lti_referenceCountedObject.h File Reference

#include "lti_types.h"

Classes
class	LTIReferenceCountedObject
	LTIReferenceCountedObject is a base class for implementing reference counting. More...
class	RC< TYPE >
	RC<> is a wrapper class around LTIReferenceCountedObject that gives the wrapped object block scoping. More...
Defines
#define	LTI_REFERENCE_COUNTED_BOILERPLATE_BASE(classname)
	Macros for defining boilerplate parts of derived LTIReferenceCountedObject classes.
#define	LTI_REFERENCE_COUNTED_BOILERPLATE(classname)
Functions
template<typename TYPE >
TYPE *	LTI_RETAIN (TYPE *object)
	Helper functions that test if the object is NULL before calling retian() and release().
template<typename TYPE >
void	LTI_RELEASE (TYPE *&object)
	Call release() on non-NULL objects and NULL out the pointer.
template<typename TYPE >
RC< TYPE > &	LTI_RETAIN (RC< TYPE > &object)
	Call retain() on non-NULL objects.

Define Documentation

#define LTI_REFERENCE_COUNTED_BOILERPLATE ( classname )

Value:

LTI_REFERENCE_COUNTED_BOILERPLATE_BASE(classname); \
   public: \
      static classname *create(void)

#define LTI_REFERENCE_COUNTED_BOILERPLATE_BASE ( classname )

Value:

LT_DISALLOW_COPY_CONSTRUCTOR(classname); \
   protected: \
      classname(void); \
      virtual ~classname(void)

LTI_REFERENCE_COUNTED_BOILERPLATE_BASE: shoudl be used when deriving class that will not be instantiated directly. (TYPE::create() is not declared.)

LTI_REFERENCE_COUNTED_BOILERPLATE: should be used when deriving classes that are concrete.

template<typename TYPE >

void LTI_RELEASE ( TYPE *& object ) [inline]

template<typename TYPE >

RC<TYPE>& LTI_RETAIN ( RC< TYPE > & object ) [inline]

template<typename TYPE >

TYPE* LTI_RETAIN ( TYPE * object ) [inline]

Call retain() on non-NULL objects