cat002.h

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/*
 * $COPYRIGHT-BEGIN$
 * libasterix
 * Copyright [2013-2026] SinoATC <http://www.sinoatc.com>.
 * All Rights Reserved.
 *
 * NOTICE:  All information contained herein is, and remains
 * the property of SinoATC and its suppliers, if any.
 * The intellectual and technical concepts contained herein
 * are proprietary to SinoATC and its suppliers and may be
 * covered by U.S. and Foreign Patents, patents in process,
 * and are protected by trade secret or copyright law.
 * Dissemination of this information or reproduction of this material
 * is strictly forbidden unless prior written permission is obtained
 * from SinoATC.
 * $COPYRIGHT-END$
 */

 
#ifndef LIBASTERIX_CAT002_H
#define LIBASTERIX_CAT002_H
 
#include "dataitem.h"
#include "datarecord.h"
#include "cat_generic.h"
 
#ifdef __cplusplus
extern "C" {
#endif

 
 
// Data Item

AST_API const char* ast_dataitem_002_get_name(const ast_dataitem_type_t type);
 


typedef enum _ast_radar_message_type_t
{
  AST_RADAR_MESSAGE_NORTH_MARKER = 1,       
  AST_RADAR_MESSAGE_SECTOR_CROSSING = 2,    
  AST_RADAR_MESSAGE_SOUTH_MARKER = 3,       
  AST_RADAR_MESSAGE_BLIND_ZONE_START = 8,   
  AST_RADAR_MESSAGE_BLIND_ZONE_STOP = 9,    
  AST_RADAR_MESSAGE_STATUS = 128,           
} ast_radar_message_type_t;

typedef ast_dataitem_message_type_t ast_dataitem_002_000_t;

#define ast_dataitem_002_000_get_size ast_dataitem_message_type_get_size

#define ast_dataitem_002_000_decode ast_dataitem_message_type_decode

#define ast_dataitem_002_000_encode ast_dataitem_message_type_encode

AST_API void ast_dataitem_002_000_get_summary(char* summary, const size_t summary_size, const ast_dataitem_t di);

#define ast_dataitem_002_000_get_detail_html ast_dataitem_get_detail_html_dummy
 /* end of group di_002_000 */
 


typedef ast_dataitem_data_source_identifier_t ast_dataitem_002_010_t;

#define ast_dataitem_002_010_get_size ast_dataitem_data_source_identifier_get_size

#define ast_dataitem_002_010_decode ast_dataitem_data_source_identifier_decode

#define ast_dataitem_002_010_encode ast_dataitem_data_source_identifier_encode

#define ast_dataitem_002_010_get_summary ast_dataitem_data_source_identifier_get_summary

#define ast_dataitem_002_010_get_detail_html ast_dataitem_data_source_identifier_get_detail_html
 /* end of group di_002_010 */
 


typedef ast_dataitem_sector_number_t ast_dataitem_002_020_t;

#define ast_dataitem_002_020_get_size ast_dataitem_sector_number_get_size

#define ast_dataitem_002_020_decode ast_dataitem_sector_number_decode

#define ast_dataitem_002_020_encode ast_dataitem_sector_number_encode

#define ast_dataitem_002_020_get_summary ast_dataitem_sector_number_get_summary

#define ast_dataitem_002_020_get_detail_html ast_dataitem_sector_number_get_detail_html
 /* end of group di_002_020 */
 


typedef ast_dataitem_time_of_day_t ast_dataitem_002_030_t;

#define ast_dataitem_002_030_get_size ast_dataitem_time_of_day_get_size

#define ast_dataitem_002_030_decode ast_dataitem_time_of_day_decode

#define ast_dataitem_002_030_encode ast_dataitem_time_of_day_encode

#define ast_dataitem_002_030_get_summary ast_dataitem_time_of_day_get_summary

#define ast_dataitem_002_030_get_detail_html ast_dataitem_time_of_day_get_detail_html
 /* end of group di_002_030 */
 


typedef ast_dataitem_antenna_rotation_period_t ast_dataitem_002_041_t;

#define ast_dataitem_002_041_get_size ast_dataitem_antenna_rotation_period_get_size

#define ast_dataitem_002_041_decode ast_dataitem_antenna_rotation_period_decode

#define ast_dataitem_002_041_encode ast_dataitem_antenna_rotation_period_encode

#define ast_dataitem_002_041_get_summary ast_dataitem_antenna_rotation_period_get_summary

#define ast_dataitem_002_041_get_detail_html ast_dataitem_antenna_rotation_period_get_detail_html
 /* end of group di_002_041 */
 


