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How to use isFiniteNotNaN32bits method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

FloatHelpers.spec.ts

Source:FloatHelpers.spec.ts

...33  it('should decompose a 32-bit float into its equivalent (significand, exponent)', () => {34    fc.assert(35      fc.property(float32raw(), (f32) => {36        // Arrange37        fc.pre(isFiniteNotNaN32bits(f32));38        // Act39        const { exponent, significand } = decomposeFloat(f32);40        // Assert41        expect(significand * 2 ** exponent).toBe(f32);42      })43    );44  });45});46describe('floatToIndex', () => {47  it('should properly compute indexes', () => {48    expect(floatToIndex(0)).toBe(0);49    expect(floatToIndex(MIN_VALUE_32)).toBe(1);50    expect(floatToIndex(2 * MIN_VALUE_32)).toBe(2);51    expect(floatToIndex(3 * MIN_VALUE_32)).toBe(3);...

FloatingPointHelpers.ts

Source:FloatingPointHelpers.ts

...62}63export function isNotNaN32bits(f64: number): boolean {64  return !Number.isNaN(f64) && is32bits(f64);65}66export function isFiniteNotNaN32bits(f64: number): boolean {67  return Number.isFinite(f64) && isNotNaN32bits(f64);...

Using AI Code Generation

1const fc = require('fast-check');2const isFiniteNotNaN32bits = require('fast-check-monorepo').isFiniteNotNaN32bits;3fc.assert(4  fc.property(5    fc.float(),6    (float) => {7      const result = isFiniteNotNaN32bits(float);8      if (Number.isFinite(float)) {9        return result === true;10      } else if (Number.isNaN(float)) {11        return result === false;12      }13      return result === false;14    }15);16const fc = require('fast-check');17const isFiniteNotNaN64bits = require('fast-check-monorepo').isFiniteNotNaN64bits;18fc.assert(19  fc.property(20    fc.double(),21    (double) => {22      const result = isFiniteNotNaN64bits(double);23      if (Number.isFinite(double)) {24        return result === true;25      } else if (Number.isNaN(double)) {26        return result === false;27      }28      return result === false;29    }30);31const fc = require('fast-check');32const isFiniteNotNaN = require('fast-check-monorepo').isFiniteNotNaN;33fc.assert(34  fc.property(35    fc.float(),36    (float) => {37      const result = isFiniteNotNaN(float);38      if (Number.isFinite(float)) {39        return result === true;40      } else if (Number.isNaN(float)) {41        return result === false;42      }43      return result === false;44    }45);46fc.assert(47  fc.property(48    fc.double(),49    (double) => {50      const result = isFiniteNotNaN(double);51      if (Number.isFinite(double)) {52        return result === true;53      } else if (Number.isNaN(double)) {54        return result === false;55      }56      return result === false;57    }58);59const fc = require('fast-check');60const isFiniteNotNaN = require('fast-check-monorepo').isFiniteNotNaN;61fc.assert(62  fc.property(63    fc.float(),64    (float) => {

Using AI Code Generation

1const fc = require('fast-check');2const { isFiniteNotNaN32bits } = require('fast-check-monorepo');3const arb = fc.integer(0, 100);4const arb2 = fc.integer(0, 100);5fc.assert(6  fc.property(arb, arb2, (a, b) => {7    const c = a + b;8    return isFiniteNotNaN32bits(c);9  })10);11const fc = require('fast-check');12const { isFiniteNotNaN32bits } = require('fast-check');13const arb = fc.integer(0, 100);14const arb2 = fc.integer(0, 100);15fc.assert(16  fc.property(arb, arb2, (a, b) => {17    const c = a + b;18    return isFiniteNotNaN32bits(c);19  })20);21const fc = require('fast-check');22const { isFiniteNotNaN32bits } = require('fast-check-master');23const arb = fc.integer(0, 100);24const arb2 = fc.integer(0, 100);25fc.assert(26  fc.property(arb, arb2, (a, b) => {27    const c = a + b;28    return isFiniteNotNaN32bits(c);29  })30);31const fc = require('fast-check');32const { isFiniteNotNaN32bits } = require('fast-check-master');33const arb = fc.integer(0, 100);34const arb2 = fc.integer(0, 100);35fc.assert(36  fc.property(arb, arb2, (a, b) => {37    const c = a + b;38    return isFiniteNotNaN32bits(c);39  })40);41const fc = require('fast-check');42const { isFiniteNotNaN32bits } = require('fast-check');43const arb = fc.integer(0, 100);44const arb2 = fc.integer(0, 100);45fc.assert(46  fc.property(arb, arb2, (a

