ClassHelper.h File Reference

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Macros
#define	A_PROPERTY(___type, ___name)   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type ___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_POINTER(___type, ___name)   private: ___type m_##___name; public: void set##___name(___type _##___name) { m_##___name = _##___name; }; ___type ___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that a pointer type is expected The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_POINTERGET(___type, ___name)   private: ___type m_##___name; public: void set##___name(___type _##___name) { m_##___name = _##___name; }; ___type get##___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that a pointer type is expected The difference to A_PROPERTY_POINTER is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_GET(___type, ___name)   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type get##___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_REF(___type, ___name)   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type& ___name(void) { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a reference to the member The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_CREF(___type, ___name)   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; const ___type& ___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a const reference to the member The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_REFGET(___type, ___name)   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type& get##___name(void) { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a reference to the member The difference to A_PROPERTY_REF is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_CREFGET(___type, ___name)   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; const ___type& get##___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a const reference to the member The difference to A_PROPERTY_CREF is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.
#define	A_PROPERTY_IS(___name)   private: bool m_##___name; public: void set##___name(bool _##___name) { m_##___name = _##___name; }; bool is##___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The type of the member will be bool The get function will start with the keyword "is" The access specifier after the macro will be "public".
#define	A_PROPERTY_HAS(___name)   private: bool m_##___name; public: void set##___name(bool _##___name) { m_##___name = _##___name; }; bool has##___name(void) const { return m_##___name; };
	Creates a private property with public set and get function The type of the member will be bool The get function will start with the keyword "has" The access specifier after the macro will be "public".
#define	A_PROPERTY_P(___type, ___name)   protected: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; const ___type& ___name(void) const { return m_##___name; };
	Creates a protected property with public set and get function The access specifier after the macro will be "public".

Macro Definition Documentation

A_PROPERTY

#define A_PROPERTY	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type ___name(void) const { return m_##___name; };

Creates a private property with public set and get function The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; int Test(void) const { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_CREF

#define A_PROPERTY_CREF	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; const ___type& ___name(void) const { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a const reference to the member The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; const int& Test(void) const { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_CREFGET

#define A_PROPERTY_CREFGET	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; const ___type& get##___name(void) const { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a const reference to the member The difference to A_PROPERTY_CREF is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; const int& getTest(void) const { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_GET

#define A_PROPERTY_GET	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type get##___name(void) const { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; int getTest(void) const { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_HAS

#define A_PROPERTY_HAS

(

___name

)

private: bool m_##___name; public: void set##___name(bool _##___name) { m_##___name = _##___name; }; bool has##___name(void) const { return m_##___name; };

Creates a private property with public set and get function The type of the member will be bool The get function will start with the keyword "has" The access specifier after the macro will be "public".

Parameters

___type	The property type
___name	The property name

A_PROPERTY_IS

#define A_PROPERTY_IS

(

___name

)

private: bool m_##___name; public: void set##___name(bool _##___name) { m_##___name = _##___name; }; bool is##___name(void) const { return m_##___name; };

Creates a private property with public set and get function The type of the member will be bool The get function will start with the keyword "is" The access specifier after the macro will be "public".

Parameters

___name

The property name

A_PROPERTY_P

#define A_PROPERTY_P	(		___type,
			___name )   protected: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; const ___type& ___name(void) const { return m_##___name; };

Creates a protected property with public set and get function The access specifier after the macro will be "public".

Parameters

___type	The property type
___name	The property name

A_PROPERTY_POINTER

#define A_PROPERTY_POINTER	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(___type _##___name) { m_##___name = _##___name; }; ___type ___name(void) const { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that a pointer type is expected The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; int Test(void) const { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_POINTERGET

#define A_PROPERTY_POINTERGET	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(___type _##___name) { m_##___name = _##___name; }; ___type get##___name(void) const { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that a pointer type is expected The difference to A_PROPERTY_POINTER is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; int Test(void) const { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_REF

#define A_PROPERTY_REF	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type& ___name(void) { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a reference to the member The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; int& Test(void) { return m_Test; };

Parameters

___type	The property type
___name	The property name

A_PROPERTY_REFGET

#define A_PROPERTY_REFGET	(		___type,
			___name )   private: ___type m_##___name; public: void set##___name(const ___type& _##___name) { m_##___name = _##___name; }; ___type& get##___name(void) { return m_##___name; };

Creates a private property with public set and get function The difference to A_PROPERTY is that the get function will return a reference to the member The difference to A_PROPERTY_REF is that the get function will start with the keyword "get" The access specifier after the macro will be "public" (See example) Example: Code: A_PROPERTY(int, Test);.

Result: private: int m_Test; public: void setTest(int _Test) { m_Test = _Test; }; int& getTest(void) { return m_Test; };

Parameters

___type	The property type
___name	The property name