#include "sizhu_ctrl_word.h"
#include "system_run_fun.h"
#include "valve_control.h"
#include "system_mem_para.h"

FlagStatus	AlarmTriggerWrcFlag = RESET;
uint8_t   	AlarmTriggerCLoseValveNum = 0; //´¥·¢¹Ø·§±¨¾¯µÄÊýÁ¿£¬ÓÃÓÚ´ÓÁ´±íÖлñÈ¡±¨¾¯ID½øÐжÔÓ¦µÄ¹Ø·§´¦Àí

SYSTEM_STATUS_WORD_T           system_status_word_g;
SYSTEM_FUNCTION_CTRL_WORD_T    system_function_ctrl_word_g = {        \
	.fun_ctrl_word.billing_type = 0x02,													\
};

SYSTEM_ALARM_WORD_T            system_alarm_word_g; //ÓÃÓÚÉϱ¨£¬Éϱ¨ÍêÇå³ý

SYSTEM_ALARM_WORD_T            system_alarm_word_for_valve_g;  //ÓÃÓÚ·§¿Ø£¬ÅжÏÍê·§¿ØÖ®ºóÇåÁã


SYSTEM_ALARM_CTRL_WORD_T       system_alarm_ctrl_word_g= {.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_g= {.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_g = {.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},}
};  


#define	alarm_ctrl_para_array_g_NUM	(sizeof(alarm_ctrl_para_array_g) /sizeof(ALARM_CTRL_PARA_T)	)


//±¨¾¯¿ØÖƲÎÊýÕóÁУ¬Ã¿Ôö¼ÓÒ»¸ö±¨¾¯ÄÚÈÝ£¬´Ë´¦¶¼ÒªÔö¼Ó,ÓÐЩ±¨¾¯Ã»ÓжÔÓ¦¹Ø·§×Ö£¬±ÈÈ縴λÔõô´¦Àí£¿  ÐèÒª¶ÔÓ¦Ôö¼ÓÂð
ALARM_CTRL_PARA_T	alarm_ctrl_para_array_g[] = {
	{ALARM_ID_SYSTEM_START ,					  					16*0+8 , 16*10+6 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_EX_POWER_STATUS_CHANGE ,  					16*0+9 , 16*0+4 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_COVER_OPEN , 												16*0+11 , 16*0+8 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_MAINBOARD_REMOVAL , 								16*0+12 , 16*0+10 , DAY_ALARM_TIMES , 0},
//	{ALARM_ID_GPRS_FAILED , 											16*2+8 , 16*10+14 , DAY_ALARM_TIMES , 0}, //µ¥´ÎÔ¶´«Ê§°Ü½öÏÔʾ£¬²»¹Ø·§£¬²»±¨¾¯£¬ËùÒÔ´Ë´¦²»ÒªÁË
  {ALARM_ID_LCD_NUMBER_OVERRUN , 								16*5+1 , 16*9+2 , DAY_ALARM_TIMES , 0},
	
  {ALARM_ID_LITH_BAT_LOW , 											16*2+0 , 16*3+0 , DAY_ALARM_TIMES,0},
  {ALARM_ID_LITH_BAT_DOWN , 										16*2+1 , 16*3+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_LITH_BAT_REMOVAL , 									16*2+2 , 16*3+4 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_ALKA_BAT_LOW , 											16*2+3 , 16*3+6 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_ALKA_BAT_DOWN , 										16*2+4 , 16*3+8 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_ALKA_BAT_REMOVAL , 									16*2+5 , 16*3+10 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_VALVE_BAT_LOW , 										16*2+12 , 16*4+10 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_VALVE_BAT_DOWN , 										16*2+13 , 16*4+12 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_RTC_BAT_LOW , 											16*2+14 , 16*4+14 , DAY_ALARM_TIMES , 0},
	
