public function testThrowsAnExceptionWhenACircularReferenceIsDetected()
{
$context = new GenerationContext();
$context->markIsResolvingFixture('bar');
$context->markIsResolvingFixture('foo');
try {
$context->markIsResolvingFixture('foo');
$this->fail('Expected exception to be thrown.');
} catch (CircularReferenceException $exception) {
$this->assertEquals('Circular reference detected for the parameter "foo" while resolving ["bar", "foo"].', $exception->getMessage());
}
}
public function testPicksTheFirstSuitableResolverToResolveTheGivenValue()
{
$value = new FakeValue();
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create();
$scope = ['scope' => 'epocs'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$expected = new ResolvedValueWithFixtureSet(10, ResolvedFixtureSetFactory::create(null, null, (new ObjectBag())->with(new SimpleObject('dummy', new \stdClass()))));
$instantiator1Prophecy = $this->prophesize(ChainableValueResolverInterface::class);
$instantiator1Prophecy->canResolve($value)->willReturn(false);
/* @var ChainableValueResolverInterface $instantiator1 */
$instantiator1 = $instantiator1Prophecy->reveal();
$instantiator2Prophecy = $this->prophesize(ChainableValueResolverInterface::class);
$instantiator2Prophecy->canResolve($value)->willReturn(true);
$instantiator2Prophecy->resolve($value, $fixture, $set, $scope, $context)->willReturn($expected);
/* @var ChainableValueResolverInterface $instantiator2 */
$instantiator2 = $instantiator2Prophecy->reveal();
$instantiator3Prophecy = $this->prophesize(ChainableValueResolverInterface::class);
$instantiator3Prophecy->canResolve(Argument::any())->shouldNotBeCalled();
/* @var ChainableValueResolverInterface $instantiator3 */
$instantiator3 = $instantiator3Prophecy->reveal();
$registry = new ValueResolverRegistry([$instantiator1, $instantiator2, $instantiator3]);
$actual = $registry->resolve($value, $fixture, $set, $scope, $context);
$this->assertSame($expected, $actual);
$instantiator1Prophecy->canResolve(Argument::any())->shouldHaveBeenCalledTimes(1);
$instantiator2Prophecy->canResolve(Argument::any())->shouldHaveBeenCalledTimes(1);
$instantiator2Prophecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testReturnsSetWithResolvedValue()
{
$value = new FixturePropertyValue($reference = new FakeValue(), $property = 'prop');
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'bar']));
$scope = ['val' => 'scopie'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$valueResolverContext = new GenerationContext();
$valueResolverContext->markIsResolvingFixture('foo');
$valueResolverContext->markAsNeedsCompleteGeneration();
$valueResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$valueResolverProphecy->resolve($reference, $fixture, $set, $scope, $valueResolverContext)->willReturn(new ResolvedValueWithFixtureSet($instance = new \stdClass(), $newSet = ResolvedFixtureSetFactory::create(new ParameterBag(['ping' => 'pong']))));
/** @var ValueResolverInterface $valueResolver */
$valueResolver = $valueResolverProphecy->reveal();
$propertyAccessorProphecy = $this->prophesize(PropertyAccessorInterface::class);
$propertyAccessorProphecy->getValue($instance, $property)->willReturn('yo');
/** @var PropertyAccessorInterface $propertyAccessor */
$propertyAccessor = $propertyAccessorProphecy->reveal();
$expected = new ResolvedValueWithFixtureSet('yo', $newSet);
$resolver = new FixturePropertyReferenceResolver($propertyAccessor, $valueResolver);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
$valueResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(1);
$propertyAccessorProphecy->getValue(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
/**
* @testdox Do a instantiate-hydrate-calls cycle to generate the object described by the fixture.
