Namespace
Varianti

std::raw_storage_iterator

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C++
 
Gestione della memoria dinamica
Basso livello di gestione della memoria
Allocatori
Original:
Allocators
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allocator
allocator_traits(C++11)
allocator_arg_t(C++11)
allocator_arg(C++11)
uses_allocator(C++11)
scoped_allocator_adaptor(C++11)
Non inizializzata stoccaggio
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Uninitialized storage
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uninitialized_copy
uninitialized_copy_n(C++11)
uninitialized_fill
uninitialized_fill_n
raw_storage_iterator
get_temporary_buffer
return_temporary_buffer
Puntatori intelligenti
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Smart pointers
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unique_ptr(C++11)
shared_ptr(C++11)
weak_ptr(C++11)
auto_ptr(deprecato)
owner_less(C++11)
enable_shared_from_this(C++11)
bad_weak_ptr(C++11)
default_delete(C++11)
Garbage collection supporto
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Garbage collection support
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declare_reachable(C++11)
undeclare_reachable(C++11)
declare_no_pointers(C++11)
undeclare_no_pointers(C++11)
pointer_safety(C++11)
get_pointer_safety(C++11)
Varie
Original:
Miscellaneous
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pointer_traits(C++11)
addressof(C++11)
align(C++11)
C Library
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C Library
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std::allocator
Membri funzioni
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Member functions
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allocator::allocator
allocator::~allocator
allocator::address
allocator::allocate
allocator::deallocate
allocator::max_size
allocator::construct
allocator::destroy
Non membri funzioni
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Non-member functions
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operator==
operator!=
 
Elemento definito nell'header <memory>
template< class OutputIt, class T >

class raw_storage_iterator

    : public std::iterator<std::output_iterator_tag, void, void, void, void>;
Il std::raw_storage_iterator iteratore di uscita rende possibile per gli algoritmi standard per memorizzare i risultati in memoria non inizializzata. Ogni volta che l'algoritmo scrive un oggetto di tipo T all'iteratore dereferenziato, l'oggetto è copia-costruito nella posizione nella memoria non inizializzata a cui punta l'iteratore. Il OutputIt parametro di modello è un qualsiasi tipo che soddisfi i requisiti di thee OutputIterator e ha operator* definito per restituire un oggetto, per il quale operator& restituisce un oggetto di tipo T*. Di solito, il T* tipo viene utilizzato come OutputIt.
Original:
The output iterator std::raw_storage_iterator makes it possible for standard algorithms to store results in uninitialized memory. Whenever the algorithm writes an object of type T to the dereferenced iterator, the object is copy-constructed into the location in the uninitialized storage pointed to by the iterator. The template parameter OutputIt is any type that meets thee requirements of OutputIterator and has operator* defined to return an object, for which operator& returns an object of type T*. Usually, the type T* is used as OutputIt.
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Indice

[modifica] Tipo requisiti

-
OutputIt must meet the requirements of OutputIterator.

[modifica] Membri funzioni
crea un nuovo raw_storage_iterator
Original:
creates a new raw_storage_iterator
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(metodo pubblico)
restituisce un riferimento a questo raw_storage_iterator
Original:
returns a reference to this raw_storage_iterator
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(metodo pubblico)
copia-costruisce un oggetto appuntito al-alla posizione nel buffer
Original:
copy-constructs an object at the pointed-to location in the buffer
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(metodo pubblico)
avanza l'iteratore
Original:
advances the iterator
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(metodo pubblico)

Inherited from std::iterator

Member types

Membro tipo
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Member type
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 Definition
value_type void
difference_type void
pointer void
reference void
iterator_category std::output_iterator_tag

[modifica] Esempio

#include <iostream>
#include <string>
#include <memory>
#include <algorithm>
 
int main()
{
    const std::string s[] = {"This", "is", "a", "test", "."};
    std::string* p = std::get_temporary_buffer<std::string>(5).first;
 
    std::copy(std::begin(s), std::end(s),
              std::raw_storage_iterator<std::string*, std::string>(p));
 
    for(std::string* i = p; i!=p+5; ++i) {
        std::cout << *i << '\n';
        i->~basic_string<char>();
    }
    std::return_temporary_buffer(p);
}

Output: 

This
is
a
test
.

[modifica] Vedi anche

(C++11)
fornisce informazioni sui tipi di allocatore
Original:
provides information about allocator types
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(classe template) [modifica]
(C++11)
implementa multilivello allocatore per contenitori multi-livello
Original:
implements multi-level allocator for multi-level containers
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(classe template) [modifica]
(C++11)
controlla se il tipo specificato supporta usi-allocatore di costruzione
Original:
checks if the specified type supports uses-allocator construction
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(classe template) [modifica]
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