public void TearDown()
{
// Unregister Photon serializer/deserializer callbacks for the types
PhotonRegisterSerializers registerSerializers = new PhotonRegisterSerializers();
registerSerializers.DeregisterSerializer(typeof(NullMembers));
registerSerializers.DeregisterSerializer(typeof(ConcreteChildById));
registerSerializers.DeregisterSerializer(typeof(AbstractBaseById));
registerSerializers.DeregisterSerializer(typeof(ConcreteChildByValue));
registerSerializers.DeregisterSerializer(typeof(AbstractBaseByValue));
// Deregister types & destroy type registries
NetworkableId <Type> .Remove(typeof(NullMembers));
NetworkableId <Type> .Remove(typeof(AbstractBaseById));
NetworkableId <Type> .Remove(typeof(ConcreteChildById));
NetworkableId <AbstractBaseById> .Destroy();
NetworkableId <ConcreteChildById> .Destroy();
NetworkableIdRegistry.DestroyRootRegistry(typeof(AbstractBaseById));
NetworkableId <Type> .Remove(typeof(AbstractBaseByValue));
NetworkableId <Type> .Remove(typeof(ConcreteChildByValue));
NetworkableId <Type> .Destroy();
NetworkableIdRegistry.DestroyRootRegistry(typeof(Type));
}
public void RootRegistries()
{
// There should be no root registries available at start of test
Assert.That(NetworkableIdRegistry.AllRootRegistries.Count, Is.EqualTo(0));
// Create one root registry
NetworkableIdRegistry.CreateRootRegistry(typeof(DummyClass1));
// After creating a root registry for a given type, that type should be available
Assert.That(NetworkableIdRegistry.AllRootRegistries.Count, Is.EqualTo(1));
Assert.That(NetworkableIdRegistry.GetRootRegistry(typeof(DummyClass1)), Is.Not.Null);
// Other classes should not yet provide a root registry
Assert.Throws <KeyNotFoundException>(() => NetworkableIdRegistry.GetRootRegistry(typeof(DummyClass2)));
// Remove root registry
Assert.DoesNotThrow(() => NetworkableIdRegistry.DestroyRootRegistry(typeof(DummyClass1)));
}