*/
public function testGenerate()
{
$this->markTestIncomplete('TODO');
$fixture = new SimpleFixture('dummy', \stdClass::class, SpecificationBagFactory::create());
$set = ResolvedFixtureSetFactory::create();
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$instance = new \stdClass();
$instantiatedObject = new SimpleObject($fixture->getId(), $instance);
$instantiatorProphecy = $this->prophesize(InstantiatorInterface::class);
$instantiatorProphecy->instantiate($fixture, $set, $context)->willReturn($setWithInstantiatedObject = ResolvedFixtureSetFactory::create(null, null, (new ObjectBag())->with($instantiatedObject)));
/** @var InstantiatorInterface $instantiator */
$instantiator = $instantiatorProphecy->reveal();
$hydratedInstance = clone $instance;
$hydratedInstance->hydrated = true;
$hydratedObject = new SimpleObject($fixture->getId(), $hydratedInstance);
$hydratorProphecy = $this->prophesize(HydratorInterface::class);
$hydratorProphecy->hydrate($instantiatedObject, $setWithInstantiatedObject, $context)->willReturn($setWithHydratedObject = ResolvedFixtureSetFactory::create(null, null, (new ObjectBag())->with($hydratedObject)));
/** @var HydratorInterface $hydrator */
$hydrator = $hydratorProphecy->reveal();
$instanceAfterCalls = clone $hydratedInstance;
$instanceAfterCalls->calls = true;
$objectAfterCalls = new SimpleObject($fixture->getId(), $instanceAfterCalls);
$callerProphecy = $this->prophesize(CallerInterface::class);
$callerProphecy->doCallsOn($hydratedObject, $setWithHydratedObject)->willReturn($setWithObjectAfterCalls = ResolvedFixtureSetFactory::create(null, null, (new ObjectBag())->with($objectAfterCalls)));
/** @var CallerInterface $caller */
$caller = $callerProphecy->reveal();
$generator = new SimpleObjectGenerator(new FakeValueResolver(), $instantiator, $hydrator, $caller);
$objects = $generator->generate($fixture, $set, $context);
$this->assertEquals($setWithObjectAfterCalls->getObjects(), $objects);
$instantiatorProphecy->instantiate(Argument::cetera())->shouldHaveBeenCalledTimes(1);
$hydratorProphecy->hydrate(Argument::cetera())->shouldHaveBeenCalledTimes(1);
$callerProphecy->doCallsOn(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testIterateOverEveryInstantiatorAndUseTheFirstValidOne()
{
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create();
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$expected = ResolvedFixtureSetFactory::create(null, null, (new ObjectBag())->with(new SimpleObject('dummy', new \stdClass())));
$instantiator1Prophecy = $this->prophesize(ChainableInstantiatorInterface::class);
$instantiator1Prophecy->canInstantiate($fixture)->willReturn(false);
/* @var ChainableInstantiatorInterface $instantiator1 */
$instantiator1 = $instantiator1Prophecy->reveal();
$instantiator2Prophecy = $this->prophesize(ChainableInstantiatorInterface::class);
$instantiator2Prophecy->canInstantiate($fixture)->willReturn(true);
$instantiator2Prophecy->instantiate($fixture, $set, $context)->willReturn($expected);
/* @var ChainableInstantiatorInterface $instantiator2 */
$instantiator2 = $instantiator2Prophecy->reveal();
$instantiator3Prophecy = $this->prophesize(ChainableInstantiatorInterface::class);
$instantiator3Prophecy->canInstantiate(Argument::any())->shouldNotBeCalled();
/* @var ChainableInstantiatorInterface $instantiator3 */
$instantiator3 = $instantiator3Prophecy->reveal();
$registry = new InstantiatorRegistry([$instantiator1, $instantiator2, $instantiator3]);
$actual = $registry->instantiate($fixture, $set, $context);
$this->assertSame($expected, $actual);
$instantiator1Prophecy->canInstantiate(Argument::any())->shouldHaveBeenCalledTimes(1);
$instantiator2Prophecy->canInstantiate(Argument::any())->shouldHaveBeenCalledTimes(1);
$instantiator2Prophecy->instantiate(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testReturnsTheResultOfTheDecoratedInstantiatorIfTheFixtureHasNotBeenInstantiated()
{
$fixture = new DummyFixture('dummy');
$set = ResolvedFixtureSetFactory::create();
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$decoratedInstantiatorProphecy = $this->prophesize(InstantiatorInterface::class);
$decoratedInstantiatorProphecy->instantiate($fixture, $set, $context)->willReturn($expected = $set->withObjects((new ObjectBag())->with(new SimpleObject('dummy', new \stdClass()))));