  {ALARM_ID_TEM_TRANSMITTER_FAILURE , 					16*3+0 , 16*6+0 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_TEM_EXCEED_UP_LIMIT , 							16*3+1 , 16*5+0 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_TEM_EXCEED_UP_UP_LIMIT , 						16*3+2 , 16*5+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_TEM_EXCEED_LOW_LIMIT , 							16*3+3 , 16*5+4 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_TEM_EXCEED_LOW_LOW_LIMIT , 					16*3+4 , 16*5+6 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_PRE_TRANSMITTER_FAILURE , 					16*3+8 , 16*6+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_PRE_EXCEED_UP_LIMIT , 							16*3+9 , 16*5+8 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_PRE_EXCEED_UP_UP_LIMIT , 						16*3+10 , 16*5+10 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_PRE_EXCEED_LOW_LIMIT , 							16*3+11 , 16*5+12 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_PRE_EXCEED_LOW_LOW_LIMIT , 					16*3+12 , 16*5+14 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_AMBIENT_TEM_EXCEED_UP_LIMIT , 			16*3+5 , 16*6+4 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_AMBIENT_TEM_EXCEED_LOW_LIMIT , 			16*3+6 , 16*6+6 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_AMBIENT_TEM_SUDDEN_CHANGE , 				16*3+7 , 16*6+8 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_LCD_AMBIENT_TEM_EXCEED_LOW_LIMIT , 	16*5+2 , 16*9+4 , DAY_ALARM_TIMES , 0},

  {ALARM_ID_MEASURE_SONIC_SENSOR_LOSS , 				16*4+7 , 16*7+14 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_FLOW_VELOCITY_ABNORMAL , 		16*4+0 , 16*7+0 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_TIME_DIFF_ABNORMAL , 				16*4+1 , 16*7+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_SOUND_VELOCITY_ABNORMAL ,		16*4+2 , 16*7+4 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_SNR_ABNORMAL , 							16*4+3 , 16*7+6 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_SIHNAL_OVERFLOW_ABNORMAL , 	16*4+4 , 16*7+8 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_THRESHOLD_ABNORMAL , 				16*4+5 , 16*7+10 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEASURE_GAIN_ABNORMAL , 						16*4+6 , 16*7+12 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_MEDIUM_WATER , 											16*4+8 , 16*8+0 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_MEDIUM_ABNORMAL , 									16*4+9 , 16*8+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_DISMANTLE_METER_ABNORMAL , 					16*4+10 , 16*8+4 , DAY_ALARM_TIMES , 0}, 
  {ALARM_ID_METERING_UNIT_ABNORMAL , 						16*4+11 , 16*8+6 , DAY_ALARM_TIMES , 0}, 
	{ALARM_ID_MEASURE_CHANNEL_REMOVAL , 					16*4+12 , 16*8+8 , DAY_ALARM_TIMES , 0},
	
	{ALARM_ID_FLOW_EXCEED_UP_LIMIT , 							16*5+3 , 16*9+6 , DAY_ALARM_TIMES , 0}, 
	{ALARM_ID_FLOW_EXCEED_UP_UP_LIMIT , 					16*5+4 , 16*9+8 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_FLOW_EXCEED_UP_UP_LIMIT2 , 					16*5+5 , 16*9+10 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_FLOW_BIDIRECTIONAL , 								16*0+5 , 16*0+2 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_FLOW_CONSTANT , 										16*5+7 , 16*9+14 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_FLOW_SMALL , 												16*5+6 , 16*9+12 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_GAS_LEAK , 													16*5+0 , 16*9+0 , DAY_ALARM_TIMES , 0},
	
	{ALARM_ID_VALVE_ABNORMAL , 										16*1+0 , 16*1+0 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_VALVE_CLOSE_GAS_RUNNING_ABNORMAL , 	16*5+8 , 16*10+0 , DAY_ALARM_TIMES , 0},
	
	{ALARM_ID_FLOW_BAT_LOW , 											16*2+6 , 16*4+0 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_FLOW_BAT_DOWN , 										16*2+7 , 16*4+2 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_BROKEN_LINE , 											16*2+11 , 16*4+8 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_E2P_W_ABNORMAL , 										16*5+9 , 16*10+2 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_E2P_R_ABNORMAL , 										16*5+10 , 16*10+4 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_READ_485_ABNORMAL , 								16*2+9 , 16*4+4 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_485_READING_SMALLER_ABNORMAL , 			16*2+10 , 16*4+6 , DAY_ALARM_TIMES , 0},
	{ALARM_ID_EX_TRIGGER_CLOSE_VALVE , 						16*2+15 , 16*3+14 , DAY_ALARM_TIMES , 0},
	
