How to use unicodeJson method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

math_compound_store.ts

Source:math_compound_store.ts

1//2// Copyright 2013 Google Inc.3// Copyright 2014-21 Volker Sorge4//5// Licensed under the Apache License, Version 2.0 (the "License");6// you may not use this file except in compliance with the License.7// You may obtain a copy of the License at8//9//      http://www.apache.org/licenses/LICENSE-2.010//11// Unless required by applicable law or agreed to in writing, software12// distributed under the License is distributed on an "AS IS" BASIS,13// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.14// See the License for the specific language governing permissions and15// limitations under the License.16/**17 * @file Compound rule store that provides a single entry for all the18 *    simple stores holding the basic components of math expressions: Unicode19 *    symbols and functions.20 * @author volker.sorge@gmail.com (Volker Sorge)21 */22import { Debugger } from '../common/debugger';23import Engine from '../common/engine';24import { locales } from '../l10n/l10n';25import {26  MathSimpleStore,27  SiJson,28  MappingsJson,29  SimpleRule,30  UnicodeJson31} from './math_simple_store';32import { Axis, DynamicCstr } from './dynamic_cstr';33/**34 * The locale for the store.35 */36let locale: string = DynamicCstr.DEFAULT_VALUES[Axis.LOCALE];37/**38 * The modality of the store.39 */40let modality: string = DynamicCstr.DEFAULT_VALUES[Axis.MODALITY];41/**42 * An association list of SI prefixes.43 */44let siPrefixes: SiJson = {};45/**46 * Sets the current Si Prefixes.47 *48 * @param prefixes The prefixes.49 */50export function setSiPrefixes(prefixes: SiJson) {51  siPrefixes = prefixes;52}53/**54 * A set of efficient substores.55 */56const subStores_: { [key: string]: MathSimpleStore } = {};57/**58 * Function creates a rule store in the compound store for a particular59 * string, and populates it with a set of rules.60 *61 * @param name Name of the rule.62 * @param str String used as key to refer to the rule store63 * precondition and constr64 * @param cat The category if it exists.65 * @param mappings JSON representation of mappings from styles and66 *     domains to strings, from which the speech rules will be computed.67 */68export function defineRules(69  name: string,70  str: string,71  cat: string,72  mappings: MappingsJson73) {74  const store = getSubStore_(str);75  setupStore_(store, cat);76  store.defineRulesFromMappings(name, locale, modality, str, mappings);77}78/**79 * Creates a single rule from strings.80 *81 * @param name Name of the rule.82 * @param domain The domain axis.83 * @param style The style axis.84 * @param cat The category if it exists.85 * @param str String for precondition and constraints.86 * @param content The content for the postcondition.87 */88export function defineRule(89  name: string,90  domain: string,91  style: string,92  cat: string,93  str: string,94  content: string95) {96  const store = getSubStore_(str);97  setupStore_(store, cat);98  store.defineRuleFromStrings(99    name,100    locale,101    modality,102    domain,103    style,104    str,105    content106  );107}108/**109 * Makes a speech rule for Unicode characters from its JSON representation.110 *111 * @param json JSON object of the speech rules.112 */113export function addSymbolRules(json: UnicodeJson) {114  if (changeLocale_(json)) {115    return;116  }117  const key = MathSimpleStore.parseUnicode(json['key']);118  defineRules(json['key'], key, json['category'], json['mappings']);119}120/**121 * Makes a speech rule for Function names from its JSON representation.122 *123 * @param json JSON object of the speech rules.124 */125export function addFunctionRules(json: UnicodeJson) {126  if (changeLocale_(json)) {127    return;128  }129  const names = json['names'];130  const mappings = json['mappings'];131  const category = json['category'];132  for (let j = 0, name; (name = names[j]); j++) {133    defineRules(name, name, category, mappings);134  }135}136/**137 * Makes speech rules for Unit descriptors from its JSON representation.138 *139 * @param json JSON object of the speech rules.140 */141export function addUnitRules(json: UnicodeJson) {142  if (changeLocale_(json)) {143    return;144  }145  if (json['si']) {146    addSiUnitRules(json);147    return;148  }149  addUnitRules_(json);150}151/**152 * Makes speech rules for SI units from the JSON representation of the base153 * unit.154 *155 * @param json JSON object of the base speech rules.156 */157export function addSiUnitRules(json: UnicodeJson) {158  for (const key of Object.keys(siPrefixes)) {159    const newJson = Object.assign({}, json);160    newJson.mappings = {} as MappingsJson;161    const prefix = siPrefixes[key];162    newJson['key'] = key + newJson['key'];163    newJson['names'] = newJson['names'].map(function (name) {164      return key + name;165    });166    for (const domain of Object.keys(json['mappings'])) {167      newJson.mappings[domain] = {};168      for (const style of Object.keys(json['mappings'][domain])) {169        // TODO: This should not really call the locale method.170        newJson['mappings'][domain][style] = locales[locale]().FUNCTIONS.si(171          prefix,172          json['mappings'][domain][style]173        );174      }175    }176    addUnitRules_(newJson);177  }178  addUnitRules_(json);179}180/**181 * Retrieves a rule for the given node if one exists.182 *183 * @param node A node.184 * @param dynamic Additional dynamic185 *     constraints. These are matched against properties of a rule.186 * @returns The speech rule if it exists.187 */188export function lookupRule(node: string, dynamic: DynamicCstr): SimpleRule {189  const store = subStores_[node];190  return store ? store.lookupRule(null, dynamic) : null;191}192/**193 * Retrieves the category of a character or string if it has one.194 *195 * @param character The character or string.196 * @returns The category if it exists.197 */198export function lookupCategory(character: string): string {199  const store = subStores_[character];200  return store ? store.category : '';201}202/**203 * Looks up a rule for a given string and executes its actions.204 *205 * @param text The text to be translated.206 * @param dynamic Additional dynamic207 *     constraints. These are matched against properties of a rule.208 * @returns The string resulting from the action of speech rule.209 */210export function lookupString(text: string, dynamic: DynamicCstr): string {211  const rule = lookupRule(text, dynamic);212  if (!rule) {213    return null;214  }215  return rule.action;216}217Engine.getInstance().evaluator = lookupString;218/**219 * Collates information on dynamic constraint values of the currently active220 * trie of the engine.221 *222 * @param info Initial dynamic constraint information.223 * @returns The collated information.224 */225export function enumerate(info: { [key: string]: any } = {}): {226  [key: string]: any;227} {228  for (const store of Object.values(subStores_)) {229    for (const [, rules] of store.rules.entries()) {230      for (const { cstr: dynamic } of rules) {231        info = enumerate_(dynamic.getValues(), info);232      }233    }234  }235  return info;236}237/**238 * Adds information from dynamic constraints to the existing info.239 *240 * @param dynamic The dynamic constraint.241 * @param info The dynamic constraint information so far.242 * @returns The completed info.243 */244function enumerate_(245  dynamic: string[],246  info: { [key: string]: any }247): { [key: string]: any } {248  info = info || {};249  if (!dynamic.length) {250    return info;251  }252  info[dynamic[0]] = enumerate_(dynamic.slice(1), info[dynamic[0]]);253  return info;254}255/**256 * Adds a single speech rule for Unit descriptors from its JSON257 * representation.258 *259 * @param json JSON object of the speech rules.260 */261function addUnitRules_(json: UnicodeJson) {262  const names = json['names'];263  if (names) {264    json['names'] = names.map(function (name) {265      return name + ':' + 'unit';266    });267  }268  addFunctionRules(json);269}270/**271 * Changes the internal locale for the rule definitions if the given JSON272 * element is a locale instruction.273 *274 * @param json JSON object of a speech rules.275 * @returns True if the locale was changed.276 */277function changeLocale_(json: UnicodeJson): boolean {278  if (!json['locale'] && !json['modality']) {279    return false;280  }281  locale = json['locale'] || locale;282  modality = json['modality'] || modality;283  return true;284}285/**286 * Retrieves a substore for a key. Creates a new one if it does not exist.287 *288 * @param key The key for the store.289 * @returns The rule store.290 */291function getSubStore_(key: string): MathSimpleStore {292  let store = subStores_[key];293  if (store) {294    Debugger.getInstance().output('Store exists! ' + key);295    return store;296  }297  store = new MathSimpleStore();298  subStores_[key] = store;299  return store;300}301/**302 * Transfers parameters of the compound store to a substore.303 *304 * @param store A simple math store.305 * @param opt_cat The category if it exists.306 */307function setupStore_(store: MathSimpleStore, opt_cat?: string) {308  if (opt_cat) {309    store.category = opt_cat;310  }...

