std::ranges::zip_transform_view<F,Views...>::iterator<Const>::operator++,--,+=,-=

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Ranges library
Range access
Range conversions
(C++23)
Range primitives



Dangling iterator handling
Range concepts
Views

Range factories
Range adaptors
Range generators
Range adaptor objects
Range adaptor closure objects
Helper items
(until C++23)(C++23)


 
std::ranges::zip_transform_view
Member functions
Deduction guides
Iterator
Member functions
zip_transform_view::iterator::operator++
zip_transform_view::iterator::operator++(int)
zip_transform_view::iterator::operator--
zip_transform_view::iterator::operator--(int)
zip_transform_view::iterator::operator+=
zip_transform_view::iterator::operator-=
(C++23)(C++23)(C++23)(C++23)(C++23)(C++23)
Non-member functions
Sentinel
Member functions
Non-member functions
 
constexpr /*iterator*/& operator++();
(1) (since C++23)
constexpr void operator++( int );
(2) (since C++23)
constexpr /*iterator*/ operator++( int )
    requires ranges::forward_range<Base>;
(3) (since C++23)
constexpr /*iterator*/& operator--()
    requires ranges::bidirectional_range<Base>;
(4) (since C++23)
constexpr /*iterator*/ operator--( int )
    requires ranges::bidirectional_range<Base>;
(5) (since C++23)
constexpr /*iterator*/& operator+=( difference_type n )
    requires ranges::random_access_range<Base>;
(6) (since C++23)
constexpr /*iterator*/& operator-=( difference_type n )
    requires ranges::random_access_range<Base>;
(7) (since C++23)

Increments or decrements the iterator.

Let inner_ be the underlying iterator and Base be the exposition-only member type.

Equivalent to:

1) ++inner_; return *this;
2) ++*this;
3) auto tmp = *this; ++*this; return tmp;
4) --inner_; return *this;
5) auto tmp = *this; --*this; return tmp;
6) inner_ += n; return *this;
7) inner_ -= n; return *this;

Parameters

n - position relative to current location

Return value

1,4,6,7) *this
2) (none)
3,5) a copy of *this that was made before the change

Example

See also