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// Copyright (C) 2016-2018 T. Zachary Laine // // 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_YAP_EXPRESSION_HPP_INCLUDED #define BOOST_YAP_EXPRESSION_HPP_INCLUDED #include namespace boost { namespace yap { /** Reference expression template that provides all operator overloads. \note Due to a limitation of Doxygen, each of the value(), left(), right(), and operator overloads listed here is a stand-in for three member functions. For each function f, the listing here is: \code return_type f (); \endcode However, there are actually three functions: \code return_type f () const &; return_type f () &; return_type f () &&; \endcode */ template struct expression { using tuple_type = Tuple; static const expr_kind kind = Kind; /** Default constructor. Does nothing. */ constexpr expression() {} /** Moves \a rhs into the only data mamber, \c elements. */ constexpr expression(tuple_type && rhs) : elements(static_cast(rhs)) {} tuple_type elements; /** A convenience member function that dispatches to the free function value(). */ constexpr decltype(auto) value() & { return ::boost::yap::value(*this); } #ifndef BOOST_YAP_DOXYGEN constexpr decltype(auto) value() const & { return ::boost::yap::value(*this); } constexpr decltype(auto) value() && { return ::boost::yap::value(std::move(*this)); } #endif /** A convenience member function that dispatches to the free function left(). */ constexpr decltype(auto) left() & { return ::boost::yap::left(*this); } #ifndef BOOST_YAP_DOXYGEN constexpr decltype(auto) left() const & { return ::boost::yap::left(*this); } constexpr decltype(auto) left() && { return ::boost::yap::left(std::move(*this)); } #endif /** A convenience member function that dispatches to the free function right(). */ constexpr decltype(auto) right() & { return ::boost::yap::right(*this); } #ifndef BOOST_YAP_DOXYGEN constexpr decltype(auto) right() const & { return ::boost::yap::right(*this); } constexpr decltype(auto) right() && { return ::boost::yap::right(std::move(*this)); } #endif BOOST_YAP_USER_ASSIGN_OPERATOR( expression, ::boost::yap::expression) // = BOOST_YAP_USER_SUBSCRIPT_OPERATOR(::boost::yap::expression) // [] BOOST_YAP_USER_CALL_OPERATOR(::boost::yap::expression) // () }; /** Terminal expression specialization of the reference expression template. \note Due to a limitation of Doxygen, the value() member and each of the operator overloads listed here is a stand-in for three member functions. For each function f, the listing here is: \code return_type f (); \endcode However, there are actually three functions: \code return_type f () const &; return_type f () &; return_type f () &&; \endcode */ template struct expression> { using tuple_type = hana::tuple; static const expr_kind kind = expr_kind::terminal; /** Default constructor. Does nothing. */ constexpr expression() {} /** Forwards \a t into \c elements. */ constexpr expression(T && t) : elements(static_cast(t)) {} /** Copies \a rhs into the only data mamber, \c elements. */ constexpr expression(hana::tuple const & rhs) : elements(rhs) {} /** Moves \a rhs into the only data mamber, \c elements. */ constexpr expression(hana::tuple && rhs) : elements(std::move(rhs)) {} tuple_type elements; /** A convenience member function that dispatches to the free function value(). */ constexpr decltype(auto) value() & { return ::boost::yap::value(*this); } #ifndef BOOST_YAP_DOXYGEN constexpr decltype(auto) value() const & { return ::boost::yap::value(*this); } constexpr decltype(auto) value() && { return ::boost::yap::value(std::move(*this)); } #endif BOOST_YAP_USER_ASSIGN_OPERATOR( expression, ::boost::yap::expression) // = BOOST_YAP_USER_SUBSCRIPT_OPERATOR(::boost::yap::expression) // [] BOOST_YAP_USER_CALL_OPERATOR(::boost::yap::expression) // () }; #ifndef BOOST_YAP_DOXYGEN BOOST_YAP_USER_UNARY_OPERATOR(unary_plus, expression, expression) // + BOOST_YAP_USER_UNARY_OPERATOR(negate, expression, expression) // - BOOST_YAP_USER_UNARY_OPERATOR(dereference, expression, expression) // * BOOST_YAP_USER_UNARY_OPERATOR(complement, expression, expression) // ~ BOOST_YAP_USER_UNARY_OPERATOR(address_of, expression, expression) // & BOOST_YAP_USER_UNARY_OPERATOR(logical_not, expression, expression) // ! BOOST_YAP_USER_UNARY_OPERATOR(pre_inc, expression, expression) // ++ BOOST_YAP_USER_UNARY_OPERATOR(pre_dec, expression, expression) // -- BOOST_YAP_USER_UNARY_OPERATOR(post_inc, expression, expression) // ++(int) BOOST_YAP_USER_UNARY_OPERATOR(post_dec, expression, expression) // --(int) BOOST_YAP_USER_BINARY_OPERATOR(shift_left, expression, expression) // << BOOST_YAP_USER_BINARY_OPERATOR(shift_right, expression, expression) // >> BOOST_YAP_USER_BINARY_OPERATOR(multiplies, expression, expression) // * BOOST_YAP_USER_BINARY_OPERATOR(divides, expression, expression) // / BOOST_YAP_USER_BINARY_OPERATOR(modulus, expression, expression) // % BOOST_YAP_USER_BINARY_OPERATOR(plus, expression, expression) // + BOOST_YAP_USER_BINARY_OPERATOR(minus, expression, expression) // - BOOST_YAP_USER_BINARY_OPERATOR(less, expression, expression) // < BOOST_YAP_USER_BINARY_OPERATOR(greater, expression, expression) // > BOOST_YAP_USER_BINARY_OPERATOR(less_equal, expression, expression) // <= BOOST_YAP_USER_BINARY_OPERATOR(greater_equal, expression, expression) // >= BOOST_YAP_USER_BINARY_OPERATOR(equal_to, expression, expression) // == BOOST_YAP_USER_BINARY_OPERATOR(not_equal_to, expression, expression) // != BOOST_YAP_USER_BINARY_OPERATOR(logical_or, expression, expression) // || BOOST_YAP_USER_BINARY_OPERATOR(logical_and, expression, expression) // && BOOST_YAP_USER_BINARY_OPERATOR(bitwise_and, expression, expression) // & BOOST_YAP_USER_BINARY_OPERATOR(bitwise_or, expression, expression) // | BOOST_YAP_USER_BINARY_OPERATOR(bitwise_xor, expression, expression) // ^ BOOST_YAP_USER_BINARY_OPERATOR(comma, expression, expression) // , BOOST_YAP_USER_BINARY_OPERATOR(mem_ptr, expression, expression) // ->* BOOST_YAP_USER_BINARY_OPERATOR(shift_left_assign, expression, expression) // <<= BOOST_YAP_USER_BINARY_OPERATOR(shift_right_assign, expression, expression) // >>= BOOST_YAP_USER_BINARY_OPERATOR(multiplies_assign, expression, expression) // *= BOOST_YAP_USER_BINARY_OPERATOR(divides_assign, expression, expression) // /= BOOST_YAP_USER_BINARY_OPERATOR(modulus_assign, expression, expression) // %= BOOST_YAP_USER_BINARY_OPERATOR(plus_assign, expression, expression) // += BOOST_YAP_USER_BINARY_OPERATOR(minus_assign, expression, expression) // -= BOOST_YAP_USER_BINARY_OPERATOR(bitwise_and_assign, expression, expression) // &= BOOST_YAP_USER_BINARY_OPERATOR(bitwise_or_assign, expression, expression) // |= BOOST_YAP_USER_BINARY_OPERATOR(bitwise_xor_assign, expression, expression) // ^= BOOST_YAP_USER_EXPR_IF_ELSE(expression) #else /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator+(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator-(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator*(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator~(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator&(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator!(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator++(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator--(Expr &&); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator++(Expr &&, int); /** \see BOOST_YAP_USER_UNARY_OPERATOR for full semantics. */ template constexpr auto operator--(Expr &&, int); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator<<(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator>>(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator*(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator/(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator%(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator+(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator-(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator<(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator>(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator<=(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator>=(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator==(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator!=(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator||(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator&&(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator&(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator|(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_BINARY_OPERATOR for full semantics. */ template constexpr auto operator^(LExpr && lhs, RExpr && rhs); /** \see BOOST_YAP_USER_EXPR_IF_ELSE for full semantics. */ template constexpr auto if_else(Expr1 && expr1, Expr2 && expr2, Expr3 && expr3); #endif /** Returns make_expression(...). */ template constexpr auto make_expression(T &&... t) { return make_expression(static_cast(t)...); } /** Returns make_terminal(t). */ template constexpr auto make_terminal(T && t) { return make_terminal(static_cast(t)); } /** Returns as_expr(t). */ template constexpr decltype(auto) as_expr(T && t) { return as_expr(static_cast(t)); } }} #endif