KaneAI - World’s First E2E Software Testing Agent.Book a Demo 
How to use BigInt method in fast-check-monorepo
Best JavaScript code snippet using fast-check-monorepo
as-int-n.js
Source:as-int-n.js 
1// Copyright 2017 the V8 project authors. All rights reserved.2// Use of this source code is governed by a BSD-style license that can be3// found in the LICENSE file.4// Flags: --harmony-bigint5// BigInt.asIntN6{7 assertEquals(2, BigInt.asIntN.length);8}{9 assertEquals(-1n, BigInt.asIntN(3, 15n));10 assertEquals(-2n, BigInt.asIntN(3, 14n));11 assertEquals(-3n, BigInt.asIntN(3, 13n));12 assertEquals(-4n, BigInt.asIntN(3, 12n));13 assertEquals(3n, BigInt.asIntN(3, 11n));14 assertEquals(2n, BigInt.asIntN(3, 10n));15 assertEquals(1n, BigInt.asIntN(3, 9n));16 assertEquals(0n, BigInt.asIntN(3, 8n));17 assertEquals(-1n, BigInt.asIntN(3, 7n));18 assertEquals(-2n, BigInt.asIntN(3, 6n));19 assertEquals(-3n, BigInt.asIntN(3, 5n));20 assertEquals(-4n, BigInt.asIntN(3, 4n));21 assertEquals(3n, BigInt.asIntN(3, 3n));22 assertEquals(2n, BigInt.asIntN(3, 2n));23 assertEquals(1n, BigInt.asIntN(3, 1n));24 assertEquals(0n, BigInt.asIntN(3, 0n));25 assertEquals(-1n, BigInt.asIntN(3, -1n));26 assertEquals(-2n, BigInt.asIntN(3, -2n));27 assertEquals(-3n, BigInt.asIntN(3, -3n));28 assertEquals(-4n, BigInt.asIntN(3, -4n));29 assertEquals(3n, BigInt.asIntN(3, -5n));30 assertEquals(2n, BigInt.asIntN(3, -6n));31 assertEquals(1n, BigInt.asIntN(3, -7n));32 assertEquals(0n, BigInt.asIntN(3, -8n));33 assertEquals(-1n, BigInt.asIntN(3, -9n));34 assertEquals(-2n, BigInt.asIntN(3, -10n));35 assertEquals(-3n, BigInt.asIntN(3, -11n));36 assertEquals(-4n, BigInt.asIntN(3, -12n));37 assertEquals(3n, BigInt.asIntN(3, -13n));38 assertEquals(2n, BigInt.asIntN(3, -14n));39 assertEquals(1n, BigInt.asIntN(3, -15n));40}{41 assertEquals(254n, BigInt.asIntN(10, 254n));42 assertEquals(255n, BigInt.asIntN(10, 255n));43 assertEquals(256n, BigInt.asIntN(10, 256n));44 assertEquals(257n, BigInt.asIntN(10, 257n));45 assertEquals(510n, BigInt.asIntN(10, 510n));46 assertEquals(511n, BigInt.asIntN(10, 511n));47 assertEquals(-512n, BigInt.asIntN(10, 512n));48 assertEquals(-511n, BigInt.asIntN(10, 513n));49 assertEquals(-2n, BigInt.asIntN(10, 1022n));50 assertEquals(-1n, BigInt.asIntN(10, 1023n));51 assertEquals(0n, BigInt.asIntN(10, 1024n));52 assertEquals(1n, BigInt.asIntN(10, 1025n));53}{54 assertEquals(-254n, BigInt.asIntN(10, -254n));55 assertEquals(-255n, BigInt.asIntN(10, -255n));56 assertEquals(-256n, BigInt.asIntN(10, -256n));57 assertEquals(-257n, BigInt.asIntN(10, -257n));58 assertEquals(-510n, BigInt.asIntN(10, -510n));59 assertEquals(-511n, BigInt.asIntN(10, -511n));60 assertEquals(-512n, BigInt.asIntN(10, -512n));61 assertEquals(511n, BigInt.asIntN(10, -513n));62 