A back insertion sequence guarantees that insertion and access operations at the end of the container happen in amortized constant time and provides additional shorthands for those operations. More...

Inherits concepts::Sequence_concept.

Public Member Functions
value_type &	back ()
	Return reference to last element.
void	push_back (value_type &t)
	Insert element as new last element of the container.
void	pop_back ()
	Remove last element.
	X (size_type n, value_type t)
	Create a sequence consisting of n copies of t.
	X (size_type n)
	Create a sequence consisting of n instances of the default value for value_type.
	X (value_type a, value_type b)
	Create a sequence that contains the values from a to b, including a and excluding b or in mathematical notation: [a, b).
	X ()
	The default constructor.
void	insert (iterator p, value_type t)
	Insert value t before the place pointed to by p.
void	insert (iterator p, size_type n, value_type t)
	Insert n copies of t before p.
void	insert (iterator p, value_type a, value_type b)
	Insert [a, b) before p.
void	erase (iterator p)
	Erase element pointed to by p from the container.
void	erase (iterator p, iterator q)
	Erase all elements pointed to by [p, q).
void	clear ()
	Clear container (remove all elements).
void	resize (size_type n, value_type t)
	Resize container by removing elements from the end or appending copies of t at the end.
iterator	begin ()
	Return an iterator that points at the first element.
iterator	end ()
	Return an iterator that points "after" the last element.
size_type	size ()
	Return number of elements in the container.
size_type	max_size ()
	Return maximum number of elements in the container.
bool	empty ()
	Return true if the container is empty.
Public Attributes
typedef	value_type
	Type of elements of the container.
typedef	iterator
	Type of the iterators returned by begin() and end().
typedef	size_type
	Type of the element-counts returned by size() and maxsize().

Detailed Description

A back insertion sequence guarantees that insertion and access operations at the end of the container happen in amortized constant time and provides additional shorthands for those operations.

Member Function Documentation

value_type& concepts::BackInsertionSequence_concept::back ( ) [inline]

Return reference to last element.

iterator concepts::Container_concept::begin ( ) [inherited]

Return an iterator that points at the first element.

void concepts::Sequence_concept::clear ( ) [inherited]

Clear container (remove all elements).

bool concepts::Container_concept::empty ( ) [inline, inherited]

Return true if the container is empty.

iterator concepts::Container_concept::end ( ) [inherited]

Return an iterator that points "after" the last element.

I.e. dereferencing this iterator does not need to work, but (equality) comparison to any iterator that has finished iterating over all elements of the container should yield true

void concepts::Sequence_concept::erase ( iterator p ) [inherited]

Erase element pointed to by p from the container.

void concepts::Sequence_concept::erase	(	iterator	p,
		iterator	q
	)		`[inherited]`

Erase all elements pointed to by [p, q).

void concepts::Sequence_concept::insert	(	iterator	p,
		size_type	n,
		value_type	t
	)		`[inherited]`

Insert n copies of t before p.

void concepts::Sequence_concept::insert	(	iterator	p,
		value_type	t
	)		`[inherited]`

Insert value t before the place pointed to by p.

void concepts::Sequence_concept::insert	(	iterator	p,
		value_type	a,
		value_type	b
	)		`[inherited]`

Insert [a, b) before p.

size_type concepts::Container_concept::max_size ( ) [inherited]

Return maximum number of elements in the container.

If the container is not limited in size, return 0.

void concepts::BackInsertionSequence_concept::pop_back ( ) [inline]

Remove last element.

void concepts::BackInsertionSequence_concept::push_back ( value_type & t ) [inline]

Insert element as new last element of the container.

void concepts::Sequence_concept::resize	(	size_type	n,
		value_type	t
	)		`[inherited]`

Resize container by removing elements from the end or appending copies of t at the end.

size_type concepts::Container_concept::size ( ) [inherited]

Return number of elements in the container.

concepts::Sequence_concept::X	(	value_type	a,
		value_type	b
	)		`[inherited]`

Create a sequence that contains the values from a to b, including a and excluding b or in mathematical notation: [a, b).

concepts::Sequence_concept::X	(	size_type	n,
		value_type	t
	)		`[inherited]`

Create a sequence consisting of n copies of t.

concepts::Sequence_concept::X ( size_type n ) [inherited]

Create a sequence consisting of n instances of the default value for value_type.

concepts::DefaultConstructable_concept::X ( ) [inherited]

The default constructor.

Member Data Documentation

typedef concepts::Container_concept::iterator [inherited]

Type of the iterators returned by begin() and end().

This type is expected to implement the iterator concept.

typedef concepts::Container_concept::size_type [inherited]

Type of the element-counts returned by size() and maxsize().

Usually an (unsigned) integer type.

typedef concepts::Container_concept::value_type [inherited]

Type of elements of the container.

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

doc/concepts/pstl/back_insertion_sequence.dox

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation

Member Data Documentation