utility::keys::ClassKeyVector< K, T, C > Class Template Reference

Keyed-access vector with key subset map for each client class. More...

#include <ClassKeyVector.hh>

Public Types
typedef K	key_type
typedef Vector::value_type	value_type
typedef Vector::reference	reference
typedef Vector::const_reference	const_reference
typedef Vector::pointer	pointer
typedef Vector::const_pointer	const_pointer
typedef Vector::iterator	iterator
typedef Vector::const_iterator	const_iterator
typedef Vector::reverse_iterator	reverse_iterator
typedef Vector::const_reverse_iterator	const_reverse_iterator
typedef Vector::size_type	size_type
typedef Vector::index_type	index_type
typedef Vector::difference_type	difference_type
typedef Vector::allocator_type	allocator_type
typedef C	client_type
typedef K	Key
typedef Vector::Value	Value
typedef Vector::Reference	Reference
typedef Vector::ConstReference	ConstReference
typedef Vector::Pointer	Pointer
typedef Vector::ConstPointer	ConstPointer
typedef Vector::Iterator	Iterator
typedef Vector::ConstIterator	ConstIterator
typedef Vector::ReverseIterator	ReverseIterator
typedef Vector::ConstReverseIterator	ConstReverseIterator
typedef Vector::Size	Size
typedef Vector::Index	Index
typedef Vector::Difference	Difference
typedef Vector::Allocator	Allocator
typedef C	Client

Public Member Functions
	ClassKeyVector ()=default
	Default constructor. More...
	ClassKeyVector (ClassKeyVector const &a)
	Copy constructor. More...
	ClassKeyVector (Size const num)
	Size constructor. More...
	ClassKeyVector (Size const num, Value const &value)
	Uniform value constructor. More...
template<typename InputIterator >
	ClassKeyVector (InputIterator const beg, InputIterator const end)
	Iterator range constructor. More...
	~ClassKeyVector ()
	Destructor. More...
ClassKeyVector &	operator= (ClassKeyVector const &a)
	Copy assignment. More...
ClassKeyVector &	operator= (Value const &value)
	Uniform value assignment to current elements. More...
ClassKeyVector &	assign (Key const &key, Value const &value)
	Assign a value to an element with a key. More...
void	assign (Size const num, Value const &value)
	Uniform value assignment. More...
template<typename InputIterator >
void	assign (InputIterator const beg, InputIterator const end)
	Iterator assignment. More...
ClassKeyVector &	add (Key const &key)
	Add an element with a key if not present: Activate key if inactive. More...
Iterator	insert (Iterator const pos, Value const &value)
	Insert an element at an iterator position. More...
void	insert (Iterator const pos, Size const num, Value const &value)
	Insert num copies of an element at an iterator position. More...
template<typename InputIterator >
void	insert (Iterator const pos, InputIterator const beg, InputIterator const end)
	Insert elements from iterator range [beg,end) at an iterator position. More...
void	push_back (Value const &value)
	Appends an element. More...
Iterator	erase (Iterator const pos)
	Erase an element at an iterator position. More...
Iterator	erase (Iterator const beg, Iterator const end)
	Erase elements in the iterator range [beg,end) More...
void	pop_back ()
	Removes the last element. More...
void	resize (Size const num)
	Resize: Default construct new elements. More...
void	resize (Size const num, Value const &value)
	Resize: Assign given value to new elements. More...
void	reserve (Size const num)
	Reserve space for a given number of elements. More...
void	shrink ()
	Shrink the vector to remove unused capacity. More...
template<typename Compare >
void	sort (Compare compare)
	Sort the vector with a given predicate. More...
void	swap (ClassKeyVector &a)
	swap( ClassKeyVector ) More...
void	clear ()
	Clear the vector. More...
Size	size () const
	Size. More...
bool	empty () const
	Empty? More...
Size	max_size () const
	Max size. More...
Size	capacity () const
	Capacity. More...
ConstReference	front () const
	Front element. More...
Reference	front ()
	Front element. More...
ConstReference	back () const
	Back element. More...
Reference	back ()
	Back element. More...
bool	has (Key const &key) const
	Is an element with a key present? More...
ConstIterator	find (Key const &key) const
	Iterator to element with a key. More...
Iterator	find (Key const &key)
	Iterator to element with a key. More...
Reference	operator() (Key const &key)
	ClassKeyVector( key ) More...
ConstReference	operator[] (Key const &key) const
	ClassKeyVector[ key ] const. More...
Reference	operator[] (Key const &key)
	ClassKeyVector[ key ]. More...
ConstReference	at (Key const &key) const
	Element at index key: Bounds checked. More...
Reference	at (Key const &key)
	Element at index key: Bounds checked. More...
ConstReference	operator[] (Index const &i) const
	ClassKeyVector[ index ] const. More...
Reference	operator[] (Index const &i)
	ClassKeyVector[ index ]. More...
ConstIterator	begin () const
	Begin iterator. More...
Iterator	begin ()
	Begin iterator. More...
ConstIterator	end () const
	End iterator. More...
Iterator	end ()
	End iterator. More...
ConstReverseIterator	rbegin () const
	Begin reverse iterator. More...
ReverseIterator	rbegin ()
	Begin reverse iterator. More...
ConstReverseIterator	rend () const
	End reverse iterator. More...
ReverseIterator	rend ()
	End reverse iterator. More...