assertEquals(2n, BigInt.asIntN(10, -1022n));63 assertEquals(1n, BigInt.asIntN(10, -1023n));64 assertEquals(0n, BigInt.asIntN(10, -1024n));65 assertEquals(-1n, BigInt.asIntN(10, -1025n));66}{67 assertEquals(0n, BigInt.asIntN(0, 0n));68 assertEquals(0n, BigInt.asIntN(1, 0n));69 assertEquals(0n, BigInt.asIntN(16, 0n));70 assertEquals(0n, BigInt.asIntN(31, 0n));71 assertEquals(0n, BigInt.asIntN(32, 0n));72 assertEquals(0n, BigInt.asIntN(33, 0n));73 assertEquals(0n, BigInt.asIntN(63, 0n));74 assertEquals(0n, BigInt.asIntN(64, 0n));75 assertEquals(0n, BigInt.asIntN(65, 0n));76 assertEquals(0n, BigInt.asIntN(127, 0n));77 assertEquals(0n, BigInt.asIntN(128, 0n));78 assertEquals(0n, BigInt.asIntN(129, 0n));79}{80 assertEquals(0n, BigInt.asIntN(0, 42n));81 assertEquals(0n, BigInt.asIntN(1, 42n));82 assertEquals(42n, BigInt.asIntN(16, 42n));83 assertEquals(42n, BigInt.asIntN(31, 42n));84 assertEquals(42n, BigInt.asIntN(32, 42n));85 assertEquals(42n, BigInt.asIntN(33, 42n));86 assertEquals(42n, BigInt.asIntN(63, 42n));87 assertEquals(42n, BigInt.asIntN(64, 42n));88 assertEquals(42n, BigInt.asIntN(65, 42n));89 assertEquals(42n, BigInt.asIntN(127, 42n));90 assertEquals(42n, BigInt.asIntN(128, 42n));91 assertEquals(42n, BigInt.asIntN(129, 42n));92}{93 assertEquals(0n, BigInt.asIntN(0, -42n));94 assertEquals(0n, BigInt.asIntN(1, -42n));95 assertEquals(-42n, BigInt.asIntN(16, -42n));96 assertEquals(-42n, BigInt.asIntN(31, -42n));97 assertEquals(-42n, BigInt.asIntN(32, -42n));98 assertEquals(-42n, BigInt.asIntN(33, -42n));99 assertEquals(-42n, BigInt.asIntN(63, -42n));100 assertEquals(-42n, BigInt.asIntN(64, -42n));101 assertEquals(-42n, BigInt.asIntN(65, -42n));102 assertEquals(-42n, BigInt.asIntN(127, -42n));103 assertEquals(-42n, BigInt.asIntN(128, -42n));104 assertEquals(-42n, BigInt.asIntN(129, -42n));105}{106 assertEquals(0n, BigInt.asIntN(0, 4294967295n));107 assertEquals(-1n, BigInt.asIntN(1, 4294967295n));108 assertEquals(-1n, BigInt.asIntN(16, 4294967295n));109 assertEquals(-1n, BigInt.asIntN(31, 4294967295n));110 assertEquals(-1n, BigInt.asIntN(32, 4294967295n));111 assertEquals(4294967295n, BigInt.asIntN(33, 4294967295n));112 assertEquals(4294967295n, BigInt.asIntN(63, 4294967295n));113 assertEquals(4294967295n, BigInt.asIntN(64, 4294967295n));114 assertEquals(4294967295n, BigInt.asIntN(65, 4294967295n));115 assertEquals(4294967295n, BigInt.asIntN(127, 4294967295n));116 assertEquals(4294967295n, BigInt.asIntN(128, 4294967295n));117 assertEquals(4294967295n, BigInt.asIntN(129, 4294967295n));118}{119 assertEquals(0n, BigInt.asIntN(0, -4294967295n));120 assertEquals(-1n, BigInt.asIntN(1, -4294967295n));121 assertEquals(1n, BigInt.asIntN(16, -4294967295n));122 assertEquals(1n, BigInt.asIntN(31, -4294967295n));123 