How to use hexaString method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

script.js

Source:script.js Github

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1function NumeroDoInput() {2 let tiposNumericos = [3 Decimal,4 Binario,5 Octal,6 Hexa7 ]8 console.log(tiposNumericos)910 var numeroDoInput = document.getElementById("valor").value;11 let tipoDoInput = document.getElementById("tipo");12 let tipoDoInputValue = tipoDoInput.selectedIndex13 /*14 selectedIndex-0: Decimal15 selectedIndex-1: Binario16 selectedIndex-2: Octodecimal17 selectedIndex-3: Hexadecimal18 */19 tiposNumericos.splice(tipoDoInputValue, 1)20 for (i = 0; i < 3; i++) {21 console.log(tiposNumericos[i](numeroDoInput))22 let resposta = document.getElementById(i)23 resposta.innerHTML = tiposNumericos[i](numeroDoInput)24 }25 console.log("tipo de input: " + tipoDoInputValue)26}2728function Decimal(numeroDecimal) {29 let tipoDoInput = document.getElementById("tipo");30 let tipoDoInputValue = tipoDoInput.selectedIndex31 let decimal32 switch (tipoDoInputValue) {33 case 1:34 decimal = BinarioDecimal(numeroDecimal);35 break;36 case 2:37 decimal = OctalDecimal(numeroDecimal);38 break;39 case 3:40 decimal = Hexadecimal(numeroDecimal)41 break;42 default:43 decimal = "A converção decimal é: " + Decimal44 console.log(Decimal)45 Document.getElementById(0).innerHTML = decimal46 break;47 };4849 return decimal;50}5152function Binario(numeroDecimal) {53 let binarioString54 let binarioArray = []55 while (numeroDecimal > 0) {56 7 * 0, 175758 binarioArray.unshift(numeroDecimal % 2)59 numeroDecimal = numeroDecimal / 260 numeroDecimal = Math.trunc(numeroDecimal)61 }62 binarioString = "A converção de Binarios é: " + binarioArray63 while (binarioString.includes(",") == true) {64 binarioString = binarioString.replace(",", "")65 }66 console.log(binarioString)67 return binarioString68}69function Octal(numeroDecimal) {70 let octalString71 let octalArray = []72 while (numeroDecimal > 0) {7374 octalArray.unshift(numeroDecimal % 8)75 numeroDecimal = numeroDecimal / 876 numeroDecimal = Math.trunc(numeroDecimal)77 }78 octalString = "A converção de octal é: " + octalArray79 while (octalString.includes(",") == true) {80 octalString = octalString.replace(",", "")81 }82 console.log(octalString)83 return octalString84}85function Hexa(numeroDecimal) {86 let hexaString87 let hexaArray = []88 while (numeroDecimal > 0) {89 if (numeroDecimal % 16 == 10) {90 hexaArray.unshift('A')91 numeroDecimal = numeroDecimal / 1692 numeroDecimal = Math.trunc(numeroDecimal)93 } else94 if (numeroDecimal % 16 == 11) {95 hexaArray.unshift('B')96 numeroDecimal = numeroDecimal / 1697 numeroDecimal = Math.trunc(numeroDecimal)98 } else99 if (numeroDecimal % 16 == 12) {100 hexaArray.unshift('C')101 numeroDecimal = numeroDecimal / 16102 numeroDecimal = Math.trunc(numeroDecimal)103 } else104 if (numeroDecimal % 16 == 13) {105 hexaArray.unshift('D')106 numeroDecimal = numeroDecimal / 16107 numeroDecimal = Math.trunc(numeroDecimal)108 } else109 if (numeroDecimal % 16 == 14) {110 hexaArray.unshift('E')111 numeroDecimal = numeroDecimal / 16112 numeroDecimal = Math.trunc(numeroDecimal)113 } else114 if (numeroDecimal % 16 == 15) {115 hexaArray.unshift('F')116 numeroDecimal = numeroDecimal / 16117 numeroDecimal = Math.trunc(numeroDecimal)118 } else {119 hexaArray.unshift(numeroDecimal % 16)120 numeroDecimal = numeroDecimal / 16121 numeroDecimal = Math.trunc(numeroDecimal)122 }123 }124 hexaString = "A converção de hexa é: " + hexaArray125 while (hexaString.includes(",") == true) {126 hexaString = hexaString.replace(",", "")127 }128 console.log(hexaString)129 return hexaString130}131132function BinarioDecimal(numeroBinario) {133 let binarioString = "";134 let numeroDecimal = 0;135 let stringBinario = numeroBinario.toString();136 numeroBinarioArray = stringBinario.split('');137 let i = numeroBinarioArray.length;138 let e = 0;139 while (i > 0) {140 numeroDecimal = numeroDecimal + (parseInt(numeroBinarioArray[i - 1]) * (2 ** e));141 i--;142 e++;143 }144 numeroDoInput = numeroDecimal145 binarioString = "A converção b decimal é: " + numeroDecimal;146 console.log(binarioString);147 // Document.getElementById(0).innerHTML = binarioString;148 return binarioString;149}150function OctalDecimal(numeroOctal) {151 let octalString = "";152 let numeroDecimal = 0;153 let stringOctal = numeroOctal.toString();154 let numeroOctalArray = stringOctal.split('');155 let i = numeroOctalArray.length;156 let e = 0;157 while (i > 0) {158 numeroDecimal = numeroDecimal + (parseInt(numeroOctalArray[i - 1]) * (8 ** e));159 i--;160 e++;161 }162 numeroDoInput = numeroDecimal163 octalString = "A converção é o decimal: " + numeroDecimal;164 console.log(octalString);165 // Document.getElementById(0).innerHTML = octalString;166 return octalString;167}168function Hexadecimal(numeroHexadecimal) {169 let hexaString = parseInt(numeroHexadecimal, 16)170 numeroDoInput = hexaString171 hexaString = "A converção é h decimal: " + hexaString172 console.log(hexaString);173 // Document.getElementById(0).innerHTML = hexaString;174 return hexaString;175} ...

