1-dimensional array of type T More...

#include <array.hpp>

Inherits ivl::array_common_base< C >, ivl::data::referer< X >, and ivl::array_details::ref_iterator_extender< C, T, IT, CONST_IT, HAS_C_PTR >.

Public Types
typedef types::t_if < types::t_and< types::is_ptr < stored_it_type >, is_wrt > , T *, invalid_data_init_arg > ::type	data_init_arg
typedef ptrdiff_t	diff_type
	difference type of iterators
typedef size_t	size_type
	parameter of resize, in each class of the hierarchy
Public Member Functions
std::iterator_traits< CONST_IT > ::reference	operator[] (size_t offset) const
	Returns the element found at position offset.
std::iterator_traits< IT > ::reference	operator[] (size_t offset)
	Returns the element found at position offset.
	~array ()
	destructor
Size functions
size_t	length () const
	Get the length of the element sequence.
size_type	size () const
	Get the size of the array. generic-class function.
size_t	numel () const
	Get the length of the element sequence.
Constructors
	array ()
	Default constructor.
	array (int)
	with number (for null)
	array (const stored_it_type &it, illegal_ifn_fixedlen disable=illegal_ifn_fixedlen(), illegal_ifn_rnd disable2=illegal_ifn_rnd())
	array (const stored_it_type &it, size_t n, illegal_if_fixedlen disable=illegal_if_fixedlen(), illegal_ifn_rnd disable_cond_2=illegal_ifn_rnd())
	array (const stored_it_type &it, size_t n, const stored_it_type &it_end, illegal_if_fixedlen disable=illegal_if_fixedlen())
	array (const stored_it_type &it, const stored_it_type &it_end, size_t n)
	array (const stored_it_type &it, const stored_it_type &it_end, illegal_ifn_rnd_and_fixedlen disable=illegal_ifn_rnd_and_fixedlen())
	array (const this_type &a)
	Copy-constructor.
template<class J , class S >
	array (size_t len, const array< J, S > &a)
	chain constructor with size_type and T& or A&
template<class J , class S >
	array (size_t len, array< J, S > &a)
	chain constructor with size_type and T& or A&
template<class J , class S >
	array (const array< J, S > &a)
	chain constructor with other type array
template<class J , class S >
	array (array< J, S > &a)
	chain constructor with other type array
filler chain constructors
	array (size_t)
	used to work with NULL
	array (size_t len, const T *ptr, illegal_if_writeable=illegal_if_writeable())
	chain constructor with size_type and T*
	array (size_t len, const data_init_arg &y)
	chain constructor with size_type and data_init_arg
Special member functions
void	set_null ()
bool	is_null () const
void	set_free (bool enable=true)
Init member functions
void	init (const array &o)
void	init (const stored_it_type &it, illegal_ifn_fixedlen disable=illegal_ifn_fixedlen(), illegal_ifn_rnd disable2=illegal_ifn_rnd())
void	init (const stored_it_type &it, size_t n, illegal_if_fixedlen disable=illegal_if_fixedlen(), illegal_ifn_rnd disable_cond_2=illegal_ifn_rnd())
void	init (const stored_it_type &it, size_t n, const stored_it_type &it_end, illegal_if_fixedlen disable=illegal_if_fixedlen())
void	init (const stored_it_type &it, const stored_it_type &it_end, size_t n)
void	init (const stored_it_type &it, const stored_it_type &it_end, illegal_ifn_rnd_and_fixedlen disable=illegal_ifn_rnd_and_fixedlen())
template<class J , class S >
void	init (size_t len, const array< J, S > &a)
	chain constructor with size_type and T& or A&
template<class J , class S >
void	init (size_t len, array< J, S > &a)
	chain constructor with size_type and T& or A&
template<class J , class S >
void	init (const array< J, S > &a)
	chain constructor with other type array
template<class J , class S >
void	init (array< J, S > &a)
	chain constructor with other type array
void	init (size_t s)
void	init (size_t len, const T *ptr, illegal_if_writeable disable=illegal_if_writeable())
	chain constructor with size_type and T*
void	init (size_t len, const data_init_arg &y)
setref member functions
void	setref (const array &o)
void	setref (const stored_it_type &it, illegal_ifn_fixedlen disable=illegal_ifn_fixedlen(), illegal_ifn_rnd disable2=illegal_ifn_rnd())
void	setref (const stored_it_type &it, size_t n, illegal_if_fixedlen disable=illegal_if_fixedlen(), illegal_ifn_rnd disable_cond_2=illegal_ifn_rnd())
void	setref (const stored_it_type &it, size_t n, const stored_it_type &it_end, illegal_if_fixedlen disable=illegal_if_fixedlen())
void	setref (const stored_it_type &it, const stored_it_type &it_end, size_t n)
void	setref (const stored_it_type &it, const stored_it_type &it_end, illegal_ifn_rnd_and_fixedlen disable=illegal_ifn_rnd_and_fixedlen())
template<class J , class S >
void	setref (size_t len, const array< J, S > &a)
template<class J , class S >
void	setref (size_t len, array< J, S > &a)
template<class J , class S >
void	setref (const array< J, S > &a)
template<class J , class S >
void	setref (array< J, S > &a)
void	setref (size_t s)
void	setref (size_t len, const T *ptr, illegal_if_writeable disable=illegal_if_writeable())
void	setref (size_t len, const data_init_arg &y)
Assignement Operators
template<class K >
derived_type &	operator= (const K &k)
this_type &	operator= (const this_type &a)

Detailed Description

template<class T, class IT, class CONST_IT, int LENGTH, class HAS_C_PTR, class DERIVED_INFO>
class ivl::array< T, data::ref_iterator< IT, CONST_IT, LENGTH, HAS_C_PTR, DERIVED_INFO > >

1-dimensional array of type T

This class is a very important specialization. It wraps any iterator (could be a user made iterator or an iterator from an stl container) to an ivl array. This class defines an simple one-dimensional array. IT should have the container iterator. CONST_IT the const_iterator. LENGTH should be 0, or a number for a fixed length container. give types::term as IT to make the array CONST. or give IT = const_iterator and CONST_IT = types::term to make the array CONST. or give IT = CONST_IT = const_iterator to make the array CONST. give IT = iterator and CONST_IT = types::term for an array with no const access (full access only). latest feature: ref iterator supports a flag that allows freeing the memory.