operator==,<,>,<=,>=,<=>(ranges::chunk_view::iterator)
From cppreference.com
< cpp | ranges | chunk view | iterator
friend constexpr bool operator==( const /*iterator*/& x, const /*iterator*/& y ); |
(1) | (since C++23) |
friend constexpr bool operator==( const /*iterator*/& x, std::default_sentinel_t ); |
(2) | (since C++23) |
friend constexpr bool operator<( const /*iterator*/& x, const /*iterator*/& y ) requires ranges::random_access_range<Base>; |
(3) | (since C++23) |
friend constexpr bool operator>( const /*iterator*/& x, const /*iterator*/& y ) requires ranges::random_access_range<Base>; |
(4) | (since C++23) |
friend constexpr bool operator<=( const /*iterator*/& x, const /*iterator*/& y ) requires ranges::random_access_range<Base>; |
(5) | (since C++23) |
friend constexpr bool operator>=( const /*iterator*/& x, const /*iterator*/& y ) requires ranges::random_access_range<Base>; |
(6) | (since C++23) |
friend constexpr auto operator<=>( const /*iterator*/& x, const /*iterator*/& y ) requires ranges::random_access_range<Base> && |
(7) | (since C++23) |
Compares the underlying iterators (or the underlying iterator and the default sentinel (2)).
Let current_
and end_
be the underlying data members.
Equivalent to:
1) return x.current_ == y.current_;.
2) return x.current_ == x.end_;.
3) return x.current_ < y.current_;.
4) return y < x;.
5) return !(y < x);.
6) return !(x < y);.
7) return x.current_ <=> y.current_;.
These functions are not visible to ordinary unqualified or qualified lookup, and can only be found by argument-dependent lookup when std::ranges::chunk_view::iterator<Const>
is an associated class of the arguments.
The !=
operator is synthesized from operator==
.
Parameters
x, y | - | the iterators to compare |
Return value
The result of comparison.
Example
This section is incomplete Reason: no example |