	{ALARM_ID_BALANCE_SMALLER1 , 									16*1+11 , 16*1+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_BALANCE_SMALLER2 , 									16*1+12 , 16*1+4 , DAY_ALARM_TIMES , 0}, 
  {ALARM_ID_BALANCE_SMALLER3 , 									16*1+13 , 16*1+6 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_BALANCE_SMALLER4 , 									16*1+14 , 16*1+8 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_BALANCE_SMALLER5 , 									16*1+15 , 16*1+10 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_CUMULATIVE_GAS_ARRIVE , 						16*1+4 , 16*2+0 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_N_DAYS_NO_GAS_ARRIVE , 							16*1+5 , 16*2+2 , DAY_ALARM_TIMES , 0},
  {ALARM_ID_N_DAYS_NO_REPORT_ARRIVE , 					16*1+6 , 16*2+4 , DAY_ALARM_TIMES , 0}
};


//±¨¾¯´ÎÊý++,  ·µ»ØSET´ú±í´ÎÊýûÓдﵽÉÏÏÞ£¬¿ÉÒÔ´¥·¢Éϱ¨
FlagStatus	AlarmCntIncrease(SYS_ALARM_VALVE_T alarm_id)
{
	uint16_t count_i;
	
	if(alarm_id == ALARM_ID_NORMAL ) //Õë¶Ô²ÎÊýÐ޸ı¨¾¯µÈ£¬Ã»ÓжÔÓ¦µÄ±¨¾¯ID£¬Ôò²»ÏÞÖÆ´ÎÊý
	{
		return	SET;
	}
	for(count_i = 0;count_i <alarm_ctrl_para_array_g_NUM;count_i++ ){
		if(alarm_ctrl_para_array_g[count_i].alarm_id == alarm_id){
			if((alarm_ctrl_para_array_g[count_i].day_cnt ++ ) < alarm_ctrl_para_array_g[count_i].day_times){
				return	SET;
			}
			break;
		}
		
		if(count_i > 200) //ÔÝʱ»¹Ã»ÓÐ200¸ö±¨¾¯
		{
			break;
		}
	}
	return RESET;
}

void	AlarmCntClearAll(void)
{
	uint16_t count_i;
	for(count_i = 0;count_i <alarm_ctrl_para_array_g_NUM;count_i++ ){
		alarm_ctrl_para_array_g[count_i].day_cnt  = 0;
		
		if(count_i > 200) //ÔÝʱ»¹Ã»ÓÐ200¸ö±¨¾¯
		{
			break;
		}
	}
}

void	EveryDayClearAlarmCnt(const sClockBCD sys_clockBCD_in )
{
	if((sys_clockBCD_in.hour == 0x06)&&(sys_clockBCD_in.min == 0x10)&&(sys_clockBCD_in.sec == 0x05))
	{
		AlarmCntClearAll();
		
	}
	
}

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void SysAlarmCtrlPro(void)
{
	uint16_t count_i;
	uint16_t	close_valve_ID;
	uint8_t  close_valve_flag;
	
	EveryDayClearAlarmCnt(sys_clockBCD_g); //ÿÌìÇå³ý±¨¾¯´ÎÊý
	
	/*±¨¾¯´¥·¢Éϱ¨*/
	if(AlarmTriggerWrcFlag ==SET){
		AlarmTriggerWrcFlag = RESET;
//		start_wrc_g = WRC_MEANS_ALARM;//´æÔÚ±¨¾¯  ²âÊÔÏÈ×¢ÊÍ
	}

