How to use arrayInt64Builder method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

ArrayInt64Arbitrary.spec.ts

Source:ArrayInt64Arbitrary.spec.ts

1import * as fc from 'fast-check';2import { arrayInt64 } from '../../../../src/arbitrary/_internals/ArrayInt64Arbitrary';3import { ArrayInt64 } from '../../../../src/arbitrary/_internals/helpers/ArrayInt64';4import { Value } from '../../../../src/check/arbitrary/definition/Value';5import { fakeRandom } from '../__test-helpers__/RandomHelpers';6import { buildShrinkTree, renderTree } from '../__test-helpers__/ShrinkTree';7import {8  assertProduceSameValueGivenSameSeed,9  assertProduceCorrectValues,10  assertProduceValuesShrinkableWithoutContext,11  assertShrinkProducesSameValueWithoutInitialContext,12  assertShrinkProducesStrictlySmallerValue,13} from '../__test-helpers__/ArbitraryAssertions';14describe('arrayInt64', () => {15  if (typeof BigInt === 'undefined') {16    it('no test', () => {17      expect(true).toBe(true);18    });19    return;20  }21  const MinArrayIntValue = -(BigInt(2) ** BigInt(64)) + BigInt(1);22  const MaxArrayIntValue = BigInt(2) ** BigInt(64) - BigInt(1);23  describe('generate', () => {24    it('should always consider the full range when not biased', () => {25      fc.assert(26        fc.property(27          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),28          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),29          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),30          fc.boolean(),31          fc.boolean(),32          (a, b, c, negMin, negMax) => {33            // Arrange34            const [min, mid, max] = [a, b, c].sort((a, b) => Number(a - b));35            const min64 = toArrayInt64(min, negMin);36            const mid64 = toArrayInt64(mid, false);37            const max64 = toArrayInt64(max, negMax);38            const { instance: mrng, nextArrayInt, nextInt } = fakeRandom();39            nextArrayInt.mockReturnValueOnce(mid64);40            // Act41            const arb = arrayInt64(min64, max64);42            const out = arb.generate(mrng, undefined);43            // Assert44            expect(out.value).toBe(mid64);45            expect(nextArrayInt).toHaveBeenCalledTimes(1);46            expect(nextArrayInt).toHaveBeenCalledWith(min64, max64);47            expect(nextInt).not.toHaveBeenCalled();48          }49        )50      );51    });52    it('should always consider the full range when bias should not apply', () => {53      fc.assert(54        fc.property(55          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),56          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),57          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),58          fc.boolean(),59          fc.boolean(),60          fc.integer({ min: 2 }),61          (a, b, c, negMin, negMax, biasFactor) => {62            // Arrange63            const [min, mid, max] = [a, b, c].sort((a, b) => Number(a - b));64            const min64 = toArrayInt64(min, negMin);65            const mid64 = toArrayInt64(mid, false);66            const max64 = toArrayInt64(max, negMax);67            const { instance: mrng, nextArrayInt, nextInt } = fakeRandom();68            nextArrayInt.mockReturnValueOnce(mid64);69            nextInt.mockImplementationOnce((low, _high) => low + 1); // >low is no bias case70            // Act71            const arb = arrayInt64(min64, max64);72            const out = arb.generate(mrng, biasFactor);73            // Assert74            expect(out.value).toBe(mid64);75            expect(nextArrayInt).toHaveBeenCalledTimes(1);76            expect(nextArrayInt).toHaveBeenCalledWith(min64, max64);77            expect(nextInt).toHaveBeenCalledTimes(1);78            expect(nextInt).toHaveBeenCalledWith(1, biasFactor);79          }80        )81      );82    });83    it('should consider sub-ranges when bias applies', () => {84      fc.assert(85        fc.property(86          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),87          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),88          fc.boolean(),89          fc.boolean(),90          fc.integer({ min: 2 }),91          fc.nat(),92          (a, b, negMin, negMax, biasFactor, r) => {93            // Arrange94            const [min, max] = a < b ? [a, b] : [b, a];95            fc.pre(max - min >= BigInt(100)); // large enough range (arbitrary value)96            const min64 = toArrayInt64(min, negMin);97            const max64 = toArrayInt64(max, negMax);98            const { instance: