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How to use toBeFinite method in jest-extended

Best JavaScript code snippet using jest-extended

parsestationxml.test.js

...22  const pz = ((response.stages[0].filter: any): PolesZeros);23  expect(pz.zeros).toHaveLength(5);24  expect(pz.zeros).toContainEqual(createComplex(0,0));25  pz.zeros.forEach( z => {26    expect(z.real()).toBeFinite();27    expect(z.imag()).toBeFinite();28  });29  expect(pz.poles).toHaveLength(7);30  pz.poles.forEach( p => {31    expect(p.real()).toBeFinite();32    expect(p.imag()).toBeFinite();33  });34});35test("convert to sac polezero", () => {36  expect(networks).not.toBeNull();37  networks = ((networks: any): Array<Network>);38  let stations = networks[0].stations;39  expect(stations).not.toBeNull();40  stations = ((stations: any): Array<Station>);41  let channels = stations[0].channels;42  expect(channels).not.toBeNull();43  channels = ((channels: any): Array<Channel>);44  const response = channels[0].response;45  const pz = convertToSacPoleZero(response);46  expect(pz).toBeDefined();47  expect(pz.zeros).toHaveLength(6);48  pz.zeros.forEach( z => {49    expect(z.real()).toBeFinite();50    expect(z.imag()).toBeFinite();51  });52  expect(pz.poles).toHaveLength(7);53  pz.poles.forEach( p => {54    expect(p.real()).toBeFinite();55    expect(p.imag()).toBeFinite();56  });...

toBeFinite.spec.ts

Source: toBeFinite.spec.ts

...6  /**7   * Normal float values should be finite.8   */9  it("should expect normal float values to be finite", () => {10    expect(10.0).toBeFinite("10.0 is finite");11  });12  /**13   * This is the contrapositive version of the previous test.14   */15  throws(16    "should throw if a normal float value is not finite",17    () => {18      expect(10.0).not.toBeFinite();19    },20    "Normal float values should be finite.",21  );22  /**23   * Infinity is never finite.24   */25  it("should expect infinity not to be finite", () => {26    expect(Infinity).not.toBeFinite("Infinity is not finite by definition");27  });28  /**29   * This test is the contrapositive of the previous test.30   */31  throws(32    "should throw if an actual infinity is expected to be finite",33    () => {34      expect(Infinity).toBeFinite();35    },36    "Infinity is never finite.",37  );38  /**39   * NaN is never finite.40   */41  it("should expect NaN not to be finite", () => {42    expect(NaN).not.toBeFinite("Infinity is not finite by definition");43  });44  /**45   * This test is the contrapositive of the previous test.46   */47  throws(48    "should throw if an actual NaN is expected to be finite",49    () => {50      expect(NaN).toBeFinite();51    },52    "NaN is never finite.",53  );...

Using AI Code Generation

1const { toBeFinite } = require('jest-extended');2expect.extend({ toBeFinite });3test('passes when value is a finite number', () => {4  expect(1).toBeFinite();5});6test('fails when value is not a finite number', () => {7  expect(Infinity).not.toBeFinite();8});9test('fails when value is not a finite number', () => {10  expect(NaN).not.toBeFinite();11});12test('fails when value is not a finite number', () => {13  expect(-Infinity).not.toBeFinite();14});15test('fails when value is not a finite number', () => {16  expect(1.7976931348623157e+308).not.toBeFinite();17});18test('fails when value is not a finite number', () => {19  expect(-1.7976931348623157e+308).not.toBeFinite();20});21test('fails when value is not a finite number', () => {22  expect(1.7976931348623157e+309).not.toBeFinite();23});24test('fails when value is not a finite number', () => {25  expect(-1.7976931348623157e+309).not.toBeFinite();26});27test('fails when value is not a finite number', () => {28  expect(1.7976931348623157e+310).not.toBeFinite();29});30test('fails when value is not a finite number', () => {31  expect(-1.7976931348623157e+310).not.toBeFinite();32});33test('fails when value is not a finite number', () => {34  expect(1.7976931348623157e+311).not.toBeFinite();35});36test('fails when value is not a finite number', () => {37  expect(-1.7976931348623157e+311).not.toBeFinite();38});39test('fails when value is not a finite number', () => {40  expect(1.7976931348623157e+312).not.toBeFinite();41});42test('fails when value is not a finite number', () => {43  expect(-1.7976931348623157e+312).not.toBeFinite();44});45test('fails when value is not a finite number', () => {46  expect(Infinity).not.toBeFinite();47});48test('fails when value is not a finite number', () => {49  expect(-Infinity).not.toBe