#define ast_dataitem_002_050_get_size ast_dataitem_get_size_var_unlimited

#define ast_dataitem_002_050_get_summary ast_dataitem_binary_data_get_summary

#define ast_dataitem_002_050_get_detail_html ast_dataitem_get_detail_html_dummy
 /* end of group di_002_050 */
 


typedef enum _ast_asr10ss_mode_t
{
  AST_ASR10SS_MODE_UNKNOWN = 0,   
  AST_ASR10SS_MODE_SELECTED = 1,  
  AST_ASR10SS_MODE_STANDBY = 2,   
  AST_ASR10SS_MODE_INVALID = 3,   
} ast_asr10ss_mode_t;

typedef enum _ast_asr10ss_role_t
{
  AST_ASR10SS_ROLE_UNKNOWN = 0,     
  AST_ASR10SS_ROLE_ONLINE = 1,      
  AST_ASR10SS_ROLE_MAINTENANCE = 2, 
  AST_ASR10SS_ROLE_INVALID = 3,     
} ast_asr10ss_role_t;

typedef enum _ast_asr10ss_condition_t
{
  AST_ASR10SS_COND_UNKNOWN = 0,     
  AST_ASR10SS_COND_SERVICEABLE = 1, 
  AST_ASR10SS_COND_FAILED = 2,      
  AST_ASR10SS_COND_INVALID = 3,     
} ast_asr10ss_condition_t;

typedef struct _ast_dataitem_002_901_t
{
  bool valid;   
 
  //Byte 1: PSR A status
  ast_asr10ss_mode_t psr_a_mode;            
  ast_asr10ss_role_t psr_a_role;            
  ast_asr10ss_condition_t psr_a_cond;       
 
  //Byte 2: PSR B status
  ast_asr10ss_mode_t psr_b_mode;            
  ast_asr10ss_role_t psr_b_role;            
  ast_asr10ss_condition_t psr_b_cond;       
 
  //Byte 3: Transmitter status
  int tx_number;                            
 
  //Byte 4: Transmitter sub-system status (raw 2-bit values)
  int tx_cond;                              
  int tx_a_cond;                            
  int tx_b_cond;                            
 
  //Byte 5: Processing channel alarm bits
  bool psr_target_delay;                    
  bool psr_target_overload;                 
  bool wx_delay;                            
  bool wx_compaction;                       
  bool mssr_target_delay;                   
  bool mssr_target_overload;                
  bool scdi_target_overload;                
 
  //Byte 6: MSSR A status
  ast_asr10ss_mode_t mssr_a_mode;           
  ast_asr10ss_role_t mssr_a_role;           
  ast_asr10ss_condition_t mssr_a_cond;      
 
  //Byte 7: MSSR B status
  ast_asr10ss_mode_t mssr_b_mode;           
  ast_asr10ss_role_t mssr_b_role;           
  ast_asr10ss_condition_t mssr_b_cond;      
 
  //Byte 8: SCDI A status
  ast_asr10ss_mode_t scdi_a_mode;           
  ast_asr10ss_role_t scdi_a_role;           
  ast_asr10ss_condition_t scdi_a_cond;      
 
  //Byte 9: SCDI B status
  ast_asr10ss_mode_t scdi_b_mode;           
  ast_asr10ss_role_t scdi_b_role;           
  ast_asr10ss_condition_t scdi_b_cond;      
 
  //Byte 10: FMAC status (raw 2-bit values)
  int fmac_a_cond;                          
  int fmac_b_cond;                          
 
  //Byte 11: Communications and SCDI active status
  int selected_ethernet;                    
  bool scdi_a_active;                       
  bool scdi_b_active;                       
  int radar_group_cond;                     
 
  //Byte 12: Summary status and shelter alarms
  int summary_alarm;                        
  bool fire_alarm;                          
  bool intrusion_alarm;                     
  bool smoke_alarm;                         
  bool temperature_alarm;                   
  bool wind_velocity_alarm;                 
 
  //Byte 13: Antenna and drive motor A
  int antenna_cond;                         
  bool drive_motor_a;                       
  int drive_motor_a_cond;                   
 
  //Byte 14: Drive motor B and azimuth data generator
  bool drive_motor_b;                       
  int drive_motor_b_cond;                   
  int az_gen_a_cond;                        
  int az_gen_b_cond;                        
 
  //Byte 15: UPS status (raw 2-bit values)
  int ups_role;                             
  int ups_cond;                             
  int ups_battery;                          
 