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index.js

Source:index.js Github

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1function rgb(r, g, b) {2 let rgb = [r, g, b];3 let hexaString = "";4 let newNumber = 0;5 let main = 0;6 let decimal = 0;7 rgb.forEach((element) => {8 if (element > 255) {9 element = 255;10 hexaString += "FF";11 } else if (element <= 0) {12 element = 0;13 hexaString += "00";14 } else {15 newNumber = element / 16;16 main = Math.floor(newNumber);17 hexaString += checkIfBiggerThen(main);18 console.log(hexaString);19 decimal = newNumber.toString().split(".");20 decimal = "0." + decimal[1];21 console.log(decimal);22 decimal = parseFloat(decimal);23 if (decimal === 0) {24 hexaString += "0";25 } else {26 decimal = decimal * 16;27 console.log("decimal x " + decimal);28 decimal = decimal.toString().substring(0, 2);29 console.log(decimal);30 decimal = parseInt(decimal);31 hexaString += checkIfBiggerThen(decimal);32 console.log("as second : " + hexaString);33 }34 }35 });36 return hexaString;37 // complete this function38}39function checkIfBiggerThen(something) {40 if (something == 10) {41 return (something = "A");42 } else if (something == 11) {43 return (something = "B");44 } else if (something == 12) {45 return (something = "C");46 } else if (something == 13) {47 return (something = "D");48 } else if (something == 14) {49 return (something = "E");50 } else if (something == 15) {51 return (something = "F");52 } else if (something == 0) {53 return (something = 0);54 } else {55 return something;56 }...

