How to use objectInObject method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

array.js

Source:array.js Github

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1const parseArray = function (argValue, callNumber) {2 3 callNumber = callNumber || 0;4 5 const arrayOptions = this.usableOptions.arrayParse;6 7 if(callNumber > arrayOptions.maxRecursiveCalls) {8 9 this.errorHandler(["Maximum call stack size exceeded appears!", 1], {10 11 "from": "parseArray",12 maxRecursiveCalls: arrayOptions.maxRecursiveCalls,13 nowCall: callNumber,14 15 }, "auto");16 17 }18 19 const result = [];20 21 let resultI = 0;22 23 let skipComma = false;24 25 let arrayInArray = 0;26 let tempArrayInArraySymbols = "";27 28 let objectInObject = 0;29 let tempObjectInObjectSymbols = "";30 31 //for no conflicts strings and possible arrays | objects32 let arrayInArrayForStr = 0;33 let objectInObjectForStr = 0;34 35 //for no conflicts with options: arrayParse: {array: true, object: false}36 /*37 38 Example:39 40 fargv.toArray("[{a: [], b: 3}]", {41 42 object: false,43 array: true,44 45 }46 47 */48 let skipArrayParseIfNoParseObject = false;49 50 for(let i = 0; i < argValue.length; i++) {51 52 const thSym = argValue[i];53 54 if(arrayOptions["array"] && thSym == "[" && !objectInObject && !skipArrayParseIfNoParseObject) {55 56 //for concat deep arrays57 if(arrayInArray) tempArrayInArraySymbols += thSym;58 59 arrayInArray += 1;60 61 continue;62 63 } else if(thSym == "[") {64 65 arrayInArrayForStr += 1;66 67 }68 69 if(arrayOptions["array"] && thSym == "]" && arrayInArray && !objectInObject) {70 71 if((arrayInArray - 1) == 0) {72 73 result[resultI] = this.parseArray(tempArrayInArraySymbols, callNumber + 1);74 75 arrayInArray = 0;76 tempArrayInArraySymbols = "";77 78 resultI++;79 80 skipComma = true;81 82 } else {83 84 tempArrayInArraySymbols += thSym;85 86 arrayInArray -= 1;87 88 }89 90 continue;91 92 } else if(thSym == "]") {93 94 arrayInArrayForStr -= 1;95 96 }97 98 if(arrayOptions["object"] && thSym == "{" && !arrayInArray) {99 100 if(objectInObject) tempObjectInObjectSymbols += thSym;101 102 objectInObject += 1;103 104 continue;105 106 } else if(thSym == "{") {107 108 if(!objectInObjectForStr) skipArrayParseIfNoParseObject = true;109 110 objectInObjectForStr += 1;111 112 }113 114 if(arrayOptions["object"] && thSym == "}" && objectInObject && !arrayInArray) {115 116 if((objectInObject - 1) == 0) {117 118 result[resultI] = this.parseObject(tempObjectInObjectSymbols, callNumber + 1);119 120 objectInObject = 0;121 tempObjectInObjectSymbols = "";122 123 resultI++;124 125 skipComma = true;126 127 } else {128 129 tempObjectInObjectSymbols += thSym;130 131 objectInObject -= 1;132 133 }134 135 continue;136 137 } else if(thSym == "}") {138 139 objectInObjectForStr -= 1;140 141 if(!objectInObjectForStr) skipArrayParseIfNoParseObject = false;142 143 }144 145 if(arrayOptions["array"] && arrayInArray) {146 147 tempArrayInArraySymbols += thSym;148 149 continue;150 151 }152 153 if(arrayOptions["object"] && objectInObject) {154 155 tempObjectInObjectSymbols += thSym;156 157 continue;158 159 }160 161 if(skipComma) {162 163 if(thSym == this.usableOptions.defaultCommaSplitSym) skipComma = false;164 165 continue;166 167 }168 169 if(thSym == this.usableOptions.defaultCommaSplitSym && !arrayInArrayForStr && !objectInObjectForStr) {170 171 result[resultI] = this.parseArrayAndObjectEl(result[resultI], "array");172 173 resultI++;174 175 continue;176 177 }178 179 if(!result[resultI]) result[resultI] = "";180 181 result[resultI] += thSym;182 183 if((i + 1) == argValue.length) {184 185 result[resultI] = this.parseArrayAndObjectEl(result[resultI], "array");186 187 }188 189 }190 191 if(tempArrayInArraySymbols) {192 193 this.errorHandler(["Can't parse array in array.", 200], {194 195 "from": "parseArray",196 maxRecursiveCalls: arrayOptions.maxRecursiveCalls,197 nowCall: callNumber,198 199 }, "auto");200 201 return [];202 203 }204 205 if(tempObjectInObjectSymbols) {206 207 this.errorHandler(["Can't parse object in array.", 201], {208 209 "from": "parseArray",210 maxRecursiveCalls: arrayOptions.maxRecursiveCalls,211 nowCall: callNumber,212 213 }, "auto");214 215 return [];216 217 }218 219 return result220 221};...

