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/*============================================================================= Copyright (c) 2014 Paul Fultz II infix.h 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_HOF_GUARD_FUNCTION_INFIX_H #define BOOST_HOF_GUARD_FUNCTION_INFIX_H /// infix /// ===== /// /// Description /// ----------- /// /// The `infix` function adaptor allows the function to be used as an infix /// operator. The operator must be placed inside the angle brackets(ie `<` /// and `>`). /// /// Synopsis /// -------- /// /// template /// constexpr infix_adaptor infix(F f); /// /// Semantics /// --------- /// /// assert(x y == f(x, y)); /// /// Requirements /// ------------ /// /// F must be: /// /// * [BinaryInvocable](BinaryInvocable) /// * MoveConstructible /// /// Operator precedence /// ------------------- /// /// Infix operators have the precedence of relational operators. This means /// operators such as `+` or `*` have higher precedence: /// /// assert((x + y z) == ((x + y) z)); /// assert((x * y z) == ((x * y) z)); /// /// However, operators such as `|` or `==` have lower precedence:: /// /// assert((x | y z) == (x | (y z))); /// assert((x == y z) == (x == (y z))); /// /// Also, infix operators have left-to-right associativity: /// /// assert(x y z == ((x y) z)); /// /// Example /// ------- /// /// #include /// #include /// using namespace boost::hof; /// /// struct plus_f /// { /// template /// T operator()(T x, U y) const /// { /// return x+y; /// } /// }; /// /// int main() { /// constexpr infix_adaptor plus = {}; /// int r = 3 2; /// assert(r == 5); /// } /// #include #include #include #include #include #include #include namespace boost { namespace hof { namespace detail{ template struct postfix_adaptor : F { T x; template constexpr postfix_adaptor(X&& xp, XF&& fp) BOOST_HOF_NOEXCEPT(BOOST_HOF_IS_NOTHROW_CONSTRUCTIBLE(F, XF&&) && BOOST_HOF_IS_NOTHROW_CONSTRUCTIBLE(T, X&&)) : F(BOOST_HOF_FORWARD(XF)(fp)), x(BOOST_HOF_FORWARD(X)(xp)) {} template constexpr const F& base_function(Ts&&... xs) const noexcept { return boost::hof::always_ref(*this)(xs...); } BOOST_HOF_RETURNS_CLASS(postfix_adaptor); template constexpr BOOST_HOF_SFINAE_RESULT(const F&, id_, id_...) operator()(Ts&&... xs) const BOOST_HOF_SFINAE_RETURNS ( (BOOST_HOF_MANGLE_CAST(const F&)(BOOST_HOF_CONST_THIS->base_function(xs...)))(BOOST_HOF_RETURNS_C_CAST(T&&)(BOOST_HOF_CONST_THIS->x), BOOST_HOF_FORWARD(Ts)(xs)...) ); template constexpr BOOST_HOF_SFINAE_RESULT(const F&, id_, id_) operator>(A&& a) const BOOST_HOF_SFINAE_RETURNS ( (BOOST_HOF_MANGLE_CAST(const F&)(BOOST_HOF_CONST_THIS->base_function(a)))(BOOST_HOF_RETURNS_C_CAST(T&&)(BOOST_HOF_CONST_THIS->x), BOOST_HOF_FORWARD(A)(a)) ); }; template constexpr postfix_adaptor make_postfix_adaptor(T&& x, F f) BOOST_HOF_NOEXCEPT_CONSTRUCTIBLE(postfix_adaptor, T&&, F&&) { return postfix_adaptor(BOOST_HOF_FORWARD(T)(x), static_cast(f)); } } template struct infix_adaptor : detail::callable_base { typedef infix_adaptor fit_rewritable1_tag; BOOST_HOF_INHERIT_CONSTRUCTOR(infix_adaptor, detail::callable_base); template constexpr const detail::callable_base& base_function(Ts&&... xs) const noexcept { return boost::hof::always_ref(*this)(xs...); } template constexpr const detail::callable_base& infix_base_function(Ts&&... xs) const noexcept { return boost::hof::always_ref(*this)(xs...); } BOOST_HOF_RETURNS_CLASS(infix_adaptor); template constexpr auto operator()(Ts&&... xs) const BOOST_HOF_RETURNS ( (BOOST_HOF_MANGLE_CAST(const detail::callable_base&)(BOOST_HOF_CONST_THIS->base_function(xs...)))(BOOST_HOF_FORWARD(Ts)(xs)...) ); }; template constexpr auto operator<(T&& x, const infix_adaptor& i) BOOST_HOF_RETURNS (detail::make_postfix_adaptor(BOOST_HOF_FORWARD(T)(x), boost::hof::move(i.base_function(x)))); // TODO: Operators for static_ namespace detail { template struct static_function_wrapper; // Operators for static_function_wrapper adaptor template auto operator<(T&& x, const boost::hof::detail::static_function_wrapper& f) BOOST_HOF_RETURNS ( detail::make_postfix_adaptor(BOOST_HOF_FORWARD(T)(x), boost::hof::move(f.base_function().infix_base_function())) ); template struct static_default_function; // Operators for static_default_function adaptor template auto operator<(T&& x, const boost::hof::detail::static_default_function&) BOOST_HOF_RETURNS ( detail::make_postfix_adaptor(BOOST_HOF_FORWARD(T)(x), boost::hof::move(F().infix_base_function())) ); } // This overload is needed for gcc template constexpr auto operator<(T&& x, const boost::hof::reveal_adaptor& f) BOOST_HOF_RETURNS ( detail::make_postfix_adaptor(BOOST_HOF_FORWARD(T)(x), f.infix_base_function()) ); BOOST_HOF_DECLARE_STATIC_VAR(infix, detail::make); }} // namespace boost::hof #endif