How to use sizeArb method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

MaxLengthFromMinLength.spec.ts

Source:MaxLengthFromMinLength.spec.ts

1import fc from 'fast-check';2import {3  DefaultSize,4  depthBiasFromSizeForArbitrary,5  maxGeneratedLengthFromSizeForArbitrary,6  maxLengthFromMinLength,7  MaxLengthUpperBound,8  relativeSizeToSize,9  resolveSize,10} from '../../../../../src/arbitrary/_internals/helpers/MaxLengthFromMinLength';11import { withConfiguredGlobal } from '../../__test-helpers__/GlobalSettingsHelpers';12import {13  sizeArb,14  isSmallerSize,15  relativeSizeArb,16  sizeForArbitraryArb,17  sizeRelatedGlobalConfigArb,18} from '../../__test-helpers__/SizeHelpers';19describe('maxLengthFromMinLength', () => {20  it('should result into higher or equal maxLength given higher size', () => {21    fc.assert(22      fc.property(sizeArb, sizeArb, fc.integer({ min: 0, max: MaxLengthUpperBound }), (sa, sb, minLength) => {23        // Arrange24        const [smallSize, largeSize] = isSmallerSize(sa, sb) ? [sa, sb] : [sb, sa];25        // Act / Assert26        expect(maxLengthFromMinLength(minLength, smallSize)).toBeLessThanOrEqual(27          maxLengthFromMinLength(minLength, largeSize)28        );29      })30    );31  });32  it('should result into higher or equal maxLength given higher minLength', () => {33    fc.assert(34      fc.property(35        sizeArb,36        fc.integer({ min: 0, max: MaxLengthUpperBound }),37        fc.integer({ min: 0, max: MaxLengthUpperBound }),38        (size, minLengthA, minLengthB) => {39          // Arrange40          const [smallMinLength, largeMinLength] =41            minLengthA < minLengthB ? [minLengthA, minLengthB] : [minLengthB, minLengthA];42          // Act / Assert43          expect(maxLengthFromMinLength(smallMinLength, size)).toBeLessThanOrEqual(44            maxLengthFromMinLength(largeMinLength, size)45          );46        }47      )48    );49  });50});51describe('maxGeneratedLengthFromSizeForArbitrary', () => {52  it('should only consider the received size when set to Size', () => {53    fc.assert(54      fc.property(55        sizeRelatedGlobalConfigArb,56        sizeArb,57        fc.integer({ min: 0, max: MaxLengthUpperBound }),58        fc.integer({ min: 0, max: MaxLengthUpperBound }),59        fc.boolean(),60        (config, size, lengthA, lengthB, specifiedMaxLength) => {61          // Arrange62          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];63          // Act64          const computedLength = withConfiguredGlobal(config, () =>65            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, specifiedMaxLength)66          );67          const expectedLength = Math.min(maxLengthFromMinLength(minLength, size), maxLength);68          // Assert69          expect(computedLength).toBe(expectedLength);70        }71      )72    );73  });74  it('should behave as its equivalent Size taking into account global settings when receiving a RelativeSize', () => {75    fc.assert(76      fc.property(77        sizeRelatedGlobalConfigArb,78        relativeSizeArb,79        fc.integer({ min: 0, max: MaxLengthUpperBound }),80        fc.integer({ min: 0, max: MaxLengthUpperBound }),81        fc.boolean(),82        (config, size, lengthA, lengthB, specifiedMaxLength) => {83          // Arrange84          const { baseSize: defaultSize = DefaultSize } = config;85          const equivalentSize = relativeSizeToSize(size, defaultSize);86          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];87          // Act88          const computedLength = withConfiguredGlobal(config, () =>89            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, specifiedMaxLength)90          );91          const expectedLength = maxGeneratedLengthFromSizeForArbitrary(92            equivalentSize,93            minLength,94            maxLength,95            specifiedMaxLength96          );97          // Assert98          expect(computedLength).toBe(expectedLength);99        }100      )101    );102  });103  it('should behave as its resolved Size when in unspecified max mode', () => {104    fc.assert(105      fc.property(106        sizeRelatedGlobalConfigArb,107        fc.oneof(sizeArb, relativeSizeArb),108        fc.integer({ min: 0, max: MaxLengthUpperBound }),109        fc.integer({ min: 0, max: MaxLengthUpperBound }),110        (config, size, lengthA, lengthB) => {111          // Arrange112          const resolvedSize = withConfiguredGlobal(config, () => resolveSize(size));113          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];114          // Act115          const computedLength = withConfiguredGlobal(config, () =>116            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, false)117          );118          const expectedLength = withConfiguredGlobal(config, () =>119            maxGeneratedLengthFromSizeForArbitrary(resolvedSize, minLength, maxLength, false)120          );121          // Assert122          expect(computedLength).toBe(expectedLength);123        }124      )125    );126  });127  it('should only consider the received maxLength when set to "max"', () => {128    fc.assert(129      fc.property(130        sizeRelatedGlobalConfigArb,131        fc.integer({ min: 0, max: MaxLengthUpperBound }),132        fc.integer({ min: 0, max: MaxLengthUpperBound }),133        fc.boolean(),134        (config, lengthA, lengthB, specifiedMaxLength) => {135          // Arrange136          const size = 'max';137          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];138          // Act139          const computedLength = withConfiguredGlobal(config, () =>140            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, specifiedMaxLength)141          );142          // Assert143          expect(computedLength).toBe(maxLength);144        }145      )146    );147  });148  it('should ignore specifiedMaxLength whenever size specified', () => {149    fc.assert(150      fc.property(151        sizeRelatedGlobalConfigArb,152        sizeForArbitraryArb,153        fc.integer({ min: 0, max: MaxLengthUpperBound }),154        fc.integer({ min: 0, max: MaxLengthUpperBound }),155        (config, size, lengthA, lengthB) => {156          // Arrange157          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];158          // Act159          const computedLength = withConfiguredGlobal(config, () =>160            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, false)161          );162          const expectedLength = withConfiguredGlobal(config, () =>163            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, true)164          );165          // Assert166          expect(computedLength).toBe(expectedLength);167        }168      )169    );170  });171  it('should fallback to "max" whenever no size specified but maxLength specified when defaultSizeToMaxWhenMaxSpecified true or unset', () => {172    fc.assert(173      fc.property(174        sizeRelatedGlobalConfigArb,175        fc.integer({ min: 0, max: MaxLengthUpperBound }),176        fc.integer({ min: 0, max: MaxLengthUpperBound }),177        (incompleteConfig, lengthA, lengthB) => {178          // Arrange179          const config = { ...incompleteConfig, defaultSizeToMaxWhenMaxSpecified: true };180          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];181          // Act182          const computedLength = withConfiguredGlobal(config, () =>183            maxGeneratedLengthFromSizeForArbitrary(undefined, minLength, maxLength, true)184          );185          const expectedLength = withConfiguredGlobal(config, () =>186            maxGeneratedLengthFromSizeForArbitrary('max', minLength, maxLength, true)187          );188          // Assert189          expect(computedLength).toBe(expectedLength);190        }191      )192    );193  });194  it('should fallback to baseSize (or default) whenever no size specified and no maxLength specified', () => {195    fc.assert(196      fc.property(197        sizeRelatedGlobalConfigArb,198        fc.integer({ min: 0, max: MaxLengthUpperBound }),199        fc.integer({ min: 0, max: MaxLengthUpperBound }),200        (config, lengthA, lengthB) => {201          // Arrange202          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];203          const { baseSize: defaultSize = DefaultSize } = config;204          // Act205          const computedLength = withConfiguredGlobal(config, () =>206            maxGeneratedLengthFromSizeForArbitrary(undefined, minLength, maxLength, false)207          );208          const expectedLength = maxGeneratedLengthFromSizeForArbitrary(defaultSize, minLength, maxLength, false);209          // Assert210          expect(computedLength).toBe(expectedLength);211        }212      )213    );214  });215  it('should always return a length being between minLength and maxLength', () => {216    fc.assert(217      fc.property(218        sizeRelatedGlobalConfigArb,219        fc.option(sizeForArbitraryArb, { nil: undefined }),220        fc.integer({ min: 0, max: MaxLengthUpperBound }),221        fc.integer({ min: 0, max: MaxLengthUpperBound }),222        fc.boolean(),223        (config, size, lengthA, lengthB, specifiedMaxLength) => {224          // Arrange225          const [minLength, maxLength] = lengthA < lengthB ? [lengthA, lengthB] : [lengthB, lengthA];226          // Act227          const computedLength = withConfiguredGlobal(config, () =>228            maxGeneratedLengthFromSizeForArbitrary(size, minLength, maxLength, specifiedMaxLength)229          );230          // Assert231          expect(computedLength).toBeGreaterThanOrEqual(minLength);232          expect(computedLength).toBeLessThanOrEqual(maxLength);233        }234      )235    );236  });237});238describe('depthSizeFromSizeForArbitrary', () => {239  it('should only consider the received depthSize when set to a numeric value', () => {240    fc.assert(241      fc.property(242        sizeRelatedGlobalConfigArb,243        fc.double({ min: 0 }),244        fc.boolean(),245        (config, size, specifiedMaxDepth) => {246          // Arrange / Act247          const computedDepthBias = withConfiguredGlobal(config, () =>248            depthBiasFromSizeForArbitrary(size, specifiedMaxDepth)249          );250          // Assert251          expect(computedDepthBias).toBe(1 / size);252        }253      )254    );255  });256  it('should only consider the received size when set to Size', () => {257    fc.assert(258      fc.property(sizeRelatedGlobalConfigArb, sizeArb, fc.boolean(), (config, size, specifiedMaxDepth) => {259        // Arrange / Act260        const computedDepthBias = withConfiguredGlobal(config, () =>261          depthBiasFromSizeForArbitrary(size, specifiedMaxDepth)262        );263        const expectedDepthBias = { xsmall: 1, small: 1 / 2, medium: 1 / 4, large: 1 / 8, xlarge: 1 / 16 }[size];264        // Assert265        expect(computedDepthBias).toBe(expectedDepthBias);266      })267    );268  });269  it('should behave as its equivalent Size taking into account global settings when receiving a RelativeSize', () => {270    fc.assert(271      fc.property(sizeRelatedGlobalConfigArb, relativeSizeArb, fc.boolean(), (config, size, specifiedMaxDepth) => {272        // Arrange273        const { baseSize: defaultSize = DefaultSize } = config;274        const equivalentSize = relativeSizeToSize(size, defaultSize);275        // Act276        const computedDepthBias = withConfiguredGlobal(config, () =>277          depthBiasFromSizeForArbitrary(size, specifiedMaxDepth)278        );279        const expectedDepthBias = depthBiasFromSizeForArbitrary(equivalentSize, false);280        // Assert281        expect(computedDepthBias).toBe(expectedDepthBias);282      })283    );284  });285  it('should always return 0 if size is max whatever the global configuration', () => {286    fc.assert(287      fc.property(sizeRelatedGlobalConfigArb, fc.boolean(), (config, specifiedMaxDepth) => {288        // Arrange / Act289        const computedDepthBias = withConfiguredGlobal(config, () =>290          depthBiasFromSizeForArbitrary('max', specifiedMaxDepth)291        );292        // Assert293        expect(computedDepthBias).toBe(0);294      })295    );296  });297  it('should always return 0 if both specifiedMaxDepth and defaultSizeToMaxWhenMaxSpecified are true and size unset', () => {298    fc.assert(299      fc.property(sizeRelatedGlobalConfigArb, (config) => {300        // Arrange / Act301        const computedDepthBias = withConfiguredGlobal({ ...config, defaultSizeToMaxWhenMaxSpecified: true }, () =>302          depthBiasFromSizeForArbitrary(undefined, true)303        );304        // Assert305        expect(computedDepthBias).toBe(0);306      })307    );308  });309});310describe('relativeSizeToSize', () => {311  it('should offset by -4 when "-4"', () => {312    const relativeSize = '-4';313    expect(relativeSizeToSize(relativeSize, 'xsmall')).toBe('xsmall');314    expect(relativeSizeToSize(relativeSize, 'small')).toBe('xsmall');315    expect(relativeSizeToSize(relativeSize, 'medium')).toBe('xsmall');316    expect(relativeSizeToSize(relativeSize, 'large')).toBe('xsmall');317    expect(relativeSizeToSize(relativeSize, 'xlarge')).toBe('xsmall');318  });319  it('should offset by -1 when "-1"', () => {320    const relativeSize = '-1';321    expect(relativeSizeToSize(relativeSize, 'xsmall')).toBe('xsmall');322    expect(relativeSizeToSize(relativeSize, 'small')).toBe('xsmall');323    expect(relativeSizeToSize(relativeSize, 'medium')).toBe('small');324    expect(relativeSizeToSize(relativeSize, 'large')).toBe('medium');325    expect(relativeSizeToSize(relativeSize, 'xlarge')).toBe('large');326  });327  it('should not offset when "="', () => {328    const relativeSize = '=';329    expect(relativeSizeToSize(relativeSize, 'xsmall')).toBe('xsmall');330    expect(relativeSizeToSize(relativeSize, 'small')).toBe('small');331    expect(relativeSizeToSize(relativeSize, 'medium')).toBe('medium');332    expect(relativeSizeToSize(relativeSize, 'large')).toBe('large');333    expect(relativeSizeToSize(relativeSize, 'xlarge')).toBe('xlarge');334  });335  it('should offset by +1 when "+1"', () => {336    const relativeSize = '+1';337    expect(relativeSizeToSize(relativeSize, 'xsmall')).toBe('small');338    expect(relativeSizeToSize(relativeSize, 'small')).toBe('medium');339    expect(relativeSizeToSize(relativeSize, 'medium')).toBe('large');340    expect(relativeSizeToSize(relativeSize, 'large')).toBe('xlarge');341    expect(relativeSizeToSize(relativeSize, 'xlarge')).toBe('xlarge');342  });343  it('should offset by +4 when "+4"', () => {344    const relativeSize = '+4';345    expect(relativeSizeToSize(relativeSize, 'xsmall')).toBe('xlarge');346    expect(relativeSizeToSize(relativeSize, 'small')).toBe('xlarge');347    expect(relativeSizeToSize(relativeSize, 'medium')).toBe('xlarge');348    expect(relativeSizeToSize(relativeSize, 'large')).toBe('xlarge');349    expect(relativeSizeToSize(relativeSize, 'xlarge')).toBe('xlarge');350  });...

