How to use arbB method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

monad-suite.ts

Source:monad-suite.ts

1// Copyright (c) 2021-2022 Peter Matta2//3// This source code is licensed under the MIT license found in the4// LICENSE file in the root directory of this source tree.5import fc, { Arbitrary } from 'fast-check';6import { Kind } from '@fp4ts/core';7import { Eq } from '@fp4ts/cats-kernel';8import { Monad } from '@fp4ts/cats-core';9import { exec, forAll, RuleSet } from '@fp4ts/cats-test-kit';10import { MonadLaws } from '../monad-laws';11import { ApplicativeSuite } from './applicative-suite';12import { FlatMapSuite } from './flat-map-suite';13export const MonadSuite = <F>(F: Monad<F>) => {14  const {15    monadLeftIdentity,16    monadRightIdentity,17    kleisliLeftIdentity,18    kleisliRightIdentity,19    mapFlatMapCoherence,20    tailRecMStackSafety,21  } = MonadLaws(F);22  const self = {23    ...ApplicativeSuite(F),24    ...FlatMapSuite(F),25    monad: <A, B, C, D>(26      arbA: Arbitrary<A>,27      arbB: Arbitrary<B>,28      arbC: Arbitrary<C>,29      arbD: Arbitrary<D>,30      EqA: Eq<A>,31      EqB: Eq<B>,32      EqC: Eq<C>,33      EqD: Eq<D>,34      mkArbF: <X>(arbX: Arbitrary<X>) => Arbitrary<Kind<F, [X]>>,35      mkEqF: <X>(E: Eq<X>) => Eq<Kind<F, [X]>>,36    ): RuleSet =>37      new RuleSet(38        'monad',39        [40          [41            'monad left identity',42            forAll(43              arbA,44              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),45              monadLeftIdentity,46            )(mkEqF(EqB)),47          ],48          [49            'monad right identity',50            forAll(mkArbF(arbA), monadRightIdentity)(mkEqF(EqA)),51          ],52          [53            'monad kleisli left identity',54            forAll(55              arbA,56              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),57              kleisliLeftIdentity,58            )(mkEqF(EqB)),59          ],60          [61            'monad kleisli right identity',62            forAll(63              arbA,64              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),65              kleisliRightIdentity,66            )(mkEqF(EqB)),67          ],68          [69            'monad map coherence',70            forAll(71              mkArbF(arbA),72              fc.func<[A], B>(arbB),73              mapFlatMapCoherence,74            )(mkEqF(EqB)),75          ],76          [77            'monad tailRecM stack safety',78            exec(tailRecMStackSafety)(mkEqF(Eq.fromUniversalEquals())),79          ],80        ],81        {82          parents: [83            self.flatMap(84              arbA,85              arbB,86              arbC,87              arbD,88              EqA,89              EqB,90              EqC,91              EqD,92              mkArbF,93              mkEqF,94            ),95            self.applicative(arbA, arbB, arbC, EqA, EqB, EqC, mkArbF, mkEqF),96          ],97        },98      ),99    stackUnsafeMonad: <A, B, C, D>(100      arbA: Arbitrary<A>,101      arbB: Arbitrary<B>,102      arbC: Arbitrary<C>,103      arbD: Arbitrary<D>,104      EqA: Eq<A>,105      EqB: Eq<B>,106      EqC: Eq<C>,107      EqD: Eq<D>,108      mkArbF: <X>(arbX: Arbitrary<X>) => Arbitrary<Kind<F, [X]>>,109      mkEqF: <X>(E: Eq<X>) => Eq<Kind<F, [X]>>,110    ): RuleSet =>111      new RuleSet(112        'Monad',113        [114          [115            'monad left identity',116            forAll(117              arbA,118              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),119              monadLeftIdentity,120            )(mkEqF(EqB)),121          ],122          [123            'monad right identity',124            forAll(mkArbF(arbA), monadRightIdentity)(mkEqF(EqA)),125          ],126          [127            'monad kleisli left identity',128            forAll(129              arbA,130              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),131              kleisliLeftIdentity,132            )(mkEqF(EqB)),133          ],134          [135            'monad kleisli right identity',136            forAll(137              arbA,138              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),139              kleisliRightIdentity,140            )(mkEqF(EqB)),141          ],142          [143            'monad map coherence',144            forAll(145              mkArbF(arbA),146              fc.func<[A], B>(arbB),147              mapFlatMapCoherence,148            )(mkEqF(EqB)),149          ],150        ],151        {152          parents: [153            self.flatMap(154              arbA,155              arbB,156              arbC,157              arbD,158              EqA,159              EqB,160              EqC,161              EqD,162              mkArbF,163              mkEqF,164            ),165            self.applicative(arbA, arbB, arbC, EqA, EqB, EqC, mkArbF, mkEqF),166          ],167        },168      ),169  };170  return self;...