Static Public Member Functions
static Index const &	index (Key const &key)
	Index of a key. More...
static bool	active (Key const &key)
	Is a key active? More...
static bool	inactive (Key const &key)
	Is a key inactive? More...
static void	activate (Key const &key)
	Activate a key if inactive. More...

Private Types
typedef vector1< T >	Vector
typedef vector1< typename Vector::Index >	IndexMap
typedef IndexMap::Size	IndexMapSize
typedef IndexMap::Index	IndexMapIndex

Private Member Functions
Index const &	add_key (Key const &key)
	Add an element with a key if not present and return its index: Activate key if inactive. More...

Static Private Member Functions
static IndexMap &	m ()
	Index map from keys into v_: Zero => inactive key. More...
static Index &	u ()
	Upper active index of active keys. More...
static Index &	activated_index (Key const &key)
	Activate a key if inactive and return its index. More...
static void	map_shrink ()
	Shrink the index map to remove unused capacity. More...

Private Attributes
Vector	v_
	Vector of values indexed by a subset of the possible keys. More...

Friends
template<typename UK , typename UT , typename UC >
void	swap (ClassKeyVector< UK, UT, UC > &a, ClassKeyVector< UK, UT, UC > &b)
	swap( ClassKeyVector, ClassKeyVector ) More...
bool	operator== (ClassKeyVector const &a, ClassKeyVector const &b)
	ClassKeyVector == ClassKeyVector. More...
bool	operator!= (ClassKeyVector const &a, ClassKeyVector const &b)
	ClassKeyVector != ClassKeyVector. More...
bool	operator< (ClassKeyVector const &a, ClassKeyVector const &b)
	ClassKeyVector < ClassKeyVector. More...
bool	operator> (ClassKeyVector const &a, ClassKeyVector const &b)
	ClassKeyVector > ClassKeyVector. More...
bool	operator<= (ClassKeyVector const &a, ClassKeyVector const &b)
	ClassKeyVector <= ClassKeyVector. More...
bool	operator>= (ClassKeyVector const &a, ClassKeyVector const &b)
	ClassKeyVector >= ClassKeyVector. More...

Detailed Description

template<typename K, typename T, typename C>
class utility::keys::ClassKeyVector< K, T, C >

Keyed-access vector with key subset map for each client class.

Member Typedef Documentation

template<typename K, typename T, typename C>

typedef Vector::Allocator utility::keys::ClassKeyVector< K, T, C >::Allocator

template<typename K, typename T, typename C>

typedef Vector::allocator_type utility::keys::ClassKeyVector< K, T, C >::allocator_type

template<typename K, typename T, typename C>

typedef C utility::keys::ClassKeyVector< K, T, C >::Client

template<typename K, typename T, typename C>

typedef C utility::keys::ClassKeyVector< K, T, C >::client_type

template<typename K, typename T, typename C>

typedef Vector::const_iterator utility::keys::ClassKeyVector< K, T, C >::const_iterator

