statusParam.hpp

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#ifndef FGF_COM_STATUS_PARAM_HPP_H_
#define FGF_COM_STATUS_PARAM_HPP_H_
 
#include <boost/signals2.hpp>
#include <boost/bimap.hpp>
#include <boost/assign.hpp>
#include <boost/algorithm/string.hpp>
 
namespace ifw::fgf::common {
    constexpr auto STAT_EXPO_TIME_STR              = "expo_time";
    constexpr auto STAT_FRAME_RATE_STR             = "frame_rate";
    constexpr auto STAT_FRAME_COUNTER_STR          = "frame_counter";
    constexpr auto STAT_TOTAL_FRAME_COUNTER_STR    = "total_frame_counter";
    constexpr auto STAT_WIDTH_STR                  = "width";
    constexpr auto STAT_HEIGHT_STR                 = "height";
    constexpr auto STAT_CAMERA_INTERFACE_STR       = "camera_interface";
    constexpr auto STAT_CAMERA_MODEL_STR           = "camera_model";
    constexpr auto STAT_CAMERA_NAME_STR            = "camera_name";
    constexpr auto STAT_CAMERA_SERIAL_NUMBER_STR   = "camera_serial_number";
    constexpr auto STAT_STATE_STR                  = "state";
    constexpr auto STAT_SUBSTATE_STR               = "substate";
    constexpr auto STAT_RPC_ERROR_TEXT_STR         = "rpc_error_text";
    constexpr auto STAT_SYSTEM_ERROR_TEXT_STR      = "system_error_text";

    struct StatusParam {
    public:

        enum class StatusEnum : short {
            STAT_FRAME_RATE_CODE           = 300,
            STAT_EXPO_TIME_CODE            = 305,
            STAT_FRAME_COUNTER_CODE        = 310,
            STAT_TOTAL_FRAME_COUNTER_CODE  = 320,
            STAT_WIDTH_CODE                = 330,
            STAT_HEIGHT_CODE               = 340,
            STAT_CAMERA_INTERFACE_CODE     = 350,
            STAT_CAMERA_MODEL_CODE         = 360,
            STAT_CAMERA_NAME_CODE          = 370,
            STAT_CAMERA_SERIAL_NUMBER_CODE = 380,
            STAT_STATE_CODE                = 390,
            STAT_SUBSTATE_CODE             = 400,
            STAT_RPC_ERROR_TEXT_CODE       = 410,
            STAT_SYSTEM_ERROR_TEXT_CODE    = 420
        };
 
        using StatusParamMap_t = boost::bimap<std::string, StatusParam::StatusEnum>;
 
        // C++17 feature: you can define static members when they are inline.
        // Used BOOST bidirectional maps.
 
        inline static StatusParamMap_t StatusParamMap =
            boost::assign::list_of<StatusParam::StatusParamMap_t::relation>
                (STAT_FRAME_RATE_STR,            StatusEnum::STAT_FRAME_RATE_CODE)
                (STAT_EXPO_TIME_STR,             StatusEnum::STAT_EXPO_TIME_CODE)
                (STAT_FRAME_COUNTER_STR,         StatusEnum::STAT_FRAME_COUNTER_CODE)
                (STAT_TOTAL_FRAME_COUNTER_STR,   StatusEnum::STAT_TOTAL_FRAME_COUNTER_CODE)
                (STAT_WIDTH_STR,                 StatusEnum::STAT_WIDTH_CODE)
                (STAT_HEIGHT_STR,                StatusEnum::STAT_HEIGHT_CODE)
                (STAT_CAMERA_INTERFACE_STR,      StatusEnum::STAT_CAMERA_INTERFACE_CODE)
                (STAT_CAMERA_MODEL_STR,          StatusEnum::STAT_CAMERA_MODEL_CODE)
                (STAT_CAMERA_NAME_STR,           StatusEnum::STAT_CAMERA_NAME_CODE)
                (STAT_CAMERA_SERIAL_NUMBER_STR,  StatusEnum::STAT_CAMERA_SERIAL_NUMBER_CODE)
                (STAT_STATE_STR,                 StatusEnum::STAT_STATE_CODE)
                (STAT_SUBSTATE_STR,              StatusEnum::STAT_SUBSTATE_CODE)
                (STAT_RPC_ERROR_TEXT_STR,        StatusEnum::STAT_RPC_ERROR_TEXT_CODE)
                (STAT_SYSTEM_ERROR_TEXT_STR,     StatusEnum::STAT_SYSTEM_ERROR_TEXT_CODE);

        inline static std::optional<StatusParam::StatusEnum>
            GetStatusParam(const std::string& param);

        inline static std::optional<std::string> GetStatusParamStr(const StatusEnum param);
 
    };
}
 
#include "statusParam.ipp"
 
#endif // FGF_COM_STATUS_PARAM_HPP_H_