forked from SZV10X_Software/SZV103_FM33A0xxEV_SiZhu
Function/STORAGE/system_mem_para.c
@@ -1,13 +1,23 @@ #include "system_mem_para.h" #include "mbcrc.h" #include "mbcrc1.h" #include "eeprom.h" #include "system_eep_mem_manage.h" #include "rs485_data_analysis_pro.h" #include "pulse_and_alarm_line.h" #include "system_flash_mem_manage.h" #include "sizhu_history_record.h" #include "sizhu_alarm_record.h" #include "sizhu_event_record.h" #include "sizhu_para_modify_record.h" SYSTEM_EEP_IDENTIFICATION_T system_eep_id_g; SYSTEM_EEP_IDENTIFICATION_T system_eep_id_g = { \ .eep_para_init_config_id = EEP_PARA_INIT_ID, \ .eep_para_patch_id = LAST_PATCH_ID, \ }; EQUIPMENT_BASIC_INF_T equipment_basic_inf_g={ .product_type= DM_SCM_SZV103, \ .caliber_type = DN50_TYPE, \ .serial_number = {0x07,0x10,0x50,0x82,0x40,0x69,0x00,0x01,0xff,0xff}, \ .valve_type = VM_HADE, \ .equipment_type = EM_SIFRCT,}; @@ -16,21 +26,24 @@ WIRELESS_EQUIPM_HARDWARE_SOFTWARE_INF_T wireless_equipment_hardware_software_inf_g; __IO SAVE_REALTIME_DATA_T save_realtime_data_g; __IO SAVE_VALVE_PARA_T save_valve_para_g={ __IO SAVE_VALVE_PARA_T save_valve_para_g={ \ .valve_status = VALVE_NONE, \ .valve_lock_state = VL_UNLOCK,}; FLOW_METER_PARA_T flow_meter_para_g ={ .flow_meter_conn_type = FLOW_METER_CONN_RS485, \ FLOW_METER_PARA_T flow_meter_para_g ={ \ .flow_meter_conn_type = FLOW_METER_CONN_RS485_AND_PULSE, \ .flow_meter_code = SIZHUMODBUSV2_0, \ .pulse_coe = 1.0, \ .pulse_width = 50, \ .baudrate_code = BAUDRATE_9600, \ .parity_bit = PARITY_NONE, \ .output_voltage_code = RS485_V1_5V, \ .slave_address = 1, }; .slave_address = 1, \ .broken_line_multiplex = BROKEN_LINE_MUTIPLEX_NONE, \ }; TEM_PRE_PARA_T tem_pre_para_g = { TEM_PRE_PARA_T tem_pre_para_g = { \ .tem_up_limit = 70, \ .tem_up_up_limit = 70, \ .tem_low_limit = -20, \ @@ -43,12 +56,12 @@ .pre_low_low_limit = 70, \ }; MEASURE_FREEZE_PARA_T measure_freeze_para_g = { MEASURE_FREEZE_PARA_T measure_freeze_para_g = { \ .freeze_interval = 60, \ .daily_freeze_time_BCD = {0x00,0x00}, \ }; BAT_PARA_T bat_para_g = { BAT_PARA_T bat_para_g = { \ .lith_bat_low_v = 55, \ .lith_bat_under_v = 50, \ .alka_bat_low_v = 55, \ @@ -58,22 +71,27 @@ .lith_bat_used_sec = 0, \ }; LOGIN_PASSWORD_T login_passeord_g = { LOGIN_PASSWORD_T login_passeord_g = { \ .PC_general_user_password = {0x68,0x68}, \ .PC_advanced_user_password = {0x52,0x86}, \ .PC_manage_user_password = {0x75,0x97}, \ }; WRC_PARA_SIZHU_T wrc_para_sizhu_g = { .ip1 = {120,77,85,236}, \ UP_COMM_PARA_T up_comm_para_g = { \ .slave_address = 1, \ .baudrate_code = BAUDRATE_115200, \ .parity_bit = PARITY_NONE, \ }; WRC_PARA_SIZHU_T wrc_para_sizhu_g = { \ .ip1 = {39,108,81,105}, \ .ip_port1 = 9692, \ .ip1_connect_type = LINK_TCP, \ .ip2 = {120,77,85,236}, \ .ip_port2 = 9692, \ .ip2_connect_type = LINK_TCP, \ .bat_power_data_interval = 60, \ .ext_power_data_interval = 60, \ .ext_power_data_interval = 5, \ .time_start_type = WRC_TIME_START_INTERVAL, \ .bat_power_send_interval = 1440, \ .ext_power_send_interval = 60, \ @@ -85,16 +103,45 @@ .comm_timeout_time =120, \ .KVer_AES_128[0] ={8, 7, 6, 5, 4, 3, 2, 1, 0, 0, 0, 0, 0, 0, 0, 0}, \ }; WRC_DATA_NUM_CTRL_PARA_SIZHU_T wrc_data_num_ctrl_para_sizhu_g={ \ .report_data_save_num = 0, \ .report_data_left_num = 0, \ }; BILLING_VALVE_CTRL_PATA_T billing_valve_ctrl_para_g = { BILLING_VALVE_CTRL_PATA_T billing_valve_ctrl_para_g = { \ .balance_valve_ctrl_byte = {0}, \ .conditional_valve_ctrl_byte = {0}, \ .balance_small_value = {500,100,0,0,0}, \ .cumulate_flow_threshold = 0, \ .no_wrc_days = 3, \ .no_wrc_days = 15, \ .no_use_gas_days = 0, \ }; LOG_SIZHU_HISTORY_CTRL_T log_sizhu_history_ctrl_g = { \ .per_month_log.log_addr_save = HISTORY_MONTH_START_ADDR, \ .per_day_log.log_addr_save = HISTORY_DAY_START_ADDR, \ .per_hour_log.log_addr_save = HISTORY_HOUR_START_ADDR, \ .per_interval_log.log_addr_save = HISTORY_INTERVAL_START_ADDR, \ }; LOG_ALARM_CTRL_T log_alarm_ctrl_g ={ \ .system_alarm_log.log_addr_save = SYSTEM_ALARM_LOG_START_ADDR, \ }; LOG_EVENT_CTRL_T log_event_ctrl_g ={ \ .valve_operation_log.log_addr_save = VALVE_OPERATION_EVENT_LOG_START_ADDR, \ .factory_reset_log.log_addr_save = FACTORY_RESET_EVENT_LOG_START_ADDR, \ .set_time_log.log_addr_save = SET_TIME_EVENT_LOG_START_ADDR, \ }; LOG_PARA_MODIFY_CTRL_T log_para_modify_ctrl_g = { \ .basic_info_modify_log.log_addr_save = BASIC_INFO_MODIFY_LOG_START_ADDR, \ .cumulate_modify_log.log_addr_save = CUMULATE_MODIFY_LOG_START_ADDR, \ .balance_modify_log.log_addr_save = BALANCE_MODIFY_LOG_START_ADDR, \ .flow_meter_para_modify_log.log_addr_save = FLOWMETER_PARA_MODIFY_LOG_START_ADDR, \ .conditional_close_valve_para_modify_log.log_addr_save = CONDITIONAL_CLOSE_VALVE_CTRL_MODIFY_LOG_START_ADDR, \ .fun_ctrl_word_modify_log.log_addr_save = FUN_CTRL_MODIFY_LOG_START_ADDR, \ .alarm_ctrl_word_modify_log.log_addr_save = ALARM_CTRL_MODIFY_LOG_START_ADDR, \ .close_valve_ctrl_word_modify_log.log_addr_save = VALVE_CTRL_BYTES_MODIFY_LOG_START_ADDR, \ }; //EEPROM²ÎÊýдÈëºÍ¶ÁÈ¡¼ì²é,Ö»Ö§³Ö1024¸ö×Ö½ÚµÄдÈëÓë¶ÁÈ¡¼ì²é ErrorStatus eepWriteAndReadCheck(uint8_t * write_data,uint32_t addr,uint16_t length) @@ -104,9 +151,11 @@ if(length >1024) return FAIL; EEPROM_CTRL_ENABLE; EEPROM_MultipleWrite(write_data,addr,length); EEPROM_MultipleRead(buf_l,addr,length); EEPROM_CTRL_DISABLE; return ucharcmp(write_data,buf_l,length); } @@ -115,6 +164,8 @@ ErrorStatus eepABWriteAndReadCheck(uint8_t * write_data,uint32_t addrA,uint32_t addrB,uint16_t length) { ErrorStatus return_flag = PASS; if(eepWriteAndReadCheck(write_data,addrA,length)==FAIL) { if(eepWriteAndReadCheck(write_data,addrA,length)==FAIL) @@ -135,7 +186,7 @@ } //EEPROM²ÎÊý¶ÁÈ¡²¢¼ì²é£¬Ö»Ö§³Ö×î´ó1024×Ö½Ú¶ÁÈ¡ ErrorStatus eepABReadCheck(uint8_t * write_data,uint32_t addrA,uint32_t addrB,uint16_t length) ErrorStatus eepABReadCheck(uint8_t * read_data,uint32_t addrA,uint32_t addrB,uint16_t length) { ErrorStatus read_flag = FAIL; uint16_t CRC16_MODBUS; @@ -146,6 +197,7 @@ if(length >1024) return FAIL; EEPROM_CTRL_ENABLE; for(count_i=0;count_i< read_times;count_i++) { memset (buf_l,0,sizeof (buf_l)); @@ -158,13 +210,15 @@ break; } } EEPROM_CTRL_DISABLE; if(read_flag == PASS) { arrayA_2_arrayB(buf_l, write_data, length, LITTLE_ENDIAN) ; arrayA_2_arrayB(buf_l, read_data, length, LITTLE_ENDIAN) ; return PASS; }else { EEPROM_CTRL_ENABLE; for(count_i=0;count_i< read_times;count_i++) { memset (buf_l,0,sizeof (buf_l)); @@ -180,11 +234,13 @@ if(read_flag == PASS) { arrayA_2_arrayB(buf_l, write_data, length, LITTLE_ENDIAN) ; arrayA_2_arrayB(buf_l, read_data, length, LITTLE_ENDIAN) ; EEPROM_MultipleWrite(buf_l,addrA,length);//AÇøУÑé´íÎó£¬BÇøÕýÈ·£¬Ôò½«BÇøÊý¾ÝдÈëAÇø EEPROM_CTRL_DISABLE; return PASS; }else { EEPROM_CTRL_DISABLE; return FAIL; } } @@ -234,6 +290,284 @@ } //É豸»ù´¡ÐÅÏ¢³õʼ»¯Ð´Èë ErrorStatus EquipmentBasicInfoDefaultInit(void) { return paraCalcCrcAndWriteEepAB((uint8_t * )&equipment_basic_inf_g,BASIC_INFORMATION_OF_EQUIPMENT_ADDR,BASIC_INFORMATION_OF_EQUIPMENT_ADDR + PARA_EEP_B_OFFSET_ADDR,EQUIPMENT_BASIC_INF_LENGTH); } //É豸»ù´¡ÐÅÏ¢¶ÁÈ¡ ErrorStatus EquipmentBasicInfoReadFromEep(void) { if( eepABReadCheck((uint8_t * )&equipment_basic_inf_g,BASIC_INFORMATION_OF_EQUIPMENT_ADDR,BASIC_INFORMATION_OF_EQUIPMENT_ADDR + PARA_EEP_B_OFFSET_ADDR,EQUIPMENT_BASIC_INF_LENGTH) == FAIL) { EquipmentBasicInfoDefaultInit(); return FAIL; }else { return PASS; } } //¼¸¸ö¿ØÖÆ×Ö³õʼ»¯Ð´Èë ErrorStatus CtrlWordParaDefaultInit(void) { ErrorStatus return_flag = PASS; SAVE_FUN_CTRL_WORD_T save_fun_ctrl_word_l; SAVE_ALARM_CTRL_WORD_T save_alarm_ctrl_word_l; SAVE_VALVE_CTRL_WORD_T save_valve_ctrl_word_l; // SYSTEM_FUNCTION_CTRL_WORD_T system_function_ctrl_word_l = { \ // .fun_ctrl_word.billing_type = 0x02, \ // }; // SYSTEM_ALARM_CTRL_WORD_T