json.test.js

Source:json.test.js

...48})49test('deserializing text that is not json throws one of a list of errors, not using lines since verbose is 0', () => {50  const argv                     = {verbose: 0}51  const lines                    = anything()52  const potentiallyInvalidChunks = array(unicodeJson().map(str => str.slice(1)))53  const msgs                     = [54    'Unexpected end of',55    'Unexpected token ',56    'Unexpected number',57    'Unexpected string'58  ]59  assert(60    property(lines, potentiallyInvalidChunks, (lines, chunks) =>61      deserializer(argv)(chunks, lines)62      .err63      .map(e => e.msg.slice(0, 17))64      .reduce(65        (bool, err) => bool && msgs.indexOf(err) > -1,66        true67      )68    )69  )70})71test('deserializing text that is not json fails with exactly one error and the first line if verbose is 1', () => {72  const argv           = {verbose: 1}73  const jsons          = []74  const chunksLinesErr = integer(0, 20).chain(len =>75    array(integer(), len, len).chain(lines =>76      array(func(anything()).map(f => f.toString()), len, len).chain(chunks =>77        constant({78          chunks,79          lines,80          err: (81            lines.length === 082            ? []83            : [84              {85                msg: 'Unexpected token u in JSON at position 2 (if the JSON is formatted over several lines, try using the jsonObj chunker)',86                line: lines[0]87              }88            ]89          )90        })91      )92    )93  )94  assert(95    property(chunksLinesErr, ({chunks, lines, err}) =>96      expect(97        deserializer(argv)(chunks, lines)98      ).toStrictEqual(99        {err, jsons}100      )101    )102  )103})104test('deserializing text that is not json fails with exactly one error, the first line, and info if verbose is 2 or higher', () => {105  const argv           = integer(2, 50).chain(verbose => constant({verbose}))106  const jsons          = []107  const chunksLinesErr = integer(0, 20).chain(len =>108    array(integer(), len, len).chain(lines =>109      array(func(anything()).map(f => f.toString()), len, len).chain(chunks =>110        constant({111          chunks,112          lines,113          err: (114            lines.length === 0115            ? []116            : [117              {118                msg: 'Unexpected token u in JSON at position 2 (if the JSON is formatted over several lines, try using the jsonObj chunker)',119                line: lines[0],120                info: '[' + chunks.join(',') + ']'121              }122            ]123          )124        })125      )126    )127  )128  assert(129    property(argv, chunksLinesErr, (argv, {chunks, lines, err}) =>130      expect(131        deserializer(argv)(chunks, lines)132      ).toStrictEqual(133        {err, jsons}134      )135    )136  )137})138test('deserializes each json element individually, even if it is formatted over several lines', () => {139  const err         = []140  const argv        = anything().chain(verbose => constant({verbose, noBulk: true}))141  const lines       = anything()142  const jsonsChunks = integer().chain(spaces => 143    array(unicodeJsonObject()).chain(jsons => 144      constant({145        jsons,146        chunks: jsons.map(json => JSON.stringify(json, null, spaces))147      })  148    )149  )150  assert(151    property(argv, lines, jsonsChunks, (argv, lines, {jsons, chunks}) =>152      expect(153        deserializer(argv)(chunks, lines)154      ).toStrictEqual(155        {err, jsons}156      )157    )158  )159})160test('deserializing text that is not json throws one of a list of errors, not using lines since verbose is 0', () => {161  const argv                     = {verbose: 0, noBulk: true}162  const lines                    = anything()163  const potentiallyInvalidChunks = array(unicodeJson().map(str => str.slice(1)))164  const msgs                     = [165    'Unexpected end of',166    'Unexpected token ',167    'Unexpected number',168    'Unexpected string'169  ]170  assert(171    property(lines, potentiallyInvalidChunks, (lines, chunks) =>172      deserializer(argv)(chunks, lines)173      .err174      .map(e => e.msg.slice(0, 17))175      .reduce(176        (bool, err) => bool && msgs.indexOf(err) > -1,177        true...

