SmartPtr< T > Class Template Reference

Template class that provides automatic casting for hold RefCount based objects.

#include <SUIT_SmartPtr.h>

Public Member Functions
	SmartPtr ()
	default constructor
template<class Y >
	SmartPtr (Y *y_)
	constructor from any RefCount-based class
template<class Y >
	SmartPtr (const SmartPtr< Y > &y_)
	copy constructor from any RefCount-based class
	SmartPtr (const SmartPtr &t_)
	copy constructor
virtual	~SmartPtr (void)
	destructor
T &	operator* () const
	return *pointer
T *	operator-> () const
	return pointer
	operator T * () const
	return pointer
T *	get () const
	return pointer
template<class Y >
SmartPtr &	operator= (const SmartPtr< Y > &y_)
	assignment
SmartPtr &	operator= (const SmartPtr &t_)
SmartPtr &	operator= (T *p_)
int	operator== (const SmartPtr &t_)
	comparing
int	operator== (const T *p_)
	comparing
int	operator!= (SmartPtr &t_)
	comparing
int	operator!= (T *p_)
	comparing
void	nullify ()
	nullify
bool	isNull () const
	check for null
Private Attributes
T *	p
	stored pointer
Friends
int	operator== (const T *p_, const SmartPtr &t_)
	comparing
int	operator!= (T *p_, SmartPtr &t_)
	comparing

template<class T>
class SmartPtr< T >

---

Constructor & Destructor Documentation

template<class T>

SmartPtr< T >.SmartPtr

(

)

template<class T>

template<class Y >

SmartPtr< T >.SmartPtr

(

Y *

y_

)

References SmartPtr< T >.p.

template<class T>

template<class Y >

SmartPtr< T >.SmartPtr

(

const SmartPtr< Y > &

y_

)

References SmartPtr< T >.get(), and SmartPtr< T >.p.

template<class T>

SmartPtr< T >.SmartPtr

(

const SmartPtr< T > &

t_

)

References SmartPtr< T >.p.

template<class T>

virtual SmartPtr< T >.~SmartPtr

(

void

)

[virtual]

References SmartPtr< T >.p.

---

Member Function Documentation

template<class T>

T& SmartPtr< T >.operator*

(

)

const

References SmartPtr< T >.p.

template<class T>

T* SmartPtr< T >.operator->

(

)

const

References SmartPtr< T >.p.

template<class T>

SmartPtr< T >.operator T *

(

)

const

References SmartPtr< T >.p.

template<class T>

T* SmartPtr< T >.get

(

)

const

References SmartPtr< T >.p.

template<class T>

template<class Y >

SmartPtr& SmartPtr< T >.operator=

(

const SmartPtr< Y > &

y_

)

References SmartPtr< T >.get().

template<class T>

SmartPtr& SmartPtr< T >.operator=

(

const SmartPtr< T > &

t_

)

assignment

References SmartPtr< T >.get(), and SmartPtr< T >.operator=().

template<class T>

SmartPtr& SmartPtr< T >.operator=

(

T *

p_

)

References SmartPtr< T >.p.

template<class T>

int SmartPtr< T >.operator==

(

const SmartPtr< T > &

t_

)

References SmartPtr< T >.p.

template<class T>

int SmartPtr< T >.operator==

(

const T *

p_

)

References SmartPtr< T >.p.

template<class T>

int SmartPtr< T >.operator!=

(

SmartPtr< T > &

t_

)

References SmartPtr< T >.p.

template<class T>

int SmartPtr< T >.operator!=

(

T *

p_

)

References SmartPtr< T >.p.

template<class T>

void SmartPtr< T >.nullify

(

)

References SmartPtr< T >.p.

template<class T>

bool SmartPtr< T >.isNull

(

)

const

References SmartPtr< T >.p.

---

Friends And Related Function Documentation

template<class T>

int operator==	(	const T *	p_,
		const SmartPtr< T > &	t_
	)		[friend]

template<class T>

int operator!=	(	T *	p_,
		SmartPtr< T > &	t_
	)		[friend]

---

Field Documentation

template<class T>

T* SmartPtr< T >.p [private]