rotobox.h

#ifndef ROTOBOX_H_
#define ROTOBOX_H_

#include "3rd_party/dump978/dump978.h"
#include "3rd_party/dump978/fec.h"
#include "3rd_party/dump978/uat_decode.h"

#define WEBSERVER_PORT              ("80")

#define RECEIVER_GAIN_TENTHS_DB     (48 * 10)
#define RECEIVER_CENTER_FREQ_HZ_978 (978UL * 1000000UL)
#define RECEIVER_SAMPLING_HZ_978    (2083334)

#define RECEIVER_CENTER_FREQ_HZ_1090 (1090UL * 1000000UL)
#define RECEIVER_SAMPLING_HZ_1090    (2400000)

#define GPSD_ADDRESS_BUFFER_SIZE    (16)
#define GPSD_DEFAULT_PORT           ("2947")

#define LIBRTLSDR_MIN_READ_SIZE     512  // At minimum, the read size in bytes

// Types of UAT Frames we can receive.
#define UAT_TYPE_FISB_ADPU          (0)
#define UAT_TYPE_SERVICE_STATUS     (15)

// Types of FIS-B products we can receive.
#define FIS_B_ADPU_NOTAM            (8)
#define FIS_B_ADPU_AIRMET           (11)
#define FIS_B_ADPU_TEXT_FORMAT_2    (413)


#define MAX_TRACKED_TRAFFIC         (128)


rtlsdr_dev_t *init_SDR(const char *serialNumber, long centerFrequency, int samplingFreq);

void init_dump978();
void *dump978_worker();
void dump978_callback(uint64_t, uint8_t *, int, frame_type_t);
void cleanup_dump978();

void handle_uat_traffic(struct uat_adsb_mdb* mdb);
void handle_uat_text_product(uint64_t timestamp, uint8_t * data, uint16_t length);

void init_dump1090();
void *dump1090_worker();
void dump1090_callback(struct modesMessage *mm);
void cleanup_dump1090();



#endif  // ROTOBOX_H_