template<typename K, typename T, typename C>

typedef Vector::const_pointer utility::keys::ClassKeyVector< K, T, C >::const_pointer

template<typename K, typename T, typename C>

typedef Vector::const_reference utility::keys::ClassKeyVector< K, T, C >::const_reference

template<typename K, typename T, typename C>

typedef Vector::const_reverse_iterator utility::keys::ClassKeyVector< K, T, C >::const_reverse_iterator

template<typename K, typename T, typename C>

typedef Vector::ConstIterator utility::keys::ClassKeyVector< K, T, C >::ConstIterator

template<typename K, typename T, typename C>

typedef Vector::ConstPointer utility::keys::ClassKeyVector< K, T, C >::ConstPointer

template<typename K, typename T, typename C>

typedef Vector::ConstReference utility::keys::ClassKeyVector< K, T, C >::ConstReference

template<typename K, typename T, typename C>

typedef Vector::ConstReverseIterator utility::keys::ClassKeyVector< K, T, C >::ConstReverseIterator

template<typename K, typename T, typename C>

typedef Vector::Difference utility::keys::ClassKeyVector< K, T, C >::Difference

template<typename K, typename T, typename C>

typedef Vector::difference_type utility::keys::ClassKeyVector< K, T, C >::difference_type

template<typename K, typename T, typename C>

typedef Vector::Index utility::keys::ClassKeyVector< K, T, C >::Index

template<typename K, typename T, typename C>

typedef Vector::index_type utility::keys::ClassKeyVector< K, T, C >::index_type

template<typename K, typename T, typename C>

typedef vector1< typename Vector::Index > utility::keys::ClassKeyVector< K, T, C >::IndexMap

private

template<typename K, typename T, typename C>

typedef IndexMap::Index utility::keys::ClassKeyVector< K, T, C >::IndexMapIndex

private

template<typename K, typename T, typename C>

typedef IndexMap::Size utility::keys::ClassKeyVector< K, T, C >::IndexMapSize

private

template<typename K, typename T, typename C>

typedef Vector::iterator utility::keys::ClassKeyVector< K, T, C >::iterator

template<typename K, typename T, typename C>

typedef Vector::Iterator utility::keys::ClassKeyVector< K, T, C >::Iterator

template<typename K, typename T, typename C>

typedef K utility::keys::ClassKeyVector< K, T, C >::Key

template<typename K, typename T, typename C>

typedef K utility::keys::ClassKeyVector< K, T, C >::key_type

template<typename K, typename T, typename C>

typedef Vector::pointer utility::keys::ClassKeyVector< K, T, C >::pointer

template<typename K, typename T, typename C>

typedef Vector::Pointer utility::keys::ClassKeyVector< K, T, C >::Pointer

template<typename K, typename T, typename C>

typedef Vector::reference utility::keys::ClassKeyVector< K, T, C >::reference

template<typename K, typename T, typename C>

typedef Vector::Reference utility::keys::ClassKeyVector< K, T, C >::Reference

template<typename K, typename T, typename C>

typedef Vector::reverse_iterator utility::keys::ClassKeyVector< K, T, C >::reverse_iterator

template<typename K, typename T, typename C>

typedef Vector::ReverseIterator utility::keys::ClassKeyVector< K, T, C >::ReverseIterator

template<typename K, typename T, typename C>

typedef Vector::Size utility::keys::ClassKeyVector< K, T, C >::Size

template<typename K, typename T, typename C>

typedef Vector::size_type utility::keys::ClassKeyVector< K, T, C >::size_type

template<typename K, typename T, typename C>

typedef Vector::Value utility::keys::ClassKeyVector< K, T, C >::Value

template<typename K, typename T, typename C>

typedef Vector::value_type utility::keys::ClassKeyVector< K, T, C >::value_type

template<typename K, typename T, typename C>

typedef vector1< T > utility::keys::ClassKeyVector< K, T, C >::Vector

private

Constructor & Destructor Documentation

template<typename K, typename T, typename C>

utility::keys::ClassKeyVector< K, T, C >::ClassKeyVector ( )

inlinedefault

Default constructor.

template<typename K, typename T, typename C>

utility::keys::ClassKeyVector< K, T, C >::ClassKeyVector ( ClassKeyVector< K, T, C > const &  a )

inline

Copy constructor.

