lite::u_iterator< base_iter_type_, func_type_, is_static_ > Class Template Reference
[Array Internals (Advanced)]

This class implements an iterator that returns the result of applying a function object to the return value of another iterator. More...

#include <array.hpp>

List of all members.

Public Types
typedef base_iter_type_	base_iterator_type
typedef func_type_	function_type
typedef std::random_access_iterator_tag	iterator_category
typedef detail::remove < typename func_type_::result_type, const volatile int & >::type	value_type
typedef ptrdiff_t	difference_type
typedef func_type_::result_type	reference
typedef detail::remove < typename func_type_::result_type, int & > ::type *	pointer
Public Member Functions
template<class other_base_iter_type_ >
LITE_INLINE	u_iterator (const other_base_iter_type_ &base_iter)
	Creates a u_iterator with the base iterator base_iter.
template<class other_base_iter_type_ >
LITE_INLINE	u_iterator (const other_base_iter_type_ &base_iter, const function_type &func)
	Creates a u_iterator with the base iterator base_iter and the function object func.
LITE_INLINE	u_iterator (const u_iterator &other)
template<class other_base_iter_type_ >
LITE_INLINE	u_iterator (const u_iterator< other_base_iter_type_, func_type_, is_static_ > &other)
LITE_INLINE u_iterator &	operator= (const u_iterator &other)
template<typename other_base_iter_type_ >
LITE_INLINE u_iterator &	operator= (const u_iterator< other_base_iter_type_, func_type_, is_static_ > &other)
Public Attributes
base_iterator_type	base_iterator
	This variable stores the base iterator.
function_type	function
	This variable stores the function object. It will be a static member if is_static_ is true.
Static Public Attributes
static const bool	is_static = is_static_

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Detailed Description

template<typename base_iter_type_, typename func_type_, bool is_static_ = true>
class lite::u_iterator< base_iter_type_, func_type_, is_static_ >

This class implements an iterator that returns the result of applying a function object to the return value of another iterator.

The type base_iter_type_ specifies the type of the underlying iterator. The type func_type_ specifies the type of the function object that is applied to the return value of the base iterator. If is_static_ is true then the function object will be a static member of the u_iterator object and thus won't occupy any memory in the u_iterator object. If is_static_ is false then the function object will be a regular member of the u_iterator object and thus will occupy memory in the u_iterator object.

All the required operations (i.e. at(), inc(), dec(), shift()) are also defined.

Example:

        typedef array<float[2][2]> A;

        A a;
        
        typedef u_iterator<A::iterator, lite::square, true> Iter; 
        typedef array<float[2][2], default_array_traits, reference_rep<Iter> > B;

        B b(Iter(a.begin()), a.size());

        std::cin >> a; 
        std::cout << b << std::endl;

Assuming that the input is:

        1 2
        3 4
    

The output would be:

        1 4
        9 16
    

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Constructor & Destructor Documentation

template<typename base_iter_type_, typename func_type_, bool is_static_ = true>

template<class other_base_iter_type_ >

LITE_INLINE lite::u_iterator< base_iter_type_, func_type_, is_static_ >::u_iterator	(	const other_base_iter_type_ &	base_iter,
		const function_type &	func
	)			[inline]

Creates a u_iterator with the base iterator base_iter and the function object func.

Remarks:

This constructor is defined only if is_static_ is false.

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

• array.hpp