each->sequence(); })->throws(BadMethodCallException::class, 'Expectation value is not iterable.'); test('allows for sequences of checks to be run on iterable data', function () { expect([1, 2, 3]) ->sequence( function ($expectation) { $expectation->toBeInt()->toEqual(1); }, function ($expectation) { $expectation->toBeInt()->toEqual(2); }, function ($expectation) { $expectation->toBeInt()->toEqual(3); }, ); expect(static::getCount())->toBe(6); }); test('loops back to the start if it runs out of sequence items', function () { expect([1, 2, 3, 1, 2, 3, 1, 2]) ->sequence( function ($expectation) { $expectation->toBeInt()->toEqual(1); }, function ($expectation) { $expectation->toBeInt()->toEqual(2); }, function ($expectation) { $expectation->toBeInt()->toEqual(3); }, ); expect(static::getCount())->toBe(16); }); test('fails if the number of iterable items is greater than the number of expectations', function () { expect([1, 2]) ->sequence( function ($expectation) { $expectation->toBeInt()->toEqual(1); }, function ($expectation) { $expectation->toBeInt()->toEqual(2); }, function ($expectation) { $expectation->toBeInt()->toEqual(3); }, ); })->throws(ExpectationFailedException::class); test('it works with associative arrays', function () { expect(['foo' => 'bar', 'baz' => 'boom']) ->sequence( function ($expectation, $key) { $expectation->toEqual('bar'); $key->toEqual('foo'); }, function ($expectation, $key) { $expectation->toEqual('boom'); $key->toEqual('baz'); }, ); }); test('it can be passed non-callable values', function () { expect(['foo', 'bar', 'baz'])->sequence('foo', 'bar', 'baz'); expect(static::getCount())->toBe(3); }); test('it can be passed a mixture of value types', function () { expect(['foo', 'bar', 'baz'])->sequence( 'foo', function ($expectation) { $expectation->toEqual('bar')->toBeString(); }, 'baz' ); expect(static::getCount())->toBe(4); });