	/*±¨¾¯´¥·¢·§¿Ø*/
	for(count_i = 0;count_i <alarm_ctrl_para_array_g_NUM;count_i++ ){
		if(((system_alarm_word_for_valve_g.alarm_word_union[alarm_ctrl_para_array_g[count_i].alarm_word_offset_bit >>4 ] >>(alarm_ctrl_para_array_g[count_i].alarm_word_offset_bit & 0x0f)) & 0x01) == 0x01){
			close_valve_flag = valve_ctl_bytes_g.valve_ctrl_bytes_union [alarm_ctrl_para_array_g[count_i].close_valve_word_offset_bit >>4 ]>>(alarm_ctrl_para_array_g[count_i].close_valve_word_offset_bit & 0x0f);
			close_valve_flag = close_valve_flag & 0x03;
			if(close_valve_flag == VALVE_CTRL_FLAG_LOCK_AND_CLSOSE){
				//·§ÃÅËø¶¨Á¢¼´Íê³É£¬·§ÃÅÖ´ÐÐÐèÒªÒ»¶¨Ê±¼ä
				if(save_valve_para_g.valve_lock_state != VL_UNLOCK){
					ValveCtrlOrder(VC_LOCK);
					//?´æ´¢
				}
				system_status_word_g.status_word.valve_lock = (save_valve_para_g.valve_lock_state == VL_LOCK)?1:0;
				ValveCtrlOrder(VC_CLOSE);
				
				//´¦Àí¹Ø·§Ô­ÒòID£¬Èç¹ûÒѾ­ÓÐÇ¿ÖÆÐԹط§£¬ÔòÐèÒªÅжÏÓÅÏȼ¶£¬Óà¶îÀà¿ÉÒÔ±»¸²¸Ç£¬ÆäÓ಻Äܱ»¸²¸Ç£¬ÓÃÓÚÅжÏÊÇ·ñÊÇÓà¶îÀàÔì³ÉµÄ£¬Óà¶îÀàÔì³ÉµÄÔÚ³äÖµÖ®ºó¿ÉÒÔÖ±½Ó¿ª·§
				if((save_valve_para_g.valve_close_ID & 0x8000)==0x8000){
					close_valve_ID = save_valve_para_g.valve_close_ID & ~0x8000;
					if((close_valve_ID ==ALARM_ID_BALANCE_SMALLER1)&&(close_valve_ID ==ALARM_ID_BALANCE_SMALLER2)&&(close_valve_ID ==ALARM_ID_BALANCE_SMALLER3)&&(close_valve_ID ==ALARM_ID_BALANCE_SMALLER4)&&(close_valve_ID ==ALARM_ID_BALANCE_SMALLER5)){
						save_valve_para_g.valve_close_ID = alarm_ctrl_para_array_g[count_i].alarm_id | 0x8000 ; //¹Ø·§Ô­ÒòIDµÈͬÓÚ±¨¾¯ID£¬
					}
				}else{
					save_valve_para_g.valve_close_ID = alarm_ctrl_para_array_g[count_i].alarm_id | 0x8000; //¹Ø·§Ô­ÒòIDµÈͬÓÚ±¨¾¯ID£¬
				}
				
			}else if(close_valve_flag == VALVE_CTRL_FLAG_ONLY_CLSOSE){
				ValveCtrlOrder(VC_CLOSE);
				//´¦Àí¹Ø·§Ô­ÒòID£¬Èç¹ûÒѾ­ÓÐÇ¿ÖÆÐԹط§£¬Ôò²»ÔÙ¸²¸Ç
				if((save_valve_para_g.valve_close_ID & 0x8000)==0x8000){

				}else{
					save_valve_para_g.valve_close_ID = alarm_ctrl_para_array_g[count_i].alarm_id ; //¹Ø·§Ô­ÒòIDµÈͬÓÚ±¨¾¯ID£¬
				}
				
			}else{}
			
		}
		
		if(count_i > 200) //ÔÝʱ»¹Ã»ÓÐ200¸ö±¨¾¯
		{
			break;
		}
	}
	//ÓÃÓڹط§µÄ±¨¾¯×ÖÇåÁã
	for(count_i = 0;count_i <(SYSTEM_ALARM_WORD_INF_LENGTH >> 1);count_i++ ){
		system_alarm_word_for_valve_g.alarm_word_union[count_i] = 0;
	}
	
	
	
}