How to use isRgb method in taiko

Best JavaScript code snippet using taiko

color-theory.js

Source:color-theory.js

1'use strict';2import {default as colorKeywords} from './util/color-keywords.js';3class ColorTheory {4    constructor() {5    }6    // Converting7    hexToRgb(hexColor) {8        if ((/,/g).test(hexColor)) {9            return hexColor;10        }11        let color = this.splitChannels(hexColor);12        return `${parseInt(color[0], 16)},${parseInt(color[1], 16)},${parseInt(color[2], 16)}`;13    }14    rgbToHex(rgbColor) {15        if (rgbColor[0] === "#") {16            return rgbColor;17        }18        let color = this.splitChannels(rgbColor);19        let red = hex_it(color[0]);20        let green = hex_it(color[1]);21        let blue = hex_it(color[2]);22        let hex_color = red + green + blue;23        function hex_it(h) {24            let num = h.length > 2 && h[0] === '0' ? parseInt(h.slice(1,3), 10).toString(16).toUpperCase() :25                parseInt(h, 10).toString(16).toUpperCase();26            if (num.length < 2) {27                num = "0" + num;28            }29            else if (num.length > 2) {30                num = num.slice(1,3);31            }32            return num;33        }34        return `#${hex_color}`;35    }36    rgbaToHex(rgbaColor) {37        // TODO: should I pay attention to the opacity (a)?38        return this.rgbToHex(rgbaColor);39    }40    nameToHex(name) {41        if (colorKeywords[name]) {42            return (colorKeywords[name][0]).toUpperCase();43        }44        else {45            return null;46        }47    }48    nameToRgb(name) {49        if (colorKeywords[name]) {50            return colorKeywords[name][1];51        }52        else {53            return null;54        }55    }56    hexToName(hex) {57        for (let [key, value] of Object.entries(colorKeywords)) {58            if (hex.toLowerCase() === value[0]) {59                return key;60            }61        }62        return null;63    }64    rgbToName(rgb) {65        for (let [key, value] of Object.entries(colorKeywords)) {66            if (rgb === value[1]) {67                return key;68            }69        }70        return null;71    }72    // Ranges of Color73    shades(color) {74        let isRgb = null;75        if((/,/g).test(color)) {76            isRgb = true;77        }78        else if (color[0] === '#') {79            isRgb = false;80            color = this.hexToRgb(color);81        }82        else { return null;}83        let shades = [];84        for (let i = 0, percentage = 0; i <= 10; i++, percentage+=10) {85            shades.push(this.darken(color, percentage));86        }87        if (isRgb) {88            return shades;89        }90        else {91            return shades.map((element)=>{92                return `${this.rgbToHex(element)}`;93            });94        }95    }96    tints(color) {97        let isRgb = null;98        if((/,/g).test(color)) {99            isRgb = true;100        }101        else if (color[0] === '#') {102            isRgb = false;103            color = this.hexToRgb(color);104        }105        else { return null;}106        let tints = [];107        for (let i = 0, percentage = 0; i <= 10; i++, percentage+=10) {108            tints.push(this.lighten(color, percentage));109        }110        if (isRgb) {111            return tints;112        }113        else {114            return tints.map((element)=>{115                return `${this.rgbToHex(element)}`;116            });117        }118    }119    tones(color) {120        let isRgb = null;121        if((/,/g).test(color)) {122            isRgb = true;123        }124        else if (color[0] === '#') {125            isRgb = false;126            color = this.hexToRgb(color);127        }128        else { return null;}129        let tones = [];130        for (let i = 0, percentage = 0; i <= 10; i++, percentage+=10) {131            tones.push(this.desaturate(color, percentage));132        }133        if (isRgb) {134            return tones;135        }136        else {137            return tones.map((element)=>{138                return `${this.rgbToHex(element)}`;139            });140        }141    }142    lighten(color, percentage) {143        let isRgb = null;144        if((/,/g).test(color)) {145            isRgb = true;146        }147        else if (color[0] === '#') {148            isRgb = false;149            color = this.hexToRgb(color);150        }151        else { return null;}152        percentage = percentage !== undefined ? percentage : 50;153        let channels = this.splitChannels(color);154        let max = Math.max(...channels);155        let increment = Math.round((255-max)*(percentage/100));156        let lighterColor = channels.map((element) => {157            return element >= 255 ? element : parseInt(element, 10) + increment;158        });159        if (isRgb) {160            return `${lighterColor[0]},${lighterColor[1]},${lighterColor[2]}`;161        }162        else {163            lighterColor = lighterColor.map((element) => {164                return parseInt(element, 10).toString(16).toUpperCase();165            });166            return `#${lighterColor[0]}${lighterColor[1]}${lighterColor[2]}`;167        }168    }169    darken(color, percentage) {170        let isRgb = null;171        if((/,/g).test(color)) {172            isRgb = true;173        }174        else if (color[0] === '#') {175            isRgb = false;176            color = this.hexToRgb(color);177        }178        else { return null;}179        percentage = percentage !