Inheritance diagram for til::rle_array< T, TCount >::const_iterator:

Collaboration diagram for til::rle_array< T, TCount >::const_iterator:

Public Types
typedef detail::rle_array_iterator_base< const rle_array< T, TCount >, typename Data::const_iterator >	Base

typedef Base::value_type	value_type

typedef Base::reference	reference

typedef Base::pointer	pointer

Public Types inherited from til::detail::rle_array_iterator_base< const rle_array< T, TCount >, Data::const_iterator >
typedef rle_array_iterator_base< const rle_array< T, TCount >, Data::const_iterator >	Self

typedef const rle_array< T, TCount >	container

typedef const rle_array< T, TCount > ::count_type	count_type

typedef std::pair< Data::const_iterator, count_type >	index_type

typedef value_proxy< const rle_array< T, TCount >, index_type, policy::VPAccess_Default< container, index_type &> >	ValueProxy

typedef container::value_type	value_type

typedef ValueProxy &	reference

typedef ValueProxy::const_pointer	pointer

Public Member Functions
	const_iterator (const typename Data::const_iterator &i, TCount segindex, std::size_t pos, const rle_array< T, TCount > &c)

template<typename XRLEArray , typename XIterator >
	const_iterator (const detail::rle_array_iterator_base< XRLEArray, XIterator > &b)
	This is only to convert from an rle_array<T,TCount>::iterator, so that one can write const_iterator i = a.begin() even when a is non-const. More...

Public Member Functions inherited from til::detail::rle_array_iterator_base< const rle_array< T, TCount >, Data::const_iterator >
	rle_array_iterator_base (const Data::const_iterator &i, count_type segindex, std::size_t pos, container &c)

	rle_array_iterator_base (const rle_array_iterator_base< XRLEArray, XIterator > &b)

std::size_t	pos () const
	Return the current position of the iterator in the array. More...

const ValueProxy &	proxy () const

reference	operator* ()

pointer	operator-> ()

void	operator++ ()

void	print ()

Detailed Description