template<typename K, typename T, typename C>

utility::keys::ClassKeyVector< K, T, C >::ClassKeyVector ( Size const  num )

inlineexplicit

Size constructor.

template<typename K, typename T, typename C>

utility::keys::ClassKeyVector< K, T, C >::ClassKeyVector ( Size const  num, Value const &  value  )

inline

Uniform value constructor.

template<typename K, typename T, typename C>

template<typename InputIterator >

utility::keys::ClassKeyVector< K, T, C >::ClassKeyVector ( InputIterator const  beg, InputIterator const  end  )

inline

Iterator range constructor.

template<typename K, typename T, typename C>

utility::keys::ClassKeyVector< K, T, C >::~ClassKeyVector ( )

inline

Destructor.

Member Function Documentation

template<typename K, typename T, typename C>

static void utility::keys::ClassKeyVector< K, T, C >::activate ( Key const &  key )

inlinestatic

Activate a key if inactive.

References debug_assert, utility::vectorL< SSize, T, A >::has(), basic::options::OptionKeys::cloud::key, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::u().

Referenced by utility::keys::ClassKeyVector< K, T, C >::activated_index().

template<typename K, typename T, typename C>

static Index& utility::keys::ClassKeyVector< K, T, C >::activated_index ( Key const &  key )

inlinestaticprivate

Activate a key if inactive and return its index.

References utility::keys::ClassKeyVector< K, T, C >::activate(), basic::options::OptionKeys::cloud::key, and utility::keys::ClassKeyVector< K, T, C >::m().

Referenced by utility::keys::ClassKeyVector< K, T, C >::add_key().

template<typename K, typename T, typename C>

static bool utility::keys::ClassKeyVector< K, T, C >::active ( Key const &  key )

inlinestatic

Is a key active?

References utility::keys::ClassKeyVector< K, T, C >::has(), and utility::keys::ClassKeyVector< K, T, C >::m().

Referenced by utility::keys::ClassKeyVector< K, T, C >::at(), utility::keys::ClassKeyVector< K, T, C >::find(), utility::keys::ClassKeyVector< K, T, C >::index(), and utility::keys::ClassKeyVector< K, T, C >::operator[]().

template<typename K, typename T, typename C>

ClassKeyVector& utility::keys::ClassKeyVector< K, T, C >::add ( Key const &  key )

inline

Add an element with a key if not present: Activate key if inactive.

References utility::keys::ClassKeyVector< K, T, C >::add_key().

template<typename K, typename T, typename C>

Index const& utility::keys::ClassKeyVector< K, T, C >::add_key ( Key const &  key )

inlineprivate

Add an element with a key if not present and return its index: Activate key if inactive.

References utility::keys::ClassKeyVector< K, T, C >::activated_index(), debug_assert, and utility::keys::ClassKeyVector< K, T, C >::v_.

Referenced by utility::keys::ClassKeyVector< K, T, C >::add(), utility::keys::ClassKeyVector< K, T, C >::assign(), and utility::keys::ClassKeyVector< K, T, C >::operator()().

template<typename K, typename T, typename C>

ClassKeyVector& utility::keys::ClassKeyVector< K, T, C >::assign ( Key const &  key, Value const &  value  )

inline

Assign a value to an element with a key.

Note

Adds the key to the map if not present

Expands the vector if necessary

References utility::keys::ClassKeyVector< K, T, C >::add_key(), utility::keys::ClassKeyVector< K, T, C >::v_, and value.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::assign ( Size const  num, Value const &  value  )

inline

Uniform value assignment.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

template<typename InputIterator >

void utility::keys::ClassKeyVector< K, T, C >::assign ( InputIterator const  beg, InputIterator const  end  )

inline

Iterator assignment.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstReference utility::keys::ClassKeyVector< K, T, C >::at ( Key const &  key ) const

inline

Element at index key: Bounds checked.

References utility::keys::ClassKeyVector< K, T, C >::active(), utility::vectorL< SSize, T, A >::at(), debug_assert, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

Referenced by utility::keys::ClassKeyVector< K, T, C >::at().

template<typename K, typename T, typename C>

Reference utility::keys::ClassKeyVector< K, T, C >::at ( Key const &  key )

inline

Element at index key: Bounds checked.

