common.h

#ifndef DBALLE_MSG_WREXPORTER_BASE_H
#define DBALLE_MSG_WREXPORTER_BASE_H
 
#include <dballe/msg/msg.h>
 
namespace wreport {
struct Subset;
struct Bulletin;
struct Var;
} // namespace wreport
 
namespace dballe {
namespace impl {
namespace msg {
namespace wr {
 
class ExporterModule
{
protected:
    // Subset being written
    wreport::Subset* subset;
    const Message* msg                    = 0;
    const msg::Context* c_ana             = 0;
    const msg::Context* c_surface_instant = 0;
 
    void add(wreport::Varcode code, const msg::Context* ctx,
             const Shortcut& shortcut) const;
    void add(wreport::Varcode code, const msg::Context* ctx,
             wreport::Varcode srccode) const;
    void add(wreport::Varcode code, const msg::Context* ctx) const;
    void add(wreport::Varcode code, const wreport::Var* var) const;
 
public:
    void init(const Message& msg, wreport::Subset& subset);
    void scan_context(const msg::Context& c);
 
    void add_ecmwf_synop_head();
};
 
class CommonSynopExporter : public ExporterModule
{
protected:
    const msg::Context* c_geopotential;
    const msg::Context* c_thermo;
    const msg::Context* c_tmax;
    const msg::Context* c_tmin;
    const msg::Context* c_prec1;
    const msg::Context* c_prec2;
    const msg::Context* c_prec24;
    const msg::Context* c_cloud_cover;
    const msg::Context* c_cloud_data[4];
    const msg::Context* c_cloud_group[4];
    const msg::Context* c_wind;
    const msg::Context* c_gust1;
    const msg::Context* c_gust2;
    const msg::Context* c_visib;
    const msg::Context* c_past_wtr;
    const msg::Context* c_depth;
    const msg::Context* c_swell_waves[2];
 
public:
    const wreport::Var* v_press;
    const wreport::Var* v_pressmsl;
    const wreport::Var* v_pchange3;
    const wreport::Var* v_pchange24;
    const wreport::Var* v_ptend;
    const wreport::Var* v_geopotential;
 
    void init(const Message& msg, wreport::Subset& subset);
    void scan_context(const msg::Context& c);
 
    // Pressure data
    void add_D02001();
    // synop: pressure data
    void add_D02031();
    // synop: temperature and humidity
    void add_D02032();
    // ship: temperature and humidity
    void add_D02052();
    // synop: extreme temperature data
    void add_D02041();
    // ship: extreme temperature data
    void add_D02058();
    void add_pressure();
    void add_geopotential(wreport::Varcode code);
    // Precipitation past 24 hours
    void add_D02034();
    // Precipitation measurement
    void add_D02040();
    // synop: wind data
    void add_D02042();
    // ship: wind data
    void add_D02059();
    // Present and past weather
    void add_D02038();
    void add_ecmwf_synop_weather();
    // Basic synoptic "instantaneous" data
    void add_D02035();
    // Icing and ice
    void add_D02055();
    void add_ecmwf_ice();
    // ship: visibility data
    void add_D02053();
    // Ship marine data
    void add_D02056();
    // Sea waves
    void add_plain_waves();
    // Ship waves (wind and swell)
    void add_D02024();

    void add_sensor_height(const msg::Context& c,
                           const wreport::Var* sample_var = NULL);

    void add_marine_sensor_height(const msg::Context& c,
                                  const wreport::Var* sample_var = NULL);

    void add_xtemp_group(wreport::Varcode code, const msg::Context* c);

    void add_prec_group(const msg::Context* c);

    void add_cloud_data();

    void add_wind_gust(const msg::Context* c);

    void add_time_period(wreport::Varcode code, const msg::Context& c,
                         const wreport::Var* sample_var, const Trange& tr_std);
};
 
} // namespace wr
} // namespace msg
} // namespace impl
} // namespace dballe
 
#endif