How to use nextBigInt method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

xoshiro256.js

Source:xoshiro256.js Github

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...4function rotl(x, k) {5 return BigInt.asUintN(64, (x << k)) | (x >> (64n - k));6};7const next = function(n) {8 return { value: this.nextBigInt(n) };9};10const genericJump = (type, o) => {11 let s0 = 0n;12 let s1 = 0n;13 let s2 = 0n;14 let s3 = 0n;15 const s = o.s;16 for (let i = 0; i < type.length; ++i) {17 for(let b = 0n; b < 64; ++b) {18 if (type[i] & (1n << b)) {19 s0 ^= s[0];20 s1 ^= s[1];21 s2 ^= s[2];22 s3 ^= s[3];23 }24 o.nextBigInt();25 }26 }27 s[0] = s0;28 s[1] = s1;29 s[2] = s2;30 s[3] = s3;31};32const jump = (() => {33 const JUMP = [0x180EC6D33CFD0ABAn, 0xD5A61266F0C9392Cn, 0xA9582618E03FC9AAn, 0x39ABDC4529B1661Cn];34 return function() {35 return genericJump(JUMP, this);36 }37})();38const longJump = (() => {39 const JUMP = [0x76E15D3EFEFDCBBFn, 0xC5004E441C522FB3n, 0x77710069854EE241n, 0x39109BB02ACBE635n];40 return function() {41 return genericJump(JUMP, this);42 }43})();44const nextFloat = function() {45 const dv = new DataView(new ArrayBuffer(8));46 dv.setBigUint64(0, this.nextBigInt());47 return dv.getFloat64();48};49const nextBigInt = function(n = UINT64_MAX) {50 if (n > UINT64_MAX) {51 throw new RangeError("Illegal bound; must be less than or equal to 0xFFFFFFFFFFFFFFFF (18446744073709551615); bound given: "+n);52 }53 const s = this.s;54 let result;55 do {56 result = this.peek();57 const t = BigInt.asUintN(64, s[1] << 17n);58 59 s[2] ^= s[0];60 s[3] ^= s[1];...

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products.js

Source:products.js Github

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...5const idGen = new IdGenerator()6// Source: https://www.bikesales.com.au/bikes/7const MOTORBIKES = [8 {9 id: idGen.nextBigInt(),10 name: '1996 Honda CR125R - Dirt',11 color: 'Red, Orange, White',12 price: 6150,13 categoryId: categories[0].id,14 createdAt,15 },16 {17 id: idGen.nextBigInt(),18 name: '1979 Honda CR250R - Dirt',19 color: 'All red',20 price: 7000,21 categoryId: categories[0].id,22 createdAt,23 },24 {25 id: idGen.nextBigInt(),26 name: '1984 Yamaha IT490 - Dirt',27 color: 'Cyan/Blue, yellow',28 price: 6000,29 categoryId: categories[0].id,30 createdAt,31 },32 {33 id: idGen.nextBigInt(),34 name: '2020 Suzuki DR200S - Dirt',35 color: 'Robotic black',36 price: 5990,37 categoryId: categories[0].id,38 createdAt,39 },40 {41 id: idGen.nextBigInt(),42 name: '2019 Piaggio Medley 150 S - Scooter',43 color: 'Dark blue, gray',44 price: 5990,45 categoryId: categories[0].id,46 createdAt,47 },48 {49 id: idGen.nextBigInt(),50 name: '2019 Yamaha XMAX 300 - Scooter',51 color: 'Dark brown, silver',52 price: 8499,53 categoryId: categories[0].id,54 createdAt,55 },56 {57 id: idGen.nextBigInt(),58 name: '2016 Honda Super Cub - Scooter',59 color: 'A little red, a little white',60 price: 2490,61 categoryId: categories[0].id,62 createdAt,63 },64 {65 id: idGen.nextBigInt(),66 name: '2017 Yamaha Bolt (XVS950CU) MY15 - Cruiser',67 color: 'Shiny Black',68 price: 9990,69 categoryId: categories[0].id,70 createdAt,71 },72 {73 id: idGen.nextBigInt(),74 name: '2005 Honda VTX1800C - Cruiser',75 color: 'Dark red, Shiny silver',76 price: 9990,77 categoryId: categories[0].id,78 createdAt,79 },80 {81 id: idGen.nextBigInt(),82 name: '2007 Suzuki Hayabusa (GSX1300R) - Super sport',83 color: 'Major blue, little black',84 price: 13000,85 categoryId: categories[0].id,86 createdAt,87 },88]89// Source: https://www.bikeexchange.com.au/90const BICYCLES = [91 {92 id: idGen.nextBigInt(),93 name: 'Whyte Wessex 2020 - Road',94 color: 'Gray, silver',95 price: 2850,96 categoryId: categories[1].id,97 createdAt,98 },99 {100 id: idGen.nextBigInt(),101 name: 'BMC 21 Roadmachine One - Road',102 color: 'Orange, silver',103 price: 6976,104 categoryId: categories[1].id,105 createdAt,106 },107 {108 id: idGen.nextBigInt(),109 name: '2021 BMC Roadmachine 01 FOUR - Road',110 color: 'All black, orange decals',111 price: 9799,112 categoryId: categories[1].id,113 createdAt,114 },115 {116 id: idGen.nextBigInt(),117 name: 'Cervelo C3 Disc Ultegra 2020 - Road',118 color: 'Red, blue, white',119 price: 4195,120 categoryId: categories[1].id,121 createdAt,122 },123 {124 id: idGen.nextBigInt(),125 name: 'Cervelo Top Fuel 9.8 2020 - Mountain',126 color: 'Red, blue, white',127 price: 4195,128 categoryId: categories[1].id,129 createdAt,130 },131 {132 id: idGen.nextBigInt(),133 name: 'BMC Norco SIGHT A1 - Mountain',134 color: 'Green, yellow',135 price: 6089,136 categoryId: categories[1].id,137 createdAt,138 },139 {140 id: idGen.nextBigInt(),141 name: 'Orbea RALLON M20 160 - Mountain',142 color: 'Dark Green, very little yellow',143 price: 6990,144 categoryId: categories[1].id,145 createdAt,146 },147 {148 id: idGen.nextBigInt(),149 name: 'Liv Tempt 2 2020 - Mountain',150 color: 'Violet',151 price: 999,152 categoryId: categories[1].id,153 createdAt,154 },155 {156 id: idGen.nextBigInt(),157 name: 'BMC Equinox TTX 9.9 Carbon - Racing',158 color: 'Orange',159 price: 3500,160 categoryId: categories[1].id,161 createdAt,162 },163 {164 id: idGen.nextBigInt(),165 name: 'Cervelo P2 Rim 105 5700 2019 - Racing',166 color: 'Lime, black',167 price: 3300,168 categoryId: categories[1].id,169 createdAt,170 },171]172module.exports = [173 ...MOTORBIKES,174 ...BICYCLES,...