/** @var InstantiatorInterface $decoratedInstantiator */
$decoratedInstantiator = $decoratedInstantiatorProphecy->reveal();
$instantiator = new ExistingInstanceInstantiator($decoratedInstantiator);
$actual = $instantiator->instantiate($fixture, $set, $context);
$this->assertSame($expected, $actual);
$decoratedInstantiatorProphecy->instantiate(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testReturnsSetWithResolvedValue()
{
$value = new FunctionCallValue('foo');
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'bar']));
$scope = ['val' => 'scopie'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$fakerGeneratorProphecy = $this->prophesize(FakerGenerator::class);
$fakerGeneratorProphecy->format('foo', [])->willReturn('bar');
/** @var FakerGenerator $fakerGenerator */
$fakerGenerator = $fakerGeneratorProphecy->reveal();
$expected = new ResolvedValueWithFixtureSet('bar', $set);
$resolver = new FakerFunctionCallValueResolver($fakerGenerator);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
}
public function testResolvesAllTheValuesInArrayBeforeImplodingIt()
{
$value = new ListValue(['a', new FakeValue(), 'c', new FakeValue()]);
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'bar']));
$scope = ['scope' => 'epocs'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$valueResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$valueResolverProphecy->resolve(new FakeValue(), $fixture, $set, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet('b', $newSet = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'baz']))));
$valueResolverProphecy->resolve(new FakeValue(), $fixture, $newSet, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet('d', $newSet2 = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'zab']))));
/** @var ValueResolverInterface $valueResolver */
$valueResolver = $valueResolverProphecy->reveal();
$expected = new ResolvedValueWithFixtureSet('abcd', $newSet2);
$resolver = new ListValueResolver($valueResolver);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
$valueResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(2);
}
public function testResolvesAllPropertyValues()
{
$object = new SimpleObject('dummy', new \stdClass());
$set = ResolvedFixtureSetFactory::create(null, $fixtures = (new FixtureBag())->with($fixture = new SimpleFixture('dummy', \stdClass::class, new SpecificationBag(null, (new PropertyBag())->with($username = new Property('username', $usernameValue = new FakeValue()))->with($group = new Property('group', $groupValue = new FakeValue())), new MethodCallBag()))));
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$resolverProphecy = $this->prophesize(ValueResolverInterface::class);
$setAfterFirstResolution = ResolvedFixtureSetFactory::create(new ParameterBag(['iteration' => 1]), $fixtures);
$resolverProphecy->resolve($usernameValue, $fixture, $set, ['_instances' => $set->getObjects()->toArray()], $context)->willReturn(new ResolvedValueWithFixtureSet('Bob', $setAfterFirstResolution));
$setAfterSecondResolution = ResolvedFixtureSetFactory::create(new ParameterBag(['iteration' => 2]), $fixtures);
$resolverProphecy->resolve($groupValue, $fixture, $setAfterFirstResolution, ['_instances' => $set->getObjects()->toArray(), 'username' => 'Bob'], $context)->willReturn(new ResolvedValueWithFixtureSet('Badass', $setAfterSecondResolution));
/** @var ValueResolverInterface $resolver */
$resolver = $resolverProphecy->reveal();
$hydratorProphecy = $this->prophesize(PropertyHydratorInterface::class);
$newInstance = new \stdClass();
$newInstance->username = '******';
$newObject = $object->withInstance($newInstance);
$hydratorProphecy->hydrate($object, $username->withValue('Bob'), $context)->willReturn($newObject);
$secondNewInstance = clone $newInstance;
$secondNewInstance->group = 'Badass';
$secondNewObject = $object->withInstance($secondNewInstance);
$hydratorProphecy->hydrate($newObject, $group->withValue('Badass'), $context)->willReturn($secondNewObject);
/** @var PropertyHydratorInterface $hydrator */
$hydrator = $hydratorProphecy->reveal();
$expected = new ResolvedFixtureSet(new ParameterBag(['iteration' => 2]), $fixtures, new ObjectBag(['dummy' => $secondNewObject]));
$hydrator = new SimpleHydrator($hydrator, $resolver);
$actual = $hydrator->hydrate($object, $set, $context);