mrng, nextArrayInt, nextInt } = fakeRandom();99            nextArrayInt.mockImplementationOnce((low, _high) => low);100            nextInt101              .mockImplementationOnce((low, _high) => low) // low is bias case for first call102              .mockImplementationOnce((low, high) => low + (r % (high - low + 1))); // random inside the provided range (bias selection step)103            // Act104            const arb = arrayInt64(min64, max64);105            arb.generate(mrng, biasFactor);106            // Assert107            expect(nextInt).toHaveBeenCalledTimes(2);108            expect(nextArrayInt).toHaveBeenCalledTimes(1);109            expect(nextArrayInt).not.toHaveBeenCalledWith(min64, max64);110            const receivedMin = toBigInt(nextArrayInt.mock.calls[0][0] as ArrayInt64);111            const receivedMax = toBigInt(nextArrayInt.mock.calls[0][1] as ArrayInt64);112            expect(receivedMin).toBeGreaterThanOrEqual(min);113            expect(receivedMin).toBeLessThanOrEqual(max);114            expect(receivedMax).toBeGreaterThanOrEqual(min);115            expect(receivedMax).toBeLessThanOrEqual(max);116          }117        )118      );119    });120  });121  describe('canShrinkWithoutContext', () => {122    it('should recognize any value it could have generated', () => {123      fc.assert(124        fc.property(125          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),126          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),127          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),128          fc.boolean(),129          fc.boolean(),130          fc.boolean(),131          (a, b, c, negMin, negMid, negMax) => {132            // Arrange133            const [min, mid, max] = [a, b, c].sort((a, b) => Number(a - b));134            // Act135            const arb = arrayInt64(toArrayInt64(min, negMin), toArrayInt64(max, negMax));136            const out = arb.canShrinkWithoutContext(toArrayInt64(mid, negMid));137            // Assert138            expect(out).toBe(true);139          }140        )141      );142    });143    it('should reject values outside of its range', () => {144      fc.assert(145        fc.property(146          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),147          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),148          fc.bigInt(MinArrayIntValue, MaxArrayIntValue),149          fc.boolean(),150          fc.boolean(),151          fc.boolean(),152          fc.constantFrom(...(['lower', 'higher'] as const)),153          (a, b, c, negMin, negSelected, negMax, type) => {154            // Arrange155            const sorted = [a, b, c].sort((a, b) => Number(a - b));156            const [min, max, selected] =157              type === 'lower' ? [sorted[1], sorted[2], sorted[0]] : [sorted[0], sorted[1], sorted[2]];158            fc.pre(selected < min || selected > max);159            // Act160            const arb = arrayInt64(toArrayInt64(min, negMin), toArrayInt64(max, negMax));161            const out = arb.canShrinkWithoutContext(toArrayInt64(selected, negSelected));162            // Assert163            expect(out).toBe(false);164          }165        )166      );167    });168  });169  describe('shrink', () => {170    it('should shrink strictly positive value for positive range including zero', () => {171      // Arrange172      const arb = arrayInt64({ sign: 1, data: [0, 0] }, { sign: 1, data: [0, 10] });173      const source = new Value({ sign: 1, data: [0, 8] }, undefined); // no context174      // Act175      const tree = buildShrinkTree(arb, source);176      const renderedTree = renderTree(tree).join('\n');177      // Assert178      expect(arb.canShrinkWithoutContext(source.value)).toBe(true);179      //   When there is no more option, the shrinker retry one time with the value180      //   current-1 to check if something that changed outside (another value not itself)181      //   may have changed the situation182      expect(renderedTree).toMatchInlineSnapshot(`183        "{"sign":1,"data":[0,8]}184        â> {"sign":1,"data":[0,0]}185        â> {"sign":1,"data":[0,4]}186        |  â> {"sign":1,"data":[0,2]}187        |  |  â> {"sign":1,"data":[0,1]}188        |  |     â> {"sign":1,"data":[0,0]}189        |  â> {"sign":1,"data":[0,3]}190        |     â> {"sign":1,"data":[0,2]}191        |        â> {"sign":1,"data":[0,0]}192        |        â> {"sign":1,"data":[0,1]}193        |           â> {"sign":1,"data":[0,0]}194        â> {"sign":1,"data":[0,6]}195        |  â> {"sign":1,"data":[0,5]}196        |     â> {"sign":1,"data":[0,4]}197        |        â> {"sign":1,"data":[0,0]}198        |        â> {"sign":1,"data":[0,2]}199        |        |  â> {"sign":1,"data":[0,1]}200        |        |     â> {"sign":1,"data":[0,0]}201        |        â> {"sign":1,"data":[0,3]}202        |           â> {"sign":1,"data":[0,2]}203        |              â> {"sign":1,"data":[0,0]}204        |              â> {"sign":1,"data":[0,1]}205        |                 â> {"sign":1,"data":[0,0]}206        â> {"sign":1,"data":[0,7]}207           â> {"sign":1,"data":[0,6]}208              â> {"sign":1,"data":[0,0]}209              â> {"sign":1,"data":[0,3]}210              |  â> {"sign":1,"data":[0,2]}211              |     â> {"sign":1,"data":[0,1]}212              |        â> {"sign":1,"data":[0,0]}213              â> {"sign":1,"data":[0,5]}214                 â> {"sign":1,"data":[0,4]}215                    â> {"sign":1,"data":[0,3]}216                       â> {"sign":1,"data":[0,0]}217                       â> {"sign":1,"data":[0,2]}218                          â> {"sign":1,"data":[0,1]}219                             â> {"sign":1,"data":[0,0]}"220      `);221    });222    it('should shrink strictly positive value for range not including zero', () => {223      // Arrange224      const arb = arrayInt64({ sign: 1, data: [1, 10] }, { sign: 1, data: [1, 20] });225      const source = new Value({ sign: 1, data: [1, 18] }, undefined); // no context226      // Act227      const tree = buildShrinkTree(arb, source);228      const renderedTree = renderTree(tree).join('\n');229      // Assert230      expect(arb.canShrinkWithoutContext(source.value)).toBe(true);231      //   As the range [[1,10], [1,20]] and the value [1,18]232      //   are just offset by +[1,10] compared to the first case,233      //   the rendered tree will be offset by [1,10] too234      expect(renderedTree).toMatchInlineSnapshot(`235        "{"sign":1,"data":[1,18]}236        â> {"sign":1,"data":[1,10]}237        â> {"sign":1,"data":[1,14]}238        |  â> {"sign":1,"data":[1,12]}239        |  |  â> {"sign":1,"data":[1,11]}240        |  |     â> {"sign":1,"data":[1,10]}241        |  â> {"sign":1,"data":[1,13]}242        |     â> {"sign":1,"data":[1,12]}243        |        â> {"sign":1,"data":[1,10]}244        |        â> {"sign":1,"data":[1,11]}245        |           â> {"sign":1,"data":[1,10]}246        â> {"sign":1,"data":[1,16]}247        |  â> {"sign":1,"data":[1,15]}248        |     â> {"sign":1,"data":[1,14]}249        |        â> {"sign":1,"data":[1,10]}250        |        â> {"sign":1,"data":[1,12]}251        |        |  â> {"sign":1,"data":[1,11]}252        |        |     â> {"sign":1,"data":[1,10]}253        |        â> {"sign":1,"data":[1,13]}254        |           â> {"sign":1,"data":[1,12]}255        |              â> {"sign":1,"data":[1,10]}256        |              â> {"sign":1,"data":[1,11]}257        |                 â> {"sign":1,"data":[1,10]}258        â> {"sign":1,"data":[1,17]}259           â> {"sign":1,"data":[1,16]}260              â> {"sign":1,"data":[1,10]}261              â> {"sign":1,"data":[1,13]}262              |  â> {"sign":1,"data":[1,12]}263              |     â> {"sign":1,"data":[1,11]}264              |        â> {"sign":1,"data":[1,10]}265              â> {"sign":1,"data":[1,15]}266                 â> {"sign":1,"data":[1,14]}267                    â> {"sign":1,"data":[1,13]}268                       â> {"sign":1,"data":[1,10]}269                       â> {"sign":1,"data":[1,12]}270                          â> {"sign":1,"data":[1,11]}271                             â> {"sign":1,"data":[1,10]}"272      `);273    });274    it('should shrink strictly negative value for negative range including zero', () => {275      // Arrange276      const arb = arrayInt64({ sign: -1, data: [0, 10] }, { sign: 1, data: [0, 0] });277      const source = new Value({ sign: -1, data: [0, 8] }, undefined); // no context278      // Act279      const tree = buildShrinkTree(arb, source);280      const renderedTree = renderTree(tree).join('\n');281      // Assert282      expect(arb.canShrinkWithoutContext(source.value)).toBe(true);283      //   As the range [-10, 0] and the value -8284      //   are the opposite of first case, the rendered tree will be the same except285      //   it contains opposite values286      expect(renderedTree).toMatchInlineSnapshot(`287        "{"sign":-1,"data":[0,8]}288        â> {"sign":1,"data":[0,0]}289        â> {"sign":-1,"data":[0,4]}290        |  â> {"sign":-1,"data":[0,2]}291        |  |  â> {"sign":-1,"data":[0,1]}292        |  |     â> {"sign":1,"data":[0,0]}293        |  â> {"sign":-1,"data":[0,3]}294        |     â> {"sign":-1,"data":[0,2]}295        |        â> {"sign":1,"data":[0,0]}296        |        â> {"sign":-1,"data":[0,1]}297        |           â> {"sign":1,"data":[0,0]}298        â> {"sign":-1,"data":[0,6]}299        |  â> {"sign":-1,"data":[0,5]}300        |     â> {"sign":-1,"data":[0,4]}301        |        â> {"sign":1,"data":[0,0]}302        |        â> {"sign":-1,"data":[0,2]}303        |        |  â> {"sign":-1,"data":[0,1]}304        |        |     â> {"sign":1,"data":[0,0]}305        |        â> {"sign":-1,"data":[0,3]}306        |           â> {"sign":-1,"data":[0,2]}307        |              â> {"sign":1,"data":[0,0]}308        |              â> {"sign":-1,"data":[0,1]}309        |                 â> {"sign":1,"data":[0,0]}310        â> {"sign":-1,"data":[0,7]}311           â> {"sign":-1,"data":[0,6]}312              â> {"sign":1,"data":[0,0]}313              â> {"sign":-1,"data":[0,3]}314              |  â> {"sign":-1,"data":[0,2]}315              |     â> {"sign":-1,"data":[0,1]}316              |        â> {"sign":1,"data":[0,0]}317              â> {"sign":-1,"data":[0,5]}318                 â> {"sign":-1,"data":[0,4]}319                    â> {"sign":-1,"data":[0,3]}320                       â> {"sign":1,"data":[0,0]}321                       â> {"sign":-1,"data":[0,2]}322                          â> {"sign":-1,"data":[0,1]}323                             â> {"sign":1,"data":[0,0]}"324      `);325    });326  });327});328describe('arrayInt64 (integration)', () => {329  if (typeof BigInt === 'undefined') {330    it('no test', () => {331      expect(true).toBe(true);332    });333    return;334  }335  type Extra = { min: bigint; max: bigint };336  const MaxArrayIntValue = BigInt(2) ** BigInt(64) - BigInt(1);337  const extraParameters: fc.Arbitrary<Extra> = fc338    .tuple(339      fc.bigInt({ min: -MaxArrayIntValue, max: MaxArrayIntValue }),340      fc.bigInt({ min: -MaxArrayIntValue, max: MaxArrayIntValue })341    )342    .map((vs) => ({343      min: vs[0] <= vs[1] ? vs[0] : vs[1],344      max: vs[0] <= vs[1] ? vs[1] : vs[0],345    }));346  const isCorrect = (v: ArrayInt64, extra: Extra) => {347    if (!isValidArrayInt(v)) {348      return false;349    }350    const vbg = toBigInt(v);351    if (vbg === BigInt(0) && v.sign === -1) {352      return false; // zero is always supposed to be marked with sign 1353    }354    return extra.min <= vbg && vbg <= extra.max;355  };356  const isStrictlySmaller = (v1: ArrayInt64, v2: ArrayInt64) => {357    const vbg1 = toBigInt(v1);358    const vbg2 = toBigInt(v2);359    const absVbg1 = vbg1 < BigInt(0) ? -vbg1 : vbg1;360    const absVbg2 = vbg2 < BigInt(0) ? -vbg2 : vbg2;361    return absVbg1 < absVbg2;362  };363  const arrayInt64Builder = (extra: Extra) =>364    arrayInt64(toArrayInt64(extra.min, false), toArrayInt64(extra.max, false));365  it('should produce the same values given the same seed', () => {366    assertProduceSameValueGivenSameSeed(arrayInt64Builder, { extraParameters });367  });368  it('should only produce correct values', () => {369    assertProduceCorrectValues(arrayInt64Builder, isCorrect, { extraParameters });370  });371  it('should produce values seen as shrinkable without any context', () => {372    assertProduceValuesShrinkableWithoutContext(arrayInt64Builder, { extraParameters });373  });374  it('should be able to shrink to the same values without initial context', () => {375    assertShrinkProducesSameValueWithoutInitialContext(arrayInt64Builder, { extraParameters });376  });377  it('should preserve strictly smaller ordering in shrink', () => {378    assertShrinkProducesStrictlySmallerValue(arrayInt64Builder, isStrictlySmaller, { extraParameters });379  });380});381// Helpers382function toArrayInt64(b: bigint, withNegativeZero: boolean): ArrayInt64 {383  const posB = b < BigInt(0) ? -b : b;384  return {385    sign: b < BigInt(0) || (withNegativeZero && b === BigInt(0)) ? -1 : 1,386    data: [Number(posB >> BigInt(32)), Number(posB & ((BigInt(1) << BigInt(32)) - BigInt(1)))],387  };388}389function toBigInt(a: ArrayInt64): bigint {390  return BigInt(a.sign) * ((BigInt(a.data[0]) << BigInt(32)) + BigInt(a.data[1]));391}392function isValidArrayInt(a: ArrayInt64): boolean {393  return (394    (a.sign === 1 || a.sign === -1) &&395    a.data[0] >= 0 &&396    a.data[0] <= 0xffffffff &&397    a.data[1] >= 0 &&398    a.data[1] <= 0xffffffff399  );...