== undefined ? percentage : 50;180        let channels = this.splitChannels(color);181        let min = Math.min(...channels);182        let decriment = Math.round(min*(percentage/100));183        let darkerColor = channels.map((element) => {184            return element <= 0 ? 0 : parseInt(element, 10) - decriment;185        });186        if (isRgb) {187            return `${darkerColor[0]},${darkerColor[1]},${darkerColor[2]}`;188        }189        else {190            darkerColor = darkerColor.map((element) => {191                return parseInt(element, 10).toString(16).toUpperCase();192            });193            return `#${darkerColor[0]}${darkerColor[1]}${darkerColor[2]}`;194        }195    }196    desaturate(color, percentage) {197        // adding gray198        let isRgb = null;199        if((/,/g).test(color)) {200            isRgb = true;201        }202        else if (color[0] === '#') {203            isRgb = false;204            color = this.hexToRgb(color);205        }206        else { return null;}207        percentage = percentage !== undefined ? percentage : 50;208        let channels = this.splitChannels(color);209        let sorted = [...channels];210        sorted.sort((a,b)=>{ return a-b;});211        let medium = sorted[1];212        let delta = Math.round(medium*(percentage/100));213        let mutedColor = channels.map((element) => {214            if (element === medium) {215                return medium;216            }217            else if (element > medium) {218                delta = Math.round((parseInt(element, 10) - parseInt(medium, 10)) * (percentage/100));219                return parseInt(element, 10) - delta;220            }221            else {222                delta = Math.round((parseInt(medium, 10) - parseInt(element, 10)) * (percentage/100));223                return parseInt(element, 10) + delta;224            }225        });226        if (isRgb) {227            return `${mutedColor[0]},${mutedColor[1]},${mutedColor[2]}`;228        }229        else {230            mutedColor = mutedColor.map((element) => {231                return parseInt(element, 10).toString(16).toUpperCase();232            });233            return `#${mutedColor[0]}${mutedColor[1]}${mutedColor[2]}`;234        }235    }236    // Mix and Matching237    mix(color1, color2) {238        let self = this;239        let returnFormatHex = (/,/g).test(color1) ? false : true;240        let temp1 = processColorChannel(color1, self);241        let temp2 = processColorChannel(color2, self);242        let red = 0;243        let green = 0;244        let blue = 0;245        function checkRange(num) {246            return num > 255 ? 255 : num;247        }248        function checkHexLength(num) {249            return num.toString().length < 2 ? "0" + num : num;250        }251        function processColorChannel(color, self) {252            if ( (/,/g).test(color) ) {253                let rgb = self.splitChannels(color);254                return rgb.map((element) => {return parseInt(element, 10);});255            }256            else if (color[0] === '#') {257                let hex = self.splitChannels(color);258                return hex.map((element) => {return parseInt(element, 16);});259            }260            return null;261        }262        if (returnFormatHex) {263            red = temp1[0] + temp2[0];264            green = temp1[1] + temp2[1];265            blue = temp1[2] + temp2[2];266            red = checkHexLength(checkRange(red)).toString(16).toUpperCase();267            green = checkHexLength(checkRange(green)).toString(16).toUpperCase();268            blue = checkHexLength(checkRange(blue)).toString(16).toUpperCase();269            return `#${red}${green}${blue}`;270        }271        else {272            red = temp1[0] + temp2[0];273            green = temp1[1] + temp2[1];274            blue = temp1[2] + temp2[2];275            return `${checkRange(red)},${checkRange(green)},${checkRange(blue)}`;276        }277    }278    // difference(color1, color2) {279    // }280    compliment(color) {281        if ( (/,/g).test(color) ) {282            let rgb = this.splitChannels(color);283            rgb = rgb.map((element) => {284                return Math.abs(parseInt(element, 10) - 255);285            });286            return `${rgb[0]},${rgb[1]},${rgb[2]}`;287        }288        else if (color[0] === '#') {289            let hex = this.splitChannels(color);290            hex = hex.map((element) => {291                let hexChannel = (Math.abs(parseInt(element, 16) - 255)).toString(16);292                return  hexChannel.length < 2 ? '0'+hexChannel : hexChannel;293            });294            return `#${hex[0]}${hex[1]}${hex[2]}`;295        }296        return null;297    }298    splitChannels(color) {299        if (color[0] === "#") {300            return [color.slice(1,3), color.slice(3,5), color.slice(5,7)];301        }302        else {303            let temp = color.match(/^(\d+),\s*(\d+),\s*(\d+)/);304            return [temp[1], temp[2], temp[3]];305        }306    }307}308const colorTheory = new ColorTheory();...