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types.ts

Source:types.ts Github

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1export type HexaString = `#${string}`;2export type RemString = `${number}rem`;3export interface ITheme {4 palette: {5 fontWeight: {6 thin: number;7 extraLight: number;8 light: number;9 regular: number;10 medium: number;11 semiBold: number;12 bold: number;13 extraBold: number;14 black: number;15 };16 borderRadius: RemString;17 fontSize: {18 extraSmall: RemString;19 small: RemString;20 medium: RemString;21 large: RemString;22 extraLarge: RemString;23 };24 hue: {25 pink: HexaString;26 white: HexaString;27 black: HexaString;28 gray: HexaString;29 };30 };31}32export interface IGray {33 gray100: HexaString;34 gray200: HexaString;35 gray300: HexaString;...

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Using AI Code Generation

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1const fc = require('fast-check');2const {hexaString} = require('fast-check-monorepo');3fc.assert(4 fc.property(hexaString(), (s) => {5 return s.match(/^[0-9a-f]+$/);6 })7);8const fc = require('fast-check');9const {hexaString} = require('fast-check-monorepo');10fc.assert(11 fc.property(hexaString(), (s) => {12 return s.match(/^[0-9a-f]+$/);13 })14);15const fc = require('fast-check');16const {hexaString} = require('fast-check-monorepo');17fc.assert(18 fc.property(hexaString(), (s) => {19 return s.match(/^[0-9a-f]+$/);20 })21);22const fc = require('fast-check');23const {hexaString} = require('fast-check-monorepo');24fc.assert(25 fc.property(hexaString(), (s) => {26 return s.match(/^[0-9a-f]+$/);27 })28);29const fc = require('fast-check');30const {hexaString} = require('fast-check-monorepo');31fc.assert(32 fc.property(hexaString(), (s) => {33 return s.match(/^[0-9a-f]+$/);34 })35);36const fc = require('fast-check');37const {hexaString} = require('fast-check-monorepo');38fc.assert(39 fc.property(hexaString(), (s) => {40 return s.match(/^[0-9a-f]+$/);41 })42);43const fc = require('fast-check');44const {hexaString} = require('fast-check-monorepo');45fc.assert(46 fc.property(hexaString(), (s)

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Using AI Code Generation

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1const { hexaString } = require("fast-check");2const fc = require("fast-check");3const { string } = require("fast-check");4const { hexaString } = require("fast-check");5console.log("hexaString: ", hexaString());6console.log("hexaString: ", hexaString());7console.log("hexaString: ", hexaString());8console.log("hexaString: ", hexaString());9console.log("hexaString: ", hexaString());10console.log("string: ", string());11console.log("string: ", string());12console.log("string: ", string());13console.log("string: ", string());14console.log("string: ", string());15console.log("fc: ", fc);16console.log("fc: ", fc);17console.log("fc: ", fc);18console.log("fc: ", fc);19console.log("fc: ", fc);20console.log("hexaString: ", hexaString());21console.log("hexaString: ", hexaString());22console.log("hexaString: ", hexaString());23console.log("hexaString: ", hexaString());24console.log("hexaString: ", hexaString());25console.log("string: ", string());26console.log("string: ", string());27console.log("string: ", string());28console.log("string: ", string());29console.log("string: ", string());30console.log("fc: ", fc);31console.log("fc: ", fc);32console.log("fc: ", fc);33console.log("fc: ", fc);34console.log("fc: ", fc);35const { hexaString } = require("fast-check");36const fc = require("fast-check");37const { string } = require("fast-check");38console.log("hexaString: ", hexaString());39console.log("hexaString: ", hexaString());40console.log("hexaString: ", hexaString());41console.log("hexaString: ", hexaString());42console.log("hexaString: ", hexaString());43console.log("string: ", string());44console.log("string: ", string());45console.log("string: ", string());46console.log("string: ", string());47console.log("string: ", string());48console.log("fc: ", fc);49console.log("fc: ", fc);50console.log("fc: ", fc);