assertEquals(1n, BigInt.asIntN(32, -4294967295n));124 assertEquals(-4294967295n, BigInt.asIntN(33, -4294967295n));125 assertEquals(-4294967295n, BigInt.asIntN(63, -4294967295n));126 assertEquals(-4294967295n, BigInt.asIntN(64,-4294967295n));127 assertEquals(-4294967295n, BigInt.asIntN(65, -4294967295n));128 assertEquals(-4294967295n, BigInt.asIntN(127, -4294967295n));129 assertEquals(-4294967295n, BigInt.asIntN(128, -4294967295n));130 assertEquals(-4294967295n, BigInt.asIntN(129, -4294967295n));131}{132 assertEquals(42n, BigInt.asIntN(2**32, 42n));133 assertEquals(4294967295n, BigInt.asIntN(2**32, 4294967295n));134 assertEquals(4294967296n, BigInt.asIntN(2**32, 4294967296n));135 assertEquals(4294967297n, BigInt.asIntN(2**32, 4294967297n));136}{137 assertThrows(() => BigInt.asIntN(2n, 12n), TypeError);138 assertThrows(() => BigInt.asIntN(-1, 0n), RangeError);139 assertThrows(() => BigInt.asIntN(2**53, 0n), RangeError);140 assertEquals(0n, BigInt.asIntN({}, 12n));141 assertEquals(0n, BigInt.asIntN(2.9999, 12n));142 assertEquals(-4n, BigInt.asIntN(3.1234, 12n));143}{144 assertThrows(() => BigInt.asIntN(3, 12), TypeError);145 assertEquals(-4n, BigInt.asIntN(3, "12"));146 assertEquals(0x123456789abcdefn,147 BigInt.asIntN(64, 0xabcdef0123456789abcdefn));148}149// BigInt.asUintN150{151 assertEquals(2, BigInt.asUintN.length);152}{153 assertEquals(7n, BigInt.asUintN(3, 15n));154 assertEquals(6n, BigInt.asUintN(3, 14n));155 assertEquals(5n, BigInt.asUintN(3, 13n));156 assertEquals(4n, BigInt.asUintN(3, 12n));157 assertEquals(3n, BigInt.asUintN(3, 11n));158 assertEquals(2n, BigInt.asUintN(3, 10n));159 assertEquals(1n, BigInt.asUintN(3, 9n));160 assertEquals(0n, BigInt.asUintN(3, 8n));161 assertEquals(7n, BigInt.asUintN(3, 7n));162 assertEquals(6n, BigInt.asUintN(3, 6n));163 assertEquals(5n, BigInt.asUintN(3, 5n));164 assertEquals(4n, BigInt.asUintN(3, 4n));165 assertEquals(3n, BigInt.asUintN(3, 3n));166 assertEquals(2n, BigInt.asUintN(3, 2n));167 assertEquals(1n, BigInt.asUintN(3, 1n));168 assertEquals(0n, BigInt.asUintN(3, 0n));169 assertEquals(7n, BigInt.asUintN(3, -1n));170 assertEquals(6n, BigInt.asUintN(3, -2n));171 assertEquals(5n, BigInt.asUintN(3, -3n));172 assertEquals(4n, BigInt.asUintN(3, -4n));173 assertEquals(3n, BigInt.asUintN(3, -5n));174 assertEquals(2n, BigInt.asUintN(3, -6n));175 assertEquals(1n, BigInt.asUintN(3, -7n));176 assertEquals(0n, BigInt.asUintN(3, -8n));177 assertEquals(7n, BigInt.asUintN(3, -9n));178 assertEquals(6n, BigInt.asUintN(3, -10n));179 assertEquals(5n, BigInt.asUintN(3, -11n));180 assertEquals(4n, BigInt.asUintN(3, -12n));181 assertEquals(3n, BigInt.asUintN(3, -13n));182 assertEquals(2n, BigInt.asUintN(3, -14n));183 assertEquals(1n, BigInt.asUintN(3, -15n));184}{185 