webAuthority.spec.ts

Source:webAuthority.spec.ts

1import fc from 'fast-check';2import { webAuthority, WebAuthorityConstraints } from '../../../src/arbitrary/webAuthority';3import { URL } from 'url';4import {5  assertProduceCorrectValues,6  assertProduceSameValueGivenSameSeed,7  assertProduceValuesShrinkableWithoutContext,8  assertShrinkProducesSameValueWithoutInitialContext,9} from './__test-helpers__/ArbitraryAssertions';10import { relativeSizeArb, sizeArb } from './__test-helpers__/SizeHelpers';11function beforeEachHook() {12  jest.resetModules();13  jest.restoreAllMocks();14  fc.configureGlobal({ beforeEach: beforeEachHook });15}16beforeEach(beforeEachHook);17describe('webAuthority (integration)', () => {18  type Extra = WebAuthorityConstraints;19  const extraParametersBuilder: (onlySmall?: boolean) => fc.Arbitrary<Extra> = (onlySmall?: boolean) =>20    fc.record(21      {22        withIPv4: fc.boolean(),23        withIPv4Extended: fc.boolean(),24        withIPv6: fc.boolean(),25        withPort: fc.boolean(),26        withUserInfo: fc.boolean(),27        size: onlySmall ? fc.constantFrom('-1', '=', 'xsmall', 'small') : fc.oneof(sizeArb, relativeSizeArb),28      },29      { requiredKeys: [] }30    );31  const isCorrectForURL = (webAuthority: string) => {32    expect(() => new URL(`http://${webAuthority}`)).not.toThrow();33  };34  const webAuthorityBuilder = (extra: Extra) => webAuthority(extra);35  it('should produce the same values given the same seed', () => {36    assertProduceSameValueGivenSameSeed(webAuthorityBuilder, { extraParameters: extraParametersBuilder() });37  });38  it('should only produce correct values regarding `new URL`', () => {39    assertProduceCorrectValues(webAuthorityBuilder, isCorrectForURL, { extraParameters: extraParametersBuilder() });40  });41  it('should produce values seen as shrinkable without any context', () => {42    assertProduceValuesShrinkableWithoutContext(webAuthorityBuilder, { extraParameters: extraParametersBuilder(true) });43  });44  it('should be able to shrink to the same values without initial context', () => {45    assertShrinkProducesSameValueWithoutInitialContext(webAuthorityBuilder, {46      extraParameters: extraParametersBuilder(true),47    });48  });...

