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C++ Standard Library header files

A interface da biblioteca C + + padrão é definido pela seguinte coleção de arquivos de cabeçalho.

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The interface of C++ standard library is defined by the following collection of header files.

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Biblioteca de utilitários

Original:

Utilities library

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<cstdlib>

Utilitários de uso geral: controle do programa, alocação dinâmica de memória, números aleatórios, ordenação e pesquisa

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<csignal> Funções e constantes macro para a gestão do sinal <csetjmp> Macro (e função) que salva (e saltos) para um contexto de execução <cstdarg> Manipulação de listas de argumentos de comprimento variável <typeinfo> Utilitários informações de tempo de execução do tipo <typeindex> (desde C++11) std::type_index <type_traits> (desde C++11) Tempo de compilação tipo de informação <bitset>

std::bitset modelo de classe

Original:

std::bitset class template

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<functional>

Objetos de função, concebido para ser utilizado com o algoritmos padrão

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<utility>

componentes utilitários Diversos

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<ctime> C estilo de data / hora utilitários <chrono> (desde C++11) C + + tempo utilitários <cstddef> typedefs para tipos como NULL, size_t e outros <initializer_list> (desde C++11)

std::initializer_list modelo de classe

Original:

std::initializer_list class template

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<tuple> (desde C++11)

std::tuple modelo de classe

Original:

std::tuple class template

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Gerenciamento de memória dinâmica

Original:

Dynamic memory management

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<new> Baixo nível de gestão de utilitários de memória <memory> De nível superior de gestão de utilitários de memória <scoped_allocator> (desde C++11) Alocador de classe aninhada

Limites numéricos

Original:

Numeric limits

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<climits> limites de tipos integrais <cfloat> limites de tipos float <cstdint> de tamanho fixo tipos and limites de outros tipos <cinttypes>

formatação de macros, intmax_t e uintmax_t matemática e conversões

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<limits> forma padronizada para propriedades de consulta de tipos fundamentais

De tratamento de erros

Original:

Error handling

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<exception> Utilitários de manipulação de exceção <stdexcept> Padrão objetos de exceção <cassert> Condicionalmente compilado macro que compara seu argumento para zero <system_error> define std :: error_code, um código de erro depende da plataforma <cerrno> Macro que contém o número do erro passado

Biblioteca cordas

Original:

Strings library

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<cctype> funções para determinar o tipo contido em dados de caracteres <cwctype> funções para determinar o tipo de dados de caracteres de largura <cstring>

cadeia de caracteres estreita funções de manipulação diferentes

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<cwstring>

cadeia de caracteres funções de manipulação diferentes

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<cwchar>

vários de largura e multibyte tratamento de string funções

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<cuchar> (desde C++11)

C-estilo Funções de conversão de caracteres Unicode

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<string>

std::basic_string modelo de classe

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std::basic_string class template

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Recipientes biblioteca

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Containers library

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<array> (desde C++11)

std::array recipiente

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std::array container

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<vector>

std::vector recipiente

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std::vector container

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<deque>

std::deque recipiente

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std::deque container

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<list>

std::list recipiente

Original:

std::list container

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<forward_list> (desde C++11)

std::forward_list recipiente

Original:

std::forward_list container

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<set>

std::set e std::multiset contêineres associativos

Original:

std::set and std::multiset associative containers

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<map>

std::map e std::multimap contêineres associativos

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std::map and std::multimap associative containers

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<unordered_set> (desde C++11)

std::unordered_set e std::unordered_multiset desordenada contêineres associativos

Original:

std::unordered_set and std::unordered_multiset unordered associative containers

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<unordered_map> (desde C++11)

std::unordered_map e std::unordered_multimap desordenada contêineres associativos

Original:

std::unordered_map and std::unordered_multimap unordered associative containers

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<stack>

std::stack adaptador recipiente

Original:

std::stack container adaptor

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<queue>

std::queue e std::priority_queue adaptadores de contêineres

Original:

std::queue and std::priority_queue container adaptors

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Biblioteca algoritmos

Original:

Algorithms library

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<algorithm> Algoritmos que operam em contêineres