assertEquals(254n, BigInt.asUintN(10, 254n));186 assertEquals(255n, BigInt.asUintN(10, 255n));187 assertEquals(256n, BigInt.asUintN(10, 256n));188 assertEquals(257n, BigInt.asUintN(10, 257n));189 assertEquals(510n, BigInt.asUintN(10, 510n));190 assertEquals(511n, BigInt.asUintN(10, 511n));191 assertEquals(512n, BigInt.asUintN(10, 512n));192 assertEquals(513n, BigInt.asUintN(10, 513n));193 assertEquals(1022n, BigInt.asUintN(10, 1022n));194 assertEquals(1023n, BigInt.asUintN(10, 1023n));195 assertEquals(0n, BigInt.asUintN(10, 1024n));196 assertEquals(1n, BigInt.asUintN(10, 1025n));197}{198 assertEquals(1024n - 254n, BigInt.asUintN(10, -254n));199 assertEquals(1024n - 255n, BigInt.asUintN(10, -255n));200 assertEquals(1024n - 256n, BigInt.asUintN(10, -256n));201 assertEquals(1024n - 257n, BigInt.asUintN(10, -257n));202 assertEquals(1024n - 510n, BigInt.asUintN(10, -510n));203 assertEquals(1024n - 511n, BigInt.asUintN(10, -511n));204 assertEquals(1024n - 512n, BigInt.asUintN(10, -512n));205 assertEquals(1024n - 513n, BigInt.asUintN(10, -513n));206 assertEquals(1024n - 1022n, BigInt.asUintN(10, -1022n));207 assertEquals(1024n - 1023n, BigInt.asUintN(10, -1023n));208 assertEquals(0n, BigInt.asUintN(10, -1024n));209 assertEquals(1023n, BigInt.asUintN(10, -1025n));210}{211 assertEquals(0n, BigInt.asUintN(0, 0n));212 assertEquals(0n, BigInt.asUintN(1, 0n));213 assertEquals(0n, BigInt.asUintN(16, 0n));214 assertEquals(0n, BigInt.asUintN(31, 0n));215 assertEquals(0n, BigInt.asUintN(32, 0n));216 assertEquals(0n, BigInt.asUintN(33, 0n));217 assertEquals(0n, BigInt.asUintN(63, 0n));218 assertEquals(0n, BigInt.asUintN(64, 0n));219 assertEquals(0n, BigInt.asUintN(65, 0n));220 assertEquals(0n, BigInt.asUintN(127, 0n));221 assertEquals(0n, BigInt.asUintN(128, 0n));222 assertEquals(0n, BigInt.asUintN(129, 0n));223}{224 assertEquals(0n, BigInt.asUintN(0, 42n));225 assertEquals(0n, BigInt.asUintN(1, 42n));226 assertEquals(42n, BigInt.asUintN(16, 42n));227 assertEquals(42n, BigInt.asUintN(31, 42n));228 assertEquals(42n, BigInt.asUintN(32, 42n));229 assertEquals(42n, BigInt.asUintN(33, 42n));230 assertEquals(42n, BigInt.asUintN(63, 42n));231 assertEquals(42n, BigInt.asUintN(64, 42n));232 assertEquals(42n, BigInt.asUintN(65, 42n));233 assertEquals(42n, BigInt.asUintN(127, 42n));234 assertEquals(42n, BigInt.asUintN(128, 42n));235 assertEquals(42n, BigInt.asUintN(129, 42n));236}{237 assertEquals(0n, BigInt.asUintN(0, -42n));238 assertEquals(0n, BigInt.asUintN(1, -42n));239 assertEquals(65536n - 42n, BigInt.asUintN(16, -42n));240 assertEquals(2147483648n - 42n, BigInt.asUintN(31, -42n));241 assertEquals(4294967296n - 42n, BigInt.asUintN(32, -42n));242 assertEquals(8589934592n - 42n, BigInt.asUintN(33, -42n));243 