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// Copyright (c) 2018-2025 Jean-Louis Leroy // 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_OPENMETHOD_POLICY_STD_RTTI_HPP #define BOOST_OPENMETHOD_POLICY_STD_RTTI_HPP #include #ifndef BOOST_NO_RTTI #include #include #include #endif namespace boost::openmethod::policies { //! Implements the @ref rtti policy using standard RTTI. //! //! `std_rtti` implements the `rtti` policy using the standard C++ RTTI system. //! It is the default RTTI policy. struct std_rtti : rtti { //! A RttiFn metafunction. //! //! @tparam Registry The registry containing this policy. template struct fn { #ifndef BOOST_NO_RTTI //! Tests if a class is polymorphic. //! //! Evaluates to `true` if `Class` is a polymorphic class, as defined by //! the C++ standard, i.e. a class that contains at least one virtual //! function. //! //! @tparam Class A class. template static constexpr bool is_polymorphic = std::is_polymorphic_v; //! Returns the static @ref type_id of a type. //! //! Returns `&typeid(Class)`, cast to `type_id`. //! //! @tparam Class A class. //! @return The static type_id of Class. template static auto static_type() -> type_id { return &typeid(Class); } //! Returns the dynamic @ref type_id of an object. //! //! Returns `&typeid(obj)`, cast to `type_id`. //! //! @tparam Class A registered class. //! @param obj A reference to an instance of `Class`. //! @return The type_id of `obj`'s class. template static auto dynamic_type(const Class& obj) -> type_id { return &typeid(obj); } //! Writes a representation of a @ref type_id to a stream. //! //! Writes the demangled name of the class identified by `type` to //! `stream`. //! //! @tparam Stream A SimpleOutputStream. //! @param type The `type_id` to write. //! @param stream The stream to write to. template static auto type_name(type_id type, Stream& stream) -> void { stream << boost::core::demangle( reinterpret_cast(type)->name()); } //! Returns a key that uniquely identifies a class. //! //! C++ does *not* guarantee that there is a single instance of //! `std::type_info` per type. `std_rtti` uses the addresses of //! `std::type_index` objects as `type_id`s. Thus, the same class may //! have multiple corresponding `type_id`s. `std::type_index` objects, //! on the other hand, are guaranteed to compare as equal iff they //! correspond to the same class, and they can be used to identify the //! `type_id`s pertaining to the same class. //! //! @param type A `type_id`. //! @return A `std::type_index` for `type` (cast to a `const std::type_info&`). static auto type_index(type_id type) -> std::type_index { return std::type_index( *reinterpret_cast(type)); } //! Casts an object to a type. //! //! Casts `obj` to a reference to an instance of `D`, using //! `dynamic_cast`. //! //! @tparam D A reference to a subclass of `B`. //! @tparam B A registered class. //! @param obj A reference to an instance of `B`. template static auto dynamic_cast_ref(B&& obj) -> D { return dynamic_cast(obj); } #endif }; }; } // namespace boost::openmethod::policies #endif