$this->assertEquals($expected, $actual);
}
public function testResolvesAllArgumentsValuesBeforePassingThemToTheDecoratedResolver()
{
$value = new FunctionCallValue('foo', ['scalar', new FakeValue(), 'another scalar']);
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'bar']));
$scope = ['val' => 'scopie'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$argumentResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$argumentResolverProphecy->resolve(new FakeValue(), $fixture, $set, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet($instance = new \stdClass(), $newSet = ResolvedFixtureSetFactory::create(new ParameterBag(['ping' => 'pong']))));
/** @var ValueResolverInterface $argumentResolver */
$argumentResolver = $argumentResolverProphecy->reveal();
$decoratedResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$decoratedResolverProphecy->resolve(new FunctionCallValue('foo', ['scalar', $instance, 'another scalar']), $fixture, $newSet, $scope, $context)->willReturn($expected = new ResolvedValueWithFixtureSet('end', ResolvedFixtureSetFactory::create(new ParameterBag(['gnip' => 'gnop']))));
/** @var ValueResolverInterface $decoratedResolver */
$decoratedResolver = $decoratedResolverProphecy->reveal();
$resolver = new FunctionCallArgumentResolver($decoratedResolver, $argumentResolver);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
}
public function testReturnsResultOfTheDecoratedResolverIfFunctionIsBlacklisted()
{
$value = new FunctionCallValue('strtolower', ['BAR']);
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'bar']));
$scope = ['val' => 'scopie'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$decoratedResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$decoratedResolverProphecy->resolve($value, $fixture, $set, $scope, $context)->willReturn($expected = new ResolvedValueWithFixtureSet('bar', ResolvedFixtureSetFactory::create(new ParameterBag(['foo' => 'bar', 'ping' => 'pong']))));
/** @var ValueResolverInterface $decoratedResolver */
$decoratedResolver = $decoratedResolverProphecy->reveal();
$resolver = new PhpFunctionCallValueResolver(['strtolower'], $decoratedResolver);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
$decoratedResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testIfTheReferenceRefersToANonInstantiatedFixtureThenGenerateItBeforeReturningTheInstance()
{
$value = new FixtureReferenceValue('dummy');
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create(null, $fixtures = (new FixtureBag())->with($referredFixture = new SimpleFixture('dummy', 'Dummy', SpecificationBagFactory::create())), null);
$scope = [];
$context = new GenerationContext();
$generatorContext = new GenerationContext();
$generatorContext->markIsResolvingFixture('dummy');
$generatorProphecy = $this->prophesize(ObjectGeneratorInterface::class);
$generatorProphecy->generate($referredFixture, $set, $generatorContext)->willReturn($objects = new ObjectBag(['dummy' => $expectedInstance = new \stdClass()]));
/** @var ObjectGeneratorInterface $generator */
$generator = $generatorProphecy->reveal();
$expected = new ResolvedValueWithFixtureSet($expectedInstance, ResolvedFixtureSetFactory::create(null, $fixtures, $objects));
$resolver = new FixtureReferenceResolver($generator);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
$this->assertEquals($context, $generatorContext);
$generatorProphecy->generate(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testReturnsResultOfTheDecoratedResolverIfReferenceDoesNotMatchSelf()
{
$valueProphecy = $this->prophesize(ValueInterface::class);
$valueProphecy->getValue()->willReturn('a_random_fixture_id');
/** @var ValueInterface $value */
$value = $valueProphecy->reveal();
$expectedObject = new \stdClass();
$expectedObject->foo = 'bar';
$set = ResolvedFixtureSetFactory::create(null, $fixtureBag = (new FixtureBag())->with($dummyFixture = new SimpleFixture('dummy', 'Dummy', SpecificationBagFactory::create()))->with($anotherDummyFixture = new SimpleFixture('another_dummy', 'Dummy', SpecificationBagFactory::create())), new ObjectBag(['dummy' => $expectedObject]));
$scope = ['injected' => true];
$context = new GenerationContext();
$context->markIsResolvingFixture('bar');
$decoratedResolverProphecy = $this->prophesize(ChainableValueResolverInterface::class);