inputs.ts

Source:inputs.ts

1import type * as fc from 'fast-check';2import { URI } from './index';3type FcStrInputs =4  {type: "hexa" | "base64" | "char" | "ascii" | "unicode" | "char16bits" | "fullUnicode" |5    "ipV4" | "ipV4Extended" | "ipV6" | "uuid" | "domain" | "webAuthority" |6    "webFragments" | "webQueryParameters" | "webSegment" | "emailAddress"} |7  {type: "webUrl"} & fc.WebUrlConstraints |8  {type: "uuidV", version: 1 | 2 | 3 | 4 | 5} |9  {type: "hexaString" | "base64String" | "string" | "asciiString" |10    "unicodeString" | "string16bits" | "fullUnicodeString"} & fc.StringSharedConstraints |11  {type: "json" | "unicodeJson"} & fc.JsonSharedConstraints |12  {type: "lorem"} & fc.LoremConstraints13type FcNumInputs =14  {type: "maxSafeInteger" | "maxSafeNat"} |15  {type: "integer"} & fc.IntegerConstraints |16  {type: "nat"} & fc.NatConstraints |17  {type: "float"} & fc.FloatConstraints |18  {type: "double"} & fc.DoubleConstraints //|19  // These return a different type. Determine whether to support `bigint`20  /*{type: "bigInt"} & fc.BigIntConstraints |21  {type: "bigUint"} & fc.BigUintConstraints |22  {type: "bigIntN" | "bigUintN", n: number}*/23type FCRec<A> = {baseCase: A}24declare module '@deriving-ts/core' {25  export interface Inputs<A> {26    [URI]: {27      str?: FcStrInputs,28      num?: FcNumInputs,29      date?: {min?: Date, max?: Date}30      recurse: FCRec<A>31      nullable?: {freq: number}32      array?: fc.ArrayConstraints33    }34  }...

Using AI Code Generation

1const fc = require("fast-check");2const unicodeJson = require("fast-check/lib/arbitrary/unicodeJson.js");3fc.assert(4  fc.property(unicodeJson(), (json) => {5    console.log(json);6    return true;7  })8);9(function (exports, require, module, __filename, __dirname) { import fc from 'fast-check';10SyntaxError: Cannot use import statement outside a module11    at wrapSafe (internal/modules/cjs/loader.js:1050:16)12    at Module._compile (internal/modules/cjs/loader.js:1098:27)13    at Object.Module._extensions..js (internal/modules/cjs/loader.js:1158:10)14    at Module.load (internal/modules/cjs/loader.js:986:32)15    at Function.Module._load (internal/modules/cjs/loader.js:879:14)16    at Function.executeUserEntryPoint [as runMain] (internal/modules/run_main.js:71:12)17const fc = require("fast-check");18const unicodeJson = require("fast-check/lib/arbitrary/unicodeJson.js").unicodeJson;19fc.assert(20  fc.property(unicodeJson(), (json) => {21    console.log(json);22    return true;23  })24);25(function (exports, require, module, __filename, __dirname) { const fc = require("fast-check");26SyntaxError: Cannot use import statement outside a module27    at wrapSafe (internal/modules/cjs/loader.js:1050:16)28    at Module._compile (internal/modules/cjs/loader.js:1098:27)29    at Object.Module._extensions..js (internal/modules/cjs/loader.js:1158:10)30    at Module.load (internal/modules/cjs/loader.js:986:32)31    at Function.Module._load (internal/modules/cjs/loader.js:879:14)32    at Function.executeUserEntryPoint [as runMain] (internal/modules/run_main.js:71:12)

Using AI Code Generation

1const unicodeJson = require('fast-check/lib/check/arbitrary/UnicodeJsonArbitrary').unicodeJson;2const unicodeJson = require('fast-check/lib/check/arbitrary/UnicodeJsonArbitrary').unicodeJson;3const fc = require('fast-check');4const testUnicodeJson = fc.property(unicodeJson(), (json) => {5  console.log(json);6  return true;7});8fc.assert(testUnicodeJson);9const unicodeJson = require('fast-check/lib/check/arbitrary/UnicodeJsonArbitrary').unicodeJson;10const fc = require('fast-check');11const testUnicodeJson = fc.property(unicodeJson(), (json) => {12  console.log(json);13  return true;14});15fc.assert(testUnicodeJson);

