/* * apf.h * Created on: 8 May 2024 Porting CF2 ISUS and APF code * Author: thom maughan * */ #ifndef APF_H_ #define APF_H_ #include //****************************************************************************** // ISUS Global Variables //****************************************************************************** #define ZCOEFS 5 // Zeiss Spectrometer Wavelength Coefs #define TCOEFS 5 // Bromide Temperature Compensation Coefs #define FITVALUES 10 // Returned Values from lsqfit() #define FIX 0 /* Local Defines */ #define ACKBUFSIZE 32 #define CMDBUFSIZE 64 #define DATBUFSIZE 2048 // Memory Mapped Latches //ushort WrRegVal; //ushort WhichRxd; // UCHARs Stored in DS3234 NVRAM: //uchar sys_slog_delay, sys_deploy_mode, sys_sensor_type; //uchar sys_data_mode, sys_time_type, sys_watchdog_enable; //uchar sys_message_enable, sys_pump_enable; // UCHARs NOT Stored in DS3234 NVRAM: //uchar sys_sensor_mode; // CF2 Logger Sensor Select, 0=Default 1=ISUS 2=DuraFET //uchar sys_por_flag; //uchar sys_pump_pwr; // USHORTs Stored in DS3234 NVRAM: //ushort sys_delay_hour, sys_sync_hour, sys_sync_min; //ushort sys_df_limit, sys_sf_limit, sys_ef_limit; //ushort sys_last_doy, sys_serial_num, sys_apf_tmout; // INTs Stored in DS3234 NVRAM //int sys_tzoffset, sys_last_error; // ULONGs Stored in DS3234 NVRAM //ulong sys_error_ctr, sys_error_time; //ulong sys_reset_ctr, sys_reset_time; //ulong sys_por_ctr, sys_file_ctr; //ulong sys_sleep_period, sys_pump_period; // All data is stored in FRAM and stored as 32bit integers (CF2 had uchars and shorts) struct apfRtcTime { time_t DS3234_secs; // time in secs from Dallas DS3234 RTC (batt backed) time_t CF2_secs; // time in secs from CF2 TPU RTC (NOT batt backed) time_t alarm_time; // time in secs to set the wakeup alarm time to, gets passed to PWRSuspendUntil() time_t wake_time; // time in secs indicating when PWRSuspendUntil() returned time_t current_time; // time in secs indicating the current time time_t data_time; // time in secs indicating when data sample was taken float data_time_fsecs; // time in fractional decimal secs indicating when data sample was taken (if time_type == FRACSECS) }; // there may be a need to break apfGlobals struct into two, one for EEPROM, one for FRAM (volatile) struct apfGlobals { int errNum; //was errno, now errNum unsigned int isus_spec_pwr; unsigned int isus_lamp_pwr; unsigned int isus_ref_pwr; unsigned int isus_ref_limit; unsigned int isus_error_ctr; unsigned int isus_last_error; // Added 14 May unsigned int dura_atod_pwr; unsigned int sys_sensor_mode; //ISUS_SENSOR_MODE or DURA_SENSOR_MODE unsigned int sys_por_ctr; unsigned int sys_reset_ctr; unsigned int sys_reset_time; unsigned int isus_error_time; unsigned int dura_error_time; unsigned int isus_sample_time; unsigned int dura_sample_time; unsigned int gotSample; // flag for indicating sample taken unsigned int acquire_time; // time to acquire sample unsigned int dura_error_ctr; unsigned int dura_last_error; // Added 14 May unsigned int sys_sf_limit; // Added 14 May unsigned int sys_ef_limit; // Added 14 May unsigned int isus_reset_flag; unsigned int dura_reset_flag; unsigned int sys_apf_tmout; unsigned int isus_lamp_elp; unsigned int isus_lamp_evt; unsigned int isus_fit_concs; unsigned int isus_sample_ctr; unsigned int dura_sample_ctr; unsigned int isus_spec_period; unsigned int isus_pre_scans; unsigned int isus_scan_num; unsigned int isus_dark_num; unsigned int isus_bsl_model; unsigned int lambda_beg; unsigned int lambda_end; unsigned int LambdaData; unsigned int isus_pixel_beg; unsigned int isus_pixel_end; unsigned int isus_fit_pixels; unsigned int isus_tcomp_mode; unsigned int isus_salfit_mode; unsigned int dura_atod_readings; unsigned int dura_atod_delay; unsigned int dura_samps_per_cal; //uchar