  //Byte 16: Engine generator and site power (raw 2-bit values)
  int eng_gen_role;                         
  int eng_gen_cond;                         
  int site_power;                           
} ast_dataitem_002_901_t;

#define ast_dataitem_002_901_get_size ast_dataitem_get_size_var_16_byte

AST_API ast_dataitem_002_901_t ast_dataitem_002_901_decode(const ast_dataitem_t di);

AST_API void ast_dataitem_002_901_get_summary(char* summary, const size_t summary_size, const ast_dataitem_t di);

AST_API void ast_dataitem_002_901_get_detail_html(char* detail, const size_t detail_size, const ast_dataitem_t di);
 /* end of group di_002_901 */
 


typedef enum _ast_asr10ss_dm_rotation_t
{
  AST_ASR10SS_DM_ROT_UNKNOWN = 0,   
  AST_ASR10SS_DM_ROT_ROTATING = 1,  
  AST_ASR10SS_DM_ROT_STOPPED = 2,   
  AST_ASR10SS_DM_ROT_INVALID = 3,   
} ast_asr10ss_dm_rotation_t;

typedef enum _ast_asr10ss_ups_mode_t
{
  AST_ASR10SS_UPS_MODE_UNKNOWN = 0,     
  AST_ASR10SS_UPS_MODE_INVERTER = 1,    
  AST_ASR10SS_UPS_MODE_BYPASS = 2,      
  AST_ASR10SS_UPS_MODE_MAINTENANCE = 3, 
} ast_asr10ss_ups_mode_t;

typedef enum _ast_asr10ss_eng_gen_role_t
{
  AST_ASR10SS_ENGGEN_UNKNOWN = 0,   
  AST_ASR10SS_ENGGEN_RUN = 1,       
  AST_ASR10SS_ENGGEN_STOP = 2,      
  AST_ASR10SS_ENGGEN_INVALID = 3,   
} ast_asr10ss_eng_gen_role_t;

typedef enum _ast_asr10ss_site_power_t
{
  AST_ASR10SS_SITE_PWR_UNKNOWN = 0,     
  AST_ASR10SS_SITE_PWR_COMMERCIAL = 1,  
  AST_ASR10SS_SITE_PWR_GENERATOR = 2,   
  AST_ASR10SS_SITE_PWR_BATTERY = 3,     
} ast_asr10ss_site_power_t;

typedef struct _ast_dataitem_002_902_t
{
  bool valid;   
 
  //Byte 1: PSR A status
  ast_asr10ss_mode_t psr_a_mode;            
  ast_asr10ss_role_t psr_a_role;            
  ast_asr10ss_condition_t psr_a_cond;       
 
  //Byte 2: PSR B status
  ast_asr10ss_mode_t psr_b_mode;            
  ast_asr10ss_role_t psr_b_role;            
  ast_asr10ss_condition_t psr_b_cond;       
 
  //Byte 3: Transmitter
  int tx_number;                            
 
  //Byte 4: Transmitter channels (raw 2-bit values)
  int tx_cond;                              
  int tx_a_cond;                            
  int tx_b_cond;                            
 
  //Byte 5: Processing channel alarms
  bool psr_target_delay;                    
  bool psr_target_overload;                 
  bool wx_delay;                            
  bool wx_compaction;                       
  bool mssr_target_delay;                   
  bool mssr_target_overload;                
  bool scdi_target_overload;                
 
  //Byte 6: MSSR A status
  ast_asr10ss_mode_t mssr_a_mode;           
  ast_asr10ss_role_t mssr_a_role;           
  ast_asr10ss_condition_t mssr_a_cond;      
 
  //Byte 7: MSSR B status
  ast_asr10ss_mode_t mssr_b_mode;           
  ast_asr10ss_role_t mssr_b_role;           
  ast_asr10ss_condition_t mssr_b_cond;      
 
  //Byte 8: SCDI A status
  ast_asr10ss_mode_t scdi_a_mode;           
  ast_asr10ss_role_t scdi_a_role;           
  ast_asr10ss_condition_t scdi_a_cond;      
 
  //Byte 9: SCDI B status
  ast_asr10ss_mode_t scdi_b_mode;           
  ast_asr10ss_role_t scdi_b_role;           
  ast_asr10ss_condition_t scdi_b_cond;      
 
  //Byte 10: FMAC status (raw 2-bit values)
  int fmac_a_cond;                          
  int fmac_b_cond;                          
 
  //Byte 11: Communications and SCDI UPS status
  int selected_ethernet;                    
  bool scdi_a_ups_active;                   
  bool scdi_b_ups_active;                   
  int rdf_cond;                             
 