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LinearCongruentialRandom.ts

Source:LinearCongruentialRandom.ts Github

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...33 protected setSeed(seed: bigint){ 34 this.seed = seed;35 }36 /** Return a random bigint value in [0, 2^p). */37 abstract nextBigInt(): bigint38 /** Return a random integer in [0, 2^p). */39 nextInt(): number {40 return Number(this.nextBigInt());41 }42 43 next(): number {44 return Number(this.nextBigInt()) / Number(this.mask);45 }46}47class SimpleLinearCongruentialRandom extends LinearCongruentialRandom {48 constructor(a: number|bigint, p: number|bigint,49 seed: number|bigint = new Date().getTime()){50 super(a, p, seed);51 }52 /** Return a random bigint value in [0, 2^p). */53 nextBigInt(): bigint {54 this.seed = (this.seed * this.a) & this.mask;55 return this.seed;56 }57}58class LinearCongruentialRandomWithAddEnd extends LinearCongruentialRandom {59 protected readonly c: bigint;60 constructor(a: number|bigint, c: number|bigint, p: number|bigint,61 seed: number|bigint = new Date().getTime()){62 super(a, p, seed);63 Validate.nonNegative('c', c);64 this.c = BigInt(c);65 }66 /** Return a random bigint value in [0, 2^p). */67 nextBigInt(): bigint {68 this.seed = (this.seed * this.a + this.c) & this.mask;69 return this.seed;70 }71}72/**73 * Old Java random emulator.74 */75export class OldJavaRandom extends LinearCongruentialRandomWithAddEnd{76 constructor(seed: number|bigint = new Date().getTime()){77 super(25214903917n, 11n, 48n, seed);78 this.setSeed((this.seed ^ this.a) & this.mask);79 }80 private nextBits(bits: bigint): bigint {81 this.seed = this.nextBigInt();82 return this.seed >> (48n - bits);83 }84 85 next(): number {86 return Number((this.nextBits(26n) << 27n) + this.nextBits(27n)) / Number.MAX_SAFE_INTEGER; 87 }...

