iter_move(ranges::cartesian_product_view::iterator)

friend constexpr auto iter_move( const /iterator/ & i ) noexcept ( /* see below */ )		(since C++23)

Let current_ be the underlying tuple of iterators.

Equivalent to: return /*tuple-transform*/ ( ranges::iter_move, i.current_ ) ;

This function is not visible to ordinary unqualified or qualified lookup, and can only be found by argument-dependent lookup when cartesian_product_view::iterator<Const>

i

-

iterator

A tuple that contains the result of applying ranges::iter_move

The exception specification is equivalent to the logical AND of the following expressions:

noexcept ( ranges::iter_move (std:: get <N> (i.current_ ) ) ) for every integer 0 ≤ N ≤ sizeof...(Vs)
std::is_nothrow_move_constructible_v < ranges::range_rvalue_reference_t < /*maybe-const*/ <Const, T>>> for every type T in First, Vs...

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Member functions
cartesian_product_view::cartesian_product_view
cartesian_product_view::begin
cartesian_product_view::end
cartesian_product_view::size
Deduction guides
Iterator
Member functions
cartesian_product_view::iterator::iterator
cartesian_product_view::iterator::operator*
cartesian_product_view::iterator::operator[]
cartesian_product_view::iterator::operator++ cartesian_product_view::iterator::operator++(int) cartesian_product_view::iterator::operator-- cartesian_product_view::iterator::operator--(int) cartesian_product_view::iterator::operator+= cartesian_product_view::iterator
cartesian_product_view::iterator::next
cartesian_product_view::iterator::prev
cartesian_product_view::iterator::distance_from
Non-member functions
operator==(cartesian_product_view::iterator) operator<=>(cartesian_product_view::iterator)
operator+(cartesian_product_view::iterator) operator-(cartesian_product_view::iterator)
*iter_move(cartesian_product_view::iterator)*
iter_swap(cartesian_product_view::iterator)