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C++ Standard Library header files

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Die Schnittstelle des C + +-Standard-Bibliothek wird durch die folgende Sammlung von Header-Dateien definiert .
Original:
The interface of C++ standard library is defined by the following collection of header files.
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Inhaltsverzeichnis

Utilities-Bibliothek
Original:
Utilities library
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<cstdlib>
Allzweck-Dienstprogramme: Programmsteuerung, dynamische Speicherverwaltung, Zufallszahlen, Sortier-und Suchfunktionen
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<csignal> Funktionen und Makros Konstanten für Signal-Management
<csetjmp> Macro (und Funktion) das spart (und Sprünge) zu einem Ausführungskontext
<cstdarg> Handhabung von variablen Anzahl von Parametern
<typeinfo> Laufzeit-Typinformationen Versorgungsunternehmen
<typeindex> (seit C++11) std::type_index
<type_traits> (seit C++11) Compile-Time Type Information
<bitset>
std::bitset Klassen-Template
Original:
std::bitset class template
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<functional>
Function-Objekte, ausgelegt für die Verwendung mit dem Standard-Algorithmen
Original:
Function-Objekte, designed for use with the Standard-Algorithmen
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<utility>
Verschiedene Hilfsprogrammen
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<ctime> C-style Zeit / Datum utilites
<chrono> (seit C++11) C + + Zeit utilites
<cstddef> typedefs für Typen wie size_t, NULL und andere
<initializer_list> (seit C++11)
std::initializer_list Klassen-Template
Original:
std::initializer_list class template
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<tuple> (seit C++11)
std::tuple Klassen-Template
Original:
std::tuple class template
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Dynamische Speicherverwaltung
Original:
Dynamic memory management
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<new> Low-Level-Speicher-Verwaltung
<memory> Höhere Speicher-Verwaltung
<scoped_allocator> (seit C++11) Verschachtelte allocator Klasse
Numerische Grenzen
Original:
Numeric limits
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<climits> Grenzen der ganzzahligen Typen
<cfloat> Grenzen des float-Typen
<cstdint> fester Größe Typen and Grenzen der anderen Typen
<cinttypes>
Formatieren von Makros, intmax_t und uintmax_t Mathematik und Umbauten
Original:
Formatieren von Makros, intmax_t and uintmax_t math and conversions
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<limits> standardisierte Möglichkeit zur Abfrage Eigenschaften von Grundtypen
Fehlerbehandlung
Original:
Error handling
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<exception> Werkzeuge für Exceptions
<stdexcept> Standard-Ausnahme-Objekte
<cassert> Bedingt zusammengestellt Makro, das Argument im Vergleich zu Null
<system_error> Defines std :: error_code, einem plattformabhängigen Fehlercode
<cerrno> Macro mit dem letzten Fehlercode zurück

Strings Bibliothek
Original:
Strings library
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<cctype> Funktionen bestimmen die Art Charakter enthaltenen Daten
<cwctype> Funktionen zur Bestimmung der Art des breiten Zeichendaten
<cstring>
verschiedenen schmale Zeichenkette Umgang mit Funktionen
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<cwstring>
verschiedenen breite Zeichenfolge Umgang mit Funktionen
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<cwchar>
verschiedenen breit und multibyte String-Handling-Funktionen
Original:
various breit and multibyte string handling functions
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<cuchar> (seit C++11)
C-style Unicode-Zeichen Konvertierungsfunktionen
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<string>
std::basic_string Klassen-Template
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std::basic_string class template
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Container-Bibliothek
Original:
Containers library
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<array> (seit C++11)
std::array Behälters
Original:
std::array container
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<vector>
std::vector Behälters
Original:
std::vector container
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<deque>
std::deque Behälters
Original:
std::deque container
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<list>
std::list Behälters
Original:
std::list container
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<forward_list> (seit C++11)
std::forward_list Behälters
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<set>
std::set und std::multiset assoziativen Containern
Original:
std::set and std::multiset associative containers
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<map>
std::map und std::multimap assoziativen Containern
Original:
std::map and std::multimap associative containers
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<unordered_set> (seit C++11)
std::unordered_set und std::unordered_multiset ungeordnete assoziative Container
Original:
std::unordered_set and std::unordered_multiset unordered associative containers
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<unordered_map> (seit C++11)
std::unordered_map und std::unordered_multimap ungeordnete assoziative Container
Original:
std::unordered_map and std::unordered_multimap unordered associative containers
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<stack>
std::stack Behälteradapter
Original:
std::stack container adaptor
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<queue>
std::queue und std::priority_queue Behälters Adaptern
Original:
std::queue and std::priority_queue container adaptors
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Algorithmen-Bibliothek
Original:
Algorithms library
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<algorithm> Algorithmen, die auf Containern arbeiten