References utility::keys::ClassKeyVector< K, T, C >::active(), utility::vectorL< SSize, T, A >::at(), utility::keys::ClassKeyVector< K, T, C >::at(), debug_assert, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstReference utility::keys::ClassKeyVector< K, T, C >::back ( ) const

inline

Back element.

References debug_assert, and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Reference utility::keys::ClassKeyVector< K, T, C >::back ( )

inline

Back element.

References debug_assert, and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstIterator utility::keys::ClassKeyVector< K, T, C >::begin ( ) const

inline

Begin iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Iterator utility::keys::ClassKeyVector< K, T, C >::begin ( )

inline

Begin iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Size utility::keys::ClassKeyVector< K, T, C >::capacity ( ) const

inline

Capacity.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::clear ( )

inline

Clear the vector.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

bool utility::keys::ClassKeyVector< K, T, C >::empty ( ) const

inline

Empty?

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstIterator utility::keys::ClassKeyVector< K, T, C >::end ( ) const

inline

End iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Iterator utility::keys::ClassKeyVector< K, T, C >::end ( )

inline

End iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Iterator utility::keys::ClassKeyVector< K, T, C >::erase ( Iterator const  pos )

inline

Erase an element at an iterator position.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Iterator utility::keys::ClassKeyVector< K, T, C >::erase ( Iterator const  beg, Iterator const  end  )

inline

Erase elements in the iterator range [beg,end)

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstIterator utility::keys::ClassKeyVector< K, T, C >::find ( Key const &  key ) const

inline

Iterator to element with a key.

References utility::keys::ClassKeyVector< K, T, C >::active(), basic::options::OptionKeys::cloud::key, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Iterator utility::keys::ClassKeyVector< K, T, C >::find ( Key const &  key )

inline

Iterator to element with a key.

References utility::keys::ClassKeyVector< K, T, C >::active(), basic::options::OptionKeys::cloud::key, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstReference utility::keys::ClassKeyVector< K, T, C >::front ( ) const

inline

Front element.

References debug_assert, and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Reference utility::keys::ClassKeyVector< K, T, C >::front ( )

inline

Front element.

References debug_assert, and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

bool utility::keys::ClassKeyVector< K, T, C >::has ( Key const &  key ) const

inline

Is an element with a key present?

References utility::vectorL< SSize, T, A >::has(), utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

Referenced by utility::keys::ClassKeyVector< K, T, C >::active(), and utility::keys::ClassKeyVector< K, T, C >::inactive().

template<typename K, typename T, typename C>

static bool utility::keys::ClassKeyVector< K, T, C >::inactive ( Key const &  key )

inlinestatic

Is a key inactive?

References utility::keys::ClassKeyVector< K, T, C >::has(), and utility::keys::ClassKeyVector< K, T, C >::m().

template<typename K, typename T, typename C>

static Index const& utility::keys::ClassKeyVector< K, T, C >::index ( Key const &  key )

inlinestatic

Index of a key.

References utility::keys::ClassKeyVector< K, T, C >::active(), debug_assert, basic::options::OptionKeys::cloud::key, and utility::keys::ClassKeyVector< K, T, C >::m().

template<typename K, typename T, typename C>

Iterator utility::keys::ClassKeyVector< K, T, C >::insert ( Iterator const  pos, Value const &  value  )

inline

Insert an element at an iterator position.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::insert ( Iterator const  pos, Size const  num, Value const &  value  )

inline

Insert num copies of an element at an iterator position.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

template<typename InputIterator >

void utility::keys::ClassKeyVector< K, T, C >::insert ( Iterator const  pos, InputIterator const  beg, InputIterator const  end  )

inline

Insert elements from iterator range [beg,end) at an iterator position.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

static IndexMap& utility::keys::ClassKeyVector< K, T, C >::m ( )

inlinestaticprivate

Index map from keys into v_: Zero => inactive key.