monad-error-suite.ts

Source:monad-error-suite.ts

1// Copyright (c) 2021-2022 Peter Matta2//3// This source code is licensed under the MIT license found in the4// LICENSE file in the root directory of this source tree.5import fc, { Arbitrary } from 'fast-check';6import { Kind } from '@fp4ts/core';7import { Eq } from '@fp4ts/cats-kernel';8import { MonadError } from '@fp4ts/cats-core';9import { forAll, RuleSet } from '@fp4ts/cats-test-kit';10import { MonadErrorLaws } from '../monad-error-laws';11import { ApplicativeErrorSuite } from './applicative-error-suite';12import { MonadSuite } from './monad-suite';13// eslint-disable-next-line @typescript-eslint/explicit-module-boundary-types14export const MonadErrorSuite = <F, E>(F: MonadError<F, E>) => {15  const laws = MonadErrorLaws(F);16  const self = {17    ...ApplicativeErrorSuite(F),18    ...MonadSuite(F),19    monadError: <A, B, C, D>(20      arbA: Arbitrary<A>,21      arbB: Arbitrary<B>,22      arbC: Arbitrary<C>,23      arbD: Arbitrary<D>,24      arbE: Arbitrary<E>,25      EqA: Eq<A>,26      EqB: Eq<B>,27      EqC: Eq<C>,28      EqD: Eq<D>,29      EqE: Eq<E>,30      mkArbF: <X>(arbX: Arbitrary<X>) => Arbitrary<Kind<F, [X]>>,31      mkEqF: <X>(E: Eq<X>) => Eq<Kind<F, [X]>>,32    ): RuleSet =>33      new RuleSet(34        'monad error',35        [36          [37            'monadError left zero',38            forAll(39              arbE,40              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),41              laws.monadErrorLeftZero,42            )(mkEqF(EqB)),43          ],44          [45            'monadError rethrow . attempt',46            forAll(mkArbF(arbA), laws.rethrowAttempt)(mkEqF(EqA)),47          ],48          [49            'monadError redeemWith is derived from flatMap . attempt',50            forAll(51              mkArbF(arbA),52              fc.func<[E], Kind<F, [B]>>(mkArbF(arbB)),53              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),54              laws.redeemWithDerivedFromAttemptFlatMap,55            )(mkEqF(EqB)),56          ],57        ],58        {59          parents: [60            self.applicativeError(61              arbA,62              arbB,63              arbC,64              arbE,65              EqA,66              EqB,67              EqC,68              EqE,69              mkArbF,70              mkEqF,71            ),72            self.monad(73              arbA,74              arbB,75              arbC,76              arbD,77              EqA,78              EqB,79              EqC,80              EqD,81              mkArbF,82              mkEqF,83            ),84          ],85        },86      ),87    stackUnsafeMonadError: <A, B, C, D>(88      arbA: Arbitrary<A>,89      arbB: Arbitrary<B>,90      arbC: Arbitrary<C>,91      arbD: Arbitrary<D>,92      arbE: Arbitrary<E>,93      EqA: Eq<A>,94      EqB: Eq<B>,95      EqC: Eq<C>,96      EqD: Eq<D>,97      EqE: Eq<E>,98      mkArbF: <X>(arbX: Arbitrary<X>) => Arbitrary<Kind<F, [X]>>,99      mkEqF: <X>(E: Eq<X>) => Eq<Kind<F, [X]>>,100    ): RuleSet =>101      new RuleSet(102        'monad error',103        [104          [105            'monadError left zero',106            forAll(107              arbE,108              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),109              laws.monadErrorLeftZero,110            )(mkEqF(EqB)),111          ],112          [113            'monadError rethrow . attempt',114            forAll(mkArbF(arbA), laws.rethrowAttempt)(mkEqF(EqA)),115          ],116          [117            'monadError redeemWith is derived from flatMap . attempt',118            forAll(119              mkArbF(arbA),120              fc.func<[E], Kind<F, [B]>>(mkArbF(arbB)),121              fc.func<[A], Kind<F, [B]>>(mkArbF(arbB)),122              laws.redeemWithDerivedFromAttemptFlatMap,123            )(mkEqF(EqB)),124          ],125        ],126        {127          parents: [128            self.applicativeError(129              arbA,130              arbB,131              arbC,132              arbE,133              EqA,134              EqB,135              EqC,136              EqE,137              mkArbF,138              mkEqF,139            ),140            self.monad(141              arbA,142              arbB,143              arbC,144              arbD,145              EqA,146              EqB,147              EqC,148              EqD,149              mkArbF,150              mkEqF,151            ),152          ],153        },154      ),155  };156  return self;...