unsigned char sys_slog_delay; unsigned char sys_deploy_mode; unsigned char sys_data_mode; unsigned char sys_time_type; unsigned char sys_watchdog_enable; unsigned char sys_message_enable; unsigned char sys_pump_enable; unsigned char sys_sensor_type; unsigned int dura_led_enable; unsigned int isus_datpixel_beg; unsigned int isus_datpixel_end; //ushorts unsigned short sys_delay_hour; unsigned short sys_sync_hour; unsigned short sys_sync_min; unsigned short sys_df_limit; //unsigned short sys_sf_limit; //unsigned short sys_ef_limit; unsigned short sys_last_doy; unsigned short sys_serial_num; unsigned short sys_tmout; unsigned short sys_tzoffset; unsigned short sys_last_error; unsigned short sys_error_ctr; unsigned short sys_error_time; //unsigned short sys_reset_ctr; //unsigned short sys_reset_time; //unsigned short sys_por_ctr; unsigned short sys_file_ctr; unsigned short sys_sleep_period; unsigned short sys_pump_period; float DataMean; float DataStdDev; float sysTemperature; float sysHumidity; #ifdef NOCODE int32_t errno; //was errno uint32_t isus_spec_pwr; uint32_t isus_lamp_pwr; uint32_t isus_ref_pwr; uint32_t dura_atod_pwr; uint32_t sys_sensor_mode; //ISUS_SENSOR_MODE or DURA_SENSOR_MODE uint32_t sys_por_ctr; uint32_t sys_reset_ctr; uint32_t sys_reset_time; uint32_t isus_error_time; uint32_t dura_error_time; uint32_t isus_sample_time; uint32_t dura_sample_time; uint32_t gotSample; // flag for indicating sample taken uint32_t acquire_time; // time to acquire sample uint32_t dura_error_ctr; uint32_t isus_tcomp_mode; uint32_t isus_salfit_mode; uint32_t dura_led_enable; uint32_t isus_fit_concs; uint32_t sys_apf_tmout; uint32_t isus_sample_ctr; uint32_t dura_sample_ctr; uint32_t lambda_beg; uint32_t lambda_end; uint32_t LambdaData; uint32_t isus_pixel_beg; uint32_t isus_pixel_end; uint32_t isus_fit_pixels; uint32_t lambda_beg; uint32_t lambda_end; //uchar uint8_t sys_slog_delay; uint8_t sys_deploy_mode; uint8_t sys_data_mode; uint8_t sys_time_type; uint8_t sys_watchdog_enable; uint8_t sys_message_enable; uint8_t sys_pump_enable; uint8_t sys_sensor_type; //ushorts uint16_t sys_delay_hour; uint16_t sys_sync_hour; uint16_t sys_sync_min; uint16_t sys_df_limit; uint16_t sys_sf_limit; uint16_t sys_ef_limit; uint16_t sys_last_doy; uint16_t sys_serial_num; uint16_t sys_tmout; uint16_t sys_tzoffset; uint16_t sys_last_error; uint16_t sys_error_ctr; uint16_t sys_error_time; //uint16_t sys_reset_ctr; //uint16_t sys_reset_time; //uint16_t sys_por_ctr; uint16_t sys_file_ctr; uint16_t sys_sleep_period; uint16_t sys_pump_period; #endif }; //msc_config.h #define FNULL ((FILE *)NULL) //#define TRUE 1 //#define FALSE 0 #define ENABLE 1 #define DISABLE 0 #define HIGH 1 #define LOW 0 #define OK 0 #define ERROR (-1) #define TIMEOUT (-2) #define CTRL_A 0x01 #define CTRL_C 0x03 #define CTRL_D 0x04 #define CAPS_B 0x42 #define CAPS_R 0x52 #define CAPS_U 0x55 #define CAPS_S 0x53 #define CAPS_Q 0x51 #define ACK 0x06 #define NAK 0x15 // from MSC_ERR_ISUS.H #define SPEC_PWR_ON_FAILURE -201 #define LAMP_PWR_ON_FAILURE -202 #define REF_PWR_ON_FAILURE -203 #define NRC_FIT_FAILURE -204 #define SPEC_TPU_INIT_ERROR -205 #define SPEC_CTS_SCAN_ERROR -206 #define SPEC_CTS_DATA_ERROR -207 #define SPEC_DAT_READ_ERROR -208 // from MSC_ERR_SYS.H #define SLEEP_TIME_MISSED -101 #define MYSTERY_WAKEUP -102 #define ALARM_TIME_TIMEOUT -103 #define POWER_FAIL_SUSPEND -104 #define POWER_FAIL_IRQ2 -105 #define ALARM_TIME_STALE -106 #define COMMAND_MODE_EMPTY -107 #define ERROR_FILE_TOO_BIG -108 #define OFFLOAD_FILE_TOO_BIG -109 #define COMMAND_ACK_FAILURE -110 #define RTC_DELTA_EXCEEDED -111 #define FILE_OPEN_FAILURE -112 #define FLASH_CARD_FULL -113 #define MAX_SLEEP_TIME_MISSED -114 #define MALLOC_FAILURE -115 #define INIT_NVRAM_WITH_DEFAULTS -116 #endif /* APF_H_ */