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// // Copyright (c) 2016-2019 Vinnie Falco (vinnie dot falco 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) // // Official repository: https://github.com/boostorg/beast // #ifndef BOOST_BEAST_WEBSOCKET_DETAIL_FRAME_HPP #define BOOST_BEAST_WEBSOCKET_DETAIL_FRAME_HPP #include #include #include #include #include #include #include #include #include namespace boost { namespace beast { namespace websocket { namespace detail { // frame header opcodes enum class opcode : std::uint8_t { cont = 0, text = 1, binary = 2, rsv3 = 3, rsv4 = 4, rsv5 = 5, rsv6 = 6, rsv7 = 7, close = 8, ping = 9, pong = 10, crsvb = 11, crsvc = 12, crsvd = 13, crsve = 14, crsvf = 15 }; // Contents of a WebSocket frame header struct frame_header { std::uint64_t len; std::uint32_t key; opcode op; bool fin : 1; bool mask : 1; bool rsv1 : 1; bool rsv2 : 1; bool rsv3 : 1; }; // holds the largest possible frame header using fh_buffer = flat_static_buffer<14>; // holds the largest possible control frame using frame_buffer = flat_static_buffer< 2 + 8 + 4 + 125 >; inline bool constexpr is_reserved(opcode op) { return (op >= opcode::rsv3 && op <= opcode::rsv7) || (op >= opcode::crsvb && op <= opcode::crsvf); } inline bool constexpr is_valid(opcode op) { return op <= opcode::crsvf; } inline bool constexpr is_control(opcode op) { return op >= opcode::close; } inline bool is_valid_close_code(std::uint16_t v) { switch(v) { case close_code::normal: // 1000 case close_code::going_away: // 1001 case close_code::protocol_error: // 1002 case close_code::unknown_data: // 1003 case close_code::bad_payload: // 1007 case close_code::policy_error: // 1008 case close_code::too_big: // 1009 case close_code::needs_extension: // 1010 case close_code::internal_error: // 1011 case close_code::service_restart: // 1012 case close_code::try_again_later: // 1013 return true; // explicitly reserved case close_code::reserved1: // 1004 case close_code::no_status: // 1005 case close_code::abnormal: // 1006 case close_code::reserved2: // 1014 case close_code::reserved3: // 1015 return false; } // reserved if(v >= 1016 && v <= 2999) return false; // not used if(v <= 999) return false; return true; } //------------------------------------------------------------------------------ // Write frame header to dynamic buffer // template void write(DynamicBuffer& db, frame_header const& fh) { std::size_t n; std::uint8_t b[14]; b[0] = (fh.fin ? 0x80 : 0x00) | static_cast(fh.op); if(fh.rsv1) b[0] |= 0x40; if(fh.rsv2) b[0] |= 0x20; if(fh.rsv3) b[0] |= 0x10; b[1] = fh.mask ? 0x80 : 0x00; if(fh.len <= 125) { b[1] |= fh.len; n = 2; } else if(fh.len <= 65535) { b[1] |= 126; auto len_be = endian::native_to_big( static_cast(fh.len)); std::memcpy(&b[2], &len_be, sizeof(len_be)); n = 4; } else { b[1] |= 127; auto len_be = endian::native_to_big( static_cast(fh.len)); std::memcpy(&b[2], &len_be, sizeof(len_be)); n = 10; } if(fh.mask) { auto key_le = endian::native_to_little( static_cast(fh.key)); std::memcpy(&b[n], &key_le, sizeof(key_le)); n += 4; } db.commit(net::buffer_copy( db.prepare(n), net::buffer(b))); } // Read data from buffers // This is for ping and pong payloads // template void read_ping(ping_data& data, Buffers const& bs) { BOOST_ASSERT(buffer_bytes(bs) <= data.max_size()); data.resize(buffer_bytes(bs)); net::buffer_copy(net::mutable_buffer{ data.data(), data.size()}, bs); } // Read close_reason, return true on success // This is for the close payload // template void read_close( close_reason& cr, Buffers const& bs, error_code& ec) { auto const n = buffer_bytes(bs); BOOST_ASSERT(n <= 125); if(n == 0) { cr = close_reason{}; ec = {}; return; } if(n == 1) { // invalid payload size == 1 BOOST_BEAST_ASSIGN_EC(ec, error::bad_close_size); return; } std::uint16_t code_be = {}; cr.reason.resize(n - 2); std::array out_bufs{{ net::mutable_buffer(&code_be, sizeof(code_be)), net::mutable_buffer(&cr.reason[0], n - 2)}}; net::buffer_copy(out_bufs, bs); cr.code = endian::big_to_native(code_be); if(! is_valid_close_code(cr.code)) { // invalid close code BOOST_BEAST_ASSIGN_EC(ec, error::bad_close_code); return; } if(n > 2 && !check_utf8( cr.reason.data(), cr.reason.size())) { // not valid utf-8 BOOST_BEAST_ASSIGN_EC(ec, error::bad_close_payload); return; } ec = {}; } } // detail } // websocket } // beast } // boost #endif