projected.hpp¶

See Public API for a list of names and headers that are part of the public HPX API.

template<typename Iterator> struct projected_iterator<Iterator, typename std::enable_if<is_segmented_iterator<Iterator>::value>::type>¶

Public Types

template<> using local_iterator = typename segmented_iterator_traits::local_iterator¶

template<> using type = typename segmented_local_iterator_traits<local_iterator>::local_raw_iterator¶

template<typename Iterator> struct projected_iterator<Iterator, typename hpx::util::always_void<typename std::decay<Iterator>::type::proxy_type>::type>¶

Public Types

template<> using type = typename std::decay<Iterator>::type::proxy_type¶

namespace hpx

namespace parallel

namespace traits¶

Typedefs

template<typename F, typename Iter> using is_projected_t = typename is_projected<F, Iter>::type¶

template<typename ExPolicy, typename F, typename ...Projected> using is_indirect_callable_t = typename is_indirect_callable<ExPolicy, F, Projected...>::type¶

Variables

template<typename F, typename Iter> constexpr bool is_projected_v = is_projected<F, Iter>::value¶

template<typename ExPolicy, typename F, typename ...Projected> constexpr bool is_indirect_callable_v = is_indirect_callable<ExPolicy, F, Projected...>::value¶

template<typename Proj, typename Iter> struct projected¶

Public Types

template<> using projector_type = typename std::decay<Proj>::type¶

template<> using iterator_type = typename hpx::traits::projected_iterator<Iter>::type¶

namespace traits

template<typename T, typename Enable = void> struct projected_iterator¶

Public Types

template<> using type = typename std::decay::type¶

template<typename Iterator> struct projected_iterator<Iterator, typename hpx::util::always_void<typename std::decay<Iterator>::type::proxy_type>::type>

Public Types

template<> using type = typename std::decay<Iterator>::type::proxy_type

template<typename Iterator> struct projected_iterator<Iterator, typename std::enable_if<is_segmented_iterator<Iterator>::value>::type>

Public Types

template<> using local_iterator = typename segmented_iterator_traits::local_iterator

template<> using type = typename segmented_local_iterator_traits<local_iterator>::local_raw_iterator