Using AI Code Generation

1const fc = require('fast-check');2describe('isFiniteNotNaN32bits', () => {3  it('should return true when called with a finite 32 bits number', () =>4    fc.assert(5      fc.property(fc.float(), (n) => {6        return fc.isFiniteNotNaN32bits(n);7      })8    ));9  it('should return false when called with a non 32 bits number', () =>10    fc.assert(11      fc.property(fc.float(32), (n) => {12        return !fc.isFiniteNotNaN32bits(n);13      })14    ));15  it('should return false when called with NaN', () =>16    fc.assert(17      fc.property(fc.float(), (n) => {18        return !fc.isFiniteNotNaN32bits(NaN);19      })20    ));21  it('should return false when called with Infinity', () =>22    fc.assert(23      fc.property(fc.float(), (n) => {24        return !fc.isFiniteNotNaN32bits(Infinity);25      })26    ));27});28describe('isFiniteNotNaN', () => {29  it('should return true when called with a finite number', () =>30    fc.assert(31      fc.property(fc.float(), (n) => {32        return fc.isFiniteNotNaN(n);33      })34    ));35  it('should return false when called with NaN', () =>36    fc.assert(37      fc.property(fc.float(), (n) => {38        return !fc.isFiniteNotNaN(NaN);39      })40    ));41  it('should return false when called with Infinity', () =>42    fc.assert(43      fc.property(fc.float(), (n) => {44        return !fc.isFiniteNotNaN(Infinity);45      })46    ));47});48const fc = require('fast-check');49describe('isStrictlyPositive', () => {50  it('should return true when called with a strictly positive number', () =>51    fc.assert(52      fc.property(fc.float(), (n) => {53        return fc.isStrictlyPositive(n);54      })55    ));56  it('should return false when called with 0', () =>

Using AI Code Generation

1const fc = require("fast-check");2const { isFiniteNotNaN32bits } = require("fast-check");3fc.assert(4  fc.property(fc.integer(), (n) => {5    if (isFiniteNotNaN32bits(n)) {6      return Number.isFinite(n) && !Number.isNaN(n);7    }8    return true;9  })10);11fc.assert(12  fc.property(fc.double(), (n) => {13    if (isFiniteNotNaN32bits(n)) {14      return Number.isFinite(n) && !Number.isNaN(n);15    }16    return true;17  })18);19fc.assert(20  fc.property(fc.float(), (n) => {21    if (isFiniteNotNaN32bits(n)) {22      return Number.isFinite(n) && !Number.isNaN(n);23    }24    return true;25  })26);27fc.assert(28  fc.property(fc.double(), (n) => {29    if (isFiniteNotNaN32bits(n)) {30      return Number.isFinite(n) && !Number.isNaN(n);31    }32    return true;33  })34);35fc.assert(36  fc.property(fc.float(), (n) => {37    if (isFiniteNotNaN32bits(n)) {38      return Number.isFinite(n) && !Number.isNaN(n);39    }40    return true;41  })42);43fc.assert(44  fc.property(fc.double(), (n) => {45    if (isFiniteNotNaN32bits(n)) {46      return Number.isFinite(n) && !Number.isNaN(n);47    }48    return true;49  })50);51fc.assert(52  fc.property(fc.float(), (n) => {53    if (isFiniteNotNaN32bits(n)) {54      return Number.isFinite(n) && !Number.isNaN(n);55    }56    return true;57  })58);59fc.assert(60  fc.property(fc.double(), (n) => {61    if (isFiniteNotNaN32bits(n)) {62      return Number.isFinite(n) && !Number.isNaN(n);63    }64    return true;65  })66);67fc.assert(68  fc.property(fc.float(), (n) => {

Using AI Code Generation

1const { isFiniteNotNaN32bits } = require('fast-check-monorepo');2const fc = require('fast-check');3const fc32 = require('fast-check-32bits');4fc.assert(fc.property(fc32.float32(), (n) => isFiniteNotNaN32bits(n)));5fc.assert(fc.property(fc.float(), (n) => isFiniteNotNaN32bits(n)));6fc.assert(fc.property(fc32.float32(), (n) => isFiniteNotNaN32bits(n) === Number.isFinite(n)));7fc.assert(fc.property(fc.float(), (n) => isFiniteNotNaN32bits(n) === Number.isFinite(n)));8fc.assert(fc.property(fc32.float32(), (n) => isFiniteNotNaN32bits(n) === !isNaN(n)));9fc.assert(fc.property(fc.float(), (n) => isFiniteNotNaN32bits(n) === !isNaN(n)));10fc.assert(fc.property(fc32.float32(), (n) => isFiniteNotNaN32bits(n) === (n !== Infinity && n !== -Infinity)));11fc.assert(fc.property(fc.float(), (n) => isFiniteNotNaN32bits(n) === (n !== Infinity && n !== -Infinity)));12fc.assert(fc.property(fc32.float32(), (n) => isFiniteNotNaN32bits(n) === (n !== 1/0 && n !== -

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