include/marnav/ais/message_08.hpp

   1 #ifndef MARNAV__AIS__MESSAGE_08__HPP
   2 #define MARNAV__AIS__MESSAGE_08__HPP
   3
   4 #include <marnav/ais/message.hpp>
   5 #include <marnav/utils/mmsi.hpp>
   6
   7 namespace marnav
   8 {
   9 namespace ais
  10 {
  11 class binary_001_11; // forward
  12 class binary_200_10; // forward
  13
  14 /// @brief Binary Broadcast Message
  15 class message_08 : public message
  16 {
  17         friend class detail::factory;
  18
  19 public:
  20         constexpr static message_id ID = message_id::binary_broadcast_message;
  21         constexpr static std::size_t SIZE_BITS_HEAD = 56u;
  22         constexpr static std::size_t SIZE_BITS_MAX = 1008u;
  23
  24         message_08();
  25         message_08(const message_08 &) = default;
  26         message_08 & operator=(const message_08 &) = default;
  27         message_08(message_08 &&) = default;
  28         message_08 & operator=(message_08 &&) = default;
  29
  30 protected:
  31         message_08(const raw & bits);
  32         void read_data(const raw & bits);
  33         virtual raw get_data() const override;
  34
  35 private:
  36         // clang-format off
  37         bitset_value< 6,  2, uint32_t> repeat_indicator = 0;
  38         bitset_value< 8, 30, uint32_t> mmsi = 0;
  39         bitset_value<40, 10, uint32_t> dac = 0; ///< Designate Area Cod3
  40         bitset_value<50,  6, uint32_t> fid = 0; ///< Functional ID
  41         // clang-format on
  42
  43         // unfortuanately std::variant is C++17, therefore we need to store
  44         // the binary payload and parse it later.
  45         raw payload;
  46
  47 public:
  48         uint32_t get_repeat_indicator() const noexcept { return repeat_indicator; }
  49         utils::mmsi get_mmsi() const noexcept { return utils::mmsi{mmsi}; }
  50         uint32_t get_dac() const noexcept { return dac; }
  51         uint32_t get_fid() const noexcept { return fid; }
  52
  53         // payload
  54         void read_binary(binary_001_11 & m) const;
  55         void read_binary(binary_200_10 & m) const;
  56
  57         void set_repeat_indicator(uint32_t t) noexcept { repeat_indicator = t; }
  58         void set_mmsi(const utils::mmsi & t) noexcept { mmsi = t; }
  59         void set_dac(uint32_t t) noexcept { dac = t; }
  60         void set_fid(uint32_t t) noexcept { fid = t; }
  61
  62         // payload
  63         void write_binary(const binary_001_11 & m);
  64         void write_binary(const binary_200_10 & m);
  65 };
  66 }
  67 }
  68
  69 #endif