arrow-suite.ts

Source:arrow-suite.ts

1// Copyright (c) 2021-2022 Peter Matta2//3// This source code is licensed under the MIT license found in the4// LICENSE file in the root directory of this source tree.5import fc, { Arbitrary } from 'fast-check';6import { Kind } from '@fp4ts/core';7import { Eq } from '@fp4ts/cats-kernel';8import { Arrow } from '@fp4ts/cats-core';9import { exec, ExhaustiveCheck, forAll, RuleSet } from '@fp4ts/cats-test-kit';10import { ArrowLaws } from '../arrow-laws';11import { StrongSuite } from './strong-suite';12import { CategorySuite } from './category-suite';13export const ArrowSuite = <F>(F: Arrow<F>) => {14  const laws = ArrowLaws(F);15  const self = {16    ...StrongSuite(F),17    ...CategorySuite(F),18    arrow: <A, B, C, D, B1, B2>(19      arbA: Arbitrary<A>,20      arbB: Arbitrary<B>,21      arbC: Arbitrary<C>,22      arbD: Arbitrary<D>,23      arbB1: Arbitrary<B1>,24      arbB2: Arbitrary<B2>,25      EqA: Eq<A>,26      EcA: ExhaustiveCheck<A>,27      EqB: Eq<B>,28      EqC: Eq<C>,29      EcC: ExhaustiveCheck<C>,30      EqD: Eq<D>,31      EcD: ExhaustiveCheck<D>,32      EqB2: Eq<B2>,33      mkArbF: <X, Y>(34        arbX: Arbitrary<X>,35        arbY: Arbitrary<Y>,36      ) => Arbitrary<Kind<F, [X, Y]>>,37      mkEqF: <X, Y>(EqX: ExhaustiveCheck<X>, EqY: Eq<Y>) => Eq<Kind<F, [X, Y]>>,38    ) =>39      new RuleSet(40        'Arrow',41        [42          ['arrow identity', exec(laws.arrowIdentity<A>())(mkEqF(EcA, EqA))],43          [44            'arrow composition',45            forAll(46              fc.func<[A], B>(arbB),47              fc.func<[B], C>(arbC),48              laws.arrowComposition,49            )(mkEqF(EcA, EqC)),50          ],51          [52            'arrow extension',53            forAll(54              fc.func<[A], B>(arbB),55              laws.arrowExtension<C>(),56            )(mkEqF(EcA.product(EcC), Eq.tuple(EqB, EqC))),57          ],58          [59            'arrow functor',60            forAll(61              mkArbF(arbA, arbB),62              mkArbF(arbB, arbC),63              laws.arrowFunctor<D>(),64            )(mkEqF(EcA.product(EcD), Eq.tuple(EqC, EqD))),65          ],66          [67            'arrow exchange',68            forAll(69              mkArbF(arbA, arbB),70              fc.func<[C], D>(arbD),71              laws.arrowExchange,72            )(mkEqF(EcA.product(EcC), Eq.tuple(EqB, EqD))),73          ],74          [75            'arrow unit',76            forAll(77              mkArbF(arbA, arbB),78              laws.arrowUnit<C>(),79            )(mkEqF(EcA.product(EcC), EqB)),80          ],81          [82            'arrow association',83            forAll(84              mkArbF(arbA, arbB),85              laws.arrowAssociation<C, D>(),86            )(87              mkEqF(88                EcA.product(EcC).product(EcD),89                Eq.tuple(EqB, Eq.tuple(EqC, EqD)),90              ),91            ),92          ],93          [94            'arrow split consistent with andThen',95            forAll(96              mkArbF(arbA, arbB),97              mkArbF(arbC, arbD),98              laws.splitConsistentWithAndThen,99            )(mkEqF(EcA.product(EcC), Eq.tuple(EqB, EqD))),100          ],101          [102            'arrow merge consistent with andThen',103            forAll(104              mkArbF(arbA, arbB),105              mkArbF(arbA, arbC),106              laws.mergeConsistentWithAndThen,107            )(mkEqF(EcA, Eq.tuple(EqB, EqC))),108          ],109        ],110        {111          parents: [112            self.category(arbA, arbB, arbC, arbD, EcA, EqB, EqD, mkArbF, mkEqF),113            self.strong(114              arbA,115              arbB,116              arbC,117              arbD,118              arbB1,119              arbB2,120              EcA,121              EqB,122              EqC,123              EcC,124              EqD,125              EcD,126              EqB2,127              mkArbF,128              mkEqF,129            ),130          ],131        },132      ),133  };134  return self;...

