/* * serial.h * * Created on: Nov 30, 2022 * Author: thom maughan */ #include #ifndef SERIAL_H_ #define SERIAL_H_ #define M2M_RX_PREAMBLE_HACK 'U' #define M2M_RX_PREAMBLE_TXT '<' // was U #define M2M_RX_PREAMBLE 0xAA #define M2M_DELIM_MS_TIMEOUT 250 // CF2 / MSC1 timeout is tbd (need to look at ljc code) #define H2M_DELIM_MS_TIMEOUT 1000 // sensor type, as defined by sys_sensor_mode #define UNSELECTED_MODE 0 #define ISUS_SENSOR_MODE 1 #define DURA_SENSOR_MODE 2 #define CTRL_A 0x01 #define CTRL_C 0x03 #define CTRL_D 0x04 #define TABS (-273.15) #define ERRBUFSIZE 256 // safegets() #define RECL 30 #define MAXINBUFF RECL+14 #define MAXREAD MAXINBUFF-2 // SyncNextSample() #define SYNC_FROM_CURRENT_TIME 1 #define SYNC_FROM_LAST_SAMPLE 2 // OpenApfLogFile() #define ISUS_DATA_FILE 1 #define DURA_DATA_FILE 2 // SendRecords() and CalcRecsPending() #define DATSPOOL_FILE 0 #define ERRORLOG_FILE 1 #define FNULL ((FILE *)NULL) void m2m_statemachine_init(void); int handle_m2m_comm(void); int parse_rx0_buf(void); // handle_m2m_comm returns 0 for no rxByte, 1 for rxByte, and CMD_XXX if command is executed // start numbering CMD_xxx at 3 #define CMD_TAKESAMPLE 3 //Takesample #define CMD_STARTSAMPLE 4 // FRAM #define CMD_SENDLAST 5 // FRAM #define CMD_GETCAL 6 // #define CMD_EXPORTCAL 7 // #define CMD_GETHEADER 8 // #define CMD_GETMETADATA 9 // #define CMD_SLEEP 10 // #define CMD_GETTIME 11 //CFG_TIMESTAMP #define CMD_SETTIME 12 // #define CMD_HELP 13 // #define CMD_GETPERIOD 14 // #define CMD_SETPERIOD 15 // #define CMD_GETDATAFIELD 16 #define CMD_SETDATAFIELD 17 #define CMD_GETFILENAME 18 // #define CMD_SETFILENAME 19 // #define CMD_GETALIGN 20 #define CMD_SETALIGN 21 #define CMD_GETCFG_SAMPNUM 22 // #define CMD_SETCFG_SAMPNUM 23 // #define CMD_GETCFG_TIMESTAMP 24 // #define CMD_SETCFG_TIMESTAMP 25 // #define CMD_GETCFG_BIASNEG 26 #define CMD_SETCFG_BIASNEG 27 //CFG_BIAS_BAT_NEG #define CMD_TEST_BIASNEG 28 #define CMD_GETCFG_BIASPOS 29 //CFG_BIAS_BAT_POS biaspos #define CMD_SETCFG_BIASPOS 30 #define CMD_TEST_BIASPOS 31 #define CMD_GETCFG_IB 32 // #define CMD_SETCFG_IB 33 // #define CMD_TEST_IB 34 #define CMD_GETCFG_IK 35 // #define CMD_SETCFG_IK 36 // #define CMD_TEST_IK 37 #define CMD_GETCFG_SPARE 38 // NOT #define CMD_SETCFG_SPARE 39 // NOT #define CMD_GETCFG_VK 40 // CFG_V_COUNTER_ELECT #define CMD_SETCFG_VK 41 // #define CMD_TEST_VK 42 #define CMD_GETCFG_VK_STD 43 // #define CMD_SETCFG_VK_STD 44 // #define CMD_GETCFG_VTHERM 45 // #define CMD_SETCFG_VTHERM 46 // #define CMD_TEST_VTHERM 47 // CFG_V_THERMISTOR #define CMD_GETCFG_VTHERM_STD 48 #define CMD_SETCFG_VTHERM_STD 49 #define CMD_GETCFG_TEMPC 50 // CFG_CALC_TEMP #define CMD_SETCFG_TEMPC 51 #define CMD_TEST_TEMPC 52 #define CMD_GETCFG_VRSI 53 // CFG_VRSI #define CMD_SETCFG_VRSI 54 // #define CMD_TEST_VRSI 55 #define CMD_GETCFG_VRSI_STD 56 // #define CMD_SETCFG_VRSI_STD 57 // #define CMD_GETCFG_PHINT 58 // CFG_CALC_PH_VRSI #define CMD_SETCFG_PHINT 59 #define CMD_TEST_PHINT 60 #define CMD_GETCFG_VRSE 61 // #define CMD_SETCFG_VRSE 62 // #define CMD_TEST_VRSE 63 #define CMD_GETCFG_VRSE_STD 64 // #define CMD_SETCFG_VRSE_STD 65 // #define CMD_GETCFG_PHEXT 66 #define CMD_SETCFG_PHEXT 67 #define CMD_TEST_PHEXT 68 #define CMD_GETCFG_VBAT 69 // CFG_VIN_BAT_VOLT #define CMD_SETCFG_VBAT 70 // #define CMD_TEST_VBAT 71 #define CMD_GETCFG_BRDTEMP 72 // CFG_BRD_TEMP #define CMD_SETCFG_BRDTEMP 73 #define CMD_GETCFG_HUMID 74 // CFG_BRD_HUMIDITY #define CMD_SETCFG_HUMID 75 #define CMD_TEST_ENV 76 #define CMD_HELPCONFIG 77 #define CMD_HELPTEST 78 #define CMD_HELPDEPLOY 79 #define CMD_GETVERSION 80 #define CMD_GETCFG_CONFIG 81 #define CMD_SETCFG_CONFIG 82 #define CMD_MAINMENU 83 #define CMD_GETSTORE 84 // MICROSD Enable #define CMD_SETSTORE 85 #define