assertEquals(9223372036854775808n - 42n, BigInt.asUintN(63, -42n));244 assertEquals(18446744073709551616n - 42n, BigInt.asUintN(64, -42n));245 assertEquals(36893488147419103232n - 42n, BigInt.asUintN(65, -42n));246 assertEquals(2n**127n - 42n, BigInt.asUintN(127, -42n));247 assertEquals(2n**128n - 42n, BigInt.asUintN(128, -42n));248 assertEquals(2n**129n - 42n, BigInt.asUintN(129, -42n));249}{250 assertEquals(0n, BigInt.asUintN(0, 4294967295n));251 assertEquals(1n, BigInt.asUintN(1, 4294967295n));252 assertEquals(65535n, BigInt.asUintN(16, 4294967295n));253 assertEquals(2147483647n, BigInt.asUintN(31, 4294967295n));254 assertEquals(4294967295n, BigInt.asUintN(32, 4294967295n));255 assertEquals(4294967295n, BigInt.asUintN(33, 4294967295n));256 assertEquals(4294967295n, BigInt.asUintN(63, 4294967295n));257 assertEquals(4294967295n, BigInt.asUintN(64, 4294967295n));258 assertEquals(4294967295n, BigInt.asUintN(65, 4294967295n));259 assertEquals(4294967295n, BigInt.asUintN(127, 4294967295n));260 assertEquals(4294967295n, BigInt.asUintN(128, 4294967295n));261 assertEquals(4294967295n, BigInt.asUintN(129, 4294967295n));262}{263 assertEquals(0n, BigInt.asUintN(0, -4294967295n));264 assertEquals(1n, BigInt.asUintN(1, -4294967295n));265 assertEquals(1n, BigInt.asUintN(16, -4294967295n));266 assertEquals(1n, BigInt.asUintN(31, -4294967295n));267 assertEquals(1n, BigInt.asUintN(32, -4294967295n));268 assertEquals(8589934592n - 4294967295n, BigInt.asUintN(33, -4294967295n));269 assertEquals(9223372036854775808n - 4294967295n,270 BigInt.asUintN(63, -4294967295n));271 assertEquals(18446744073709551616n - 4294967295n,272 BigInt.asUintN(64,-4294967295n));273 assertEquals(36893488147419103232n - 4294967295n,274 BigInt.asUintN(65, -4294967295n));275 assertEquals(2n**127n - 4294967295n, BigInt.asUintN(127, -4294967295n));276 assertEquals(2n**128n - 4294967295n, BigInt.asUintN(128, -4294967295n));277 assertEquals(2n**129n - 4294967295n, BigInt.asUintN(129, -4294967295n));278}{279 assertEquals(42n, BigInt.asUintN(2**32, 42n));280 assertEquals(4294967295n, BigInt.asUintN(2**32, 4294967295n));281 assertEquals(4294967296n, BigInt.asUintN(2**32, 4294967296n));282 assertEquals(4294967297n, BigInt.asUintN(2**32, 4294967297n));283}{284 assertEquals(0x7234567812345678n, BigInt.asUintN(63, 0xf234567812345678n));285}{286 assertThrows(() => BigInt.asUintN(2n, 12n), TypeError);287 assertThrows(() => BigInt.asUintN(-1, 0n), RangeError);288 assertThrows(() => BigInt.asUintN(2**53, 0n), RangeError);289 assertEquals(0n, BigInt.asUintN({}, 12n));290 assertEquals(0n, BigInt.asUintN(2.9999, 12n));291 assertEquals(4n, BigInt.asUintN(3.1234, 12n));292}{293 assertThrows(() => BigInt.asUintN(3, 12), TypeError);294 assertEquals(4n, BigInt.asUintN(3, "12"));...