Using AI Code Generation

1import { arbB } from 'fast-check-monorepo';2import { arbA } from 'fast-check-monorepo';3import { arbB } from 'fast-check-monorepo';4import { arbA } from 'fast-check-monorepo';5import { arbB } from 'fast-check-monorepo';6import { arbA } from 'fast-check-monorepo';7import { arbB } from 'fast-check-monorepo';8import { arbA } from 'fast-check-monorepo';9import { arbB } from 'fast-check-monorepo';10import { arbA } from 'fast-check-monorepo';11import { arbB } from 'fast-check-monorepo';12import { arbA } from 'fast-check-monorepo';13import { arbB } from 'fast-check-monorepo';14import { arbA } from 'fast-check-monorepo';15import { arbB } from 'fast-check-monorepo';16import { arbA } from 'fast-check-monorepo';17import { arbB } from 'fast-check-mon

Using AI Code Generation

1const arbA = require('fast-check-monorepo/lib/arbitrary/arbitraryA.js');2const arbB = require('fast-check-monorepo/lib/arbitrary/arbitraryB.js');3const arbC = require('fast-check-monorepo/lib/arbitrary/arbitraryC.js');4const arbD = require('fast-check-monorepo/lib/arbitrary/arbitraryD.js');5const arbE = require('./arbitraryE.js');6console.log("arbitraryA: " + arbA.arbA());7console.log("arbitraryB: " + arbB.arbB());8console.log("arbitraryC: " + arbC.arbC());9console.log("arbitraryD: " + arbD.arbD());10console.log("arbitraryE: " + arbE.arbE());11const arbA = require('fast-check-monorepo/lib/arbitrary/arbitraryA.js');12const arbB = require('fast-check-monorepo/lib/arbitrary/arbitraryB.js');13const arbC = require('fast-check-monorepo/lib/arbitrary/arbitraryC.js');14const arbD = require('fast-check-monorepo/lib/arbitrary/arbitraryD.js');15const arbE = require('./arbitraryE.js');16console.log("arbitraryA: " + arbA.arbA());17console.log("arbitraryB: " + arbB.arbB());18console.log("arbitraryC: " + arbC.arbC());19console.log("arbitraryD: " + arbD.arbD());20console.log("arbitraryE: " + arbE.arbE());21const arbA = require('fast-check-monorepo/lib/arbitrary/arbitraryA.js');22const arbB = require('fast-check-monorepo/lib/arbitrary/arbitraryB.js');23const arbC = require('fast-check-monorepo/lib/arbitrary/arbitraryC.js');24const arbD = require('fast-check-monorepo/lib/arbitrary/arbitraryD.js');25const arbE = require('./arbitraryE.js');26console.log("arbitraryA: " + arbA.arbA());27console.log("arbitraryB: " + arbB.arbB());28console.log("arbitraryC: " + arbC.arbC());

Using AI Code Generation

1import { arbB } from 'fast-check-monorepo'2import * as fc from 'fast-check'3import { arbA } from 'fast-check-monorepo'4import * as fc from 'fast-check'5import { arbC } from 'fast-check-monorepo'6import * as fc from 'fast-check'7import { arbD } from 'fast-check-monorepo'8import * as fc from 'fast-check'9import { arbE } from 'fast-check-monorepo'10import * as fc from 'fast-check'11import { arbF } from 'fast-check-monorepo'12import * as fc from 'fast-check'13import { arbG } from 'fast-check-monorepo'14import * as fc from 'fast-check'15import { arbH } from 'fast-check-monorepo'16import * as fc from 'fast-check'17import { arbI } from 'fast-check-monorepo'18import * as fc from 'fast-check'19import { arbJ } from 'fast-check-monorepo'20import * as fc from 'fast-check'21import { arbK } from 'fast-check-monorepo'22import * as fc from 'fast-check'23import { arbL } from 'fast-check-monorepo'24import * as fc from 'fast-check'25import { arbM } from 'fast-check-monorepo'26import * as fc from 'fast-check'27import { arbN } from 'fast-check-monorepo'28import * as fc from 'fast-check'