Iteratoren Bibliothek
Original:
Iterators library
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<iterator> Container Iteratoren

Numerik-Bibliothek
Original:
Numerics library
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<cmath> Gemeinsame mathematischen Funktionen
<complex> Komplexe Zahl Typ
<valarray> Klasse für die Darstellung und Manipulation von Arrays von Werten
<random> Zufallsgeneratoren und Ausschüttungen
<numeric> Numerische Operationen auf den Werten in Containern
<ratio> (seit C++11) Compile-time rationale Arithmetik
<cfenv> (seit C++11)
Floating-Point-Umgebung Funktionen zugreifen
Original:
Floating-Point-Umgebung access functions
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Input / Output-Bibliothek
Original:
Input/output library
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<iosfwd>
Forward-Deklarationen aller Klassen in der Input / Output-Bibliothek
Original:
forward declarations of all classes in the input/output library
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<ios>
std::ios_base Klasse std::basic_ios Klassen-Template und mehrere typedefs
Original:
std::ios_base class, std::basic_ios class template and several typedefs
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<istream>
std::basic_istream Klassen-Template und mehrere typedefs
Original:
std::basic_istream class template and several typedefs
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<ostream>
std::basic_ostream Klassen-Template und mehrere typedefs
Original:
std::basic_ostream class template and several typedefs
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<iostream>
std::basic_iostream Klassen-Template und mehrere typedefs
Original:
std::basic_iostream class template and several typedefs
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<fstream>
std::basic_fstream, std::basic_ifstream, std::basic_ofstream Klassen-Templates und mehrere typedefs
Original:
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, std::basic_ostringstream Klassen-Templates und mehrere typedefs
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<strstream> std::strstream, std::istrstream, std::ostrstream(veraltet)
<iomanip> Helper-Funktionen, um das Format oder Ein-und Ausgabe zu steuern
<streambuf>
std::basic_streambuf Klassen-Template
Original:
std::basic_streambuf class template
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<cstdio> C-style Input-Output-Funktionen

Localization Bibliothek
Original:
Localization library
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<locale> Localization Versorgungsunternehmen
<clocale> C Lokalisierung Versorgungsunternehmen
<codecvt> (seit C++11) Unicode-Konvertierung Einrichtungen

Regular Expressions-Bibliothek
Original:
Regular Expressions library
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<regex> (seit C++11) Klassen, Algorithmen und Iteratoren für reguläre Ausdrücke Verarbeitung unterstützt

Atomic Operations-Bibliothek
Original:
Atomic Operations library
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<atomic> (seit C++11) Atomare Operationen Bibliothek

Thema Support-Bibliothek
Original:
Thread support library
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<thread> (seit C++11)
std::thread Klasse und unterstützende Funktionen
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<mutex> (seit C++11) gegenseitigen Ausschluss Primitiven
<future> (seit C++11) Primitive für asynchrone Berechnungen
<condition_variable> (seit C++11) Thread wartet Bedingungen

