#include "system_general_para.h"
#include "main.h"
#include "extern_rtc.h"
#include "time.h"

//uint8_t read_data_buf_A_l[200] ={0};
//uint8_t read_data_buf_B_l[200] ={0};
//uint8_t read_data_buf_C_l[200] ={0};

__IO FlagStatus sys_run_period = RESET; // ϵͳ¼¤»îÖÜÆÚ

SYS_DELAY_SEC_PARA_T sys_delay_sec_para_g = { .wrc_timeout_para.delay_flag = RESET,  \
		.wrc_timeout_para.delay_time = 0,	\
		.sys_active_time.delay_flag = RESET, 	\
		.sys_active_time.delay_time = SYS_WAKE_UP_TIME,	\
		.sys_restart_delay_time.delay_flag = RESET, 	\
		.sys_restart_delay_time.delay_time = 180,	\
	
};

FUN_START_CTRL_PARA_T sys_fun_run_ctrl_g;


/*******************³£ÓõĴúÂ빤¾ß********************************/
/******************************************
 * func: ucharcmp
 * desc: Á½×éÊý¾Ý±È½Ï£¬²»Ïàͬ·µ»ØFAIL,Ïàͬ·µ»ØPASS
 * input: none
 * output: none
 * return: none
 *****************************************/
ErrorStatus  ucharcmp(uint8_t *dataA,uint8_t *dataB,uint16_t data_length)
{
	uint16_t index_i=0;
	ErrorStatus return_flag=FAIL;
	for(index_i=0;index_i<data_length;index_i++)
	{
		if((*(dataA + index_i))!=(*(dataB + index_i)) )		
		{
			return_flag = FAIL;
			break;
		}else
		{
			
		}
				
	}
	
	if(index_i ==data_length)
	{
		return_flag = PASS;
	}
	
	return  return_flag;
}



/******************************************
 * func: arrayA_2_arrayB
 * desc: array A TO array B
 * input: none
 * output: none
 * return: none
 *****************************************/
void arrayA_2_arrayB(uint8_t * aA , uint8_t * aB, uint16_t len, BIG_OR_LITTLE_ENDIAN mode)  
{
	uint16_t index;
	uint8_t *ptra,*ptrb;
	
	if(mode==LITTLE_ENDIAN)
	{
		ptra = aA;
		ptrb = aB;
		for(index = 0; index < len; index ++)
		{
			*ptrb = *ptra;
			ptrb ++;
			ptra ++;
		}	
	}else if(mode==BIG_ENDIAN)
	{
		ptra = aA + len - 1;
		ptrb = aB;
		for(index = 0; index < len; index ++)
		{
			*ptrb = *ptra;
			ptrb ++;
			ptra --;
		}	
		
	}
}




/******************************************
 * func: IntervalTriggerHandle
 * desc: ¼ä¸ô´¥·¢£¬Ö»¿¼ÂÇ1ÌìÄڵģ¬¼ä¸ôʱ³¤³¬¹ý1ÌìµÄ²»¿¼ÂÇ£¬±ÈÈç1ÌìÄڵļä¸ô60·ÖÖÓ´¥·¢Ò»´Î
 * input: IntervalTime¼ä¸ôʱ¼ä£¬µ¥Î»·Ö  ; IntervalFirstTimeBCDÊ×´Îʱ¼ä,ʱ£¬·Ö£¬Ê±ÔÚÇ° 
 * output: FlagStatus  SET±íʾÉúЧ
 * return: none
 *****************************************/
FlagStatus IntervalTriggerHandle(sClockBCD sys_clockBCD_in,uint16_t IntervalTime,uint8_t *IntervalFirstTimeBCD)
{
	//¼ä¸ôÉϱ¨ÔÝʱ²»¿¼ÂǼä¸ô³¬¹ý1440·ÖÖÓ£¬Ò²¾ÍÊdz¬¹ý1Ìì¡£
	uint16_t  FirstTime; //Ê×´ÎÉϱ¨Ê±¼ä£¬ÕÛËã³É·ÖÖÓ
	uint16_t  NextTime; //Ï´ÎÉϱ¨Ê±¼ä£¬·ÖÖÓ
	uint16_t  CurrentTime;//µ±Ç°Ê±¼ä£¬ÕÛËã³É·ÖÖÓ
	uint16_t  Count_i=0;
	uint16_t  ComparisonsNumber;
	

	if(IntervalTime==0)
	{
		return RESET;
	}
	
	FirstTime = (uint16_t)BCD_2_DECIMAL(IntervalFirstTimeBCD[0]) * 60 + BCD_2_DECIMAL(IntervalFirstTimeBCD[1]);
	
