/* eslint-disable compat/compat */ describe('SetContaining', function() { function SetI(iterable) { // for IE11 var set = new Set(); iterable.forEach(function(v) { set.add(v); }); return set; } beforeEach(function() { jasmine.getEnv().requireFunctioningSets(); }); it('matches any actual set to an empty set', function() { var actualSet = new SetI(['foo', 'bar']); var containing = new jasmineUnderTest.SetContaining(new Set()); expect(containing.asymmetricMatch(actualSet)).toBe(true); }); it('matches when all the values in sample have matches in actual', function() { var actualSet = new SetI([{ foo: 'bar' }, 'baz', [1, 2, 3]]); var containingSet = new SetI([[1, 2, 3], { foo: 'bar' }]); var containing = new jasmineUnderTest.SetContaining(containingSet); var matchersUtil = new jasmineUnderTest.MatchersUtil(); expect(containing.asymmetricMatch(actualSet, matchersUtil)).toBe(true); }); it('does not match when a value is not in actual', function() { var actualSet = new SetI([{ foo: 'bar' }, 'baz', [1, 2, 3]]); var containingSet = new SetI([[1, 2], { foo: 'bar' }]); var containing = new jasmineUnderTest.SetContaining(containingSet); var matchersUtil = new jasmineUnderTest.MatchersUtil(); expect(containing.asymmetricMatch(actualSet, matchersUtil)).toBe(false); }); it('matches when all the values in sample have asymmetric matches in actual', function() { var actualSet = new SetI([[1, 2, 3, 4], 'other', 'foo1']); var containingSet = new SetI([ jasmineUnderTest.stringMatching(/^foo\d/), jasmineUnderTest.arrayContaining([2, 3]) ]); var containing = new jasmineUnderTest.SetContaining(containingSet); var matchersUtil = new jasmineUnderTest.MatchersUtil(); expect(containing.asymmetricMatch(actualSet, matchersUtil)).toBe(true); }); it('does not match when a value in sample has no asymmetric matches in actual', function() { var actualSet = new SetI(['a-foo1', [1, 2, 3, 4], 'other']); var containingSet = new SetI([ jasmine.stringMatching(/^foo\d/), jasmine.arrayContaining([2, 3]) ]); var containing = new jasmineUnderTest.SetContaining(containingSet); var matchersUtil = new jasmineUnderTest.MatchersUtil(); expect(containing.asymmetricMatch(actualSet, matchersUtil)).toBe(false); }); it('matches recursively', function() { var actualSet = new SetI(['foo', new SetI([1, 'bar', 2]), 'other']); var containingSet = new SetI([ new jasmineUnderTest.SetContaining(new SetI(['bar'])), 'foo' ]); var containing = new jasmineUnderTest.SetContaining(containingSet); var matchersUtil = new jasmineUnderTest.MatchersUtil(); expect(containing.asymmetricMatch(actualSet, matchersUtil)).toBe(true); }); it('uses custom equality testers', function() { function tester(a, b) { // treat all negative numbers as equal return typeof a == 'number' && typeof b == 'number' ? a < 0 && b < 0 : a === b; } var actualSet = new SetI(['foo', -1]); var containing = new jasmineUnderTest.SetContaining(new SetI([-2, 'foo'])); var matchersUtil = new jasmineUnderTest.MatchersUtil({ customTesters: [tester] }); expect(containing.asymmetricMatch(actualSet, matchersUtil)).toBe(true); }); it('does not match when actual is not a set', function() { var containingSet = new SetI(['foo']); expect( new jasmineUnderTest.SetContaining(containingSet).asymmetricMatch('foo') ).toBe(false); expect( new jasmineUnderTest.SetContaining(containingSet).asymmetricMatch(1) ).toBe(false); expect( new jasmineUnderTest.SetContaining(containingSet).asymmetricMatch(['foo']) ).toBe(false); }); it('throws an error when sample is not a set', function() { expect(function() { new jasmineUnderTest.SetContaining({ foo: 'bar' }).asymmetricMatch( new Set() ); }).toThrowError(/You must provide a set/); }); it('defines a `jasmineToString` method', function() { var sample = new Set(), containing = new jasmineUnderTest.SetContaining(sample), pp = jasmine.createSpy('pp').and.returnValue('sample'); expect(containing.jasmineToString(pp)).toEqual( '' ); expect(pp).toHaveBeenCalledWith(sample); }); });