C-Kompatibilität Header
Original:
C compatibility headers
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<ciso646>
leere Header. Die Makros, die in iso646.h in C angezeigt sind Schlüsselwörter in C + +
Original:
empty header. The macros that appear in iso646.h in C are keywords in C++
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<ccomplex>
einfach die Header <complex>
Original:
simply includes the header <complex>
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<ctgmath> (seit C++11)
einfach beinhaltet die Header <ccomplex> und <cmath>: die Überlastung entspricht dem Inhalt der C Header tgmath.h bereits durch <cmath> und <complex> vorgesehen
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> (seit C++11)
definiert eine Kompatibilität Makro konstant
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<cstdbool> (seit C++11)
definiert eine Kompatibilität Makro konstant
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Veraltet-Header
Original:
Deprecated headers
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<assert.h> (veraltet)
verhält, als ob jeder Name aus <cassert> im globalen Namespace platziert wird
Original:
behaves as if each name from <cassert> is placed in global namespace
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<complex.h> (veraltet)
verhält, als ob jeder Name aus <ccomplex> im globalen Namespace platziert wird
Original:
behaves as if each name from <ccomplex> is placed in global namespace
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<ctype.h> (veraltet)
verhält, als ob jeder Name aus <cctype> im globalen Namespace platziert wird
Original:
behaves as if each name from <cctype> is placed in global namespace
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<errno.h> (veraltet)
verhält, als ob jeder Name aus <cerrno> im globalen Namespace platziert wird
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behaves as if each name from <cerrno> is placed in global namespace
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<fenv.h> (veraltet)
verhält, als ob jeder Name aus <cfenv> im globalen Namespace platziert wird
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behaves as if each name from <cfenv> is placed in global namespace
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<float.h> (veraltet)
verhält, als ob jeder Name aus <cfloat> im globalen Namespace platziert wird
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behaves as if each name from <cfloat> is placed in global namespace
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<inttypes.h> (veraltet)
verhält, als ob jeder Name aus <cinttypes> im globalen Namespace platziert wird
Original:
behaves as if each name from <cinttypes> is placed in global namespace
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<iso646.h> (veraltet)
verhält, als ob jeder Name aus <ciso646> im globalen Namespace platziert wird
Original:
behaves as if each name from <ciso646> is placed in global namespace
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<limits.h> (veraltet)
verhält, als ob jeder Name aus <climits> im globalen Namespace platziert wird
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behaves as if each name from <climits> is placed in global namespace
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<locale.h> (veraltet)
verhält, als ob jeder Name aus <clocale> im globalen Namespace platziert wird
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behaves as if each name from <clocale> is placed in global namespace
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<math.h> (veraltet)
verhält, als ob jeder Name aus <cmath> im globalen Namespace platziert wird
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behaves as if each name from <cmath> is placed in global namespace
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<setjmp.h> (veraltet)
verhält, als ob jeder Name aus <csetjmp> im globalen Namespace platziert wird
Original:
behaves as if each name from <csetjmp> is placed in global namespace
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<signal.h> (veraltet)
verhält, als ob jeder Name aus <csignal> im globalen Namespace platziert wird
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behaves as if each name from <csignal> is placed in global namespace
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<stdalign.h> (veraltet)
verhält, als ob jeder Name aus <cstdalign> im globalen Namespace platziert wird
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behaves as if each name from <cstdalign> is placed in global namespace
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<stdarg.h> (veraltet)
verhält, als ob jeder Name aus <cstdarg> im globalen Namespace platziert wird
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behaves as if each name from <cstdarg> is placed in global namespace
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<stdbool.h> (veraltet)
verhält, als ob jeder Name aus <cstdbool> im globalen Namespace platziert wird
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behaves as if each name from <cstdbool> is placed in global namespace
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<stddef.h> (veraltet)
verhält, als ob jeder Name aus <cstddef> im globalen Namespace platziert wird
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behaves as if each name from <cstddef> is placed in global namespace
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<stdint.h> (veraltet)
verhält, als ob jeder Name aus <cstdint> im globalen Namespace platziert wird
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behaves as if each name from <cstdint> is placed in global namespace
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<stdio.h> (veraltet)
verhält, als ob jeder Name aus <cstdio> im globalen Namespace platziert wird
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behaves as if each name from <cstdio> is placed in global namespace
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<stdlib.h> (veraltet)
verhält, als ob jeder Name aus <cstdlib> im globalen Namespace platziert wird
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behaves as if each name from <cstdlib> is placed in global namespace
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<string.h> (veraltet)
verhält, als ob jeder Name aus <cstring> im globalen Namespace platziert wird
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behaves as if each name from <cstring> is placed in global namespace
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<tgmath.h> (veraltet)
verhält, als ob jeder Name aus <ctgmath> im globalen Namespace platziert wird
Original:
behaves as if each name from <ctgmath> is placed in global namespace
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verhält, als ob jeder Name aus <code><ctime></code> im globalen Namespace platziert wird
Original:
behaves as if each name from <code><ctime></code> is placed in global namespace
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<code><b><uchar.h></b></code> (veraltet)
verhält, als ob jeder Name aus <code><cuchar></code> im globalen Namespace platziert wird
Original:
behaves as if each name from <code><cuchar></code> is placed in global namespace
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<code><b><wchar.h></b></code> (veraltet)
verhält, als ob jeder Name aus <code><cwchar></code> im globalen Namespace platziert wird
Original:
behaves as if each name from <code><cwchar></code> is placed in global namespace
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<code><b><wctype.h></b></code> (veraltet)
verhält, als ob jeder Name aus <code><cwctype></code> im globalen Namespace platziert wird
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behaves as if each name from <code><cwctype></code> is placed in global namespace
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