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Using AI Code Generation

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1const fc = require('fast-check');2const { hexaString } = require('fast-check');3const { string } = require('fast-check');4const { string16bits } = require('fast-check');5fc.assert(6 fc.property(hexaString(), (s) => {7 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);8 })9);10fc.assert(11 fc.property(string16bits(), (s) => {12 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);13 })14);15fc.assert(16 fc.property(string(), (s) => {17 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);18 })19);20fc.assert(21 fc.property(string16bits(), (s) => {22 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);23 })24);25fc.assert(26 fc.property(string16bits(), (s) => {27 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);28 })29);30fc.assert(31 fc.property(string16bits(), (s) => {32 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);33 })34);35fc.assert(36 fc.property(string16bits(), (s) => {37 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);38 })39);40fc.assert(41 fc.property(string16bits(), (s) => {42 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);43 })44);45fc.assert(46 fc.property(string16bits(), (s) => {47 return s.length % 2 == 0 && !s.match(/[^0-9a-f]/i);48 })49);50fc.assert(51 fc.property(string16bits(), (s) => {

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Using AI Code Generation

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1import { hexaString } from 'fast-check'2const hexa = hexaString()3console.log(hexa)4import { hexaString } from 'fast-check'5const hexa = hexaString()6console.log(hexa)7import { hexaString } from 'fast-check'8const hexa = hexaString()9console.log(hexa)10import { hexaString } from 'fast-check'11const hexa = hexaString()12console.log(hexa)13import { hexaString } from 'fast-check'14const hexa = hexaString()15console.log(hexa)16import { hexaString } from 'fast-check'17const hexa = hexaString()18console.log(hexa)19import { hexaString } from 'fast-check'20const hexa = hexaString()21console.log(hexa)22import { hexaString } from 'fast-check'23const hexa = hexaString()24console.log(hexa)25import { hexaString } from 'fast-check'26const hexa = hexaString()27console.log(hexa)

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Using AI Code Generation

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1const {hexaString} = require('fast-check');2console.log(hexaString().generate());3const {hexaString} = require('fast-check');4console.log(hexaString().generate());5const {hexaString} = require('fast-check');6console.log(hexaString().generate());7const {hexaString} = require('fast-check');8console.log(hexaString().generate());9const {hexaString} = require('fast-check');10console.log(hexaString().generate());11const {hexaString} = require('fast-check');12console.log(hexaString().generate());13const {hexaString} = require('fast-check');14console.log(hexaString().generate());15const {hexaString} = require('fast-check');16console.log(hexaString().generate());17const {hexaString} = require('fast-check');18console.log(hexaString().generate());19const {hexaString} = require('fast-check');20console.log(hexaString().generate());

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Using AI Code Generation

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1const { hexaString } = require('fast-check');2const { hexaString } = require('fast-check');3const { hexaString } = require('fast-check');4const { hexaString } = require('fast-check');5const { hexaString } = require('fast-check');6const { hexaString } = require('fast-check');7const { hexaString } = require('fast-check');8const { hexaString } = require('fast-check');

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Using AI Code Generation

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1const fc = require('fast-check');2const { toBeHexaString } = require('jest-extended');3expect.extend({ toBeHexaString });4test('hexaString', () => {5 fc.assert(6 fc.property(fc.hexaString(), (s) => {7 expect(s).toBeHexaString();8 })9 );10});11const fc = require('fast-check');12const { toBeAsciiString } = require('jest-extended');13expect.extend({ toBeAsciiString });14test('asciiString', () => {15 fc.assert(16 fc.property(fc.asciiString(), (s) => {17 expect(s).toBeAsciiString();18 })19 );20});21const fc = require('fast-check');22const { toBeFullUnicodeString } = require('jest-extended');23expect.extend({ toBeFullUnicodeString });24test('fullUnicodeString', () => {25 fc.assert(26 fc.property(fc.fullUnicodeString(), (s) => {27 expect(s).toBeFullUnicodeString();28 })29 );30});31const fc = require('fast-check');32const { toBeUnicodeString } = require('jest-extended');33expect.extend({ toBeUnicodeString });34test('unicodeString', () => {35 fc.assert(36 fc.property(fc.unicodeString(), (s) => {37 expect(s).toBeUnicodeString();38 })39 );40});

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