#ifndef Core_Property_h
#define Core_Property_h

#include "Util/Util.h"
#include <stdint.h>

#define ENABLE_PROPERTIES(...) typedef __VA_ARGS__ _core_property_h_thisClass_

#define TYPE() type

#define GETTER(type, name) type Get##name()
#define SETTER(type, name) type & Set##name(type & value)

#define PROPERTY(type, name, ...) \
	__VA_ARGS__ \
	typedef type _core_property_h_##name##type; \
	class UNIQUE_TOKEN(_core_property_h_property_class_) \
	{ \
	public:	\
		UNIQUE_TOKEN(_core_property_h_property_class_) (type& initialValue) { GetContainingInstance()->Set##name(initialValue); } \
		operator type() { return GetContainingInstance()->Get##name(); } \
		template<typename T> \
		T& operator =(T& other) { GetContainingInstance()->Set##name(other); return other; } \
	private: \
		_core_property_h_thisClass_* GetContainingInstance() { return  (_core_property_h_thisClass_*)((int8_t*)(this) - offsetof(_core_property_h_thisClass_, UNIQUE_TOKEN(_core_property_h_property_datamember_))); } \
	}; \
	UNIQUE_TOKEN(_core_property_h_property_class_) UNIQUE_TOKEN(_core_property_h_property_datamember_) \

//For non Standard-Layout classes as per C++11. Requires initialization because offsetof is not permitted
#define NON_STANDARD_LAYOUT_PROPERTY(type, name, ...) \
	__VA_ARGS__ \
	class UNIQUE_TOKEN(_core_property_h_property_class_) \
	{ \
	public:	\
		UNIQUE_TOKEN(_core_property_h_property_class_) (_core_property_h_thisClass_& container, type& initialValue) : container(container) { container.Set##name(initialValue); } \
		operator type() { return container.Get##name(); } \
		template<typename T> \
		T& operator =(T& other) { container.Set##name(other); return other; } \
	private: \
		_core_property_h_thisClass_& container; \
	}; \
	UNIQUE_TOKEN(_core_property_h_property_class_) UNIQUE_TOKEN(_core_property_h_property_datamember_) \

#endif