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Using AI Code Generation

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1const fc = require('fast-check');2const bigInt = require('big-integer');3const arbBigInt = fc.integer().map(x => bigInt(x));4const arbBigInt2 = fc.integer().map(x => bigInt(x));5const arbBigInt3 = fc.integer().map(x => bigInt(x));6const arbBigInt4 = fc.integer().map(x => bigInt(x));7const arbBigInt5 = fc.integer().map(x => bigInt(x));8const arbBigInt6 = fc.integer().map(x => bigInt(x));9const arbBigInt7 = fc.integer().map(x => bigInt(x));10const arbBigInt8 = fc.integer().map(x => bigInt(x));11const arbBigInt9 = fc.integer().map(x => bigInt(x));12const arbBigInt10 = fc.integer().map(x => bigInt(x));13const arbBigInt11 = fc.integer().map(x => bigInt(x));14const arbBigInt12 = fc.integer().map(x => bigInt(x));15const arbBigInt13 = fc.integer().map(x => bigInt(x));16const arbBigInt14 = fc.integer().map(x => bigInt(x));17const arbBigInt15 = fc.integer().map(x => bigInt(x));18const arbBigInt16 = fc.integer().map(x => bigInt(x));19const arbBigInt17 = fc.integer().map(x => bigInt(x));20const arbBigInt18 = fc.integer().map(x => bigInt(x));21const arbBigInt19 = fc.integer().map(x => bigInt(x));22const arbBigInt20 = fc.integer().map(x => bigInt(x));23const arbBigInt21 = fc.integer().map(x => bigInt(x));24const arbBigInt22 = fc.integer().map(x => bigInt(x));25const arbBigInt23 = fc.integer().map(x => bigInt(x));26const arbBigInt24 = fc.integer().map(x => bigInt(x));27const arbBigInt25 = fc.integer().map(x => bigInt(x));28const arbBigInt26 = fc.integer().map(x => bigInt(x));29const arbBigInt27 = fc.integer().map(x => bigInt(x));30const arbBigInt28 = fc.integer().map(x => bigInt(x));31const arbBigInt29 = fc.integer().map(x => bigInt(x));32const arbBigInt30 = fc.integer().map(x => bigInt(x));33const arbBigInt31 = fc.integer().map(x => bigInt(x));34const arbBigInt32 = fc.integer().map(x => bigInt(x));

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Using AI Code Generation

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1import { nextBigInt } from "fast-check";2const bigIntGenerator = nextBigInt(0n, 100n);3for (let i = 0; i < 10; i++) {4 console.log(bigIntGenerator.next().value);5}6import { nextBigInt } from "fast-check";7const bigIntGenerator = nextBigInt(0n, 100n);8for (let i = 0; i < 10; i++) {9 console.log(bigIntGenerator.next().value);10}11import { nextBigInt } from "fast-check";12const bigIntGenerator = nextBigInt(0n, 100n);13for (let i = 0; i < 10; i++) {14 console.log(bigIntGenerator.next().value);15}16import { nextBigInt } from "fast-check";17const bigIntGenerator = nextBigInt(0n, 100n);18for (let i = 0; i < 10; i++) {19 console.log(bigIntGenerator.next().value);20}21import { nextBigInt } from "fast-check";22const bigIntGenerator = nextBigInt(0n, 100n);23for (let i = 0; i < 10; i++) {24 console.log(bigIntGenerator.next().value);25}26import { nextBigInt } from "fast-check";27const bigIntGenerator = nextBigInt(

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Using AI Code Generation

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1const fc = require('fast-check');2const { BigIntArbitrary } = require('fast-check');3const { nextBigInt } = require('fast-check/lib/arbitrary/definition/NextArbitrary.js');4const arb = BigIntArbitrary();5const value = nextBigInt(arb, 0, 0);6console.log(value);7const fc = require('fast-check');8const { BigIntArbitrary } = require('fast-check');9const { nextBigInt } = require('fast-check/lib/arbitrary/definition/NextArbitrary.js');10const arb = BigIntArbitrary();11const value = nextBigInt(arb, 1, 0);12console.log(value);