$decoratedResolverProphecy->resolve($value, $dummyFixture, $set, $scope, $context)->willReturn($expected = new ResolvedValueWithFixtureSet($resolvedFixture = new SimpleFixture('resolved_fixture', 'Dummy', SpecificationBagFactory::create()), ResolvedFixtureSetFactory::create(null, $fixtureBag->with($resolvedFixture))));
/** @var ChainableValueResolverInterface $decoratedResolver */
$decoratedResolver = $decoratedResolverProphecy->reveal();
$resolver = new SelfFixtureReferenceResolver($decoratedResolver);
$actual = $resolver->resolve($value, $dummyFixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
$valueProphecy->getValue()->shouldHaveBeenCalledTimes(1);
$decoratedResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
public function testResolvesElementAsManyTimeAsNecessaryIfItIsAValue()
{
$quantifier = 2;
$element = new FakeValue();
$value = new DynamicArrayValue($quantifier, $element);
$fixture = new DummyFixture('dummy');
$set = ResolvedFixtureSetFactory::create();
$scope = ['injected' => true];
$context = new GenerationContext();
$context->markIsResolvingFixture('bar');
$decoratedResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$setAfterFirstResolution = ResolvedFixtureSetFactory::create(new ParameterBag(['iteration' => 0]));
$decoratedResolverProphecy->resolve($element, $fixture, $set, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet(10, $setAfterFirstResolution));
$setAfterSecondResolution = ResolvedFixtureSetFactory::create(new ParameterBag(['iteration' => 1]));
$decoratedResolverProphecy->resolve($element, $fixture, $setAfterFirstResolution, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet(100, $setAfterSecondResolution));
/** @var ValueResolverInterface $decoratedResolver */
$decoratedResolver = $decoratedResolverProphecy->reveal();
$resolver = new DynamicArrayValueResolver($decoratedResolver);
$result = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertSame([10, 100], $result->getValue());
$this->assertEquals($setAfterSecondResolution, $result->getSet());
}
public function testResolvesReferenceBeforeHandingOverTheResolutionToTheDecoratedResolver()
{
$idValue = new FakeValue();
$value = new FixtureReferenceValue($idValue);
$expectedObject = new \stdClass();
$expectedObject->foo = 'bar';
$set = ResolvedFixtureSetFactory::create(null, $fixtureBag = (new FixtureBag())->with($dummyFixture = new SimpleFixture('dummy', 'Dummy', SpecificationBagFactory::create()))->with($anotherDummyFixture = new SimpleFixture('another_dummy', 'Dummy', SpecificationBagFactory::create())), $objectBag = new ObjectBag(['dummy' => $expectedObject]));
$scope = ['injected' => true];
$context = new GenerationContext();
$context->markIsResolvingFixture('bar');
$valueResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$valueResolverProphecy->resolve($idValue, $dummyFixture, $set, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet('alice', $newSet = ResolvedFixtureSetFactory::create(null, $fixtureBag->with(new SimpleFixture('value_resolver_fixture', 'Dummy', SpecificationBagFactory::create())), $newObjectBag = $objectBag->with(new SimpleObject('value_resolver_fixture', new \stdClass())))));
/** @var ValueResolverInterface $valueResolver */
$valueResolver = $valueResolverProphecy->reveal();
$decoratedResolverProphecy = $this->prophesize(ChainableValueResolverInterface::class);
$decoratedResolverProphecy->resolve(new FixtureReferenceValue('alice'), $dummyFixture, $newSet, $scope, $context)->willReturn($expected = new ResolvedValueWithFixtureSet($expectedObject, ResolvedFixtureSetFactory::create(null, $fixtureBag, $newObjectBag->with(new SimpleObject('alice', $expectedObject)))));
/** @var ChainableValueResolverInterface $decoratedResolver */
$decoratedResolver = $decoratedResolverProphecy->reveal();
$resolver = new UnresolvedFixtureReferenceIdResolver($decoratedResolver, $valueResolver);
$actual = $resolver->resolve($value, $dummyFixture, $set, $scope, $context);
$this->assertEquals($expected, $actual);
$valueResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(1);
$decoratedResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(1);
}
/**
* @param FixtureIdInterface|FixtureInterface $referredFixture
* @param string $referredFixtureId
* @param ResolvedFixtureSet $fixtureSet
* @param GenerationContext $context
*