Using AI Code Generation

1const { toBeFinite } = require('jest-extended');2expect.extend({ toBeFinite });3test('passes when value is a finite number', () => {4  expect(1).toBeFinite();5  expect(Infinity).not.toBeFinite();6});7const { toBeObject } = require('jest-extended');8expect.extend({ toBeObject });9test('passes when value is an object', () => {10  expect({}).toBeObject();11  expect(new Date()).toBeObject();12});13const { toBeString } = require('jest-extended');14expect.extend({ toBeString });15test('passes when value is a string', () => {16  expect('foo').toBeString();17  expect(1).not.toBeString();18});19const { toBeArray } = require('jest-extended');20expect.extend({ toBeArray });21test('passes when value is an array', () => {22  expect([]).toBeArray();23  expect({}).not.toBeArray();24});25const { toBeBoolean } = require('jest-extended');26expect.extend({ toBeBoolean });27test('passes when value is a boolean', () => {28  expect(true).toBeBoolean();29  expect(1).not.toBeBoolean();30});31const { toBeFunction } = require('jest-extended');32expect.extend({ toBeFunction });33test('passes when value is a function', () => {34  expect(() => {}).toBeFunction();35  expect(1).not.toBeFunction();36});37const { toBeNumber } = require('jest-extended');38expect.extend({ toBeNumber });39test('passes when value is a number', () => {40  expect(1).toBeNumber();41  expect('foo').not.toBeNumber();42});43const { toBeDate } = require('jest-extended');44expect.extend({ toBeDate });

Using AI Code Generation

1const { toBeFinite } = require('jest-extended');2expect.extend({toBeFinite});3test('passes when given a finite number', () => {4  expect(0).toBeFinite();5});6test('fails when given an infinite number', () => {7  expect(Infinity).not.toBeFinite();8});9test('fails when given an NaN', () => {10  expect(NaN).not.toBeFinite();11});12test('fails when given an finite string', () => {13  expect('0').not.toBeFinite();14});15test('fails when given an infinite string', () => {16  expect('Infinity').not.toBeFinite();17});18test('fails when given an NaN string', () => {19  expect('NaN').not.toBeFinite();20});21test('fails when given an object', () => {22  expect({}).not.toBeFinite();23});24test('fails when given an array', () => {25  expect([]).not.toBeFinite();26});27test('fails when given an function', () => {28  expect(function(){}).not.toBeFinite();29});30test('fails when given an undefined', () => {31  expect(undefined).not.toBeFinite();32});33test('fails when given an null', () => {34  expect(null).not.toBeFinite();35});36test('fails when given an boolean', () => {37  expect(true).not.toBeFinite();38});39test('fails when given an Symbol', () => {40  expect(Symbol()).not.toBeFinite();41});42test('fails when given an Map', () => {43  expect(new Map()).not.toBeFinite();44});45test('fails when given an Set', () => {46  expect(new Set()).not.toBeFinite();47});48test('fails when given an WeakMap', () => {49  expect(new WeakMap()).not.toBeFinite();50});51test('fails when given an WeakSet', () => {52  expect(new WeakSet()).not.toBeFinite();53});54test('fails when given an ArrayBuffer', () => {55  expect(new ArrayBuffer()).not.toBeFinite();56});57test('fails when given an DataView', () => {58  expect(new DataView(new ArrayBuffer())).not.toBeFinite();59});60test('fails when given an Int8Array', () => {61  expect(new Int8Array()).not.toBeFinite();62});63test('fails when given an Uint8Array', () => {64  expect(new Uint8Array()).not.toBeFinite();65});66test('fails when given an Uint8ClampedArray', () => {67  expect(new Uint8ClampedArray()).not.toBe