  //Byte 12: Summary status and shelter alarms
  ast_asr10ss_condition_t summary_cond;     
  bool fire_alarm;                          
  bool intrusion_alarm;                     
  bool smoke_alarm;                         
  bool temperature_alarm;                   
  bool wind_velocity_alarm;                 
 
  //Byte 13: Antenna and drive motor A
  int antenna_cond;                         
  bool drive_motor_a_overcurrent;           
  ast_asr10ss_dm_rotation_t drive_motor_a_rotation;  
 
  //Byte 14: Drive motor B and azimuth data generators
  bool drive_motor_b_overcurrent;           
  ast_asr10ss_dm_rotation_t drive_motor_b_rotation;  
  int az_gen_x_cond;                        
  int az_gen_y_cond;                        
 
  //Byte 15: UPS
  int ups_cond;                             
  ast_asr10ss_ups_mode_t ups_mode;          
  int ups_battery;                          
 
  //Byte 16: Engine generators and site power
  ast_asr10ss_eng_gen_role_t eng_gen_1_role;  
  ast_asr10ss_eng_gen_role_t eng_gen_2_role;  
  ast_asr10ss_site_power_t site_power;        
} ast_dataitem_002_902_t;

#define ast_dataitem_002_902_get_size ast_dataitem_get_size_var_16_byte

AST_API ast_dataitem_002_902_t ast_dataitem_002_902_decode(const ast_dataitem_t di);

AST_API void ast_dataitem_002_902_get_summary(char* summary, const size_t summary_size, const ast_dataitem_t di);

AST_API void ast_dataitem_002_902_get_detail_html(char* detail, const size_t detail_size, const ast_dataitem_t di);
 /* end of group di_002_902 */
 


#define ast_dataitem_002_SPF_get_size ast_dataitem_special_purpose_field_get_size

//AST_API ast_dataitem_002_SPF_t ast_dataitem_002_SPF_decode(const ast_dataitem_t di);

#define ast_dataitem_002_SPF_get_summary ast_dataitem_special_purpose_field_get_summary

#define ast_dataitem_002_SPF_get_detail_html ast_dataitem_get_detail_html_dummy
 /* end of group di_002_SPF */
 


#define ast_dataitem_002_RFS_get_size ast_dataitem_random_field_sequencing_get_size

#define ast_dataitem_002_RFS_get_summary ast_dataitem_random_field_sequencing_get_summary

#define ast_dataitem_002_RFS_get_detail_html ast_dataitem_random_field_sequencing_get_detail_html
 /* end of group di_002_RFS */
 


#define ast_dataitem_002_951_get_size ast_dataitem_get_size_fixed_2_byte
 /* end of group di_002_951 */
 
// Data Record

AST_API ast_sacsic_t ast_datarecord_002_get_sacsic(const ast_datarecord_t dr);

AST_API ast_timeofday_t ast_datarecord_002_get_timeofday(const ast_datarecord_t dr);

AST_API ast_msgtype_t ast_datarecord_002_get_msgtype(const ast_datarecord_t dr);

#define ast_datarecord_002_get_tracknum 0

#define ast_datarecord_002_get_squawk 0

#define ast_datarecord_002_get_callsign 0

#define ast_datarecord_002_get_icaoaddr 0

#define ast_datarecord_002_get_coordinate 0

#define ast_datarecord_002_get_flightlevel 0

#define ast_datarecord_002_get_selaltitude 0

#define ast_datarecord_002_get_polarcoord 0

#define ast_datarecord_002_get_heading 0

#define ast_datarecord_002_get_speed 0

#define ast_datarecord_002_get_cartesianvel 0

#define ast_datarecord_002_get_vrate 0
 


typedef struct _ast_datarecord_002_t
{
  bool valid;   
 
  ast_dataitem_002_000_t dataitem_002_000;  
  ast_dataitem_002_010_t dataitem_002_010;  
  ast_dataitem_002_020_t dataitem_002_020;  
  ast_dataitem_002_030_t dataitem_002_030;  
  ast_dataitem_002_041_t dataitem_002_041;  
 
} ast_datarecord_002_t;

AST_API ast_datarecord_002_t ast_datarecord_002_disassemble(const ast_datarecord_t dr);

AST_API ast_datarecord_t ast_datarecord_002_assemble(unsigned char* const buffer, const size_t bufsize, const ast_datarecord_002_t dr, const ast_uap_t uap);
 /* end of group dr_002 */
 
 
#ifdef __cplusplus
     }
#endif // extern "C"
 
#endif //LIBASTERIX_CAT002_H
 
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