fraction.test.ts
Source:fraction.test.ts
2import JSBI from 'jsbi'3describe.only('Fraction', () => {4 describe('#quotient', () => {5 it('floor division', () => {6 expect(new Fraction(JSBI.BigInt(8), JSBI.BigInt(3)).quotient).toEqual(JSBI.BigInt(2)) // one below7 expect(new Fraction(JSBI.BigInt(12), JSBI.BigInt(4)).quotient).toEqual(JSBI.BigInt(3)) // exact8 expect(new Fraction(JSBI.BigInt(16), JSBI.BigInt(5)).quotient).toEqual(JSBI.BigInt(3)) // one above9 })10 })11 describe('#remainder', () => {12 it('returns fraction after divison', () => {13 expect(new Fraction(JSBI.BigInt(8), JSBI.BigInt(3)).remainder).toEqual(14 new Fraction(JSBI.BigInt(2), JSBI.BigInt(3))15 )16 expect(new Fraction(JSBI.BigInt(12), JSBI.BigInt(4)).remainder).toEqual(17 new Fraction(JSBI.BigInt(0), JSBI.BigInt(4))18 )19 expect(new Fraction(JSBI.BigInt(16), JSBI.BigInt(5)).remainder).toEqual(20 new Fraction(JSBI.BigInt(1), JSBI.BigInt(5))21 )22 })23 })24 describe('#invert', () => {25 it('flips num and denom', () => {26 expect(new Fraction(JSBI.BigInt(5), JSBI.BigInt(10)).invert().numerator).toEqual(JSBI.BigInt(10))27 expect(new Fraction(JSBI.BigInt(5), JSBI.BigInt(10)).invert().denominator).toEqual(JSBI.BigInt(5))28 })29 })30 describe('#add', () => {31 it('multiples denoms and adds nums', () => {32 expect(new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).add(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))).toEqual(33 new Fraction(JSBI.BigInt(52), JSBI.BigInt(120))34 )35 })36 it('same denom', () => {37 expect(new Fraction(JSBI.BigInt(1), JSBI.BigInt(5)).add(new Fraction(JSBI.BigInt(2), JSBI.BigInt(5)))).toEqual(38 new Fraction(JSBI.BigInt(3), JSBI.BigInt(5))39 )40 })41 })42 describe('#subtract', () => {43 it('multiples denoms and subtracts nums', () => {44 expect(45 new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).subtract(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))46 ).toEqual(new Fraction(JSBI.BigInt(-28), JSBI.BigInt(120)))47 })48 it('same denom', () => {49 expect(50 new Fraction(JSBI.BigInt(3), JSBI.BigInt(5)).subtract(new Fraction(JSBI.BigInt(2), JSBI.BigInt(5)))51 ).toEqual(new Fraction(JSBI.BigInt(1), JSBI.BigInt(5)))52 })53 })54 describe('#lessThan', () => {55 it('correct', () => {56 expect(57 new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).lessThan(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))58 ).toBe(true)59 expect(new Fraction(JSBI.BigInt(1), JSBI.BigInt(3)).lessThan(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))).toBe(60 false61 )62 expect(63 new Fraction(JSBI.BigInt(5), JSBI.BigInt(12)).lessThan(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))64 ).toBe(false)65 })66 })67 describe('#equalTo', () => {68 it('correct', () => {69 expect(new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).equalTo(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))).toBe(70 false71 )72 expect(new Fraction(JSBI.BigInt(1), JSBI.BigInt(3)).equalTo(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))).toBe(73 true74 )75 expect(new Fraction(JSBI.BigInt(5), JSBI.BigInt(12)).equalTo(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))).toBe(76 false77 )78 })79 })80 describe('#greaterThan', () => {81 it('correct', () => {82 expect(83 new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).greaterThan(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))84 ).toBe(false)85 expect(86 new Fraction(JSBI.BigInt(1), JSBI.BigInt(3)).greaterThan(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))87 ).toBe(false)88 expect(89 new