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std::move_iterator<Iter>:: operator++,+,+=,--,-,-=

From cppreference.net
C++
Iterator library
Iterator concepts
Iterator primitives
Algorithm concepts and utilities
Indirect callable concepts
Common algorithm requirements
(C++20)
(C++20)
(C++20)
Utilities
(C++20)
Iterator adaptors
Range access
(C++11) (C++14)
(C++14) (C++14)
(C++11) (C++14)
(C++14) (C++14)
(C++17) (C++20)
(C++17)
(C++17)
std::move_iterator
Member functions
move_iterator::operator++ move_iterator::operator+ move_iterator::operator+= move_iterator::operator-- move_iterator::operator- move_iterator::operator-=
Non-member functions
(until C++20) (C++20)
(C++20)
(C++20)
(C++20)
(C++20)
(C++11)
move_iterator & operator ++ ( ) ;
(1) (constexpr since C++17)
move_iterator & operator -- ( ) ;
(2) (constexpr since C++17)
(3)
move_iterator operator ++ ( int ) ;
(constexpr since C++17)
(until C++20)
constexpr auto operator ++ ( int ) ;
(since C++20)
move_iterator operator -- ( int ) ;
(4) (constexpr since C++17)
move_iterator operator + ( difference_type n ) const ;
(5) (constexpr since C++17)
move_iterator operator - ( difference_type n ) const ;
(6) (constexpr since C++17)
move_iterator & operator + = ( difference_type n ) ;
(7) (constexpr since C++17)
move_iterator & operator - = ( difference_type n ) ;
(8) (constexpr since C++17)

기본 반복자를 증가시키거나 감소시킵니다.

오버로드 동등한 표현
(1) ++ current  ; return * this ;
(2) -- current  ; return * this ;
(3)

move_iterator tmp = * this ; ++ current  ; return tmp ;

(C++20 이전)
(C++20 이후)
(4) move_iterator tmp = * this ; -- current  ; return tmp ;
(5) return move_iterator ( current + n ) ;
(6) return move_iterator ( current - n ) ;
(7) current + = n ; return * this ;
(8) current - = n ; return * this ;

목차

매개변수

n - 현재 위치 기준 상대 위치

반환값

위에서 설명한 바와 같습니다.

예제

이 섹션은 불완전합니다
이유: 예제가 없음

참고 항목

(C++11)
반복자를 전진시킵니다
(함수 템플릿)
(C++11)
두 반복자 어댑터 사이의 거리를 계산합니다
(함수 템플릿)