* @return ResolvedValueWithFixtureSet
*/
private function resolveReferredFixture(FixtureIdInterface $referredFixture, string $referredFixtureId, ResolvedFixtureSet $fixtureSet, GenerationContext $context) : ResolvedValueWithFixtureSet
{
if ($fixtureSet->getObjects()->has($referredFixture)) {
$referredObject = $fixtureSet->getObjects()->get($referredFixture);
if ($referredObject instanceof CompleteObject || false === $context->needsCompleteGeneration()) {
return new ResolvedValueWithFixtureSet($referredObject->getInstance(), $fixtureSet);
}
}
// Object is either not completely generated or has not been generated at all yet
if (false === $referredFixture instanceof FixtureInterface) {
throw FixtureNotFoundExceptionFactory::create($referredFixtureId);
}
$context->markIsResolvingFixture($referredFixtureId);
$objects = $this->generator->generate($referredFixture, $fixtureSet, $context);
$fixtureSet = $fixtureSet->withObjects($objects);
return new ResolvedValueWithFixtureSet($fixtureSet->getObjects()->get($referredFixture)->getInstance(), $fixtureSet);
}
public function testDoesNotResolveArgumentsIfSpecifiedNoConstructor()
{
$specs = SpecificationBagFactory::create();
$fixture = new SimpleFixture('dummy', 'stdClass', $specs);
$set = ResolvedFixtureSetFactory::create();
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$expected = ResolvedFixtureSetFactory::create(null, (new FixtureBag())->with($fixture), new ObjectBag(['dummy' => new \stdClass()]));
$resolverProphecy = $this->prophesize(ValueResolverInterface::class);
$resolverProphecy->resolve(Argument::cetera())->shouldNotBeCalled();
/** @var ValueResolverInterface $resolver */
$resolver = $resolverProphecy->reveal();
$decoratedInstantiatorProphecy = $this->prophesize(InstantiatorInterface::class);
$decoratedInstantiatorProphecy->instantiate($fixture, $set, $context)->willReturn($expected);
/** @var InstantiatorInterface $decoratedInstantiator */
$decoratedInstantiator = $decoratedInstantiatorProphecy->reveal();
$instantiator = new InstantiatorResolver($decoratedInstantiator, $resolver);
$actual = $instantiator->instantiate($fixture, $set, $context);
$this->assertSame($expected, $actual);
}
public function testThrowsIfLimitForGenerationOfUniqueValuesIsReached()
{
$uniqueId = 'uniqid';
$realValue = new FakeValue();
$value = new UniqueValue($uniqueId, $realValue);
$fixture = new FakeFixture();
$set = ResolvedFixtureSetFactory::create();
$scope = ['scope' => 'epocs'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$pool = new UniqueValuesPool();
$pool->add(new UniqueValue($uniqueId, 10));
$pool->add(new UniqueValue($uniqueId, 11));
$decoratedResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$decoratedResolverProphecy->resolve($realValue, $fixture, $set, $scope, $context)->willReturn(new ResolvedValueWithFixtureSet(10, $set));
/** @var ValueResolverInterface $decoratedResolver */
$decoratedResolver = $decoratedResolverProphecy->reveal();
$resolver = new UniqueValueResolver($pool, $decoratedResolver);
try {
$resolver->resolve($value, $fixture, $set, $scope, $context);
$this->fail('Expected exception to be thrown.');
} catch (UniqueValueGenerationLimitReachedException $exception) {
$decoratedResolverProphecy->resolve(Argument::cetera())->shouldHaveBeenCalledTimes(150);
}
}
public function testTheMatchingFixtureCanBeFromLoadedFixtures()
{
$value = FixtureMatchReferenceValue::createWildcardReference('dummy');
$fixture = new DummyFixture('injected_fixture');
$set = ResolvedFixtureSetFactory::create(null, (new FixtureBag())->with(new DummyFixture('dummy')));
$scope = ['foo' => 'bar'];
$context = new GenerationContext();
$context->markIsResolvingFixture('foo');
$valueResolverProphecy = $this->prophesize(ValueResolverInterface::class);
$valueResolverProphecy->resolve(new FixtureReferenceValue('dummy'), $fixture, $set, $scope, $context)->willReturn($expected = new ResolvedValueWithFixtureSet('dummy', $newSet = ResolvedFixtureSetFactory::create(new ParameterBag(['ping' => 'pong']), (new FixtureBag())->with($fixture))));
/** @var ValueResolverInterface $valueResolver */
$valueResolver = $valueResolverProphecy->reveal();
$resolver = new FixtureWildcardReferenceResolver($valueResolver);
$actual = $resolver->resolve($value, $fixture, $set, $scope, $context);
$this->assertSame($expected, $actual);
}