	CurrentTime = (uint16_t)BCD_2_DECIMAL(sys_clockBCD_in.hour) *60 + BCD_2_DECIMAL(sys_clockBCD_in.min);
	NextTime = FirstTime; 
	
	ComparisonsNumber = (IntervalTime !=0)? 1440/IntervalTime +1 : 1;
	
	if(sys_clockBCD_in.sec == 0) //ΪÁ˼õÉÙ×ÊÔ´ÀË·Ñ£¬Ö»ÓÐÔÚÃëÖÓ=0ʱÅжÏ
	{
		for(Count_i =0;Count_i<ComparisonsNumber;Count_i++)  
		{			
			if(NextTime == CurrentTime )
			{
				return SET;								
			}
			else
			{
				NextTime = NextTime + IntervalTime; //Ï´ÎÉϱ¨Ê±¼äµã
				if(NextTime>=1440)
				{
					NextTime -=1440;
				}
			}			
		}
	}
	
	return RESET;
}

//IO¿ÚÑÓ³ÙÏû¶¶¼ì²â
FlagStatus IO_JitterEliminationCheck(GPIO_Type* GPIOx, uint32_t GPIO_Pin,uint16_t delay_time_ms,BitAction bit_status)
{
	if(delay_time_ms>1000)  //Ä¿Ç°×î´ó¼ì²â1000msÑÓʱ£¬Ì«´ó×îϵͳÔì³ÉÓ°Ïì
		return RESET;
	
	if(GPIO_ReadInputDataBit(GPIOx, GPIO_Pin) == bit_status){
		if(delay_time_ms > 0)
			delay_ms(delay_time_ms);
		if(GPIO_ReadInputDataBit(GPIOx, GPIO_Pin) == bit_status){
			return SET;
		}else{
			return RESET;
		}
		
	}else{
		return RESET;
	}
	
}





/******************************************
 * func: Time_Compare
 * desc: Á½ÈÕÆڱȽϣ¨²îÖµ£©
 * input:
          pDate1  ʱ¼ä1 BCD
          pDate2  ʱ¼ä2 BCD
 * output: none
 * return: Á½Ê±¼ä²îÖµ ʱ¼ä1´óÓÚʱ¼ä2£¬·µ»ØÕýÊý£¬ÏàµÈ·µ»Ø0£¬Ð¡·µ»Ø¸ºÊý
 *****************************************/
int Datecmp(const uint8_t *pDate1, const uint8_t *pDate2)
{
  uint16_t temp_year[2];
  time_t date_time1, date_time2;
  struct tm date_tm1 = {0}, date_tm2 = {0};
  /*°ÑÄê·Ý²¹ÍêÕû Hex*/
  temp_year[0] = 2000 + BCD_2_DECIMAL(pDate1[0]);
  temp_year[1] = 2000 + BCD_2_DECIMAL(pDate2[0]);
  /*ʱ¼ä½á¹¹Ì帳ֵ*/
  date_tm1.tm_year = temp_year[0] - 1900;
  date_tm1.tm_mon = BCD_2_DECIMAL(pDate1[1]) - 1;
  date_tm1.tm_mday = BCD_2_DECIMAL(pDate1[2]);
  date_tm1.tm_hour = BCD_2_DECIMAL(pDate1[3]);
  date_tm1.tm_min = BCD_2_DECIMAL(pDate1[4]);
  date_tm1.tm_sec = BCD_2_DECIMAL(pDate1[5]);

  date_tm2.tm_year = temp_year[1] - 1900;
  date_tm2.tm_mon = BCD_2_DECIMAL(pDate2[1]) - 1;
  date_tm2.tm_mday = BCD_2_DECIMAL(pDate2[2]);
  date_tm2.tm_hour = BCD_2_DECIMAL(pDate2[3]);
  date_tm2.tm_min = BCD_2_DECIMAL(pDate2[4]);
  date_tm2.tm_sec = BCD_2_DECIMAL(pDate2[5]);
  /*»ñµÃ´Ó1900Äê1ÔÂ1ÈÕ0ʱ0·Ö0ÃëÖÁ½ñµÄÃëÊý*/
  date_time1 = mktime(&date_tm1);
  date_time2 = mktime(&date_tm2);

  // if (date_time1 > date_time2)
  // {
  //   *diff_value = date_time1 - date_time2;
  //   return 1;
  // }
  // else if (date_time1 < date_time2)
  // {
  //   *diff_value = date_time2 - date_time1;
  //   return -1;
  // }
  return (int)(date_time1 - date_time2);
}