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/* * Distributed under the Boost Software License, Version 1.0. * (See accompanying file LICENSE_1_0.txt or copy at * https://www.boost.org/LICENSE_1_0.txt) * * Copyright (c) 2022 Andrey Semashev */ /*! * \file scope/scope_fail.hpp * * This header contains definition of \c scope_fail template. */ #ifndef BOOST_SCOPE_SCOPE_FAIL_HPP_INCLUDED_ #define BOOST_SCOPE_SCOPE_FAIL_HPP_INCLUDED_ #include #include #include #include #include #include #include #include #ifdef BOOST_HAS_PRAGMA_ONCE #pragma once #endif namespace boost { namespace scope { template< typename Func, typename Cond > class scope_fail; namespace detail { // Workaround for clang < 5.0 which can't pass scope_fail as a template template parameter from within scope_fail definition template< typename T > using is_not_like_scope_fail = detail::is_not_like< T, scope_fail >; } // namespace detail /*! * \brief Scope exit guard that invokes a function upon leaving the scope, if * a failure condition is satisfied. * * The scope guard wraps two function objects: the scope guard action and * a failure condition for invoking the action. Both function objects must * be callable with no arguments and can be one of: * * \li A user-defined class with a public `operator()`. * \li An lvalue reference to such class. * \li An lvalue reference or pointer to function taking no arguments. * * The condition function object `operator()` must return a value * contextually convertible to \c true, if the failure is detected and the * action function object is allowed to be executed, and \c false otherwise. * Additionally, the failure condition function object `operator()` must not * throw, as otherwise the action function object may not be called. If not * specified, the default failure condition checks whether the scope is left * due to an exception - the action function object will not be called if * the scope is left normally. * * \sa scope_exit * \sa scope_success * * \tparam Func Scope guard action function object type. * \tparam Cond Scope guard failure condition function object type. */ template< typename Func, typename Cond = exception_checker > class scope_fail : public scope_exit< Func, Cond > { //! \cond private: using base_type = scope_exit< Func, Cond >; //! \endcond public: /*! * \brief Constructs a scope guard with a given callable function object. * * **Requires:** \c Func is constructible from \a func. \c Cond is nothrow default-constructible. * * **Effects:** Constructs the scope guard as if by calling * `scope_fail(std::forward< F >(func), Cond(), active)`. * * **Throws:** Nothing, unless construction of the function objects throw. * * \param func The callable action function object to invoke on destruction. * \param active Indicates whether the scope guard should be active upon construction. * * \post `this->active() == active` */ template< typename F //! \cond , typename = typename std::enable_if< detail::conjunction< std::is_constructible< base_type, F, bool >, detail::is_not_like_scope_fail< F > >::value >::type //! \endcond > explicit scope_fail(F&& func, bool active = true) noexcept(BOOST_SCOPE_DETAIL_DOC_HIDDEN(std::is_nothrow_constructible< base_type, F, bool >::value)) : base_type(static_cast< F&& >(func), active) { } /*! * \brief Constructs a scope guard with a given callable action and failure condition function objects. * * **Requires:** \c Func is constructible from \a func. \c Cond is constructible from \a cond. * * **Effects:** If \c Func is nothrow constructible from `F&&` then constructs \c Func from * `std::forward< F >(func)`, otherwise constructs from `func`. If \c Cond is * nothrow constructible from `C&&` then constructs \c Cond from * `std::forward< C >(cond)`, otherwise constructs from `cond`. * * If \c Func or \c Cond construction throws and \a active is \c true, invokes * \a cond and, if it returns \c true, \a func before returning with the exception. * * **Throws:** Nothing, unless construction of the function objects throw. * * \param func The callable action function object to invoke on destruction. * \param cond The callable failure condition function object. * \param active Indicates whether the scope guard should be active upon construction. * * \post `this->active() == active` */ template< typename F, typename C //! \cond , typename = typename std::enable_if< std::is_constructible< base_type, F, C, bool >::value >::type //! \endcond > explicit scope_fail(F&& func, C&& cond, bool active = true) noexcept(BOOST_SCOPE_DETAIL_DOC_HIDDEN(std::is_nothrow_constructible< base_type, F, C, bool >::value)) : base_type(static_cast< F&& >(func), static_cast< C&& >(cond), active) { } /*! * \brief Move-constructs a scope guard. * * **Requires:** \c Func and \c Cond are nothrow move-constructible or copy-constructible. * * **Effects:** If \c Func is nothrow move-constructible then move-constructs \c Func from * a member of \a that, otherwise copy-constructs \c Func. If \c Cond is nothrow * move-constructible then move-constructs \c Cond from a member of \a that, * otherwise copy-constructs \c Cond. * * If \c Func or \c Cond construction throws and `that.active() == true`, invokes * \c Cond object stored in \a that and, if it returns \c true, \a Func object * (either the newly constructed one, if its construction succeeded, or the original * one stored in \a that) before returning with the exception. * * If the construction succeeds, marks \a that as inactive. * * **Throws:** Nothing, unless move-construction of the function objects throw. * * \param that Move source. * * \post `that.active() == false` */ //! \cond template< bool Requires = std::is_move_constructible< base_type >::value, typename = typename std::enable_if< Requires >::type > //! \endcond scope_fail(scope_fail&& that) noexcept(BOOST_SCOPE_DETAIL_DOC_HIDDEN(std::is_nothrow_move_constructible< base_type >::value)) : base_type(static_cast< base_type&& >(that)) { } scope_fail& operator= (scope_fail&&) = delete; scope_fail(scope_fail const&) = delete; scope_fail& operator= (scope_fail const&) = delete; }; #if !defined(BOOST_NO_CXX17_DEDUCTION_GUIDES) template< typename Func > explicit scope_fail(Func) -> scope_fail< Func >; template< typename Func > explicit scope_fail(Func, bool) -> scope_fail< Func >; template< typename Func, typename Cond, typename = typename std::enable_if< detail::is_invocable< Cond const& >::value >::type > explicit scope_fail(Func, Cond) -> scope_fail< Func, Cond >; template< typename Func, typename Cond, typename = typename std::enable_if< detail::is_invocable< Cond const& >::value >::type > explicit scope_fail(Func, Cond, bool) -> scope_fail< Func, Cond >; #endif // !defined(BOOST_NO_CXX17_DEDUCTION_GUIDES) /*! * \brief Creates a scope fail guard with a given action function object. * * **Effects:** Constructs a scope guard as if by calling * `scope_fail< std::decay_t< F > >(std::forward< F >(func), active)`. * * \param func The callable function object to invoke on destruction. * \param active Indicates whether the scope guard should be active upon construction. */ template< typename F > inline scope_fail< typename std::decay< F >::type > make_scope_fail(F&& func, bool active = true) noexcept(std::is_nothrow_constructible< scope_fail< typename std::decay< F >::type >, F, bool >::value) { return scope_fail< typename std::decay< F >::type >(static_cast< F&& >(func), active); } /*! * \brief Creates a scope fail with given callable function objects. * * **Effects:** Constructs a scope guard as if by calling * `scope_fail< std::decay_t< F >, std::decay_t< C > >( * std::forward< F >(func), std::forward< C >(cond), active)`. * * \param func The callable action function object to invoke on destruction. * \param cond The callable failure condition function object. * \param active Indicates whether the scope guard should be active upon construction. */ template< typename F, typename C > inline #if !defined(BOOST_SCOPE_DOXYGEN) typename std::enable_if< detail::is_invocable< C const& >::value, scope_fail< typename std::decay< F >::type, typename std::decay< C >::type > >::type #else scope_fail< typename std::decay< F >::type, typename std::decay< C >::type > #endif make_scope_fail(F&& func, C&& cond, bool active = true) noexcept(std::is_nothrow_constructible< scope_fail< typename std::decay< F >::type, typename std::decay< C >::type >, F, C, bool >::value) { return scope_fail< typename std::decay< F >::type, typename std::decay< C >::type >(static_cast< F&& >(func), static_cast< C&& >(cond), active); } } // namespace scope } // namespace boost #include #endif // BOOST_SCOPE_SCOPE_FAIL_HPP_INCLUDED_