ptr< TYPE > Class Template Reference

Public Types
using	POINTER_TYPE_TAG = pointer_type_t

Public Member Functions
	ptr (const TYPE *p)
	consumes a referer
template<typename TYPE2>
	ptr (const TYPE2 *p)
	consumes a referer
	ptr (const ptr &ptr)
	consumes a referer
	ptr (ptr &&ptr)
	referer is transferred ?
	ptr (transfer_t, const TYPE *p)
	ptr (const ::pointer< TYPE > &p)
	ptr (::pointer< TYPE > &&p)
template<typename T2>
	ptr (const ::pointer< T2 > &p)
template<typename T2>
	ptr (::pointer< T2 > &&p)
TYPE *	operator-> ()
TYPE *	operator-> () const
	operator TYPE * ()
	operator TYPE * () const
TYPE *	get ()
TYPE *	get () const
ptr &	operator= (const TYPE *p)
template<typename T2>
ptr &	operator= (const T2 *p2)
::ptr< TYPE > &	operator= (const ::ptr< TYPE > &p)
::ptr< TYPE > &	operator= (::ptr< TYPE > &&p)
::ptr< TYPE > &	transfer (TYPE *p)
ptr &	operator= (const ::pointer< TYPE > &p)
ptr &	operator= (::pointer< TYPE > &&p)
template<typename T2>
ptr &	operator= (const ::pointer< T2 > &p)
template<typename T2>
ptr &	operator= (::pointer< T2 > &&p)
void	release ()
void	operator() () const
	operator hash32 () const
bool	is_null () const
bool	is_set () const
bool	ok () const
bool	nok () const
template<typename TYPE2>
inline ::ptr< TYPE > &	operator= (const ::pointer< TYPE2 > &p)
template<typename TYPE2>
inline ::ptr< TYPE > &	operator= (::pointer< TYPE2 > &&p)

Public Attributes
TYPE *	m_p

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The documentation for this class was generated from the following files:

• prototype/prototype/ptr.h
• prototype/prototype/_impl_ptr.h