Fraction(JSBI.BigInt(5), JSBI.BigInt(12)).greaterThan(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))90 ).toBe(true)91 })92 })93 describe('#multiplty', () => {94 it('correct', () => {95 expect(96 new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).multiply(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))97 ).toEqual(new Fraction(JSBI.BigInt(4), JSBI.BigInt(120)))98 expect(99 new Fraction(JSBI.BigInt(1), JSBI.BigInt(3)).multiply(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))100 ).toEqual(new Fraction(JSBI.BigInt(4), JSBI.BigInt(36)))101 expect(102 new Fraction(JSBI.BigInt(5), JSBI.BigInt(12)).multiply(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))103 ).toEqual(new Fraction(JSBI.BigInt(20), JSBI.BigInt(144)))104 })105 })106 describe('#divide', () => {107 it('correct', () => {108 expect(109 new Fraction(JSBI.BigInt(1), JSBI.BigInt(10)).divide(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))110 ).toEqual(new Fraction(JSBI.BigInt(12), JSBI.BigInt(40)))111 expect(112 new Fraction(JSBI.BigInt(1), JSBI.BigInt(3)).divide(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))113 ).toEqual(new Fraction(JSBI.BigInt(12), JSBI.BigInt(12)))114 expect(115 new Fraction(JSBI.BigInt(5), JSBI.BigInt(12)).divide(new Fraction(JSBI.BigInt(4), JSBI.BigInt(12)))116 ).toEqual(new Fraction(JSBI.BigInt(60), JSBI.BigInt(48)))117 })118 })...
Using AI Code Generation
1const fc = require('fast-check');2const {BigIntArbitrary} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');3const {bigInt} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');4const arb = BigIntArbitrary();5fc.assert(6 fc.property(arb, (n) => {7 console.log(n);8 return true;9 })10);11const fc = require('fast-check');12const {bigInt} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');13const arb = bigInt();14fc.assert(15 fc.property(arb, (n) => {16 console.log(n);17 return true;18 })19);20const fc = require('fast-check');21const {bigInt} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');22const arb = bigInt();23fc.assert(24 fc.property(arb, (n) => {25 console.log(n);26 return true;27 })28);29const fc = require('fast-check');30const {bigInt} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');31const arb = bigInt();32fc.assert(33 fc.property(arb, (n) => {34 console.log(n);35 return true;36 })37);38const fc = require('fast-check');39const {bigInt} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');40const arb = bigInt();41fc.assert(42 fc.property(arb, (n) => {43 console.log(n);44 return true;45 })46);47const fc = require('fast-check');48const {bigInt} = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');49const arb = bigInt();50fc.assert(51 fc.property(arb, (n) => {52 console.log(n);53 return true;54 })55);
Using AI Code Generation
1const fc = require('fast-check')2const { bigInt } = require('fast-check-monorepo/fast-check/lib/check/arbitrary/BigIntArbitrary.js')3const bigIntArb = bigInt()4const bigIntArb1 = bigIntArb.filter(n => n > 0)5const bigIntArb2 = bigIntArb.filter(n => n < 0)6fc.assert(fc.property(bigIntArb1, bigIntArb2, (a, b) => {return a + b < 0}))7const fc = require('fast-check')8const { bigInt } = require('fast-check-monorepo/fast-check/lib/check/arbitrary/BigIntArbitrary.js')9const bigIntArb = bigInt()10const bigIntArb1 = bigIntArb.filter(n => n > 0)11const bigIntArb2 = bigIntArb.filter(n => n < 0)12fc.assert(fc.property(bigIntArb1, bigIntArb2, (a, b) => {return a + b < 0}))13const fc = require('fast-check')14const { bigInt } = require('fast-check-monorepo/fast-check/lib/check/arbitrary/BigIntArbitrary.js')15const bigIntArb = bigInt()16const bigIntArb1 = bigIntArb.filter(n => n > 0)17const bigIntArb2 = bigIntArb.filter(n => n < 0)18fc.assert(fc.property(bigIntArb1, bigIntArb2, (a, b) => {return a + b < 0}))19const fc = require('fast-check')20const { bigInt } = require('fast-check-monorepo/fast-check/lib/check/arbitrary/BigIntArbitrary.js')
