property.h File Reference

Credits: The Property pattern is taken from "Patterns in Practice: A Property Template for C++", from "C++ Report", Nov/Dec 1995, p. More...

#include <owl/private/defs.h>
#include <owl/functor.h>
#include <owl/preclass.h>
#include <owl/posclass.h>

Go to the source code of this file.

Classes
class	owl::TProperty< T >
	simple type/pointer More...
class	owl::TConstProperty< T >
class	owl::TObjProperty< T >
	Property container for object. More...
class	owl::TConstObjProperty< T >
	Read only Property container for object. More...
class	owl::TArrayProperty< T, I >
class	owl::TArrayProperty< T, I >::TSetter
class	owl::TConstArrayProperty< T, I >
	array read only array More...
class	owl::TConstArrayProperty< T, I >::TGetter
class	owl::TConstObjArrayProperty< T, I >
	array read only array More...
class	owl::TConstObjArrayProperty< T, I >::TGetter
class	owl::TFuncProperty< T >
class	owl::TFuncObjProperty< T >
class	owl::TFuncPropertyGet< T >
class	owl::TFuncObjPropertyGet< T >
class	owl::TFuncPropertyPut< T >
class	owl::TFuncObjPropertyPut< T >
class	owl::TFuncPropertyVarPut< T >
class	owl::TFuncObjPropertyVarPut< T >
class	owl::TFuncPropertyIdxGet< T, index >
class	owl::TFuncObjPropertyIdxGet< T, index >
class	owl::TFuncPropertyIdxPut< T, index >
class	owl::TFuncObjPropertyIdxPut< T, index >
class	owl::TFuncPropertyIdx< T, index >
class	owl::TFuncObjPropertyIdx< T, index >

Namespaces
namespace	owl
	Object Windows Library (OWLNext Core)

Macros
#define	GETFUNCTOR(T, func)    Functor((TFunctor0<T>*)nullptr, func)
#define	PUTFUNCTOR(T, func)    Functor((TFunctorV1<T>*)nullptr, func)
#define	GETPUTFUNCTOR(T, funcGet, funcPut)
#define	GETOBJFUNCTOR(T, func)    Functor((TFunctor0<T&>*)nullptr, func)
#define	PUTOBJFUNCTOR(T, func)    Functor((TFunctorV1<const T&>*)nullptr, func)
#define	GETPUTOBJFUNCTOR(T, funcGet, funcPut)
#define	GETMFUNCTOR(T, type, memberFunc)    Functor((TFunctor0<T>*)nullptr, *this, &type::memberFunc)
#define	PUTMFUNCTOR(T, type, memberFunc)    Functor((TFunctorV1<T>*)nullptr, *this, &type::memberFunc)
#define	GETPUTMFUNCTOR(T, type, memberGet, memberPut)
#define	GETOBJMFUNCTOR(T, type, memberFunc)    Functor((TFunctor0<T&>*)nullptr, *this, &type::memberFunc)
#define	PUTOBJMFUNCTOR(T, type, memberFunc)    Functor((TFunctorV1<const T&>*)nullptr, *this, &type::memberFunc)
#define	GETPUTOBJMFUNCTOR(T, type, memberGet, memberPut)
#define	IDXGETFUNCTOR(T, func)    Functor((TFunctor1<T,int>*)nullptr, func)
#define	IDXPUTFUNCTOR(T, func)    Functor((TFunctorV2<int,T>*)nullptr, func)
#define	IDXGETPUTFUNCTOR(T, funcGet, funcPut)
#define	IDXGETPUTOBJFUNCTOR(T, funcGet, funcPut)
#define	IDXGETMFUNCTOR(T, type, memberFunc)    Functor((TFunctor1<T,int>*)nullptr, *this, &type::memberFunc)
#define	IDXPUTMFUNCTOR(T, type, memberFunc)    Functor((TFunctorV2<int,T>*)nullptr, *this, &type::memberFunc)
#define	IDXGETPUTMFUNCTOR(T, type, memberGet, memberPut)
#define	IDXGETPUTOBJMFUNCTOR(T, type, memberGet, memberPut)

Detailed Description

Credits: The Property pattern is taken from "Patterns in Practice: A Property Template for C++", from "C++ Report", Nov/Dec 1995, p.

28-33, by Colin Hastie. I've in turn extended it to allow for "true" Delphi-like property syntax by allowing you to assign normal T objects to the TProperty<T>, as well as provide an implict conversion-to-T operator. Note that this implicit conversion is NOT highly held in regard by many C++-ers, and therefore can be #defined out of existence by #define-ing STRICT_PROPERTY_SYNTAX before #include-ing this file. Delphi (and C++Builder) also allow for methods to be used instead of direct access to data members; this, too, is allowed, by making use of the callback mechanism within VDBT/BDTF.H. TProperty<T> can be constructed to take two callbacks, one returning T taking void (get), and the other returning void and taking a const T& (set). These methods will be called in place of accessing the m_content method of Property<>, below. Note that I'm assuming that if you write the 'get', you'll also write the 'set', and that both methods provide their own storage for T (instead of relying on m_content within the TProperty<T>).

Requirements; TProperty assumes that the type T has meaningful orthodox canonical form semantics (default ctor, copy ctor, assignment op, dtor)

Definition in file property.h.