Varianti

    Dynamic memory management

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    C++
     
    Utilità libreria
    Tipo di supporto (basic types, RTTI, type traits)
    Gestione della memoria dinamica
    La gestione degli errori
    Programma di utilità
    Funzioni variadic
    Data e ora
    Funzione oggetti
    initializer_list(C++11)
    bitset
    hash(C++11)
    Gli operatori relazionali
    Original:
    Relational operators
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    rel_ops::operator!=
    rel_ops::operator>
    rel_ops::operator<=
    rel_ops::operator>=
    Coppie e tuple
    Original:
    Pairs and tuples
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    pair
    tuple(C++11)
    piecewise_construct_t(C++11)
    piecewise_construct(C++11)
    Swap, in avanti e spostare
    Original:
    Swap, forward and move
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    swap
    forward(C++11)
    move(C++11)
    move_if_noexcept(C++11)
    declval(C++11)
     
    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
    Original:
    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
    Original:
    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
    Original:
    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
    Original:
    C Library
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    Puntatori intelligenti

    Puntatori intelligenti consentono automatico, sicuro rispetto alle eccezioni, gestione degli oggetti durata.
    Original:
    Smart pointers enable automatic, exception-safe, object lifetime management.
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    Definizione nell'header <memory>
    Pointer categorie
    Original:
    Pointer categories
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    (C++11)
    puntatore intelligente con la semantica degli oggetti di proprietà uniche
    Original:
    smart pointer with unique object ownership semantics
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    (classe template) [modifica]
    (C++11)
    		 smart pointer with shared object ownership semantics
    (classe template) [modifica]
    (C++11)
    riferimento debole a un oggetto gestito da std::shared_ptr
    Original:
    weak reference to an object managed by std::shared_ptr
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    (classe template) [modifica]
    (deprecato)
    puntatore intelligente con semantica rigida proprietà degli oggetti
    Original:
    smart pointer with strict object ownership semantics
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    (classe template) [modifica]
    Helper classi
    Original:
    Helper classes
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    (C++11)
    fornisce di tipo misto proprietario basato su ordinamento di puntatori condivisi e debole
    Original:
    provides mixed-type owner-based ordering of shared and weak pointers
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    (classe template) [modifica]
    (C++11)
    consente un oggetto per creare un shared_ptr riferisce a se stessa
    Original:
    allows an object to create a shared_ptr referring to itself
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    (classe template) [modifica]
    (C++11)
    Eccezione generata quando si accede a un weak_ptr che si riferisce ad oggetto già distrutto
    Original:
    exception thrown when accessing a weak_ptr which refers to already destroyed object
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    (classe) [modifica]
    (C++11)
    predefinito deleter per unique_ptr
    Original:
    default deleter for unique_ptr
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    (classe template) [modifica]

    Allocatori

    Allocators sono modelli di classi che incapsulano strategia di allocazione della memoria. Questo permette contenitori generici di separare la gestione della memoria dei dati stessi.
    Original:
    Allocators are class templates encapsulating memory allocation strategy. This allows generic containers to decouple memory management from the data itself.
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    Definizione nell'header <memory>
    		the default allocator
    (classe template) [modifica]
    (C++11)
    fornisce informazioni sui tipi di allocatore
    Original:
    provides information about allocator types
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    (classe template) [modifica]
    (C++11)
    tipo di tag utilizzato per selezionare allocatore-aware overload del costruttore
    Original:
    tag type used to select allocator-aware constructor overloads
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    (classe) [modifica]
    (C++11)
    un oggetto di std::allocator_arg_t tipo usato per selezionare allocatore-aware costruttori
    Original:
    an object of type std::allocator_arg_t used to select allocator-aware constructors
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    (costante) [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]
    Definizione nell'header <scoped_allocator>
    (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]

    Non inizializzata stoccaggio

    Programmi di utilità sono forniti diversi per creare e accedere storage raw
    Original:
    Several utilities are provided to create and access raw storage
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    Definizione nell'header <memory>
    copia una serie di oggetti in una zona di memoria non inizializzata
    Original:
    copies a range of objects to an uninitialized area of memory
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    (funzione di modello) [modifica]
    (C++11)
    copia un numero di oggetti da una zona di memoria non inizializzata
    Original:
    copies a number of objects to an uninitialized area of memory
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    (funzione di modello) [modifica]
    copia di un oggetto ad una zona di memoria non inizializzata
    Original:
    copies an object to an uninitialized area of memory
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    (funzione di modello) [modifica]
    copia di un oggetto ad una zona di memoria non inizializzata
    Original:
    copies an object to an uninitialized area of memory
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    (funzione di modello) [modifica]
    un iteratore che permette di algoritmi standard per memorizzare i risultati in memoria non inizializzata
    Original:
    an iterator that allows standard algorithms to store results in uninitialized memory
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    (classe template) [modifica]
    ottiene stoccaggio non inizializzata
    Original:
    obtains uninitialized storage
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    (funzione di modello) [modifica]
    libera di memorizzazione non inizializzato
    Original:
    frees uninitialized storage
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    (funzione di modello) [modifica]

    Garbage collector supporto

    Definizione nell'header <memory>
    (C++11)
    dichiara che un oggetto non può essere riciclato
    Original:
    declares that an object can not be recycled
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    (funzione) [modifica]
    (C++11)
    dichiara che un oggetto può essere riciclato
    Original:
    declares that an object can be recycled
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    (funzione di modello) [modifica]
    (C++11)
    dichiara che un'area di memoria non contiene puntatori rintracciabili
    Original:
    declares that a memory area does not contain traceable pointers
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    (funzione) [modifica]
    (C++11)
    annulla l'effetto del std::declare_no_pointers
    Original:
    cancels the effect of std::declare_no_pointers
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    (funzione) [modifica]
    (C++11)
    elenca i modelli di sicurezza del puntatore
    Original:
    lists pointer safety models
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    (classe) [modifica]
    (C++11)
    restituisce l'attuale modello di sicurezza puntatore
    Original:
    returns the current pointer safety model
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    (funzione) [modifica]

    Varie

    Definizione nell'header <memory>
    (C++11)
    fornisce informazioni su come i tipi di puntatore
    Original:
    provides information about pointer-like types
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    (classe template) [modifica]
    (C++11)
    ottiene l'indirizzo reale di un oggetto, anche se l'operatore &' è sovraccarico
    Original:
    obtains actual address of an object, even if the & operator is overloaded
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    (funzione di modello) [modifica]
    (C++11)
    allinea un puntatore in un buffer
    Original:
    aligns a pointer in a buffer
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    (funzione) [modifica]

    C-stile di gestione della memoria

    Include ad esempio std::malloc, std::free
    Original:
    Includes e.g. std::malloc, std::free
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    Basso livello di gestione della memoria

    Include ad esempio operator new , operator delete , std::set_new_handler
    Original:
    Includes e.g. operator new , operator delete , std::set_new_handler
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