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Using AI Code Generation

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1const fc = require('fast-check');2const bigInt = require('big-integer');3const bigIntArb = fc.bigIntN(64);4const bigIntArb2 = fc.bigIntN(64);5const bigIntArb3 = fc.bigIntN(64);6fc.assert(7 fc.property(bigIntArb, bigIntArb2, bigIntArb3, (a, b, c) => {8 const sum = a.add(b).add(c);9 return sum.geq(0);10 })11);12const bigIntArb = fc.bigIntN(64);13const bigIntArb2 = fc.bigIntN(64);14const bigIntArb3 = fc.bigIntN(64);15fc.assert(16 fc.property(bigIntArb, bigIntArb2, bigIntArb3, (a, b, c) => {17 const sum = a.add(b).add(c);18 return sum.geq(0);19 })20);21const bigIntArb = fc.bigIntN(64);22const bigIntArb2 = fc.bigIntN(64);23const bigIntArb3 = fc.bigIntN(64);24fc.assert(25 fc.property(bigIntArb, bigIntArb2, bigIntArb3, (a, b, c) => {26 const sum = a.add(b).add(c);27 return sum.geq(0);28 })29);30const bigIntArb = fc.bigIntN(64);31const bigIntArb2 = fc.bigIntN(64);32const bigIntArb3 = fc.bigIntN(64);33fc.assert(34 fc.property(bigIntArb, bigIntArb2, bigIntArb3, (a, b, c) => {35 const sum = a.add(b).add(c);36 return sum.geq(0);37 })38);39const bigIntArb = fc.bigIntN(64);40const bigIntArb2 = fc.bigIntN(64);

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Using AI Code Generation

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1const fc = require('fast-check');2const { nextBigInt } = require('fast-check');3const arb = fc.bigIntN(64);4const arb2 = fc.bigIntN(64);5const arb3 = fc.bigIntN(64);6const arb4 = fc.bigIntN(64);7const arb5 = fc.bigIntN(64);8const arb6 = fc.bigIntN(64);9const arb7 = fc.bigIntN(64);10const arb8 = fc.bigIntN(64);11const arb9 = fc.bigIntN(64);12const arb10 = fc.bigIntN(64);13const arb11 = fc.bigIntN(64);14const arb12 = fc.bigIntN(64);15const arb13 = fc.bigIntN(64);16const arb14 = fc.bigIntN(64);17const arb15 = fc.bigIntN(64);18const arb16 = fc.bigIntN(64);19const arb17 = fc.bigIntN(64);20const arb18 = fc.bigIntN(64);21const arb19 = fc.bigIntN(64);22const arb20 = fc.bigIntN(64);23const arb21 = fc.bigIntN(64);24const arb22 = fc.bigIntN(64);25const arb23 = fc.bigIntN(64);26const arb24 = fc.bigIntN(64);27const arb25 = fc.bigIntN(64);28const arb26 = fc.bigIntN(64);29const arb27 = fc.bigIntN(64);30const arb28 = fc.bigIntN(64);31const arb29 = fc.bigIntN(64);32const arb30 = fc.bigIntN(64);33const arb31 = fc.bigIntN(64);34const arb32 = fc.bigIntN(64);35const arb33 = fc.bigIntN(64);36const arb34 = fc.bigIntN(64);37const arb35 = fc.bigIntN(64);38const arb36 = fc.bigIntN(64);39const arb37 = fc.bigIntN(64);40const arb38 = fc.bigIntN(64);41const arb39 = fc.bigIntN(64);42const arb40 = fc.bigIntN(64);43const arb41 = fc.bigIntN(64);44const arb42 = fc.bigIntN(64);45const arb43 = fc.bigIntN(64);

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Using AI Code Generation

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1const fc = require('fast-check');2const nextBigInt = require('./src/check/arbitrary/NextBigIntArbitrary');3const bigIntArb = nextBigInt();4const arb = fc.tuple(bigIntArb, bigIntArb);5fc.assert(fc.property(arb, ([a, b]) => {6 return a + b >= a;7}));8const fc = require('fast-check');9const nextBigInt = require('./src/check/arbitrary/NextBigIntArbitrary');10const bigIntArb = nextBigInt();11const arb = fc.tuple(bigIntArb, bigIntArb);12fc.assert(fc.property(arb, ([a, b]) => {13 return a + b >= a;14}));15const fc = require('fast-check');16const nextBigInt = require('./src/check/arbitrary/NextBigIntArbitrary');17const bigIntArb = nextBigInt();18const arb = fc.tuple(bigIntArb, bigIntArb);19fc.assert(fc.property(arb, ([a, b]) => {20 return a + b >= a;21}));22const fc = require('fast-check');23const nextBigInt = require('./src/check/arbitrary/NextBigIntArbitrary');24const bigIntArb = nextBigInt();25const arb = fc.tuple(bigIntArb, bigIntArb);26fc.assert(fc.property(arb, ([a, b]) => {27 return a + b >= a;28}));29const fc = require('fast-check');30const nextBigInt = require('./src/check/arbitrary/NextBigIntArbitrary');31const bigIntArb = nextBigInt();32const arb = fc.tuple(bigIntArb, bigIntArb);33fc.assert(fc.property(arb, ([a, b]) => {34 return a + b >= a;35}));

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