CMD_FILESYSTEM 86 // FatFS #define CMD_TEST_VRSI_STD 87 #define CMD_TEST_VRSE_STD 88 #define CMD_TEST_TIMESTAMP 89 #define CMD_TEST_SAMPNUM 90 #define CMD_TEST_VK_STD 91 #define CMD_TEST_VTHERM_STD 92 #define CMD_SAMP_DATABARF 93 #define CMD_APF_BAKE 100 // #define CMD_APF_CFG 101 // #define CMD_APF_CAL 102 // #define CMD_APF_SET_CTD 103 // #define CMD_APF_GET_CTD 104 // #define CMD_APF_GET_ERR 105 // ERR print errors #define CMD_APF_SET_FIT 106 // #define CMD_APF_GET_FIT 107 // #define CMD_APF_INIT 108 // #define CMD_APF_SET_MODE 109 // #define CMD_APF_GET_MODE 110 // #define CMD_APF_OFF 111 // Sleep #define CMD_APF_GET_PC 112 // PC Print Counters #define CMD_APF_GET_QQ 113 // Sensor type (ISUS, DURAFET) would like to deprecate this #define CMD_APF_SET_RTC 114 // #define CMD_APF_GET_RTC 115 // #define CMD_APF_GET_SC 116 // S SC Sample Counters #define CMD_APF_XFER_SE 117 // Transfer error log #define CMD_APF_GET_SE 118 // Calc Recs pending #define CMD_APF_SLP 119 // Flush RX buf, then suspend (sleep) #define CMD_APF_SET_SPEC 120 // #define CMD_APF_GET_SPEC 121 // #define CMD_APF_GET_TA 122 // TA Time of sample Acq #define CMD_APF_SET_TINT 123 // TINT Set integration time #define CMD_APF_GET_TINT 124 // TINT,? Get integration time #define CMD_APF_PING 125 //d WW #define CMD_APF_ISUS_T1 126 // Take ISUS sample (like ts) #define CMD_APF_DURA_T2 127 // Take Dura pH sample #define CMD_APF_CIH 128 // Isus Header #define CMD_APF_CDH 129 // Durafet header //#define CMD_APF_SL // Send Last (already have a send last) //#define CMD_APF_TS // Take Sample (already have a take sample) #define CMD_APF_H2M 130 // changes timing and command termination, try for measuring the character timing. #define CMD_APF_M2M 131 // #define CMD_THOMZ_TEST 132 // APF TODO: all CF2 globals, change to apf_ and then make a struct for persistence #ifdef APFTODO //def this as uint32_t in main.c int32_t apf_errno = 0; //was errno uint32_t apf_isus_spec_pwr = 0; uint32_t apf_isus_lamp_pwr = 0; uint32_t apf_isus_ref_pwr = 0; uint32_t apf_dura_atod_pwr = 0; uint32_t apf_sys_sensor_mode = 0; //ISUS_SENSOR_MODE or DURA_SENSOR_MODE uint32_t apf_sys_por_ctr = 0; uint32_t apf_sys_reset_ctr = 0; uint32_t apf_sys_reset_time = 0; uint32_t apf_isus_error_time = 0; uint32_t apf_dura_error_time = 0; uint32_t apf_isus_sample_time = 0; uint32_t apf_dura_sample_time = 0; uint32_t apf_gotSample = 0; // flag for indicating sample taken uint32_t apf_acquire_time = 0; // time to acquire sample uint32_t apf_dura_error_ctr = 0; uint32_t apf_dura_error_time = 0; uint32_t apf_acquire_time = 0; //ucharsapf_sys_slog_delay uint8_t apf_sys_deploy_mode uint8_t apf_sys_data_mode uint8_t apf_sys_time_type uint8_t apf_sys_watchdog_enable uint8_t apf_sys_message_enable uint8_t apf_sys_pump_enable uint8_t apf_sys_sensor_type //ushorts uint16_t apf_sys_delay_hour uint16_t apf_sys_sync_hour uint16_t apf_sys_sync_min uint16_t apf_sys_df_limit uint16_t apf_sys_sf_limit uint16_t apf_sys_ef_limit uint16_t apf_sys_last_doy uint16_t apf_sys_serial_num uint16_t apf_sys_apf_tmout uint16_t apf_sys_tzoffset uint16_t apf_sys_last_error uint16_t apf_sys_error_ctr uint16_t apf_sys_error_time uint16_t apf_sys_reset_ctr uint16_t apf_sys_reset_time uint16_t apf_sys_por_ctr uint16_t apf_sys_file_ctr uint16_t apf_sys_sleep_period uint16_t apf_sys_pump_period #endif #define MAX_SIZE_RX0_BUF 64 struct rxStateMach { unsigned int state; unsigned int indx; unsigned int cnt; unsigned int cr_cnt; unsigned int cmd; unsigned long tick_ms_start; // for timeout unsigned long tick_ms_now; unsigned long tick_ms_delta; // not really needed, but useful for dev unsigned long tick_ms_delim; // time based delimiter uint8_t byte; uint8_t buf[MAX_SIZE_RX0_BUF]; }; #endif /* SERIAL_H_ */