ext::ptr_tuple< Types > Class Template Reference

Implementation of tuple storing dynamicaly allocated instances of given type. The class mimicks the iterface of the standard library tuple, but effectively allows polymorphic objects to be stored inside. More...

#include <ptr_tuple.hpp>

Public Member Functions
	ptr_tuple (const ptr_tuple &tpl)
	The copy constructor of the pointer tuple. More...
	ptr_tuple (ptr_tuple &&tpl)
	The move constructor of the pointer tuple. More...
template<class ... UTypes>
	ptr_tuple (UTypes &&... elems)
	Tuple constructor from pack of source values. More...
	~ptr_tuple ()
	The pointer tuple destructor. More...
ptr_tuple< Types ... > &	operator= (const ptr_tuple< Types ... > &other)
	The pointer tuple copy operator of assignemnt. More...
ptr_tuple< Types ... > &	operator= (ptr_tuple< Types ... > &&other)
	The pointer tuple move operator of assignemnt. More...
void	swap (ptr_tuple &other)
	Swaps two instances of pointer tuple. More...
template<std::size_t I>
auto &	get () &
	Access method to inside the pointer tuple. More...
template<std::size_t I>
const auto &	get () const &
	Access method to inside the pointer tuple. More...
template<std::size_t I>
auto &&	get () &&
	Access method to inside the pointer tuple. More...
template<class R , std::size_t I>
void	set (R &&value)
	Setter method of a value inside the pointer tuple. More...
bool	operator== (const ext::ptr_tuple< Types ... > &second) const
	Specialisation of the compare structure implementing the three-way comparison. More...
auto	operator<=> (const ext::ptr_tuple< Types ... > &second) const
	Specialisation of the compare structure implementing the three-way comparison. More...

Detailed Description

template<class ... Types>
class ext::ptr_tuple< Types >

Implementation of tuple storing dynamicaly allocated instances of given type. The class mimicks the iterface of the standard library tuple, but effectively allows polymorphic objects to be stored inside.

Template Parameters

Types

... the types inside the tuple

Constructor & Destructor Documentation

ptr_tuple() [1/3]

template<class ... Types>

ext::ptr_tuple< Types >::ptr_tuple ( const ptr_tuple< Types > &  tpl )

inline

The copy constructor of the pointer tuple.

Parameters

tpl	the source tuple

ptr_tuple() [2/3]

template<class ... Types>

ext::ptr_tuple< Types >::ptr_tuple ( ptr_tuple< Types > &&  tpl )

inline

The move constructor of the pointer tuple.

Parameters

tpl	the source tuple

ptr_tuple() [3/3]

template<class ... Types>

template<class ... UTypes>

ext::ptr_tuple< Types >::ptr_tuple ( UTypes &&...  elems )

inlineexplicit

Tuple constructor from pack of source values.

Template Parameters

UTypes

... pack of types of source values

Parameters

elems

... pack of source values

~ptr_tuple()

template<class ... Types>

ext::ptr_tuple< Types >::~ptr_tuple ( )

inline

The pointer tuple destructor.

Member Function Documentation

get() [1/3]

template<class ... Types>

template<std::size_t I>

auto & ext::ptr_tuple< Types >::get ( ) &

inline

Access method to inside the pointer tuple.

Template Parameters

I	the index to retrieve

Returns

reference to the value at index I

get() [2/3]

template<class ... Types>

template<std::size_t I>

auto && ext::ptr_tuple< Types >::get ( ) &&

inline

Access method to inside the pointer tuple.

Template Parameters

I	the index to retrieve

Returns

reference to the value at index I

get() [3/3]

template<class ... Types>

template<std::size_t I>

const auto & ext::ptr_tuple< Types >::get ( ) const &

inline

Access method to inside the pointer tuple.

Template Parameters

I	the index to retrieve

Returns

reference to the value at index I

operator<=>()

template<class ... Types>

auto ext::ptr_tuple< Types >::operator<=> ( const ext::ptr_tuple< Types ... > &  second ) const

inline

Specialisation of the compare structure implementing the three-way comparison.

operator=() [1/2]

template<class ... Types>

ptr_tuple< Types ... > & ext::ptr_tuple< Types >::operator= ( const ptr_tuple< Types ... > &  other )

inline

The pointer tuple copy operator of assignemnt.

Parameters

other

the source value

operator=() [2/2]

template<class ... Types>

ptr_tuple< Types ... > & ext::ptr_tuple< Types >::operator= ( ptr_tuple< Types ... > &&  other )

inline

The pointer tuple move operator of assignemnt.

Parameters

other

the source value

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operator==()

template<class ... Types>

bool ext::ptr_tuple< Types >::operator== ( const ext::ptr_tuple< Types ... > &  second ) const

inline

Specialisation of the compare structure implementing the three-way comparison.

set()

template<class ... Types>

template<class R , std::size_t I>

void ext::ptr_tuple< Types >::set ( R &&  value )

inline

Setter method of a value inside the pointer tuple.

Template Parameters

R	the actual type of value to store
I	the index to retrieve

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swap()

template<class ... Types>

void ext::ptr_tuple< Types >::swap ( ptr_tuple< Types > &  other )

inline

Swaps two instances of pointer tuple.

Parameters

x	the other instance to swap with

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

• alib2std/src/extensions/container/ptr_tuple.hpp