Referenced by utility::keys::ClassKeyVector< K, T, C >::activate(), utility::keys::ClassKeyVector< K, T, C >::activated_index(), utility::keys::ClassKeyVector< K, T, C >::active(), utility::keys::ClassKeyVector< K, T, C >::at(), utility::keys::ClassKeyVector< K, T, C >::find(), utility::keys::ClassKeyVector< K, T, C >::has(), utility::keys::ClassKeyVector< K, T, C >::inactive(), utility::keys::ClassKeyVector< K, T, C >::index(), utility::keys::ClassKeyVector< K, T, C >::map_shrink(), utility::keys::ClassKeyVector< K, T, C >::operator[](), and utility::keys::ClassKeyVector< K, T, C >::sort().

template<typename K, typename T, typename C>

static void utility::keys::ClassKeyVector< K, T, C >::map_shrink ( )

inlinestaticprivate

Shrink the index map to remove unused capacity.

References utility::keys::ClassKeyVector< K, T, C >::m(), and utility::vectorL< SSize, T, A >::shrink().

template<typename K, typename T, typename C>

Size utility::keys::ClassKeyVector< K, T, C >::max_size ( ) const

inline

Max size.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Reference utility::keys::ClassKeyVector< K, T, C >::operator() ( Key const &  key )

inline

ClassKeyVector( key )

Note

Activates the key if inactive

Expands the vector if necessary

References utility::keys::ClassKeyVector< K, T, C >::add_key(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ClassKeyVector& utility::keys::ClassKeyVector< K, T, C >::operator= ( ClassKeyVector< K, T, C > const &  a )

inline

Copy assignment.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ClassKeyVector& utility::keys::ClassKeyVector< K, T, C >::operator= ( Value const &  value )

inline

Uniform value assignment to current elements.

References test.T009_Exceptions::e, utility::keys::ClassKeyVector< K, T, C >::v_, and value.

template<typename K, typename T, typename C>

ConstReference utility::keys::ClassKeyVector< K, T, C >::operator[] ( Key const &  key ) const

inline

ClassKeyVector[ key ] const.

References utility::keys::ClassKeyVector< K, T, C >::active(), debug_assert, basic::options::OptionKeys::cloud::key, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Reference utility::keys::ClassKeyVector< K, T, C >::operator[] ( Key const &  key )

inline

ClassKeyVector[ key ].

References utility::keys::ClassKeyVector< K, T, C >::active(), debug_assert, basic::options::OptionKeys::cloud::key, utility::keys::ClassKeyVector< K, T, C >::m(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstReference utility::keys::ClassKeyVector< K, T, C >::operator[] ( Index const &  i ) const

inline

ClassKeyVector[ index ] const.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Reference utility::keys::ClassKeyVector< K, T, C >::operator[] ( Index const &  i )

inline

ClassKeyVector[ index ].

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::pop_back ( )

inline

Removes the last element.

References debug_assert, and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::push_back ( Value const &  value )

inline

Appends an element.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstReverseIterator utility::keys::ClassKeyVector< K, T, C >::rbegin ( ) const

inline

Begin reverse iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ReverseIterator utility::keys::ClassKeyVector< K, T, C >::rbegin ( )

inline

Begin reverse iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ConstReverseIterator utility::keys::ClassKeyVector< K, T, C >::rend ( ) const

inline

End reverse iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

ReverseIterator utility::keys::ClassKeyVector< K, T, C >::rend ( )

inline

End reverse iterator.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::reserve ( Size const  num )

inline

Reserve space for a given number of elements.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::resize ( Size const  num )

inline

Resize: Default construct new elements.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::resize ( Size const  num, Value const &  value  )

inline

Resize: Assign given value to new elements.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::shrink ( )

inline

Shrink the vector to remove unused capacity.

References utility::vectorL< SSize, T, A >::shrink(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

Size utility::keys::ClassKeyVector< K, T, C >::size ( ) const

inline

Size.

References utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

template<typename Compare >

void utility::keys::ClassKeyVector< K, T, C >::sort ( Compare  compare )

inline

Sort the vector with a given predicate.