SizeHelpers.ts

Source:SizeHelpers.ts

1import { assert } from 'console';2import fc from 'fast-check';3import {4  RelativeSize,5  Size,6  SizeForArbitrary,7} from '../../../../src/arbitrary/_internals/helpers/MaxLengthFromMinLength';8const allSizeOrdered = ['xsmall', 'small', 'medium', 'large', 'xlarge'] as const;9export const sizeArb = fc.constantFrom<Size>(...allSizeOrdered);10export const isSmallerSize = (sa: Size, sb: Size): boolean => allSizeOrdered.indexOf(sa) < allSizeOrdered.indexOf(sb);11const allRelativeSize = ['-4', '-3', '-2', '-1', '=', '+1', '+2', '+3', '+4'] as const;12export const relativeSizeArb = fc.constantFrom<RelativeSize>(...allRelativeSize);13const allSizeForArbitrary = [...allSizeOrdered, ...allRelativeSize, 'max'] as const; // WARNING: it does not include undefined14export const sizeForArbitraryArb = fc.constantFrom<SizeForArbitrary>(...allSizeForArbitrary);15export const sizeRelatedGlobalConfigArb = fc.record(16  { baseSize: sizeArb, defaultSizeToMaxWhenMaxSpecified: fc.boolean() },17  { requiredKeys: [] }18);19// Type check that helpers are covering all the possibilities20const failIfMissingSize: Size extends typeof allSizeOrdered[number] ? true : never = true;21const failIfMissingRelativeSize: RelativeSize extends typeof allRelativeSize[number] ? true : never = true;22const failIfMissingSizeForArbitrary: NonNullable<SizeForArbitrary> extends typeof allSizeForArbitrary[number]23  ? true24  : never = true;25assert(failIfMissingSize); // just not to appear unused26assert(failIfMissingRelativeSize); // just not to appear unused...

Using AI Code Generation

1const sizeArb = require('fast-check-monorepo').sizeArb;2const fc = require('fast-check');3const sizeArb = require('fast-check-monorepo').sizeArb;4const fc = require('fast-check');5fc.assert(6  fc.property(sizeArb(), (size) => {7    return size >= 0;8  })9);10const sizeArb = require('fast-check-monorepo').sizeArb;11const fc = require('fast-check');12fc.assert(13  fc.property(sizeArb(), (size) => {14    return size >= 0;15  })16);17const sizeArb = require('fast-check-monorepo').sizeArb;18const fc = require('fast-check');19fc.assert(20  fc.property(sizeArb(), (size) => {21    return size >= 0;22  })23);24const sizeArb = require('fast-check-monorepo').sizeArb;25const fc = require('fast-check');26fc.assert(27  fc.property(sizeArb(), (size) => {28    return size >= 0;29  })30);31const sizeArb = require('fast-check-monorepo').sizeArb;32const fc = require('fast-check');33fc.assert(34  fc.property(sizeArb(), (size) => {35    return size >= 0;36  })37);38const sizeArb = require('fast-check-monorepo').sizeArb;39const fc = require('fast-check');40fc.assert(41  fc.property(sizeArb(), (size) => {42    return size >= 0;43  })44);45const sizeArb = require('fast-check-monorepo').sizeArb;46const fc = require('fast-check');

Using AI Code Generation

1import { sizeArb } from 'fast-check-monorepo/packages/arbitrary-size/src/SizeArbitrary.ts'2const arb = sizeArb([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);3const shrink = arb.shrinkableFor(5);4import { sizeArb } from 'fast-check-monorepo/packages/arbitrary-size/src/SizeArbitrary.ts'5const arb = sizeArb([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);6const shrink = arb.shrinkableFor(5);7import { sizeArb } from 'fast-check-monorepo/packages/arbitrary-size/src/SizeArbitrary.ts'8const arb = sizeArb([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);9const shrink = arb.shrinkableFor(5);10import { sizeArb } from 'fast-check-monorepo/packages/arbitrary-size/src/SizeArbitrary.ts'11const arb = sizeArb([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);12const shrink = arb.shrinkableFor(5);