Using AI Code Generation

1var a = 10;2expect(a).toBeFinite();3var a = 10;4expect(a).toBeFinite();5var a = 10;6expect(a).to.be.finite;7var a = 10;8assert.isFinite(a);9var a = 10;10a.should.be.finite;11var a = 10;12a.should.be.finite;13var a = 10;14expect(a).to.be.finite;15var a = 10;16a.should.be.finite;17var a = 10;18assert.isFinite(a);19var a = 10;20expect(a).to.be.finite;21var a = 10;22a.should.be.finite;23var a = 10;24assert.isFinite(a);25var a = 10;26expect(a).to.be.finite;27var a = 10;28a.should.be.finite;29var a = 10;30assert.isFinite(a);31var a = 10;32expect(a).to.be.finite;33var a = 10;34a.should.be.finite;35var a = 10;36assert.isFinite(a);37var a = 10;38expect(a).to.be.finite;39var a = 10;40a.should.be.finite;41var a = 10;42assert.isFinite(a);43var a = 10;

Using AI Code Generation

1test('toBeFinite', () => {2  expect(Infinity).not.toBeFinite();3  expect(-Infinity).not.toBeFinite();4  expect(NaN).not.toBeFinite();5  expect(3).toBeFinite();6});7✓ toBeFinite (4ms)8test('toBeFunction', () => {9  expect(() => {}).toBeFunction();10});11✓ toBeFunction (4ms)12test('toBeGreaterThanOrEqual', () => {13  expect(4).toBeGreaterThanOrEqual(3);14});15✓ toBeGreaterThanOrEqual (4ms)16In the above example, we are using toBeGreaterThanOrEqual() method of jest-extended to test if the value is greater than or equal to the given number. The value 4 is greater than or equal to 3, so the test

Using AI Code Generation

1describe('toBeFinite', () => {2  it('should be defined', () => {3    expect(toBeFinite).toBeDefined();4  });5  it('should return true when invoked with a finite number', () => {6    expect(toBeFinite(1)).toBeTrue();7  });8  it('should return false when invoked with a non finite number', () => {9    expect(toBeFinite(Infinity)).toBeFalse();10  });11});12expect(value).toBeFinite()13expect(value).toBeFinite()

Using AI Code Generation

1const { toBeFinite } = require('jest-matcher-utils');2const { matcherHint, printReceived } = require('jest-matcher-utils');3const sum = (a, b) => a + b;4test('sums numbers', () => {5  expect(sum(1, 2)).toBeFinite();6});7const { toBeFunction } = require('jest-matcher-utils');8const { matcherHint, printReceived } = require('jest-matcher-utils');9const sum = (a, b) => a + b;10test('sums numbers', () => {11  expect(sum).toBeFunction();12});13const { toBeGreaterThanOrEqual } = require('jest-matcher-utils');14const { matcherHint, printReceived } = require('jest-matcher-utils');15const sum = (a, b) => a + b;16test('sums numbers', () => {

Using AI Code Generation

1describe("toBeFinite", () => {2  test("it should pass", () => {3    expect(1).toBeFinite();4  });5});6describe("toBeFinite", () => {7  test("it should pass", () => {8    expect(Number.POSITIVE_INFINITY).not.toBeFinite();9  });10});11describe("toBeFinite", () => {12  test("it should pass", () => {13    expect(Number.NEGATIVE_INFINITY).not.toBeFinite();14  });15});16describe("toBeFinite", () => {17  test("it should pass", () => {18    expect(1 / 0).not.toBeFinite();19  });20});21describe("toBeFinite", () => {22  test("it should pass", () => {23    expect(-1 / 0).not.toBeFinite();24  });25});26describe("toBeFinite", () => {27  test("it should pass", () => {28    expect(Number.NaN).not.toBeFinite();29  });30});31describe("toBeFinite", () => {32  test("it should pass", () => {33    expect(0).not.toBeFinite();34  });35});36describe("toBeFinite", () => {37  test("it should pass", () => {38    expect(1.23).toBeFinite();39  });40});41describe("toBeFinite", () => {42  test("it should pass", () => {43    expect(1).toBeFinite();44  });45});46describe("toBeFinite", () => {47  test("it should pass", () => {48    expect(0.5).toBeFinite();49  });50});51describe("toBeFinite", () => {52  test("it should pass", () => {53    expect(-1).toBeFinite();54  });55});56describe("toBeFinite", () => {57  test("it should pass", ()

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