References distance(), utility::keys::ClassKeyVector< K, T, C >::m(), basic::options::OptionKeys::in::file::s, and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

void utility::keys::ClassKeyVector< K, T, C >::swap ( ClassKeyVector< K, T, C > &  a )

inline

swap( ClassKeyVector )

References utility::vectorL< SSize, T, A >::swap(), and utility::keys::ClassKeyVector< K, T, C >::v_.

template<typename K, typename T, typename C>

static Index& utility::keys::ClassKeyVector< K, T, C >::u ( )

inlinestaticprivate

Upper active index of active keys.

Referenced by utility::keys::ClassKeyVector< K, T, C >::activate().

Friends And Related Function Documentation

template<typename K, typename T, typename C>

bool operator!= ( ClassKeyVector< K, T, C > const &  a, ClassKeyVector< K, T, C > const &  b  )

friend

ClassKeyVector != ClassKeyVector.

template<typename K, typename T, typename C>

bool operator< ( ClassKeyVector< K, T, C > const &  a, ClassKeyVector< K, T, C > const &  b  )

friend

ClassKeyVector < ClassKeyVector.

template<typename K, typename T, typename C>

bool operator<= ( ClassKeyVector< K, T, C > const &  a, ClassKeyVector< K, T, C > const &  b  )

friend

ClassKeyVector <= ClassKeyVector.

template<typename K, typename T, typename C>

bool operator== ( ClassKeyVector< K, T, C > const &  a, ClassKeyVector< K, T, C > const &  b  )

friend

ClassKeyVector == ClassKeyVector.

template<typename K, typename T, typename C>

bool operator> ( ClassKeyVector< K, T, C > const &  a, ClassKeyVector< K, T, C > const &  b  )

friend

ClassKeyVector > ClassKeyVector.

template<typename K, typename T, typename C>

bool operator>= ( ClassKeyVector< K, T, C > const &  a, ClassKeyVector< K, T, C > const &  b  )

friend

ClassKeyVector >= ClassKeyVector.

template<typename K, typename T, typename C>

template<typename UK , typename UT , typename UC >

void swap ( ClassKeyVector< UK, UT, UC > &  a, ClassKeyVector< UK, UT, UC > &  b  )

friend

swap( ClassKeyVector, ClassKeyVector )

Member Data Documentation

template<typename K, typename T, typename C>

Vector utility::keys::ClassKeyVector< K, T, C >::v_

private

Vector of values indexed by a subset of the possible keys.

Referenced by utility::keys::ClassKeyVector< K, T, C >::add_key(), utility::keys::ClassKeyVector< K, T, C >::assign(), utility::keys::ClassKeyVector< K, T, C >::at(), utility::keys::ClassKeyVector< K, T, C >::back(), utility::keys::ClassKeyVector< K, T, C >::begin(), utility::keys::ClassKeyVector< K, T, C >::capacity(), utility::keys::ClassKeyVector< K, T, C >::clear(), utility::keys::ClassKeyVector< K, T, C >::empty(), utility::keys::ClassKeyVector< K, T, C >::end(), utility::keys::ClassKeyVector< K, T, C >::erase(), utility::keys::ClassKeyVector< K, T, C >::find(), utility::keys::ClassKeyVector< K, T, C >::front(), utility::keys::ClassKeyVector< K, T, C >::has(), utility::keys::ClassKeyVector< K, T, C >::insert(), utility::keys::ClassKeyVector< K, T, C >::max_size(), utility::keys::ClassKeyVector< K, T, C >::operator()(), utility::keys::ClassKeyVector< K, T, C >::operator=(), utility::keys::ClassKeyVector< K, T, C >::operator[](), utility::keys::ClassKeyVector< K, T, C >::pop_back(), utility::keys::ClassKeyVector< K, T, C >::push_back(), utility::keys::ClassKeyVector< K, T, C >::rbegin(), utility::keys::ClassKeyVector< K, T, C >::rend(), utility::keys::ClassKeyVector< K, T, C >::reserve(), utility::keys::ClassKeyVector< K, T, C >::resize(), utility::keys::ClassKeyVector< K, T, C >::shrink(), utility::keys::ClassKeyVector< K, T, C >::size(), utility::keys::ClassKeyVector< K, T, C >::sort(), and utility::keys::ClassKeyVector< K, T, C >::swap().

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

• src/utility/keys/ClassKeyVector.fwd.hh
• src/utility/keys/ClassKeyVector.hh