Biblioteca iteradores

Original:

Iterators library

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<iterator> Iteradores recipiente

Biblioteca numéricos

Original:

Numerics library

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<cmath> Matemática comuns funções <complex> Tipo de número complexo <valarray> Classe para representar e manipular matrizes de valores <random> Geradores de números aleatórios e distribuições <numeric> Operações numéricas sobre os valores em recipientes <ratio> (desde C++11) Tempo de compilação aritmética racional <cfenv> (desde C++11)

De ponto flutuante ambiente acessar funções

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De entrada / saída da biblioteca

Original:

Input/output library

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<iosfwd>

encaminhar as declarações de todas as classes na biblioteca de entrada / saída

Original:

forward declarations of all classes in the input/output library

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<ios>

std::ios_base classe, std::basic_ios modelo de classe e typedefs vários

Original:

std::ios_base class, std::basic_ios class template and several typedefs

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<istream>

std::basic_istream modelo de classe e typedefs vários

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std::basic_istream class template and several typedefs

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<ostream>

std::basic_ostream modelo de classe e typedefs vários

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std::basic_ostream class template and several typedefs

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<iostream>

std::basic_iostream modelo de classe e typedefs vários

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std::basic_iostream class template and several typedefs

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<fstream>

std::basic_fstream, std::basic_ifstream, modelos std::basic_ofstream classe e typedefs vários

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std::basic_fstream, std::basic_ifstream, std::basic_ofstream class templates and several typedefs

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<sstream>

std::basic_stringstream, std::basic_istringstream, modelos std::basic_ostringstream classe e typedefs vários

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std::basic_stringstream, std::basic_istringstream, std::basic_ostringstream class templates and several typedefs

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<strstream> std::strstream, std::istrstream, std::ostrstream(obsoleta) <iomanip> Funções auxiliares para controlar o formato ou entrada e saída <streambuf>

std::basic_streambuf modelo de classe

Original:

std::basic_streambuf class template

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<cstdio> C-estilo de entrada e saída funções

Biblioteca localização

Original:

Localization library

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<locale> Utilitários de localização <clocale> Localização utilitários C <codecvt> (desde C++11) Conversão Unicode instalações

Biblioteca de expressões regulares

Original:

Regular Expressions library

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<regex> (desde C++11) Classes, algoritmos e iteradores para suportar o processamento de expressões regulares

Biblioteca operações atômicas

Original:

Atomic Operations library

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<atomic> (desde C++11) Biblioteca operações atômica

Biblioteca de suporte a discussão

Original:

Thread support library

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<thread> (desde C++11)

std::thread classe e funções de suporte

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<mutex> (desde C++11) mútuos primitivas de exclusão <future> (desde C++11) primitivas para computações assíncronas <condition_variable> (desde C++11) segmento de espera condições

Compatibilidade cabeçalhos C

Original:

C compatibility headers

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<ciso646>

cabeçalho vazio. As macros que aparecem na iso646.h em C são palavras-chave em C + +

Original:

empty header. The macros that appear in iso646.h in C are keywords in C++

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<ccomplex>

simplesmente inclui a <complex> cabeçalho

Original:

simply includes the header <complex>

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<ctgmath> (desde C++11)

simplesmente inclui a <ccomplex> cabeçalhos e <cmath>: as sobrecargas equivalente ao conteúdo do cabeçalho C tgmath.h já são fornecidos por <cmath> e <complex>

Original:

simply includes the headers <ccomplex> and <cmath>: the overloads equivalent to the contents of the C header tgmath.h are already provided by <cmath> and <complex>

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<cstdalign> (desde C++11)

define um macro compatibilidade constante

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<cstdbool> (desde C++11)

define um macro compatibilidade constante

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Obsoleta cabeçalhos

Original:

Deprecated headers

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<assert.h> (obsoleta)

se comporta como se cada nome de <cassert> é colocado no espaço global

Original:

behaves as if each name from <cassert> is placed in global namespace

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<complex.h> (obsoleta)

se comporta como se cada nome de <ccomplex> é colocado no espaço global

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behaves as if each name from <ccomplex> is placed in global namespace

