setConfig({18  sidebar: {19  },20  panel: {21  },22});23module.exports = {24};25module.exports = ({ config }) => {26  config.module.rules.push({27      {28        options: {29          presets: [['@babel/preset-env', { modules: false }]],30        },31      },32    include: [path.resolve(__dirname, '../')],33  });34  return config;35};36module.exports = {37  presets: [['@babel/preset-env', { modules: false }]],38};39{40}41{42  "scripts": {

Using AI Code Generation

1import {measurements} from 'storybook-root';2const measurements = require('storybook-root').measurements;3const {measurements} = require('storybook-root');4const measurements = require('storybook-root').measurements;5const {measurements} = require('storybook-root');6const measurements = require('storybook-root').measurements;7const {measurements} = require('storybook-root');8const measurements = require('storybook-root').measurements;9const {measurements} = require('storybook-root');10const measurements = require('storybook-root').measurements;11const {measurements} = require('storybook-root');12const measurements = require('storybook-root').measurements;13const {measurements} = require('storybook-root');14const measurements = require('storybook-root').measurements;15const {measurements} = require('storybook-root');16const measurements = require('storybook-root').measurements;17const {measurements} = require('storybook-root');18const measurements = require('storybook-root').measurements;19const {measurements} = require('storybook-root');20const measurements = require('storybook-root').measurements;21const {measurements} = require('storybook-root');22const measurements = require('storybook-root').measurements;23const {measurements} = require('storybook-root');

Using AI Code Generation

1import { measurements } from "storybook-root";2const { width, height } = measurements;3import { measurements } from "storybook-root";4const { width, height } = measurements;5import { measurements } from "storybook-root";6const { width, height } = measurements;7import { measurements } from "storybook-root";8const { width, height } = measurements;9import { measurements } from "storybook-root";10const { width, height } = measurements;11import { measurements } from "storybook-root";12const { width, height } = measurements;13import { measurements } from "storybook-root";14const { width, height } = measurements;15import { measurements } from "storybook-root";16const { width, height } = measurements;17import { measurements } from "storybook-root";18const { width, height } = measurements;19import { measurements } from "storybook-root";20const { width, height } = measurements;21import { measurements } from "storybook-root";22const { width, height } = measurements;

Using AI Code Generation

1import { withMeasurements } from "storybook-root-elements";2import { storiesOf } from "@storybook/html";3storiesOf("my-story", module)4  .addDecorator(withMeasurements)5  .add("my-story", () => "<my-element></my-element>");6import { html, render } from "lit-html";7import { withMeasurements } from "storybook-addon-measurements";8const withMeasurements = (story, context) => {9  const storyElement = story(context);10  const wrapper = document.createElement("div");11  const measurements = withMeasurements(storyElement);12  render(html`13    ${storyElement}14    ${measurements}15  `, wrapper);16  return wrapper;17};18export { withMeasurements };

Using AI Code Generation

1import { measurements } from 'storybook-root-elements';2const { width, height } = measurements('my-element');3import { measurements } from 'storybook-root-elements';4const { width, height } = measurements('my-element', 'desktop');5import { measurements } from 'storybook-root-elements';6const { width, height } = measurements('my-element', 'mobile');7import { measurements } from 'storybook-root-elements';8const { width, height } = measurements('my-element', 'tablet');9import { measurements } from 'storybook-root-elements';10const { width, height } = measurements('my-element', 'wide-screen');11import { measurements } from 'storybook-root-elements';12const { width, height } = measurements('my-element', 'ultra-wide-screen');13import { measurements } from 'storybook-root-elements';14const { width, height } = measurements('my-element', 'x-large');15import { measurements } from 'storybook-root-elements';16const { width, height } = measurements('my-element', 'x-small');17import { measurements } from 'storybook-root-elements';18const { width, height } = measurements('my-element', 'xx-large');19import { measurements } from 'storybook-root-elements';

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.