intrusive_list_iterator.h File Reference

Iterator utilities for working with intrusive pointers. More...

#include <assert.h>

Go to the source code of this file.

Classes
class	NextFunctionIterator< T, GetNextPointer >
	An iterator that follows a 'next' pointer with an accessor function. More...
class	IntrusiveListIterator< T, NextPointer >
	An iterator that follows the 'next' pointer in an intrusive list. More...
class	IteratorContainer< IteratorType >
	Adds a collection interface on top of an iterator. More...

Typedefs
template<typename T >
using	GetNextPointerFunction = T *(*)(const T *)
template<typename T , GetNextPointerFunction< T > Fn>
using	NextFunctionContainer = IteratorContainer< NextFunctionIterator< T, Fn > >
	Convenience alias for instantiating a container directly from the accessor function. More...
template<typename T , T *T::* NextPointer>
using	IntrusiveListContainer = IteratorContainer< NextFunctionIterator< T, &GetMember< T, NextPointer > > >

Functions
template<typename T , T *T::* Member>
T *	GetMember (const T *t)
	Helper template for the case when the 'next' member can be used directly, typically when it's public and the class definition is known. More...

Detailed Description

Iterator utilities for working with intrusive pointers.

Typedef Documentation

GetNextPointerFunction

template<typename T >

using GetNextPointerFunction = T *(*)(const T *)

IntrusiveListContainer

template<typename T , T *T::* NextPointer>

using IntrusiveListContainer = IteratorContainer<NextFunctionIterator<T, &GetMember<T, NextPointer> >>

NextFunctionContainer

template<typename T , GetNextPointerFunction< T > Fn>

using NextFunctionContainer = IteratorContainer<NextFunctionIterator<T, Fn> >

Convenience alias for instantiating a container directly from the accessor function.

Function Documentation

GetMember()

template<typename T , T *T::* Member>

T * GetMember

(

const T *

t

)

Helper template for the case when the 'next' member can be used directly, typically when it's public and the class definition is known.