Using AI Code Generation
1const fc = require("fast-check");2console.log(fc.bigInt());3const fc = require("fast-check");4console.log(fc.bigInt().toString());5const fc = require("fast-check");6console.log(fc.bigInt().toString().length);7const fc = require("fast-check");8console.log(fc.bigInt().toString().length > 18);9const fc = require("fast-check");10console.log(fc.bigInt().toString().length > 19);11const fc = require("fast-check");12console.log(fc.bigInt().toString().length >= 19);13const fc = require("fast-check");14console.log(fc.bigInt().toString().length >= 20);15const fc = require("fast-check");16console.log(fc.bigInt().toString().length > 20);17const fc = require("fast-check");18console.log(fc.bigInt().toString().length === 19);19const fc = require("fast-check");20console.log(fc.bigInt().toString().length === 20);21const fc = require("fast-check");22console.log(fc.bigInt().toString().length === 18);
Using AI Code Generation
1const { check } = require("fast-check");2const { BigInt } = require("fast-check");3const { integer } = require("fast-check");4const { bigInteger } = require("fast-check");5check(6 integer()7 .noShrink()8 .noBias(),9 (n) => {10 console.log(n);11 return true;12 }13);14check(15 bigInteger()16 .noShrink()17 .noBias(),18 (n) => {19 console.log(n);20 return true;21 }22);23check(24 BigInt()25 .noShrink()26 .noBias(),27 (n) => {28 console.log(n);29 return true;30 }31);32const { check } = require("fast-check");33const { integer } = require("fast-check");34const { bigInteger } = require("fast-check");35check(36 integer()37 .noShrink()38 .noBias(),39 (n) => {40 console.log(n);41 return true;42 }43);44check(45 bigInteger()46 .noShrink()47 .noBias(),48 (n) => {49 console.log(n);50 return true;51 }52);53check(54 BigInt()55 .noShrink()56 .noBias(),57 (n) => {58 console.log(n);59 return true;60 }61);62const { check } = require("fast-check");63const { bigInteger } = require("fast-check-monorepo");64check(65 bigInteger()66 .noShrink()67 .noBias(),68 (n) => {69 console.log(n);70 return true;71 }72);73check(74 BigInt()75 .noShrink()76 .noBias(),77 (n) => {78 console.log(n);79 return true;80 }81);82const { check } = require("fast-check");83const { bigInteger } = require("fast-check");84check(85 bigInteger()86 .noShrink()87 .noBias(),88 (n) => {89 console.log(n);90 return true;91 }92);93check(94 BigInt()95 .noShrink()96 .noBias(),
Using AI Code Generation
1const fc = require('fast-check');2const { BigIntArbitrary } = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');3const arb = BigIntArbitrary();4arb.generate(fc.random(1));5const fc = require('fast-check');6const { BigIntArbitrary } = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');7const arb = BigIntArbitrary();8arb.generate(fc.random(1));9const fc = require('fast-check');10const { BigIntArbitrary } = require('fast-check/lib/types/arbitrary/BigIntArbitrary.js');11const arb = BigIntArbitrary();12arb.generate(fc.random(1));13`{ "presets": ["@babel/preset-env"] }`
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.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Run fast-check-monorepo automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