testers.rgb.test.js

Source:testers.rgb.test.js

1import { isRGB } from "./testers";2const VALID_CHANNELS = [0, 180, -12.3e-4];3const VALID_PERCENTS = ['10%', 0.1, '.1'];4const INVALID_CHANNELS = [10, '', 'a'];5const INVALID_PERCENTS = [1, '', 'a'];6test('Test rgb tester', () => {7    VALID_CHANNELS.forEach((red) => {8        VALID_CHANNELS.forEach((green) => {9            VALID_CHANNELS.forEach((blue) => {10                expect(isRGB(`rgb(${red}, ${green}, ${blue})`)).toBe(true);11                expect(isRGB(`rgb(${red} ${green} ${blue})`)).toBe(true);12                expect(isRGB({ red, green, blue })).toBe(true);13                expect(isRGB({ r: red, g: green, b: blue })).toBe(true);14                expect(isRGB([red, green, blue])).toBe(true);15                expect(isRGB({ red, g: green, b: blue })).toBe(false);16                expect(isRGB({ r: red, green, b: blue })).toBe(false);17                expect(isRGB({ r: red, g: green, blue })).toBe(false);18                expect(isRGB([red, green])).toBe(false);19                expect(isRGB([red])).toBe(false);20                VALID_PERCENTS.forEach((alpha) => {21                    expect(isRGB(`rgba(${red}, ${green}, ${blue}, ${alpha})`)).toBe(true);22                    expect(isRGB(`rgba(${red} ${green} ${blue} / ${alpha})`)).toBe(true);23                    expect(isRGB({ red, green, blue, alpha })).toBe(true);24                    expect(isRGB({ r: red, g: green, b: blue, a: alpha })).toBe(true);25                    expect(isRGB([red, green, blue, alpha])).toBe(true);26                });27            });28        });29    });30    INVALID_CHANNELS.forEach((red, idx_red) => {31        INVALID_CHANNELS.forEach((green, idx_green) => {32            INVALID_CHANNELS.forEach((blue, idx_blue) => {33                if (idx_red >= 5 || idx_green || idx_blue) {34                    expect(isRGB(`rgb(${red}, ${green}, ${blue})`)).toBe(false);35                    expect(isRGB(`rgb(${red} ${green} ${blue})`)).toBe(false);36                    expect(isRGB({ red, green, blue })).toBe(false);37                    expect(isRGB({ r: red, g: green, b: blue })).toBe(false);38                    expect(isRGB([red, green, blue])).toBe(false);39                }40                INVALID_PERCENTS.forEach((alpha, idx_alpha) => {41                    if (idx_red >= 5 || idx_green || idx_blue || idx_alpha) {42                        expect(isRGB(`rgb(${red} ${green} ${blue} / ${alpha})`)).toBe(false);43                        expect(isRGB(`rgb(${red}, ${green}, ${blue}, ${alpha})`)).toBe(false);44                        expect(isRGB(`rgba (${red} ${green} ${blue} / ${alpha})`)).toBe(false);45                        expect(isRGB(`rgba(${red} ${green} ${blue} ${alpha})`)).toBe(false);46                        expect(isRGB({ red, green, blue, alpha })).toBe(false);47                        expect(isRGB({ r: red, g: green, b: blue, a: alpha })).toBe(false);48                        expect(isRGB([red, green, blue, alpha])).toBe(false);49                    }50                });51            });52        });53    });...

