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// // Copyright (c) 2019-2025 Ruben Perez Hidalgo (rubenperez038 at gmail 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_MYSQL_ANY_ADDRESS_HPP #define BOOST_MYSQL_ANY_ADDRESS_HPP #include #include #include #include namespace boost { namespace mysql { /// The type of an address identifying a MySQL server. enum class address_type { /// An Internet hostname and a TCP port. host_and_port, /// A UNIX domain socket path. unix_path }; /** * \brief A host and port identifying how to connect to a MySQL server. * \details * This is an owning type with value semantics. */ struct host_and_port { /** * \brief The hostname where the MySQL server is expected to be listening. * \details * An empty string is equivalent to `localhost`. This is the default. * This is an owning field */ std::string host; /// The port where the MySQL server is expected to be listening. unsigned short port{default_port}; }; /** * \brief Contains a UNIX-socket domain path. * \details * This type is defined in all systems, regardless of their UNIX socket support. * \n * This is an owning type with value semantics. */ struct unix_path { /** * \brief The UNIX domain socket path where the MySQL server is listening. * \details Defaults to the empty string. This is an owning field. */ std::string path; }; /** * \brief A server address, identifying how to physically connect to a MySQL server. * \details * A variant-like type that can represent the network address of a MySQL server, * regardless of the transport type being used. It can contain either a host * and port (to connect using TCP) or a UNIX path (to connect using UNIX domain sockets). * \n * This class may be extended in the future to accommodate Windows named pipes. * \n * This type has value semantics: it is owning and regular. */ class any_address { #ifndef BOOST_MYSQL_DOXYGEN struct { address_type type; std::string address; unsigned short port; } impl_; any_address(address_type t, std::string&& addr, unsigned short port) noexcept : impl_{t, std::move(addr), port} { } friend struct detail::access; #endif public: /** * \brief Constructs an empty address. * \details Results in an address with `this->type() == address_type::host_and_port`, * `this->hostname() == ""` and `this->port() == default_port`, which identifies * a server running on `localhost` using the default port. * \par Exception safety * No-throw guarantee. */ any_address() noexcept : any_address(address_type::host_and_port, std::string(), default_port) {} /** * \brief Copy constructor. * \par Exception safety * Strong guarantee. Exceptions may be thrown by memory allocations. * \par Object lifetimes * `*this` and `other` will have independent lifetimes (regular value semantics). */ any_address(const any_address& other) = default; /** * \brief Move constructor. * \details Leaves `other` in a valid but unspecified state. * \par Exception safety * No-throw guarantee. */ any_address(any_address&& other) = default; /** * \brief Copy assignment. * \par Exception safety * Basic guarantee. Exceptions may be thrown by memory allocations. * \par Object lifetimes * `*this` and `other` will have independent lifetimes (regular value semantics). */ any_address& operator=(const any_address& other) = default; /** * \brief Move assignment. * \details Leaves `other` in a valid but unspecified state. * \par Exception safety * No-throw guarantee. */ any_address& operator=(any_address&& other) = default; /// Destructor. ~any_address() = default; /** * \brief Constructs an address containing a host and a port. * \details Results in an address with `this->type() == address_type::host_and_port`, * `this->hostname() == value.hostname()` and `this->port() == value.port()`. * * \par Object lifetimes * `*this` and `value` will have independent lifetimes (regular value semantics). * * \par Exception safety * No-throw guarantee. */ any_address(host_and_port value) noexcept : impl_{address_type::host_and_port, std::move(value.host), value.port} { } /** * \brief Constructs an address containing a UNIX socket path. * \details Results in an address with `this->type() == address_type::unix_path`, * `this->unix_socket_path() == value.path()`. * * \par Object lifetimes * `*this` and `value` will have independent lifetimes (regular value semantics). * * \par Exception safety * No-throw guarantee. */ any_address(unix_path value) noexcept : impl_{address_type::unix_path, std::move(value.path), 0} {} /** * \brief Retrieves the type of address that this object contains. * \par Exception safety * No-throw guarantee. */ address_type type() const noexcept { return impl_.type; } /** * \brief Retrieves the hostname that this object contains. * \par Preconditions * `this->type() == address_type::host_and_port` * * \par Object lifetimes * The returned view points into `*this`, and is valid as long as `*this` * is alive and hasn't been assigned to or moved from. * * \par Exception safety * No-throw guarantee. */ string_view hostname() const noexcept { BOOST_ASSERT(type() == address_type::host_and_port); return impl_.address; } /** * \brief Retrieves the port that this object contains. * \par Preconditions * `this->type() == address_type::host_and_port` * * \par Exception safety * No-throw guarantee. */ unsigned short port() const noexcept { BOOST_ASSERT(type() == address_type::host_and_port); return impl_.port; } /** * \brief Retrieves the UNIX socket path that this object contains. * \par Preconditions * `this->type() == address_type::unix_path` * * \par Object lifetimes * The returned view points into `*this`, and is valid as long as `*this` * is alive and hasn't been assigned to or moved from. * * \par Exception safety * No-throw guarantee. */ string_view unix_socket_path() const noexcept { BOOST_ASSERT(type() == address_type::unix_path); return impl_.address; } /** * \brief Replaces the current object with a host and port. * \details * Destroys the current contained object and constructs a new * host and port from the passed components. This function can * change the underlying type of object held by `*this`. * \n * The constructed object has `this->type() == address_type::host_and_port`, * `this->hostname() == hostname` and `this->port() == port`. * \n * An empty hostname is equivalent to `localhost`. * \n * \par Exception safety * Basic guarantee. Memory allocations may throw. * \par Object lifetimes * Invalidates views pointing into `*this`. */ void emplace_host_and_port(std::string hostname, unsigned short port = default_port) { impl_.type = address_type::host_and_port; impl_.address = std::move(hostname); impl_.port = port; } /** * \brief Replaces the current object with a UNIX socket path. * \details * Destroys the current contained object and constructs a new * UNIX socket path from the passed value. This function can * change the underlying type of object held by `*this`. * \n * The constructed object has `this->type() == address_type::unix_path` and * `this->unix_socket_path() == path`. * \n * \par Exception safety * Basic guarantee. Memory allocations may throw. * \par Object lifetimes * Invalidates views pointing into `*this`. */ void emplace_unix_path(std::string path) { impl_.type = address_type::unix_path; impl_.address = std::move(path); impl_.port = 0; } /** * \brief Tests for equality. * \details Two addresses are equal if they have the same type and individual components. * \par Exception safety * No-throw guarantee. */ bool operator==(const any_address& rhs) const noexcept { return impl_.type == rhs.impl_.type && impl_.address == rhs.impl_.address && impl_.port == rhs.impl_.port; } /** * \brief Tests for inequality. * \par Exception safety * No-throw guarantee. */ bool operator!=(const any_address& rhs) const noexcept { return !(*this == rhs); } }; } // namespace mysql } // namespace boost #endif