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<ctype.h> (obsoleta)

se comporta como se cada nome de <cctype> é colocado no espaço global

Original:

behaves as if each name from <cctype> is placed in global namespace

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<errno.h> (obsoleta)

se comporta como se cada nome de <cerrno> é colocado no espaço global

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behaves as if each name from <cerrno> is placed in global namespace

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<fenv.h> (obsoleta)

se comporta como se cada nome de <cfenv> é colocado no espaço global

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behaves as if each name from <cfenv> is placed in global namespace

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<float.h> (obsoleta)

se comporta como se cada nome de <cfloat> é colocado no espaço global

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behaves as if each name from <cfloat> is placed in global namespace

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<inttypes.h> (obsoleta)

se comporta como se cada nome de <cinttypes> é colocado no espaço global

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behaves as if each name from <cinttypes> is placed in global namespace

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<iso646.h> (obsoleta)

se comporta como se cada nome de <ciso646> é colocado no espaço global

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behaves as if each name from <ciso646> is placed in global namespace

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<limits.h> (obsoleta)

se comporta como se cada nome de <climits> é colocado no espaço global

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behaves as if each name from <climits> is placed in global namespace

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<locale.h> (obsoleta)

se comporta como se cada nome de <clocale> é colocado no espaço global

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behaves as if each name from <clocale> is placed in global namespace

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<math.h> (obsoleta)

se comporta como se cada nome de <cmath> é colocado no espaço global

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behaves as if each name from <cmath> is placed in global namespace

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<setjmp.h> (obsoleta)

se comporta como se cada nome de <csetjmp> é colocado no espaço global

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behaves as if each name from <csetjmp> is placed in global namespace

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<signal.h> (obsoleta)

se comporta como se cada nome de <csignal> é colocado no espaço global

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behaves as if each name from <csignal> is placed in global namespace

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<stdalign.h> (obsoleta)

se comporta como se cada nome de <cstdalign> é colocado no espaço global

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behaves as if each name from <cstdalign> is placed in global namespace

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<stdarg.h> (obsoleta)

se comporta como se cada nome de <cstdarg> é colocado no espaço global

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behaves as if each name from <cstdarg> is placed in global namespace

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<stdbool.h> (obsoleta)

se comporta como se cada nome de <cstdbool> é colocado no espaço global

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behaves as if each name from <cstdbool> is placed in global namespace

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<stddef.h> (obsoleta)

se comporta como se cada nome de <cstddef> é colocado no espaço global

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behaves as if each name from <cstddef> is placed in global namespace

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<stdint.h> (obsoleta)

se comporta como se cada nome de <cstdint> é colocado no espaço global

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behaves as if each name from <cstdint> is placed in global namespace

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<stdio.h> (obsoleta)

se comporta como se cada nome de <cstdio> é colocado no espaço global

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behaves as if each name from <cstdio> is placed in global namespace

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<stdlib.h> (obsoleta)

se comporta como se cada nome de <cstdlib> é colocado no espaço global

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behaves as if each name from <cstdlib> is placed in global namespace

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<string.h> (obsoleta)

se comporta como se cada nome de <cstring> é colocado no espaço global

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behaves as if each name from <cstring> is placed in global namespace

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<tgmath.h> (obsoleta)

se comporta como se cada nome de <ctgmath> é colocado no espaço global

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behaves as if each name from <ctgmath> is placed in global namespace

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<time.h> (obsoleta)

se comporta como se cada nome de <ctime> é colocado no espaço global

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behaves as if each name from <ctime> is placed in global namespace

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<uchar.h> (obsoleta)

se comporta como se cada nome de <cuchar> é colocado no espaço global

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behaves as if each name from <cuchar> is placed in global namespace

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<wchar.h> (obsoleta)

se comporta como se cada nome de <cwchar> é colocado no espaço global

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behaves as if each name from <cwchar> is placed in global namespace

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<wctype.h> (obsoleta)

se comporta como se cada nome de <cwctype> é colocado no espaço global

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behaves as if each name from <cwctype> is placed in global namespace

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