Using AI Code Generation

1const { openBrowser, goto, closeBrowser, isRgb } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        let rgb = await isRgb("rgb(255, 255, 255)");7    } catch (e) {8        console.error(e);9    } finally {10        await closeBrowser();11    }12})();13### isSelector()14isSelector(selector, [options])15| `selector` | [Selector](#selector) | The selector to check. |16const { openBrowser, goto, closeBrowser, isSelector } = require('taiko');17(async () => {18    try {19        await openBrowser();20        await goto("google.com");21        let selector = await isSelector("input[type='text']");22    } catch (e) {23        console.error(e);24    } finally {25        await closeBrowser();26    }27})();28### isDisabled()29isDisabled(selector, [options])30| `selector` | [Selector](#selector) | The element to check. |31const { openBrowser, goto, closeBrowser, isDisabled } = require('taiko');32(async () => {33    try {34        await openBrowser();35        await goto("google.com");36        let disabled = await isDisabled("input[type='text']");

Using AI Code Generation

1const { openBrowser, goto, isRgb, closeBrowser } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        let rgb = await isRgb("rgb(255,255,255)");7        console.log(rgb);8    } catch (e) {9        console.error(e);10    } finally {11        await closeBrowser();12    }13})();14### isSelector(value)15const { openBrowser, goto, isSelector, closeBrowser } = require('taiko');16(async () => {17    try {18        await openBrowser();19        await goto("google.com");20        let selector = await isSelector("id=google");21        console.log(selector);22    } catch (e) {23        console.error(e);24    } finally {25        await closeBrowser();26    }27})();28### isSelectorMatched(value)29const { openBrowser, goto, isSelectorMatched, closeBrowser } = require('taiko');30(async () => {31    try {32        await openBrowser();33        await goto("google.com");34        let selector = await isSelectorMatched("id=google");35        console.log(selector);36    } catch (e) {37        console.error(e);38    } finally {39        await closeBrowser();40    }41})();42### isString(value)43const { openBrowser, goto, isString, closeBrowser } = require('taiko');44(async () => {45    try {46        await openBrowser();47        await goto("google.com");48        let str = await isString("google");49        console.log(str);50    } catch (e) {51        console.error(e);52    } finally {53        await closeBrowser();54    }55})();56### isUndefined(value)57const { openBrowser, goto, isUndefined, closeBrowser } = require('taiko');58(async () => {

Using AI Code Generation

1const { isRgb, openBrowser, goto, closeBrowser } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6    } catch (e) {7        console.error(e);8    } finally {9        await closeBrowser();10    }11})();12const { isSelector, openBrowser, goto, closeBrowser } = require('taiko');13(async () => {14    try {15        await openBrowser();16        await goto("google.com");17    } catch (e) {18        console.error(e);19    } finally {20        await closeBrowser();21    }22})();23const { isSelectorVisible, openBrowser, goto, closeBrowser } = require('taiko');24(async () => {25    try {26        await openBrowser();27        await goto("google.com");28    } catch (e) {29        console.error(e);30    } finally {31        await closeBrowser();32    }33})();34const { isTitle, openBrowser, goto, closeBrowser } = require('taiko');35(async () => {36    try {37        await openBrowser();38        await goto("google.com");39    } catch (e) {40        console.error(e);41    } finally {42        await closeBrowser();43    }44})();

Using AI Code Generation

1const { openBrowser, goto, closeBrowser, isRgb } = require('taiko');2(async () => {3    try {4        await openBrowser({ headless: false });5        let color = await isRgb("rgb(255, 255, 255)");6        console.log(color);7        await closeBrowser();8    } catch (e) {9        console.error(e);10    } finally {11    }12})();

