#include "sizhu_alarm_record.h"
#include "sizhu_ctrl_word.h"
#include "eeprom.h"

LOG_ALARM_CTRL_T log_alarm_para_g;
//ALARM_REPORT_PARA_T alarm_report_para_g;


/******************************************
 * func: system_alarm_log_eeprom_default_init
* desc: ±¨¾¯ÈÕÖ¾´æ´¢²ÎÊý³õʼ»¯ÎªÄ¬ÈÏÖµ
 * input: none
 * output: none
 * return: none
 *****************************************/
uint8_t system_alarm_log_eeprom_default_init(void)
{
//	log_alarm_para_g.system_alarm_log.log_count            = 0;
//	log_alarm_para_g.system_alarm_log.log_addr_save        = SYSTEM_ALARM_LOG_STORAGE_START_ADDR;
//	EEPROM_data_write_uint16 ( log_alarm_para_g.system_alarm_log.log_count, SYSTEM_ALARM_LOG_COUNT_ADDR );
//	EEPROM_data_write_uint32 ( log_alarm_para_g.system_alarm_log.log_addr_save, SYSTEM_ALARM_LOG_SAVE_ADDR );
//	
//	log_alarm_para_g.class_measure_abn.log_count            = 0;
//	log_alarm_para_g.class_measure_abn.log_addr_save        = MEASURE_ALARM_LOG_STORAGE_START_ADDR;
//	EEPROM_data_write_uint16 ( log_alarm_para_g.class_measure_abn.log_count, MEASURE_ALARM_LOG_COUNT_ADDR );
//	EEPROM_data_write_uint32 ( log_alarm_para_g.class_measure_abn.log_addr_save, MEASURE_ALARM_LOG_SAVE_ADDR );

//	log_alarm_para_g.valve_action_log.log_count            = 0;
//	log_alarm_para_g.valve_action_log.log_addr_save        = VALVE_ACTION_LOG_STORAGE_START_ADDR;
//	EEPROM_data_write_uint16 ( log_alarm_para_g.valve_action_log.log_count, VALVE_ACTION_LOG_COUNT_ADDR );
//	EEPROM_data_write_uint32 ( log_alarm_para_g.valve_action_log.log_addr_save, VALVE_ACTION_LOG_SAVE_ADDR );	
	return 0;	
}




/******************************************
 * func: system_alarm_log_eeprom_default_init
* desc: ±¨¾¯ÈÕÖ¾´æ´¢²ÎÊý´Ó´æ´¢ÖлñÈ¡
 * input: none
 * output: none
 * return: none
 *****************************************/
uint8_t system_alarm_log_record_only_read_init(void)
{

//	log_alarm_para_g.system_alarm_log.log_count            = eeprom_data_read_uint16 (  SYSTEM_ALARM_LOG_COUNT_ADDR );
//	log_alarm_para_g.system_alarm_log.log_addr_save        = eeprom_data_read_uint32 (  SYSTEM_ALARM_LOG_SAVE_ADDR );
//	
//	if((log_alarm_para_g.system_alarm_log.log_addr_save > SYSTEM_ALARM_LOG_STORAGE_END_ADDR)||(log_alarm_para_g.system_alarm_log.log_addr_save < SYSTEM_ALARM_LOG_STORAGE_START_ADDR))
//	{
//		log_alarm_para_g.system_alarm_log.log_count            = 0;
//		log_alarm_para_g.system_alarm_log.log_addr_save        = SYSTEM_ALARM_LOG_STORAGE_START_ADDR;
//	}
	return 0;	
}