Using AI Code Generation

1const fc = require('fast-check');2const unicodeJson = require('fast-check/lib/unicodeJson');3const unicodeJson2 = require('fast-check/lib/unicodeJson.js');4const unicodeJson3 = require('fast-check/lib/unicodeJson.ts');5const unicodeJson4 = require('fast-check/lib/unicodeJson.tsx');6const unicodeJson5 = require('fast-check/lib/unicodeJson.jsx');7console.log(unicodeJson);8console.log(unicodeJson2);9console.log(unicodeJson3);10console.log(unicodeJson4);11console.log(unicodeJson5);12const fc = require('fast-check');13const unicodeJson = require('fast-check/unicodeJson');14const unicodeJson2 = require('fast-check/unicodeJson.js');15const unicodeJson3 = require('fast-check/unicodeJson.ts');16const unicodeJson4 = require('fast-check/unicodeJson.tsx');17const unicodeJson5 = require('fast-check/unicodeJson.jsx');18console.log(unicodeJson);19console.log(unicodeJson2);20console.log(unicodeJson3);21console.log(unicodeJson4);22console.log(unicodeJson5);23const fc = require('fast-check');24const unicodeJson = require('fast-check/lib/unicodeJson');25const unicodeJson2 = require('fast-check/lib/unicodeJson.js');26const unicodeJson3 = require('fast-check/lib/unicodeJson.ts');27const unicodeJson4 = require('fast-check/lib/unicodeJson.tsx');28const unicodeJson5 = require('fast-check/lib/unicodeJson.jsx');29console.log(unicodeJson);30console.log(unicodeJson2);31console.log(unicodeJson3);32console.log(unicodeJson4);33console.log(unicodeJson5);34const fc = require('fast-check');35const unicodeJson = require('fast-check/lib/unicodeJson');36const unicodeJson2 = require('fast-check/lib/unicodeJson.js');37const unicodeJson3 = require('fast-check/lib/unicodeJson.ts');38const unicodeJson4 = require('fast-check/lib/unicodeJson.tsx');39const unicodeJson5 = require('fast-check/lib/unicodeJson.jsx');40console.log(unicodeJson);41console.log(unicodeJson2);42console.log(unicodeJson3

Using AI Code Generation

1const { unicodeJson } = require('fast-check-monorepo');2const fc = require('fast-check');3const assert = require('assert');4const { unicodeJson } = require('fast-check-monorepo');5const fc = require('fast-check');6const assert = require('assert');7describe('unicodeJson', () => {8    it('should generate json with unicode', () => {9        fc.assert(10            fc.property(unicodeJson(), (json) => {11                assert.equal(typeof json, 'string');12                assert.equal(JSON.parse(json).length, 1);13            })14        );15    });16});17const { unicodeJson } = require('fast-check-monorepo');18const fc = require('fast-check');19const assert = require('assert');20describe('unicodeJson', () => {21    it('should generate json with unicode', () => {22        fc.assert(23            fc.property(unicodeJson(), (json) => {24                assert.equal(typeof json, 'string');25                assert.equal(JSON.parse(json).length, 1);26            })27        );28    });29});30const { unicodeJson } = require('fast-check-monorepo');31const fc = require('fast-check');32const assert = require('assert');33describe('unicodeJson', () => {34    it('should generate json with unicode', () => {35        fc.assert(36            fc.property(unicodeJson(), (json) => {37                assert.equal(typeof json, 'string');38                assert.equal(JSON.parse(json).length, 1);39            })40        );41    });42});43const { unicodeJson } = require('fast-check-monorepo');44const fc = require('fast-check');45const assert = require('assert');46describe('unicodeJson', () => {47    it('should generate json with unicode', () => {48        fc.assert(49            fc.property(unicodeJson(), (json) => {50                assert.equal(typeof json, 'string');51                assert.equal(JSON.parse(json).length, 1);52            })53        );54    });55});56const { unicodeJson } = require('fast-check-monorepo

Using AI Code Generation

1const fc = require('fast-check');2const unicodeJson = require('fast-check/lib/arbitrary/unicodeJson');3const { string } = require('fast-check/lib/arbitrary/string');4const arb = unicodeJson();5const arb2 = string();6const arb3 = fc.tuple(fc.string(), fc.string());7const arb4 = fc.tuple(fc.string(), fc.string(), fc.string());8const arb5 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string());9const arb6 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string());10const arb7 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string());11const arb8 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string());12const arb9 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string());13const arb10 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string());14const arb11 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string());15const arb12 = fc.tuple(fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string(), fc.string());

Using AI Code Generation

1const unicodeJson = require('fast-check-monorepo').unicodeJson;2console.log(unicodeJson());3const unicodeJson = require('fast-check-monorepo').unicodeJson;4console.log(unicodeJson());5const unicodeJson = require('fast-check-monorepo').unicodeJson;6console.log(unicodeJson());

