public function testShouldSkipPropertyReturnsFalseIfNoPredicateMatches()
{
$metadata = new StaticPropertyMetadata(\stdClass::class, 'foo', 'bar');
$context = SerializationContext::create();
$strat = new DisjunctExclusionStrategy([$first = $this->createMock(ExclusionStrategyInterface::class), $last = $this->createMock(ExclusionStrategyInterface::class)]);
$first->expects($this->once())->method('shouldSkipProperty')->with($metadata, $context)->will($this->returnValue(false));
$last->expects($this->once())->method('shouldSkipProperty')->with($metadata, $context)->will($this->returnValue(false));
$this->assertFalse($strat->shouldSkipProperty($metadata, $context));
}
public function testSerializeNullOption()
{
$context = SerializationContext::create();
$this->assertFalse($context->shouldSerializeNull());
$context->setSerializeNull(false);
$this->assertFalse($context->shouldSerializeNull());
$context->setSerializeNull(true);
$this->assertTrue($context->shouldSerializeNull());
$context->setSerializeNull('foo');
$this->assertTrue($context->shouldSerializeNull());
$context->setSerializeNull('0');
$this->assertFalse($context->shouldSerializeNull());
}
private function serialize($data, Type $type, SerializationContext $context)
{
$inVisitingStack = is_object($data) && null !== $data && !$context->getMetadataStack()->getCurrent() instanceof AdditionalPropertyMetadata;
if ($inVisitingStack) {
if ($context->isVisiting($data)) {
return null;
}
$context->startVisiting($data);
}
// If we're serializing a polymorphic type, then we'll be interested in the
// metadata for the actual type of the object, not the base class.
if (is_subclass_of($data, $type->getName(), false)) {
$type = new Type(get_class($data));
}
if (null !== $this->dispatcher && !is_scalar($data)) {
$this->dispatcher->dispatch(Events::PRE_SERIALIZE, $event = new PreSerializeEvent($context, $data, $type));
$data = $event->getData();
}
$metadata = $this->getMetadataForType($type);
if (null !== $metadata) {
foreach ($metadata->preSerializeMethods as $method) {
$method->getReflection()->invoke($data);
}
}
$context->getVisitor()->startVisiting($data, $type, $context);
$this->callVisitor($data, $type, $context, $metadata);
if (null !== $metadata) {
foreach ($metadata->postSerializeMethods as $method) {
$method->getReflection()->invoke($data);
}
}
if (null !== $this->dispatcher && !is_scalar($data)) {
$this->dispatcher->dispatch(Events::POST_SERIALIZE, new PostSerializeEvent($context, $data, $type));
}
$rs = $context->getVisitor()->endVisiting($data, $type, $context);
if ($inVisitingStack) {
$context->stopVisiting($data);
}
return $rs;
}
public function testDepthExclusionStrategy()
{
$context = SerializationContext::create()->addExclusionStrategy(new DepthExclusionStrategy());
$data = new Tree(new Node([new Node([new Node([new Node([new Node()])])])]));
$this->assertEquals($this->getContent('tree'), $this->serializer->serialize($data, $this->getFormat(), $context));
}
public function testObjectWithNamespacesAndList()
{
$object = new ObjectWithNamespacesAndList();
$object->name = 'name';
$object->nameAlternativeB = 'nameB';
$object->phones = ['111', '222'];
$object->addresses = ['A' => 'Street 1', 'B' => 'Street 2'];
$object->phonesAlternativeB = ['555', '666'];
$object->addressesAlternativeB = ['A' => 'Street 5', 'B' => 'Street 6'];
$object->phonesAlternativeC = ['777', '888'];
$object->addressesAlternativeC = ['A' => 'Street 7', 'B' => 'Street 8'];
$object->phonesAlternativeD = ['999', 'AAA'];
$object->addressesAlternativeD = ['A' => 'Street 9', 'B' => 'Street A'];
$this->assertEquals($this->getContent('object_with_namespaces_and_list'), $this->serialize($object, SerializationContext::create()));
$this->assertEquals($object, $this->deserialize($this->getContent('object_with_namespaces_and_list'), get_class($object)));
}