/******************************************
 * func: system_alarm_log_record_save
* desc: ±¨¾¯ÈÕÖ¾´æ´¢
 * input: alarm_type±¨¾¯ÀàÐÍ£»para_alarm_ptrÐèÒª´æ´¢µÄÊý¾Ý
 * output: none
 * return: none
 *****************************************/
uint8_t system_alarm_log_record_save(uint8_t alarm_type, uint8_t * para_alarm_ptr)
{
//	void	*alarm_ptr;
//	
//	eeprom_multiple_data_write( (uint8_t *)para_alarm_ptr, log_alarm_para_g.system_alarm_log.log_addr_save, SYSTEM_ALARM_LOG_STORAGE_LENGTH );
//			
//	if((log_alarm_para_g.system_alarm_log.log_addr_save >= SYSTEM_ALARM_LOG_STORAGE_END_ADDR)||(log_alarm_para_g.system_alarm_log.log_addr_save < SYSTEM_ALARM_LOG_STORAGE_START_ADDR))
//	{
//		log_alarm_para_g.system_alarm_log.log_addr_save = SYSTEM_ALARM_LOG_STORAGE_START_ADDR; 			
//	}else
//	{
//		log_alarm_para_g.system_alarm_log.log_addr_save =  log_alarm_para_g.system_alarm_log.log_addr_save + SYSTEM_ALARM_LOG_STORAGE_LENGTH;
//	}
//	
//	if(log_alarm_para_g.system_alarm_log.log_count >= SYSTEM_ALARM_LOG_NUM)
//	{			
//		log_alarm_para_g.system_alarm_log.log_count  = SYSTEM_ALARM_LOG_NUM;			
//	}else
//	{
//		log_alarm_para_g.system_alarm_log.log_count  ++;			
//	}
//	
//	EEPROM_data_write_uint16 ( log_alarm_para_g.system_alarm_log.log_count, SYSTEM_ALARM_LOG_COUNT_ADDR );
//	EEPROM_data_write_uint32 ( log_alarm_para_g.system_alarm_log.log_addr_save, SYSTEM_ALARM_LOG_SAVE_ADDR );
	return 0;
}


uint8_t system_alarm_log_record_read(uint8_t alarm_type, uint32_t addr, uint8_t * para_alarm_ptr)
{
	
	return 1;	


}


/******************************************
 * func: system_alarm_log_data_handle
* desc: ϵͳ±¨¾¯ÈÕÖ¾ÐèÒª´æ´¢µÄÊý¾Ý´¦Àí
 * input: alarm_type±¨¾¯ÀàÐÍ£»alarm_ID±¨¾¯ID
 * output: none
 * return: none
 *****************************************/
void system_alarm_log_data_handle(uint8_t alarm_type, uint16_t alarm_ID)
{
//	LOG_SIZHU_SYS_ALARM_SAVE_T alarm_now_data;
//	alarm_now_data.serial_number =0;
//	
//	alarm_now_data.Sample_year = HEX2BCD((uint8_t)(calendar.year-2000));
//	alarm_now_data.Sample_month = HEX2BCD(calendar.month);
//	alarm_now_data.Sample_day = HEX2BCD(calendar.date);
//	alarm_now_data.Sample_hour = HEX2BCD(calendar.hour);
//	alarm_now_data.Sample_min = HEX2BCD(calendar.min);
//	alarm_now_data.Sample_sec = HEX2BCD(calendar.sec);
//	
//	alarm_now_data.alarm_id = alarm_ID;
//	
//	alarm_now_data.StandardGasUsageTotal = cal_gas_para_g.ctotal;
//	alarm_now_data.WorkingGasUsageTotal = cal_gas_para_g.utotal;
//	alarm_now_data.ReverseStandardGasUsageTotal = cal_gas_para_g.fanctotal;
//	alarm_now_data.ReverseWorkingGasUsageTotal = cal_gas_para_g.fanutotal;
//	
//	alarm_now_data.Standardvec = cal_gas_para_g.signed_cvol * 3600;
//	alarm_now_data.Workingvec =  cal_gas_para_g.signed_uvol * 3600;
//	
//	alarm_now_data.Temperature = cal_gas_para_g.corrected_medium_tem;
//	alarm_now_data.Pressure = cal_gas_para_g.corrected_medium_pre;
//	
//	alarm_now_data.ambient_tem = cal_gas_para_g.ambient_temperature;
//	
//	alarm_now_data.lith_bat_v = v20_system_para_g.system_bat_power *0.1;
//	alarm_now_data.alka_bat_v = 0;
//	
//	alarm_now_data.status_word.status_word_union[0] = system_status_word_g.status_word_union[0];
//	alarm_now_data.status_word.status_word_union[1] = system_status_word_g.status_word_union[1];
//	alarm_now_data.status_word.status_word_union[2] = system_status_word_g.status_word_union[2];
//	alarm_now_data.status_word.status_word_union[3] = system_status_word_g.status_word_union[3];
//	alarm_now_data.status_word.status_word_union[4] = system_status_word_g.status_word_union[4];
//	alarm_now_data.status_word.status_word_union[5] = system_status_word_g.status_word_union[5];
//	
//	
//	system_alarm_log_record_save(alarm_type, (uint8_t *) (&alarm_now_data));
	
}