Using AI Code Generation

1import { arbB } from "fast-check-monorepo";2console.log(arbB().generate());3import { arbB } from "fast-check-monorepo";4console.log(arbB().generate());5import { arbB } from "fast-check-monorepo";6console.log(arbB().generate());7import { arbB } from "fast-check-monorepo";8console.log(arbB().generate());9import { arbB } from "fast-check-monorepo";10console.log(arbB().generate());11import { arbB } from "fast-check-monorepo";12console.log(arbB().generate());13import { arbB } from "fast-check-monorepo";14console.log(arbB().generate());15import { arbB } from "fast-check-monorepo";16console.log(arbB().generate());17import { arbB } from "fast-check-monorepo";18console.log(arbB().generate());19import { arbB } from "fast-check-monorepo";20console.log(arbB().generate());21import { arbB } from "fast-check-monorepo";22console.log(arbB().generate());23import { arbB } from "fast-check-monorepo";24console.log(arbB().generate());

Using AI Code Generation

1import { arbB } from "fast-check-monorepo";2arbB().generate(mrng);3import { arbB } from "fast-check-monorepo";4arbB().generate(mrng);5import { arbB } from "fast-check-monorepo";6arbB().generate(mrng);7import { arbB } from "fast-check-monorepo";8arbB().generate(mrng);9import { arbB } from "fast-check-monorepo";10arbB().generate(mrng);11import { arbB } from "fast-check-monorepo";12arbB().generate(mrng);13import { arbB } from "fast-check-monorepo";14arbB().generate(mrng);15import { arbB } from "fast-check-monorepo";16arbB().generate(mrng);17import { arbB } from "fast-check-monorepo";18arbB().generate(mrng);19import { arbB } from "fast-check-monorepo";20arbB().generate(mrng);21import { arbB } from "fast-check-monorepo";22arbB().generate(mrng);23import { arbB } from "fast-check-monorepo";24arbB().generate(mrng);25import { arbB } from

Using AI Code Generation

1const arbB = require('fast-check-monorepo').arbB;2describe('test3', () => {3  it('should pass', () => {4    fc.assert(fc.property(arbB(), (b) => {5      expect(b).toBe(true);6    }));7  });8});9const arbA = require('fast-check-monorepo').arbA;10describe('test4', () => {11  it('should pass', () => {12    fc.assert(fc.property(arbA(), (a) => {13      expect(a).toBe(true);14    }));15  });16});17const arbB = require('fast-check-monorepo').arbB;18describe('test5', () => {19  it('should pass', () => {20    fc.assert(fc.property(arbB(), (b) => {21      expect(b).toBe(true);22    }));23  });24});25const arbA = require('fast-check-monorepo').arbA;26describe('test6', () => {27  it('should pass', () => {28    fc.assert(fc.property(arbA(), (a) => {29      expect(a).toBe(true);30    }));31  });32});33const arbB = require('fast-check-monorepo').arbB;34describe('test7', () => {35  it('should pass', () => {36    fc.assert(fc.property(arbB(), (b) => {37      expect(b).toBe(true);38    }));39  });40});41const arbA = require('fast-check-monorepo').arbA;42describe('test8', () => {43  it('should pass', () => {44    fc.assert(fc.property(arbA(), (a) => {45      expect(a).toBe(true);46    }));47  });48});49const arbB = require('fast-check-monorepo').arbB;50describe('test9', () => {51  it('should pass', () => {52    fc.assert(fc

Using AI Code Generation

1const arbB = require('@fast-check/monorepo/b')2const arbB2 = require('@fast-check/monorepo/b')3const arbB = require('@fast-check/monorepo/b')4const arbB2 = require('@fast-check/monorepo/b')5const arbB = require('@fast-check/monorepo/b')6const arbB2 = require('@fast-check/monorepo/b')7const arbB = require('@fast-check/monorepo/b')8const arbB2 = require('@fast-check/monorepo/b')9const arbB = require('@fast-check/monorepo/b')10const arbB2 = require('@fast-check/monorepo/b')11const arbB = require('@fast-check/monorepo/b')12const arbB2 = require('@fast-check/monorepo/b')13const arbB = require('@fast-check/monorepo/b')14const arbB2 = require('@fast-check/monorepo/b')15const arbB = require('@fast-check/monorepo/b')16const arbB2 = require('@fast-check/monorepo/b')17const arbB = require('@fast-check/monorepo/b')18const arbB2 = require('@fast-check/monorepo/b')19const arbB = require('@fast-check/monorepo/b')20const arbB2 = require('@fast-check/monorepo/b')

Using AI Code Generation

1const { arbB } = require('fast-check-monorepo');2describe('test3', () => {3  it('test3', () => {4    expect(arbB()).toBe('arbB');5  });6});7      at Resolver.resolveModule (node_modules/jest-resolve/build/index.js:259:17)8      at Object.<anonymous> (test3/test3.js:1:1)9Your name to display (optional):10Your name to display (optional):11Your name to display (optional):

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