Using AI Code Generation

1const { arrayInt64Builder } = require('@rpldy/array-int64-builder');2const { arrayInt64Parser } = require('@rpldy/array-int64-parser');3const { arrayBufferToBase64 } = require('@rpldy/array-buffer-to-base64');4const { base64ToArrayBuffer } = require('@rpldy/base64-to-array-buffer');5const { arrayBufferToHex } = require('@rpldy/array-buffer-to-hex');6const { hexToArrayBuffer } = require('@rpldy/hex-to-array-buffer');7const { arrayBufferToBinaryString } = require('@rpldy/array-buffer-to-binary-string');8const { binaryStringToArrayBuffer } = require('@rpldy/binary-string-to-array-buffer');9const testArray = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10];10const testArrayInt64Builder = arrayInt64Builder(testArray);11const testArrayInt64Parser = arrayInt64Parser(testArrayInt64Builder);12console.log(`testArrayInt64Builder: ${testArrayInt64Builder}`);13const testArrayBufferToBase64 = arrayBufferToBase64(testArrayInt64Parser);14console.log(`testArrayBufferToBase64: ${testArrayBufferToBase64}`);15const testBase64ToArrayBuffer = base64ToArrayBuffer(testArrayBufferToBase64);16console.log(`testBase64ToArrayBuffer: ${testBase64ToArrayBuffer}`);17const testArrayBufferToHex = arrayBufferToHex(testBase64ToArrayBuffer);18console.log(`testArrayBufferToHex: ${testArrayBufferToHex}`);19const testHexToArrayBuffer = hexToArrayBuffer(testArrayBufferToHex);20console.log(`testHexToArrayBuffer: ${testHexToArrayBuffer}`);21const testArrayBufferToBinaryString = arrayBufferToBinaryString(testHexToArrayBuffer);22console.log(`testArrayBufferToBinaryString: ${testArrayBufferToBinaryString}`);23const testBinaryStringToArrayBuffer = binaryStringToArrayBuffer(testArrayBufferToBinaryString);24console.log(`testBinaryStringToArrayBuffer: ${testBinaryStringToArrayBuffer}`);25const testArrayInt64Parser2 = arrayInt64Parser(testBinaryStringToArrayBuffer);26console.log(`testArrayInt64Parser2: ${testArrayInt64Parser2}`);27const testArrayInt64Builder2 = arrayInt64Builder(testArrayInt64Parser2);28console.log(`testArrayInt64