Using AI Code Generation

1const fc = require('fast-check');2const { sizeArb } = require('fast-check-monorepo');3fc.assert(4  fc.property(5    sizeArb(10),6    (size) => {7      return size <= 10;8    }9);10fc.assert(11  fc.property(12    sizeArb(20),13    (size) => {14      return size <= 20;15    }16);17const fc = require('fast-check');18const { sizeArb } = require('fast-check-monorepo');19fc.assert(20  fc.property(21    sizeArb(10),22    (size) => {23      return size <= 10;24    }25);26fc.assert(27  fc.property(28    sizeArb(20),29    (size) => {30      return size <= 20;31    }32);

Using AI Code Generation

1const fc = require('fast-check');2const {sizeArb} = require('fast-check-monorepo');3const arb = sizeArb(fc.integer(0, 100));4fc.assert(fc.property(arb, (size) => {5  return size >= 0 && size <= 100;6}));7const fc = require('fast-check');8const {sizeArb} = require('fast-check-monorepo');9const arb = sizeArb(fc.integer(0, 100));10fc.assert(fc.property(arb, (size) => {11  return size >= 0 && size <= 100;12}));13Documentation is available [here](

Using AI Code Generation

1const fc = require('fast-check');2const sizeArb = fc.sizeArb();3const sizeArb2 = sizeArb.smap(4    (size) => size * 2,5    (size) => size / 2,6    (size) => `size * 2 = ${size}`7);8fc.assert(9    fc.property(sizeArb2, (size) => {10        return size % 2 === 0;11    })12);13const fc = require('fast-check');14const sizeArb = fc.integer(1, 1000).noBias();15const sizeArb2 = sizeArb.smap(16    (size) => size * 2,17    (size) => size / 2,18    (size) => `size * 2 = ${size}`19);20fc.assert(21    fc.property(sizeArb2, (size) => {22        return size % 2 === 0;23    })24);25I think there is a misunderstanding about what sizeArb does. It is not a way to generate a number between 1 and 1000. It is a way to generate a number that depends on the current size of the shrinker. The size is a number that is used to control the depth of the shrinker. So if you write fc.property(fc.sizeArb(), (size) => { return true; }) , you will always get a size of 0 . The size will be incremented when the shrinker will try to shrink a failing property. So the first time the property will be tried with a size of 0 , the second time with a size of 1 , the third time with a size of 2

Using AI Code Generation

1const { sizeArb } = require('fast-check');2const { map, filter } = require('ramda');3const { pipe } = require('ramda');4const { compose } = require('ramda');5const { curry } = require('ramda');6const { chain } = require('ramda');7const { reduce } = require('ramda');8const { prop } = require('ramda');9const { propOr } = require('ramda');10const { propEq } = require('ramda');11const { propSatisfies } = require('ramda');12const { has } = require('ramda');13const { keys } = require('ramda');14const { values } = require('ramda');15const { invertObj } = require('ramda');16const { pick } = require('ramda');17const { omit } = require('ramda');18const { merge } = require('ramda');19const { mergeAll } = require('ramda');20const { mergeWith } = require('ramda');21const { mergeWithKey } = require('ramda');22const { fromPairs } = require('ramda');23const { toPairs } = require('ramda');24const { sort } = require('ramda');25const { sortBy } = require('ramda');26const { sortWith } = require('ramda');27const { descend } = require('ramda');28const { ascend } = require('ramda');29const { groupBy } = require('ramda');30const { indexBy } = require('ramda');31const { find } = require('ramda');32const { findIndex } = require('ramda');33const { findLast } = require('ramda');34const { findLastIndex } = require('ramda');35const { keysIn } = require('ramda');36const { valuesIn } = require('ramda');37const { path } = require('ramda');38const { pathOr } = require('ramda');39const { pathEq } = require('ramda');40const { pathSatisfies } = require('ramda');41const { pickAll } = require('ramda');42const { pickBy } = require('ramda');43const { omitAll } = require('ramda');44const { omitBy } = require('ramda');45const { zipObj } = require('ramda');46const { assoc } = require('ramda');47const { assoc

Using AI Code Generation

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

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