/** ****************************************************************************** * @file sysdata.c * @author ECS, Falko Jahn * @version V1.0.0 * @date 30-Jan-2021 * @brief SYSTEM DATEN Modul * Beschreibung in Header ****************************************************************************** */ // --- INCLUDES ---------------------------------------------------------------- #include "sysdata.h" #include "modbus.h" //--- GGF. EXTERNE VARIABLEN --------------------------------------------------- //--- LOKALE DEFINES - bitte hier dokumentieren -------------------------------- //--- LOKALE TYPE DEFS - bitte hier dokumentieren------------------------------- //--- DEFINATIONEN GLOBALER VARIABLEN - Bitte in Header dokumentieren ---------- sys_data_t sysData; //--- LOKALE VARIABLEN - bitte hier dokumentieren ------------------------------ //--- LOKALE FUNKTIONS PROTOTYPEN ---------------------------------------------- //--- LOKALE FUNKTIONEN - bitte hier dokumentieren ----------------------------- //--- GLOBALE FUNKTIONEN - bitte in Header dokumentieren------------------------ accessMode_t accessModeTable[MAX_ADRESS+1] = { ACCESS_MODE_READ_ONLY, //0 DEVICE_TYPE_ID ACCESS_MODE_READ_ONLY, //1 RESERVIERT ACCESS_MODE_WRITE_PROTECTABLE, //2 SN1 ACCESS_MODE_WRITE_PROTECTABLE, //3 SN2 ACCESS_MODE_READ_ONLY, //4 FW ACCESS_MODE_READ_ONLY, //5 FW ACCESS_MODE_READ_ONLY, //6 FW ACCESS_MODE_READ_ONLY, //7 RESERVIERT ACCESS_MODE_WRITE_PROTECTABLE, //8 BAUDRATE ACCESS_MODE_WRITE_PROTECTABLE, //9 BAUDRATE ACCESS_MODE_WRITE_PROTECTABLE, //10 PARITY MODE ACCESS_MODE_WRITE_PROTECTABLE, //11 STOPP_BITS ACCESS_MODE_READ_WRITE, //12 SLAVE_ADRESS ACCESS_MODE_READ_WRITE, //13 CMD ACCESS_MODE_READ_ONLY, //14 RESERVED ACCESS_MODE_READ_ONLY, //15 RESERVED ACCESS_MODE_READ_ONLY, //16 RESERVED ACCESS_MODE_READ_ONLY, //17 RESERVED ACCESS_MODE_READ_ONLY, //18 RESERVED ACCESS_MODE_READ_ONLY, //19 RESERVED ACCESS_MODE_WRITE_PROTECTABLE, //20 OVP ALARM ACCESS_MODE_WRITE_PROTECTABLE, //21 LVP ALARM ACCESS_MODE_WRITE_PROTECTABLE, //22 OVP START ACCESS_MODE_WRITE_PROTECTABLE, //23 OVP STOP ACCESS_MODE_WRITE_PROTECTABLE, //24 LVP START ACCESS_MODE_WRITE_PROTECTABLE, //25 LVP STOP ACCESS_MODE_WRITE_PROTECTABLE, //26 V SHUTDOWN START ACCESS_MODE_WRITE_PROTECTABLE, //27 V SHUTDOWN STOP ACCESS_MODE_WRITE_PROTECTABLE, //28 OT SHUTDOWN START ACCESS_MODE_WRITE_PROTECTABLE, //29 OT SHUTDOWN STOP ACCESS_MODE_WRITE_PROTECTABLE, //30 UTP CHARGE VSHUTDOWN START ACCESS_MODE_WRITE_PROTECTABLE, //31 UTP CHARGE SHUTDOWN STOP ACCESS_MODE_WRITE_PROTECTABLE, //32 UTP LOAD VSHUTDOWN START ACCESS_MODE_WRITE_PROTECTABLE, //33 UTP LOAD SHUTDOWN STOP ACCESS_MODE_WRITE_PROTECTABLE, //34 LVP TIME ACCESS_MODE_WRITE_PROTECTABLE, //35 DEFAULT BAL VOLTAGE ACCESS_MODE_WRITE_PROTECTABLE, //36 REF TEMP ACCESS_MODE_WRITE_PROTECTABLE, //37 OVP ALARM TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //38 LVP ALARM TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //39 OVP START TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //40 OVP STOPP TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //41 LVP START TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //42 LVP START TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //43 V SHUTDOWN START TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //44 V SHUTDOWN STOP TEMPCO ACCESS_MODE_WRITE_PROTECTABLE, //45 BALANCER VOLTAGE TEMPCO ACCESS_MODE_READ_WRITE, //46 Balancer voltage remote ACCESS_MODE_READ_ONLY, //47 WRITE LOCKED ACCESS_MODE_READ_ONLY, //48 KEY ACCEPTED ACCESS_MODE_READ_WRITE, //49 LOCK KEY ACCESS_MODE_WRITE_PROTECTABLE, //50 NEW LOCK KEY //Alle anderen sind 0 , also automatisch auf read only }; void SYSDATA_Init() { sysData.s.deviceTypeId = 103; //100: LiPro 1-x, 101: LiPro1-x active , 102 ist LiPro 1-x V2 sysData.s.fwMajor = 1; sysData.s.fwMinor = 0; sysData.s.fwRevision = 3; sysData.s.minVoltage = MIN_VOLTAGE_DEFAULT; sysData.s.maxVoltage = MAX_VOLTAGE_DEFAULT; sysData.s.minTemperature = MIN_TEMPERATURE_DEFAULT; sysData.s.maxTemperature = MAX_TEMPERATURE_DEFAULT; }