Using AI Code Generation

1const { arrayInt64Builder } = require('fast-check-monorepo');2const arrayInt64 = arrayInt64Builder();3const fc = require('fast-check');4const arrayInt64Arb = arrayInt64();5const arrayInt64Arb2 = arrayInt64({minLength: 2});6const arrayInt64Arb3 = arrayInt64({maxLength: 4});7fc.assert(8  fc.property(arrayInt64Arb, (a) => {9    return true;10  })11);12fc.assert(13  fc.property(arrayInt64Arb2, (a) => {14    return true;15  })16);17fc.assert(18  fc.property(arrayInt64Arb3, (a) => {19    return true;20  })21);22const { arrayInt64Builder } = require('fast-check-monorepo');23const arrayInt64 = arrayInt64Builder();24const fc = require('fast-check');25const arrayInt64Arb = arrayInt64();26const arrayInt64Arb2 = arrayInt64({minLength: 2});27const arrayInt64Arb3 = arrayInt64({maxLength: 4});28fc.assert(29  fc.property(arrayInt64Arb, (a) => {30    return true;31  })32);33fc.assert(34  fc.property(arrayInt64Arb2, (a) => {35    return true;36  })37);38fc.assert(39  fc.property(arrayInt64Arb3, (a) => {40    return true;41  })42);43const { arrayInt64Builder } = require('fast-check-monorepo');44const arrayInt64 = arrayInt64Builder();45const fc = require('fast-check');46const arrayInt64Arb = arrayInt64();47const arrayInt64Arb2 = arrayInt64({minLength: 2});48const arrayInt64Arb3 = arrayInt64({maxLength: 4});49fc.assert(50  fc.property(arrayInt64Arb, (a) => {51    return true;52  })53);54fc.assert(55  fc.property(arrayInt64Arb2, (a) => {56    return true;57  })58);59fc.assert(60  fc.property(arrayInt64Arb3, (a

Using AI Code Generation

1const { arrayInt64Builder } = require('fast-check-monorepo');2const arr = arrayInt64Builder(1000, 10, 1000);3console.log(arr);4const { arrayInt64Builder } = require('fast-check-monorepo');5const arr = arrayInt64Builder(1000, 10, 1000);6console.log(arr);7const { arrayInt64Builder } = require('fast-check-monorepo');8const arr = arrayInt64Builder(1000, 10, 1000);9console.log(arr);10const { arrayInt64Builder } = require('fast-check-monorepo');11const arr = arrayInt64Builder(1000, 10, 1000);12console.log(arr);13const { arrayInt64Builder } = require('fast-check-monorepo');14const arr = arrayInt64Builder(1000, 10, 1000);15console.log(arr);16const { arrayInt64Builder } = require('fast-check-monorepo');17const arr = arrayInt64Builder(1000, 10, 1000);18console.log(arr);19const { arrayInt64Builder } = require('fast-check-monorepo');20const arr = arrayInt64Builder(1000, 10, 1000);21console.log(arr);22const { arrayInt64Builder } = require('fast-check-monorepo');23const arr = arrayInt64Builder(1000, 10, 1000);24console.log(arr);25const { arrayInt64Builder } = require('

Using AI Code Generation

1const { arrayInt64Builder } = require('fast-check');2const arrayInt64 = arrayInt64Builder();3console.log(arrayInt64);4const { arrayInt64Builder } = require('fast-check');5const arrayInt64 = arrayInt64Builder();6console.log(arrayInt64);7const { arrayInt64Builder } = require('fast-check-monorepo');8const arrayInt64 = arrayInt64Builder();9console.log(arrayInt64);10const { arrayInt64Builder } = require('fast-check-monorepo');11const arrayInt64 = arrayInt64Builder();12console.log(arrayInt64);13const { arrayInt64Builder } = require('fast-check-monorepo');14const arrayInt64 = arrayInt64Builder();15console.log(arrayInt64);16const { arrayInt64Builder } = require('fast-check');17const arrayInt64 = arrayInt64Builder();18console.log(arrayInt64);19const { arrayInt64Builder } = require('fast-check-monorepo');20const arrayInt64 = arrayInt64Builder();21console.log(arrayInt64);22const { arrayInt64Builder } = require('fast-check');

Using AI Code Generation

1const { arrayInt64Builder } = require('fast-check-monorepo');2const arrayInt64Builder = arrayInt64Builder();3arrayInt64Builder(10);4arrayInt64Builder(10);5arrayInt64Builder(10);6arrayInt64Builder(10);7arrayInt64Builder(10);8arrayInt64Builder(10);9arrayInt64Builder(10);10arrayInt64Builder(10);11arrayInt64Builder(10);

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