Using AI Code Generation

1const { openBrowser, goto, color, closeBrowser } = require('taiko');2(async () => {3    try {4        await openBrowser();5        let color = await color({id: "hplogo"});6        console.log(color);7        await closeBrowser();8    } catch (e) {9        console.error(e);10    } finally {11    }12})();13isColor({selector}, color, options)14const { openBrowser, goto, color, closeBrowser } = require('taiko');15(async () => {16    try {17        await openBrowser();18        let color = await color({id: "hplogo"});19        console.log(color);20        await closeBrowser();21    } catch (e) {22        console.error(e);23    } finally {24    }25})();26isDisabled({selector}, options)27const { openBrowser, goto, isDisabled, closeBrowser } = require('taiko');28(async () => {29    try {30        await openBrowser();31        let disabled = await isDisabled({id: "hplogo"});32        console.log(disabled);33        await closeBrowser();34    } catch (e) {35        console.error(e);36    } finally {37    }38})();39isVisible({selector}, options)

Using AI Code Generation

1const { openBrowser, goto, closeBrowser } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        let color = await color('input[type="submit"]');7        console.log(color);8    } catch (e) {9        console.error(e);10    } finally {11        await closeBrowser();12    }13})();14`isSelector(selector)`15const { openBrowser, goto, closeBrowser } = require('taiko');16(async () => {17    try {18        await openBrowser();19        await goto("google.com");20        let isSelector = await isSelector('input[type="submit"]');21        console.log(isSelector);22    } catch (e) {23        console.error(e);24    } finally {25        await closeBrowser();26    }27})();28`isDisabled(selector)`29const { openBrowser, goto, closeBrowser, textBox } = require('taiko');30(async () => {31    try {32        await openBrowser();33        await goto("google.com");34        let isDisabled = await isDisabled(textBox('Search'));35        console.log(isDisabled);36    } catch (e) {37        console.error(e);38    } finally {39        await closeBrowser();40    }41})();42`isHidden(selector)`43const { openBrowser, goto, closeBrowser, textBox } = require('taiko');44(async () => {45    try {46        await openBrowser();47        await goto("google.com");48        let isHidden = await isHidden(textBox('Search'));49        console.log(isHidden);50    } catch (

Using AI Code Generation

1(async () => {2  const { openBrowser, goto, closeBrowser, isRgb } = require('taiko');3  try {4    await openBrowser();5    let rgb = await isRgb('rgb(255, 255, 255)');6  } catch (error) {7    console.error(error);8  } finally {9    await closeBrowser();10  }11})();

Using AI Code Generation

1const { openBrowser, goto, toRightOf, write, click, closeBrowser, $, isRgb, isColor } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        await write("taiko");7        await click("Google Search");8        await click("Taiko - A Node.js library to automate end-to-end tests for web applications");9        await click("API Reference");10        await click("isRgb");11        await click("Examples");12        if (await isRgb("rgb(0, 0, 0)", toRightOf("Example:"))) {13            console.log("Pass");14        }15        else {16            console.log("Fail");17        }18    } catch (e) {19        console.error(e);20    } finally {21        await closeBrowser();22    }23})();24`isSelector(selector, options)`25const { openBrowser, goto, toRightOf, write, click, closeBrowser, $, isSelector } = require('taiko');26(async () => {27    try {28        await openBrowser();29        await goto("google.com");30        await write("taiko");31        await click("Google Search");32        await click("Taiko - A Node.js library to

Using AI Code Generation

1const { openBrowser, goto, write, click, closeBrowser, isRgb, link, below, image, toRightOf, toLeftOf, $, $$, evaluate, text, focus, textBox, to, button, dropDown, radioButton, checkBox, into, attach, clear, doubleClick, rightClick, hover, scrollDown, scrollUp, scrollRight, scrollLeft, accept, dismiss, emulateDevice, reload, press, screenshot, highlight, textArea, waitFor, waitForNavigation, waitForElement, $x, $i, $n, $l, $t, $d, $r, $c, $b } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        await write("Taiko", into(textBox(below("Google Search"))));7        await click("Google Search");8        await click(link("Taiko"), below("Search Results"));9        await click("Get Started");10        await click("Install Taiko");11        await click("Taiko");12        await click("Installation");13        await click("Prerequisites");14        await click("Install Node.js");15        await click("Download");16        await click("Windows Installer");17        await click("Download");18        await click("Windows Installer");19        await click("Download");

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