system_alarm_ctrl_word_l= {.alarm_ctl_word={ // .system_start = 1, // .power_state = 1, // .valve_error = 1, // .valve_state_change = 1, // .set_cumulate_up_to = 1, // .no_use_gas_date_up_to = 1, // .no_gprs_date_up_to = 1, // .balance_small_3 = 1, // .lith_low = 1, // .lith_down = 1, // .lith_remove = 1, // .alka_low = 1, // .alka_down = 1, // .alka_remove = 1, // .gprs_status = 1, //Ô¶´«Ê§°ÜÖ»±¨¾¯£¬²»Éϱ¨ // .RS485_err = 1, // .RS485_lessen = 1, // .broken_line = 1, // .temp_err = 1, // .cpu_temp_up = 1, // .cpu_temp_down = 1, // .press_err = 1, // .lcd_up = 1, // .cl_have_flow = 1, // } // }; // // SYSTEM_ALARM_CTRL_WORD_T system_alarm_report_ctrl_word_l= {.alarm_ctl_word={ // .system_start = 1, // .power_state = 1, // .valve_error = 1, // .valve_state_change = 1, // .set_cumulate_up_to = 1, // .no_use_gas_date_up_to = 1, // .no_gprs_date_up_to = 1, // .balance_small_3 = 1, // .lith_low = 1, // .lith_down = 1, // .lith_remove = 1, // .alka_low = 1, // .alka_down = 1, // .alka_remove = 1, // //.gprs_status = 1, //Ô¶´«Ê§°ÜÖ»±¨¾¯£¬²»Éϱ¨ // .RS485_err = 1, // .RS485_lessen = 1, // .broken_line = 1, // .temp_err = 1, // .cpu_temp_up = 1, // .cpu_temp_down = 1, // .press_err = 1, // .lcd_up = 1, // .cl_have_flow = 1, // } // }; // // VALVE_CTL_BYTES_UNION_T valve_ctl_bytes_l = {.valve_ctrl_bytes = { // {0}, // {0}, // {0}, // {.lith_down_need_close_valve_flag =1,.lith_down_close_valve_type = 1,.lith_remove_need_close_valve_flag =1,.lith_remove_close_valve_type =1, // //.alka_down_need_close_valve_flag= 1,.alka_down_close_valve_type = 1,.alka_remove_need_close_valve_flag =1,.alka_remove_close_valve_type =1, // }, // {0}, // {0}, // {0}, // {0}, // {0}, // {0}, // {0},} // }; arrayA_2_arrayB((uint8_t*)&system_function_ctrl_word_g,(uint8_t*)&save_fun_ctrl_word_l.fun_ctrl_word,sizeof(system_function_ctrl_word_g),LITTLE_ENDIAN); arrayA_2_arrayB((uint8_t*)&system_alarm_ctrl_word_g,(uint8_t*)&save_alarm_ctrl_word_l.alarm_ctrl_word,sizeof(system_alarm_ctrl_word_g),LITTLE_ENDIAN); arrayA_2_arrayB((uint8_t*)&system_alarm_report_ctrl_word_g,(uint8_t*)&save_alarm_ctrl_word_l.alarm_report_ctrl_word,sizeof(system_alarm_report_ctrl_word_g),LITTLE_ENDIAN); arrayA_2_arrayB((uint8_t*)&valve_ctl_bytes_g,(uint8_t*)&save_valve_ctrl_word_l.valve_ctrl_word,sizeof(valve_ctl_bytes_g),LITTLE_ENDIAN); if(paraCalcCrcAndWriteEepAB((uint8_t * )&save_fun_ctrl_word_l,SYSTEM_FUNCTION_CTRL_WORD_ADDR,SYSTEM_FUNCTION_CTRL_WORD_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(save_fun_ctrl_word_l))==FAIL) return_flag = FAIL; if(paraCalcCrcAndWriteEepAB((uint8_t * )&save_alarm_ctrl_word_l,SYSTEM_ALARM_CTRL_WORD_ADDR,SYSTEM_ALARM_CTRL_WORD_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(save_alarm_ctrl_word_l))==FAIL) return_flag = FAIL; if(paraCalcCrcAndWriteEepAB((uint8_t * )&save_valve_ctrl_word_l,VALVE_CTL_BYTES_ADDR,VALVE_CTL_BYTES_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(save_valve_ctrl_word_l))==FAIL) return_flag = FAIL; return return_flag; } //¼¸¸ö¿ØÖÆ×Ö¶ÁÈ¡ ErrorStatus CtrlWordParaReadFromEep(void) { ErrorStatus return_flag = PASS; SAVE_FUN_CTRL_WORD_T save_fun_ctrl_word_l; SAVE_ALARM_CTRL_WORD_T save_alarm_ctrl_word_l; SAVE_VALVE_CTRL_WORD_T save_valve_ctrl_word_l; if( eepABReadCheck((uint8_t * )&save_fun_ctrl_word_l,SYSTEM_FUNCTION_CTRL_WORD_ADDR,SYSTEM_FUNCTION_CTRL_WORD_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(save_fun_ctrl_word_l)) == FAIL) { return_flag = FAIL; }else { arrayA_2_arrayB((uint8_t*)&save_fun_ctrl_word_l.fun_ctrl_word,(uint8_t*)&system_function_ctrl_word_g,sizeof(system_function_ctrl_word_g),LITTLE_ENDIAN); } if( eepABReadCheck((uint8_t * )&save_alarm_ctrl_word_l,SYSTEM_ALARM_CTRL_WORD_ADDR,SYSTEM_ALARM_CTRL_WORD_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(save_alarm_ctrl_word_l)) == FAIL) { return_flag = FAIL; }else { arrayA_2_arrayB((uint8_t*)&save_alarm_ctrl_word_l.alarm_ctrl_word,(uint8_t*)&system_alarm_ctrl_word_g,sizeof(system_alarm_ctrl_word_g),LITTLE_ENDIAN); arrayA_2_arrayB((uint8_t*)&save_alarm_ctrl_word_l.alarm_report_ctrl_word,(uint8_t*)&system_alarm_report_ctrl_word_g,sizeof(system_alarm_report_ctrl_word_g),LITTLE_ENDIAN); } if( eepABReadCheck((uint8_t * )&save_valve_ctrl_word_l,VALVE_CTL_BYTES_ADDR,VALVE_CTL_BYTES_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(save_valve_ctrl_word_l)) == FAIL) { return_flag = FAIL; }else { arrayA_2_arrayB((uint8_t*)&save_valve_ctrl_word_l.valve_ctrl_word,(uint8_t*)&valve_ctl_bytes_g,sizeof(valve_ctl_bytes_g),LITTLE_ENDIAN); } } //ÈÕÖ¾¿ØÖƲÎÊý³õʼ»¯Ð´Èë ErrorStatus LogCtrlParaDefaultInit(void) { ErrorStatus return_flag = PASS; log_sizhu_history_ctrl_g.per_month_log.log_count = 0; log_sizhu_history_ctrl_g.per_month_log.log_addr_save = HISTORY_MONTH_START_ADDR; log_sizhu_history_ctrl_g.per_day_log.log_count = 0; log_sizhu_history_ctrl_g.per_day_log.log_addr_save = HISTORY_DAY_START_ADDR; log_sizhu_history_ctrl_g.per_hour_log.log_count = 0; log_sizhu_history_ctrl_g.per_hour_log.log_addr_save = HISTORY_HOUR_START_ADDR; log_sizhu_history_ctrl_g.per_interval_log.log_count = 0; log_sizhu_history_ctrl_g.per_interval_log.log_addr_save = HISTORY_INTERVAL_START_ADDR; log_alarm_ctrl_g.system_alarm_log.log_count = 0; log_alarm_ctrl_g.system_alarm_log.log_addr_save = SYSTEM_ALARM_LOG_START_ADDR; log_event_ctrl_g.valve_operation_log.log_count = 0; log_event_ctrl_g.valve_operation_log.log_addr_save = VALVE_OPERATION_EVENT_LOG_START_ADDR; log_event_ctrl_g.factory_reset_log.log_count = 0; log_event_ctrl_g.factory_reset_log.log_addr_save = FACTORY_RESET_EVENT_LOG_START_ADDR; log_event_ctrl_g.set_time_log.log_count = 0; log_event_ctrl_g.set_time_log.log_addr_save = SET_TIME_EVENT_LOG_START_ADDR; log_para_modify_ctrl_g.basic_info_modify_log.log_count = 0; log_para_modify_ctrl_g.basic_info_modify_log.log_addr_save = BASIC_INFO_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.cumulate_modify_log.log_count = 0; log_para_modify_ctrl_g.cumulate_modify_log.log_addr_save = CUMULATE_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.balance_modify_log.log_count = 0; log_para_modify_ctrl_g.balance_modify_log.log_addr_save = BALANCE_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.flow_meter_para_modify_log.log_count = 0; log_para_modify_ctrl_g.flow_meter_para_modify_log.log_addr_save = FLOWMETER_PARA_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.conditional_close_valve_para_modify_log.log_count = 0; log_para_modify_ctrl_g.conditional_close_valve_para_modify_log.log_addr_save = CONDITIONAL_CLOSE_VALVE_CTRL_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.fun_ctrl_word_modify_log.log_count = 0; log_para_modify_ctrl_g.fun_ctrl_word_modify_log.log_addr_save = FUN_CTRL_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.alarm_ctrl_word_modify_log.log_count = 0; log_para_modify_ctrl_g.alarm_ctrl_word_modify_log.log_addr_save = ALARM_CTRL_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.close_valve_ctrl_word_modify_log.log_count = 0; log_para_modify_ctrl_g.close_valve_ctrl_word_modify_log.log_addr_save = VALVE_CTRL_BYTES_MODIFY_LOG_START_ADDR; if(paraCalcCrcAndWriteEepAB((uint8_t * )&log_sizhu_history_ctrl_g,LOG_SIZHU_HISTORY_CTRL_ADDR,LOG_SIZHU_HISTORY_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_sizhu_history_ctrl_g))==FAIL) return_flag = FAIL; if(paraCalcCrcAndWriteEepAB((uint8_t * )&log_alarm_ctrl_g,LOG_ALARM_CTRL_ADDR,LOG_ALARM_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_alarm_ctrl_g))==FAIL) return_flag = FAIL; if(paraCalcCrcAndWriteEepAB((uint8_t * )&log_event_ctrl_g,LOG_EVENT_CTRL_ADDR,LOG_EVENT_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_event_ctrl_g))==FAIL) return_flag = FAIL; if(paraCalcCrcAndWriteEepAB((uint8_t * )&log_para_modify_ctrl_g,LOG_PARA_MODIFY_CTRL_ADDR,LOG_PARA_MODIFY_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_para_modify_ctrl_g))==FAIL) return_flag = FAIL; return return_flag; } //ÈÕÖ¾¿ØÖƲÎÊý³õʼ»¯¶ÁÈ¡ ErrorStatus LogCtrlParaReadFromEep(void) { ErrorStatus return_flag = PASS; if( eepABReadCheck((uint8_t * )&log_sizhu_history_ctrl_g,LOG_SIZHU_HISTORY_CTRL_ADDR,LOG_SIZHU_HISTORY_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_sizhu_history_ctrl_g)) == FAIL) { log_sizhu_history_ctrl_g.per_month_log.log_count = 0; log_sizhu_history_ctrl_g.per_month_log.log_addr_save = HISTORY_MONTH_START_ADDR; log_sizhu_history_ctrl_g.per_day_log.log_count = 0; log_sizhu_history_ctrl_g.per_day_log.log_addr_save = HISTORY_DAY_START_ADDR; log_sizhu_history_ctrl_g.per_hour_log.log_count = 0; log_sizhu_history_ctrl_g.per_hour_log.log_addr_save = HISTORY_HOUR_START_ADDR; log_sizhu_history_ctrl_g.per_interval_log.log_count = 0; log_sizhu_history_ctrl_g.per_interval_log.log_addr_save = HISTORY_INTERVAL_START_ADDR; paraCalcCrcAndWriteEepAB((uint8_t * )&log_sizhu_history_ctrl_g,LOG_SIZHU_HISTORY_CTRL_ADDR,LOG_SIZHU_HISTORY_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_sizhu_history_ctrl_g)); return_flag = FAIL; } if( eepABReadCheck((uint8_t * )&log_alarm_ctrl_g,LOG_ALARM_CTRL_ADDR,LOG_ALARM_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_alarm_ctrl_g)) == FAIL) { log_alarm_ctrl_g.system_alarm_log.log_count = 0; log_alarm_ctrl_g.system_alarm_log.log_addr_save = SYSTEM_ALARM_LOG_START_ADDR; paraCalcCrcAndWriteEepAB((uint8_t * )&log_alarm_ctrl_g,LOG_ALARM_CTRL_ADDR,LOG_ALARM_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_alarm_ctrl_g)); return_flag = FAIL; } if( eepABReadCheck((uint8_t * )&log_event_ctrl_g,LOG_EVENT_CTRL_ADDR,LOG_EVENT_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_event_ctrl_g)) == FAIL) { log_event_ctrl_g.valve_operation_log.log_count = 0; log_event_ctrl_g.valve_operation_log.log_addr_save = VALVE_OPERATION_EVENT_LOG_START_ADDR; log_event_ctrl_g.factory_reset_log.log_count = 0; log_event_ctrl_g.factory_reset_log.log_addr_save = FACTORY_RESET_EVENT_LOG_START_ADDR; log_event_ctrl_g.set_time_log.log_count = 0; log_event_ctrl_g.set_time_log.log_addr_save = SET_TIME_EVENT_LOG_START_ADDR; paraCalcCrcAndWriteEepAB((uint8_t * )&log_event_ctrl_g,LOG_EVENT_CTRL_ADDR,LOG_EVENT_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_event_ctrl_g)); return_flag = FAIL; } if( eepABReadCheck((uint8_t * )&log_para_modify_ctrl_g,LOG_PARA_MODIFY_CTRL_ADDR,LOG_PARA_MODIFY_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_para_modify_ctrl_g)) == FAIL) { log_para_modify_ctrl_g.basic_info_modify_log.log_count = 0; log_para_modify_ctrl_g.basic_info_modify_log.log_addr_save = BASIC_INFO_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.cumulate_modify_log.log_count = 0; log_para_modify_ctrl_g.cumulate_modify_log.log_addr_save = CUMULATE_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.balance_modify_log.log_count = 0; log_para_modify_ctrl_g.balance_modify_log.log_addr_save = BALANCE_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.flow_meter_para_modify_log.log_count = 0; log_para_modify_ctrl_g.flow_meter_para_modify_log.log_addr_save = FLOWMETER_PARA_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.conditional_close_valve_para_modify_log.log_count = 0; log_para_modify_ctrl_g.conditional_close_valve_para_modify_log.log_addr_save = CONDITIONAL_CLOSE_VALVE_CTRL_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.fun_ctrl_word_modify_log.log_count = 0; log_para_modify_ctrl_g.fun_ctrl_word_modify_log.log_addr_save = FUN_CTRL_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.alarm_ctrl_word_modify_log.log_count = 0; log_para_modify_ctrl_g.alarm_ctrl_word_modify_log.log_addr_save = ALARM_CTRL_MODIFY_LOG_START_ADDR; log_para_modify_ctrl_g.close_valve_ctrl_word_modify_log.log_count = 0; log_para_modify_ctrl_g.close_valve_ctrl_word_modify_log.log_addr_save = VALVE_CTRL_BYTES_MODIFY_LOG_START_ADDR; paraCalcCrcAndWriteEepAB((uint8_t * )&log_para_modify_ctrl_g,LOG_PARA_MODIFY_CTRL_ADDR,LOG_PARA_MODIFY_CTRL_ADDR + PARA_EEP_B_OFFSET_ADDR,sizeof(log_para_modify_ctrl_g)); return_flag = FAIL; } return return_flag; } //?ËùÓвÎÊý³õʼ»¯ÎªÄ¬ÈÏÖµ²¢Ð´ÈëEEPROM void allParaDefaultInit(void) { @@ -243,12 +577,23 @@ //É豸»ù´¡ÐÅÏ¢³õʼ»¯Ð´Èë if(EquipmentBasicInfoDefaultInit()==FAIL) return_flag = FAIL; //?¼ÌÐø²¹³ä //ʵʱÊý¾Ý³õʼ»¯Ð´Èë //×îÖÕÅжÏreturn_flag==FAIL£¬Ôò±¨¾¯´æ´¢Òì³££¬Èç¹û»¹ÓÐÕâ¸ö±¨¾¯µÄ»° //¼¸¸ö¿ØÖÆ×Ö³õʼ»¯Ð´Èë if(CtrlWordParaDefaultInit()==FAIL) return_flag = FAIL; //ÈÕÖ¾¿ØÖƲÎÊý if(LogCtrlParaDefaultInit()==FAIL) return_flag = FAIL; //×îÖÕÅжÏreturn_flag==FAIL£¬Ôò±¨¾¯´æ´¢Òì³££¬Èç¹û»¹ÓÐÕâ¸ö±¨¾¯µÄ»° if(return_flag==FAIL){ ; } } @@ -262,9 +607,20 @@ if(systemEepIdReadFromEep()==FAIL) return_flag = FAIL; //É豸»ù´¡ÐÅÏ¢¶ÁÈ¡ if(EquipmentBasicInfoReadFromEep()==FAIL) return_flag = FAIL; //?¼ÌÐø²¹³ä //¼¸¸ö¿ØÖÆ×Ö¶ÁÈ¡ if(CtrlWordParaReadFromEep()==FAIL) return_flag = FAIL; //ÈÕÖ¾¿ØÖÆÐÅÏ¢¶ÁÈ¡ if(LogCtrlParaReadFromEep()==FAIL) return_flag = FAIL; //×îÖÕÅжÏreturn_flag==FAIL£¬Ôò±¨¾¯´æ´¢Òì³££¬Èç¹û»¹ÓÐÕâ¸ö±¨¾¯µÄ»° if(return_flag==FAIL){ ; } }