Using AI Code Generation

1const {unicodeJson,unicodeJsonWithMaxLength} = require('fast-check-monorepo');2const fc = require('fast-check');3const unicodeJsonArbitrary = unicodeJson();4fc.assert(fc.property(unicodeJsonArbitrary, (json) => {5    console.log(JSON.stringify(json, null, 2));6    return true;7}));8const unicodeJsonArbitrary2 = unicodeJsonWithMaxLength(10);9fc.assert(fc.property(unicodeJsonArbitrary2, (json) => {10    console.log(JSON.stringify(json, null, 2));11    return true;12}));13const {unicodeJson,unicodeJsonWithMaxLength} = require('fast-check-monorepo');14const fc = require('fast-check');15const unicodeJsonArbitrary = unicodeJson();16fc.assert(fc.property(unicodeJsonArbitrary, (json) => {17    console.log(JSON.stringify(json, null, 2));18    return true;19}));20const unicodeJsonArbitrary2 = unicodeJsonWithMaxLength(10);21fc.assert(fc.property(unicodeJsonArbitrary2, (json) => {22    console.log(JSON.stringify(json, null, 2));23    return true;24}));25const {unicodeJson,unicodeJsonWithMaxLength} = require('fast-check-monorepo');26const fc = require('fast-check');27const unicodeJsonArbitrary = unicodeJson();28fc.assert(fc.property(unicodeJsonArbitrary, (json) => {29    console.log(JSON.stringify(json, null, 2));30    return true;31}));32const unicodeJsonArbitrary2 = unicodeJsonWithMaxLength(10);33fc.assert(fc.property(unicodeJsonArbitrary2, (json) => {34    console.log(JSON.stringify(json, null, 2));35    return true;36}));37const {unicodeJson,unicodeJsonWithMaxLength} = require('fast-check-monorepo');38const fc = require('fast-check');39const unicodeJsonArbitrary = unicodeJson();40fc.assert(fc.property(unicodeJsonArbitrary, (json) => {41    console.log(JSON.stringify(json, null, 2));42    return true;43}));44const unicodeJsonArbitrary2 = unicodeJsonWithMaxLength(10);45fc.assert(fc.property(unicodeJsonAr

Using AI Code Generation

1const fc = require('fast-check');2const { unicodeJson } = require('fast-check/lib/arbitrary/json.js');3const gen = unicodeJson();4const shrink = gen.shrink;5const sample = gen.sample;6console.log('sample', sample);7console.log('shrink', shrink);8console.log('unicodeJson', unicodeJson);9const fc = require('fast-check');10const { unicodeJson } = require('fast-check/lib/arbitrary/json.js');11const gen = unicodeJson();12const shrink = gen.shrink;13const sample = gen.sample;14console.log('sample', sample);15console.log('shrink', shrink);16console.log('unicodeJson', unicodeJson);17const fc = require('fast-check');18const { unicodeJson } = require('fast-check/lib/arbitrary/json.js');19const gen = unicodeJson();20const shrink = gen.shrink;21const sample = gen.sample;22console.log('sample', sample);23console.log('shrink', shrink);24console.log('unicodeJson', unicodeJson);25const fc = require('fast-check');26const { unicodeJson } = require('fast-check/lib/arbitrary/json.js');27const gen = unicodeJson();28const shrink = gen.shrink;29const sample = gen.sample;30console.log('sample', sample);31console.log('shrink', shrink);32console.log('unicodeJson', unicodeJson);33const fc = require('fast-check');34const { unicodeJson } = require('fast-check/lib/arbitrary/json.js');35const gen = unicodeJson();36const shrink = gen.shrink;37const sample = gen.sample;38console.log('sample', sample);39console.log('shrink', shrink);40console.log('unicodeJson', unicodeJson);41const fc = require('fast-check');42const { unicodeJson } = require('fast-check/lib/arbitrary/json.js');43const gen = unicodeJson();44const shrink = gen.shrink;45const sample = gen.sample;46console.log('sample', sample);47console.log('shrink', shrink);

Using AI Code Generation

1const {unicodeJson} = require('fast-check');2let uj = unicodeJson();3let str = uj.string();4console.log(str);5let num = uj.number();6console.log(num);7let bool = uj.boolean();8console.log(bool);9let arr = uj.array();10console.log(arr);11let obj = uj.object();12console.log(obj);13let obj2 = uj.object(2);14console.log(obj2);15let obj3 = uj.object(3);16console.log(obj3);17let obj4 = uj.object(4);18console.log(obj4);19let obj5 = uj.object(5);20console.log(obj5);21let obj6 = uj.object(6);22console.log(obj6);23let obj7 = uj.object(7);24console.log(obj7);25let obj8 = uj.object(8);26console.log(obj8);27let obj9 = uj.object(9);28console.log(obj9);29let obj10 = uj.object(10);30console.log(obj10);31let obj11 = uj.object(11);32console.log(obj11);33let obj12 = uj.object(12);34console.log(obj12);

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.