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task2.js

Source:task2.js Github

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1/*Написать функцию addToCart(obj, title, countToCart) {} ,2где obj - объект, title - название товара, count - количество товара, которое нужно добавить в корзину.3Функция ищет товар с указанным названием, если количество позволяет, то уменьшает количество товара на countToCart,4если не позволяет, то выводит информацию об этом в консоль и завершает работу.5Для проверки функции используйте объект goods из файла с урока.*/6let goods = {7 piano: {8 title: "Пианино",9 price: 3000,10 count: 2511 },12 guitar: {13 title: "Гитара",14 price: 1200,15 count: 4016 },17 drum: {18 title: "Барабаны",19 price: 2700,20 count: 1221 },22 flute: {23 title: "Флейта",24 price: 900,25 count: 5026 },27 harp: {28 title: "Арфа",29 price: 3400,30 count: 531 }32};33function addToCart(obj, title, countToCart) {34 let objectInObject;35 for (let mainPropName in obj) {36 objectInObject = obj[mainPropName];37 if (objectInObject.count <= 0) {38 alert("Товар закончился, ожидаем поставки"); //для себя39 return false;40 }41 if (objectInObject.title === title) {42 if (objectInObject.count < countToCart) {43 alert("В таком количестве товар отсутствует, имется только\n" + objectInObject.count + " единиц товара " + objectInObject.title);44 } else {45 alert("Товар под названием \n" + objectInObject.title + "\nдобавлен в корзину в количестве\n" + countToCart);46 obj[mainPropName].count -= countToCart;47 alert ("Товара: " + objectInObject.title + "\nосталось на складе: " + obj[mainPropName].count);48 return obj[mainPropName];49 }50 }51 }52}53let title = prompt("Введите название товара");54let countToCart = prompt("Введите количество требуемого товара");...

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task1.js

Source:task1.js Github

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1/*Написать функцию со следующими аргументами: объект, from (значение от), to (значение до).2Функция должна вернуть объект с товарами, цены которых лежат в диапазоне от значения from до значения to.3Пример вызова функции getGoods(goods, 2000, 3000); в данном случае функция должна вернуть все товары,4у которых цена в диапазоне от 2000 до 3000. Для проверки функции используйте объект goods из файла с урока.*/5let goods = {6 piano: {7 title: "Пианино",8 price: 3000,9 count: 2510 },11 guitar: {12 title: "Гитара",13 price: 1200,14 count: 4015 },16 drum: {17 title: "Барабаны",18 price: 2700,19 count: 1220 },21 flute: {22 title: "Флейта",23 price: 900,24 count: 5025 },26 harp: {27 title: "Арфа",28 price: 3400,29 count: 530 }31};32//console.log(goods.flute.price);33function priceFromTo(obj, from, to) {34 let resObj = {};35 for (let key in obj) {36 if (obj[key]["price"] >= from && obj[key]["price"] <= to) {37 resObj[key] = obj[key];38 }39 }40 return resObj;41 // let objectInObject;42 // let arrOfObjects = [];43 // let arrayOfNewObjectsToObject;44 // for (let mainPropName in obj) {45 // objectInObject = obj[mainPropName];46 // if (objectInObject.price >= from && objectInObject.price <= to) {47 // arrOfObjects.push(objectInObject);48 // }49 // arrayOfNewObjectsToObject = Object.assign({}, arrOfObjects);50 // //console.log(arrOfObjects);51 // }52 // return arrayOfNewObjectsToObject;53}...

