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<div class="t-tr-text">C + + Konzepte:<div class="t-tr-dropdown"><div><div><div class="t-tr-dropdown-arrow-border"></div><div class="t-tr-dropdown-arrow"></div><div class="t-tr-dropdown-h">Original:</div><div class="t-tr-dropdown-orig">C++ concepts:</div><div class="t-tr-dropdown-notes">The text has been machine-translated via [http://translate.google.com Google Translate].<br/> You can help to correct and verify the translation. Click [http://en.cppreference.com/w/Cppreference:MachineTranslations here] for instructions.</div></div></div></div></div> CopyInsertable

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< cpp‎ | concept

 
 
C + + Konzepte
Basic
Original:
Basic
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Library-Wide
Original:
Library-Wide
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Container
Original:
Container
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Container-Elemente
Original:
Container Elements
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CopyInsertable(C++11)
MoveInsertable(C++11)
Iterator
Original:
Iterator
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Zufallszahlen
Original:
Random Numbers
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Concurrency
Original:
Concurrency
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BasicLockable(C++11)
Lockable(C++11)
TimedLockable(C++11)
Mutex(C++11)
TimedMutex(C++11)
Andere
Original:
Other
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Gibt an, dass eine Instanz des Typs kann copy-gebaut in-place, in initialisierten Speicher .
Original:
Specifies that an instance of the type can be copy-constructed in-place, in uninitialized storage.
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[Bearbeiten] Anforderungen

Der Typ ist T CopyInsertable in den Behälter X wenn bei
Original:
The type T is CopyInsertable into the container X if, given
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A
die Zuordnungsvorrichtung Typ wie X::allocator_type definiert
Original:
the allocator type defined as X::allocator_type
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m
der L-Wert des Typs A von X::get_allocator() erhalten
Original:
the lvalue of type A obtained from X::get_allocator()
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p
der Zeiger vom Typ T* durch den Behälter hergestellt
Original:
the pointer of type T* prepared by the container
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v
Ausdruck des Typs T als Argument bereitgestellt, um push_back (), etc
Original:
expression of type T, provided as the argument to push_back(), etc
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Der folgende Ausdruck ist gut gebildet:
Original:
the following expression is well-formed:
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std::allocator_traits<A>::construct(m, p, v);

Beachten Sie, dass, wenn A ist std::allocator<T>, dann rufen placement-neue, wie ::new((void*)p) T(v)
Original:
Note that if A is std::allocator<T>, then this will call placement-new, as by ::new((void*)p) T(v)
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