基于飞思卡尔DZ60的AD 1302 KEY 485 CAN FLASH LCD程序

#define DI1 PTGD_PTGD2 //外触发1----->

#define DI2 PTED_PTED5 //外触发2----->

#define DI3 PTED_PTED4 //外触发3----->

#define DI4 PTED_PTED3 //外触发4----->

#define JDQ1 PTCD_PTCD4 //继电器1----->

#define JDQ2 PTAD_PTAD5 //继电器2----->

#define JDQ3 PTBD_PTBD5 //继电器3----->

#define JDQ4 PTAD_PTAD6 //继电器4----->

#define JDQ5 PTBD_PTBD6 //继电器5----->

#define DE485 PTED_PTED2 //485 T R切换----->

if ( value_buf[i]>

if(MonthC1>

minutes=((ReadValue&0x70)>>

day=((ReadValue&0x70)>>

year=((ReadValue&0x70)>>

nian=((temp&0x70)>>

if(nian>

yue=((temp&0x70)>>

if(yue>

0x1412); //时间

DateC2= *p;

p=(byte *)(0x1413); //电量的最低位

MW25L= *p;

p=(byte *)(0x1414); //

MW25H= *p;

p=(byte *)(0x1415); //

MW26L= *p;

p=(byte *)(0x1416); //

MW26H= *p; //

if(MonthC2>12) //如果日期错误，清零

{

MonthC2 = 0;

DateC2= 0;

MW25L = 0;

MW25H = 0;

MW26L = 0;

MW26H = 0;

}

//***************缓存的充电记录，用于比较计算******************

p=(byte *)(0x1421); //

MonthC3= *p;

p=(byte *)(0x1422); //时间

DateC3= *p;

p=(byte *)(0x1423); //电量的最低位

CBETW0L= *p;

p=(byte *)(0x1424); //

CBETW0H= *p;

p=(byte *)(0x1425); //

CBETW1L= *p;

p=(byte *)(0x1426); //

CBETW1H= *p;

if(MonthC3>12) //

{

MonthC3 = 0;

DateC3= 0;

CBETW0L = 0;

CBETW0H = 0;

CBETW1L = 0;

CBETW1H = 0;

}

//**************读取记录的放电的历史记录**************************

//************前1次的前1次的放电记录

p=(byte *)(0x1501); //

MonthF1= *p;

p=(byte *)(0x1502); //时间

DateF1= *p;

p=(byte *)(0x1503); //电量的最低位

MW29L= *p;

p=(byte *)(0x1504); //

MW29H= *p;

p=(byte *)(0x1505); //

MW30L= *p;

p=(byte *)(0x1506); //

MW30H= *p;

if(MonthF1>12)

{

MonthF1 = 0;

DateF1= 0;

MW29L = 0;

MW29H = 0;

MW30L = 0;

MW30H = 0;

}

//*************前1次的放电记录*********************************

p=(byte *)(0x1511); //

MonthF2= *p;

p=(byte *)(0x1512); //时间

DateF2= *p;

p=(byte *)(0x1513); //电量的最低位

MW33L= *p;

p=(byte *)(0x1514); //

MW33H= *p;

p=(byte *)(0x1515); //

MW34L= *p;

p=(byte *)(0x1516); //

MW34H= *p;

if(MonthF2>12) //

{

MonthF2 = 0;

DateF2= 0;

MW33L = 0;

MW33H = 0;

MW34L = 0;

MW34H = 0;

}

//***************缓存的放电记录，用于比较计算******************

p=(byte *)(0x1521); //

MonthF3= *p;

p=(byte *)(0x1522); //时间

DateF3= *p;

p=(byte *)(0x1523); //电量的最低位

FBETW0L= *p;

p=(byte *)(0x1524); //

FBETW0H= *p;

p=(byte *)(0x1525); //

FBETW1L= *p;

p=(byte *)(0x1526); //

FBETW1H= *p;

if(MonthF3>12) //

{

MonthF3 = 0;

DateF3= 0;

FBETW0L = 0;

FBETW0H = 0;

FBETW1L = 0;

FBETW1H = 0;

}

p=(byte *)(0x1601); //

MW8L= *p;

p=(byte *)(0x1602); //时间

MW8H= *p;

p=(byte *)(0x1603); //电量的最低位

MW9L= *p;

p=(byte *)(0x1604); //

MW9H= *p;

if((MW8L==0xff)&&(MW8H==0xff)&&(MW9L==0xff)&&(MW9H==0xff)) //第一次上电

{

MW8L = 0;

MW8H = 0;

MW9L = 0;

MW9H = 0;

P2 = 0;

}

else{

Premain = MW9L+(MW9H<8);

P2= (Premain<16)+ (MW8L+(MW8H<8));

P2 = P2*3600*1000;

}

if(Pchange==0x01) //充电时比较

{

if((time_buf1[2] == MonthC3)&& (time_buf1[3] == DateC3))

{

MW4L = CBETW0L;

MW4H = CBETW0H;

MW5L = CBETW1L;

MW5H = CBETW1H;

Premain = MW5L+(MW5H<8);

P3= (Premain<16)+ (MW4L+(MW4H<8));

P3 = P3*3600;

}

else

{

MW4L = 0;

MW4H = 0;

MW5L = 0;

MW5H = 0;

P3 = 0;

}

}

if(Pchange==0x02) //放电时比较

{

if((time_buf1[2] == MonthF3)&& (time_buf1[3] == DateF3))

{

MW6L = FBETW0L;

MW6H = FBETW0H;

MW7L = FBETW1L;

MW7H = FBETW1H;

Premain = MW7L+(MW7H<8);

P1= (Premain<16)+ (MW6L+(MW6H<8));

P1 = P1*3600;

}