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Using AI Code Generation

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1const fc = require("fast-check");2const {objectInObject} = require("fast-check/lib/check/arbitrary/ObjectArbitrary");3const {tuple} = require("fast-check/lib/check/arbitrary/TupleArbitrary");4const objectInObjectArb = objectInObject(tuple(fc.integer(), fc.integer()), tuple(fc.integer(), fc.integer()));5fc.assert(fc.property(objectInObjectArb, (obj) => {6 console.log(obj);7 return true;8}));9const fc = require("fast-check");10const {objectInObject} = require("fast-check/lib/check/arbitrary/ObjectArbitrary");11const {tuple} = require("fast-check/lib/check/arbitrary/TupleArbitrary");12const objectInObjectArb = objectInObject(tuple(fc.integer(), fc.integer()), tuple(fc.integer(), fc.integer()));13fc.assert(fc.property(objectInObjectArb, (obj) => {14 console.log(obj);15 return true;16}));17const fc = require("fast-check");18const {objectInObject} = require("fast-check/lib/check/arbitrary/ObjectArbitrary");19const {tuple} = require("fast-check/lib/check/arbitrary/TupleArbitrary");20const objectInObjectArb = objectInObject(tuple(fc.integer(), fc.integer()), tuple(fc.integer(), fc.integer()));21fc.assert(fc.property(objectInObjectArb, (obj) => {22 console.log(obj);23 return true;24}));25const fc = require("fast-check");26const {objectInObject} = require("fast-check/lib/check/arbitrary/ObjectArbitrary");27const {tuple} = require("fast-check/lib/check/arbitrary/TupleArbitrary");28const objectInObjectArb = objectInObject(tuple(fc.integer(), fc.integer()), tuple(fc.integer(), fc.integer()));29fc.assert(fc.property(objectInObjectArb, (obj) => {30 console.log(obj);31 return true;32}));

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Using AI Code Generation

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1const { objectInObject } = require("fast-check");2const objectInObjectArb = objectInObject({3 key: fc.string(),4 value: fc.integer(),5});6fc.assert(7 fc.property(objectInObjectArb, (obj) => {8 })9);

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Using AI Code Generation

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1var {objectInObject} = require('fast-check');2var arb = objectInObject({a: 1, b: 2});3console.log(arb.generate(1));4var {objectInObject} = require('fast-check');5var arb = objectInObject({a: 1, b: 2});6console.log(arb.generate(1));7var {objectInObject} = require('fast-check');8var arb = objectInObject({a: 1, b: 2});9console.log(arb.generate(1));10var {objectInObject} = require('fast-check');11var arb = objectInObject({a: 1, b: 2});12console.log(arb.generate(1));13var {objectInObject} = require('fast-check');14var arb = objectInObject({a: 1, b: 2});15console.log(arb.generate(1));16var {objectInObject} = require('fast-check');17var arb = objectInObject({a: 1, b: 2});18console.log(arb.generate(1));19var {objectInObject} = require('fast-check');20var arb = objectInObject({a: 1, b: 2});21console.log(arb.generate(1));22var {objectInObject} = require('fast-check');23var arb = objectInObject({a: 1, b: 2});24console.log(arb.generate(1));25var {objectInObject} = require('fast-check');26var arb = objectInObject({a: 1, b:

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Using AI Code Generation

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1const { objectInObject } = require('fast-check');2const { object } = require('fast-check');3const objectA = object({4 a: object({5 b: object({6 c: object({7 d: object({8 e: object({9 f: object({10 g: object({11 h: object({12 i: object({13 j: object({14 k: object({15 l: object({16 m: object({17 n: object({18 o: object({19 p: object({20 q: object({21 r: object({22 s: object({23 t: object({24 u: object({25 v: object({26 w: object({27 x: object({28 y: object({29 z: object({30 a: object({31 b: object({32 c: object({33 d: object({34 e: object({35 f: object({36 g: object({37 h: object({38 i: object({39 j: object({40 k: object({41 l: object({42 m: object({43 n: object({44 o: object({45 p: object({46 q: object({47 r: object({48 s: object({49 t: object({50 u: object({51 v: object({52 w: object({53 x: object({54 y: object({55 z: object({56 a: object({57 b: object({58 c: object({59 d: object({60 e: object({61 f: object({62 g: object({63 h: object({64 i: object({65 j: object({66 k: object({67 l: object({68 m: object({69 n: object({70 o: object({71 p: object({72 q: object({73 r: object({74 s: object({75 t: object({76 u: object({77 v: object({78 w: object({79 x: object({80 y: object({

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Using AI Code Generation

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1const fc = require('fast-check')2const { objectInObject } = require('fast-check-monorepo')3const nestedObject = objectInObject({4 key: fc.string(),5 value: fc.object()6})7fc.assert(8 fc.property(nestedObject, o => {9 expect(o).toHaveProperty('key')10 expect(o).toHaveProperty('value')11 })

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