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xplc_ptr< T > Class Template Reference

Smart pointer class for XPLC interfaces. More...

List of all members.

Public Methods
	xplc_ptr (T *aObj)
	Construct an xplc_ptr from a raw pointer.
template<class P>	xplc_ptr (const xplc_ptr< P > &aObj)
	Construct an xplc_ptr from another xplc_ptr.
ProtectedPtr *	operator-> () const
	Provide an operator->.
	operator ProtectedPtr * () const
	Provide an operator *.
xplc_ptr &	operator= (T *_ptr)
	Assign a raw pointer to an xplc_ptr.

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Detailed Description

template<class T>
class xplc_ptr< T >

Smart pointer class for XPLC interfaces.

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Constructor & Destructor Documentation

template<class T> xplc_ptr< T >::xplc_ptr (  T *    aObj )  [inline, explicit]

Construct an xplc_ptr from a raw pointer. This is the only way that an xplc_ptr will take ownership of an interface from its previous owner.

template<class T> template<class P> xplc_ptr< T >::xplc_ptr (  const xplc_ptr< P > &    aObj )  [inline, explicit]

Construct an xplc_ptr from another xplc_ptr. This will addRef the interface, if the xplc_ptr is non-NULL.

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Member Function Documentation

template<class T> xplc_ptr< T >::operator ProtectedPtr * (    )  const [inline]

Provide an operator *. This is so you can use "*foo" with an xplc_ptr like you could with the raw pointer. It also applies some basic protection.

template<class T> ProtectedPtr* xplc_ptr< T >::operator-> (    )  const [inline]

Provide an operator->. This allows you to invoke methods on the interface pointed at by the xplc_ptr. As with a raw pointer, if the xplc_ptr is NULL, this will cause a crash. The interface is wrapped in some basic protection, to avoid accidental addRef or release.

template<class T> xplc_ptr& xplc_ptr< T >::operator= (  T *    _ptr )  [inline]

Assign a raw pointer to an xplc_ptr. This will addRef the interface, and release the interface previously pointed at by the xplc_ptr, if any.

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

• ptr.h

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