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// // require.hpp // ~~~~~~~~~~~ // // Copyright (c) 2003-2025 Christopher M. Kohlhoff (chris at kohlhoff dot com) // // Distributed under the Boost Software License, Version 1.0. (See accompanying // file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) // #ifndef BOOST_ASIO_REQUIRE_HPP #define BOOST_ASIO_REQUIRE_HPP #if defined(_MSC_VER) && (_MSC_VER >= 1200) # pragma once #endif // defined(_MSC_VER) && (_MSC_VER >= 1200) #include #include #include #include #include #include #include #if defined(GENERATING_DOCUMENTATION) namespace boost { namespace asio { /// A customisation point that applies a concept-preserving property to an /// object. /** * The name require denotes a customisation point object. The * expression boost::asio::require(E, P0, Pn...) for some * subexpressions E and P0, and where Pn... * represents N subexpressions (where N is 0 or more, and with * types T = decay_t and Prop0 = * decay_t) is expression-equivalent to: * * @li If is_applicable_property_v && Prop0::is_requirable is * not a well-formed constant expression with value true, * boost::asio::require(E, P0, Pn...) is ill-formed. * * @li Otherwise, E if N == 0 and the expression * Prop0::template static_query_v == Prop0::value() is a * well-formed constant expression with value true. * * @li Otherwise, (E).require(P0) if N == 0 and the expression * (E).require(P0) is a valid expression. * * @li Otherwise, require(E, P0) if N == 0 and the expression * require(E, P0) is a valid expression with overload resolution * performed in a context that does not include the declaration of the * require customization point object. * * @li Otherwise, * boost::asio::require(boost::asio::require(E, P0), Pn...) * if N > 0 and the expression * boost::asio::require(boost::asio::require(E, P0), Pn...) * is a valid expression. * * @li Otherwise, boost::asio::require(E, P0, Pn...) is ill-formed. */ inline constexpr unspecified require = unspecified; /// A type trait that determines whether a @c require expression is well-formed. /** * Class template @c can_require is a trait that is derived from * @c true_type if the expression boost::asio::require(std::declval(), * std::declval()...) is well formed; otherwise @c false_type. */ template struct can_require : integral_constant { }; /// A type trait that determines whether a @c require expression will not throw. /** * Class template @c is_nothrow_require is a trait that is derived from * @c true_type if the expression boost::asio::require(std::declval(), * std::declval()...) is @c noexcept; otherwise @c false_type. */ template struct is_nothrow_require : integral_constant { }; /// A type trait that determines the result type of a @c require expression. /** * Class template @c require_result is a trait that determines the result * type of the expression boost::asio::require(std::declval(), * std::declval()...). */ template struct require_result { /// The result of the @c require expression. typedef automatically_determined type; }; } // namespace asio } // namespace boost #else // defined(GENERATING_DOCUMENTATION) namespace boost_asio_require_fn { using boost::asio::conditional_t; using boost::asio::decay_t; using boost::asio::declval; using boost::asio::enable_if_t; using boost::asio::is_applicable_property; using boost::asio::traits::require_free; using boost::asio::traits::require_member; using boost::asio::traits::static_require; void require(); enum overload_type { identity, call_member, call_free, two_props, n_props, ill_formed }; template struct call_traits { static constexpr overload_type overload = ill_formed; static constexpr bool is_noexcept = false; typedef void result_type; }; template struct call_traits, decay_t >::value >, enable_if_t< decay_t::is_requirable >, enable_if_t< static_require::is_valid >> { static constexpr overload_type overload = identity; static constexpr bool is_noexcept = true; typedef T&& result_type; }; template struct call_traits, decay_t >::value >, enable_if_t< decay_t::is_requirable >, enable_if_t< !static_require::is_valid >, enable_if_t< require_member::type, Property>::is_valid >> : require_member::type, Property> { static constexpr overload_type overload = call_member; }; template struct call_traits, decay_t >::value >, enable_if_t< decay_t::is_requirable >, enable_if_t< !static_require::is_valid >, enable_if_t< !require_member::type, Property>::is_valid >, enable_if_t< require_free::is_valid >> : require_free { static constexpr overload_type overload = call_free; }; template struct call_traits::overload != ill_formed >, enable_if_t< call_traits< Impl, typename call_traits::result_type, void(P1) >::overload != ill_formed >> { static constexpr overload_type overload = two_props; static constexpr bool is_noexcept = ( call_traits::is_noexcept && call_traits< Impl, typename call_traits::result_type, void(P1) >::is_noexcept ); typedef decay_t< typename call_traits< Impl, typename call_traits::result_type, void(P1) >::result_type > result_type; }; template struct call_traits::overload != ill_formed >, enable_if_t< call_traits< Impl, typename call_traits::result_type, void(P1, PN...) >::overload != ill_formed >> { static constexpr overload_type overload = n_props; static constexpr bool is_noexcept = ( call_traits::is_noexcept && call_traits< Impl, typename call_traits::result_type, void(P1, PN...) >::is_noexcept ); typedef decay_t< typename call_traits< Impl, typename call_traits::result_type, void(P1, PN...) >::result_type > result_type; }; struct impl { template struct proxy { #if defined(BOOST_ASIO_HAS_DEDUCED_REQUIRE_MEMBER_TRAIT) struct type { template auto require(P&& p) noexcept( noexcept( declval>().require(static_cast(p)) ) ) -> decltype( declval>().require(static_cast(p)) ); }; #else // defined(BOOST_ASIO_HAS_DEDUCED_REQUIRE_MEMBER_TRAIT) typedef T type; #endif // defined(BOOST_ASIO_HAS_DEDUCED_REQUIRE_MEMBER_TRAIT) }; template BOOST_ASIO_NODISCARD constexpr enable_if_t< call_traits::overload == identity, typename call_traits::result_type > operator()(T&& t, Property&&) const noexcept(call_traits::is_noexcept) { return static_cast(t); } template BOOST_ASIO_NODISCARD constexpr enable_if_t< call_traits::overload == call_member, typename call_traits::result_type > operator()(T&& t, Property&& p) const noexcept(call_traits::is_noexcept) { return static_cast(t).require(static_cast(p)); } template BOOST_ASIO_NODISCARD constexpr enable_if_t< call_traits::overload == call_free, typename call_traits::result_type > operator()(T&& t, Property&& p) const noexcept(call_traits::is_noexcept) { return require(static_cast(t), static_cast(p)); } template BOOST_ASIO_NODISCARD constexpr enable_if_t< call_traits::overload == two_props, typename call_traits::result_type > operator()(T&& t, P0&& p0, P1&& p1) const noexcept(call_traits::is_noexcept) { return (*this)( (*this)(static_cast(t), static_cast(p0)), static_cast(p1)); } template BOOST_ASIO_NODISCARD constexpr enable_if_t< call_traits::overload == n_props, typename call_traits::result_type > operator()(T&& t, P0&& p0, P1&& p1, PN&&... pn) const noexcept(call_traits::is_noexcept) { return (*this)( (*this)(static_cast(t), static_cast(p0)), static_cast(p1), static_cast(pn)...); } }; template struct static_instance { static const T instance; }; template const T static_instance::instance = {}; } // namespace boost_asio_require_fn namespace boost { namespace asio { namespace { static constexpr const boost_asio_require_fn::impl& require = boost_asio_require_fn::static_instance<>::instance; } // namespace typedef boost_asio_require_fn::impl require_t; template struct can_require : integral_constant::overload != boost_asio_require_fn::ill_formed> { }; #if defined(BOOST_ASIO_HAS_VARIABLE_TEMPLATES) template constexpr bool can_require_v = can_require::value; #endif // defined(BOOST_ASIO_HAS_VARIABLE_TEMPLATES) template struct is_nothrow_require : integral_constant::is_noexcept> { }; #if defined(BOOST_ASIO_HAS_VARIABLE_TEMPLATES) template constexpr bool is_nothrow_require_v = is_nothrow_require::value; #endif // defined(BOOST_ASIO_HAS_VARIABLE_TEMPLATES) template struct require_result { typedef typename boost_asio_require_fn::call_traits< require_t, T, void(Properties...)>::result_type type; }; template using require_result_t = typename require_result::type; } // namespace asio } // namespace boost #endif // defined(GENERATING_DOCUMENTATION) #include #endif // BOOST_ASIO_REQUIRE_HPP