void SetupHardware(void)
{
/* Disable watchdog if enabled by bootloader/fuses */
MCUSR &= ~(1 << WDRF);
wdt_disable();
/* Disable clock division */
clock_prescale_set(clock_div_1);
/* PB0 segment A
* PB1 segment B
* PB2 segment C
* PB3 segment D
* PB4 segment E
* PB5 segment F
* PB6 segment G
* PB7 filament drive signal
* PD0 grid
*/
DDRB |= ( 0xFF ); // PB7..0: output
DDRD |= ( 1 << PD0 ); // PD0: output
/* Set up timer0 and PWM generation on OCO0A/OCO0B */
// Fast PWM Mode, TOP count is OCR0A
TCCR0A &= ~( 1 << WGM00 | 1 << WGM01 );
TCCR0B &= ~( 1 << WGM02 );
TCCR0A |= ( 1 << WGM00 | 1 << WGM01 );
TCCR0B |= ( 1 << WGM02 );
// OC0A: Toggle OC0A on Compare Match (WGM02 = 1; ignore TOP)
TCCR0A &= ~( 1 << COM0A0 | 1 << COM0A1 );
TCCR0A |= ( 1 << COM0A0 );
// OC0B: set OC0B on Compare Match, clear OC0B at TOP
TCCR0A &= ~( 1 << COM0B0 | 1 << COM0B1 );
TCCR0A |= ( 1 << COM0B0 | 1 << COM0B1 );
// OCR0A: (TOP) = 100
OCR0A = 99; // Filament drive frequency = 10kHz
OCR0B = 49; // 1-98%
// timer0 clock prescale = fclk/8; this also turns the timer on
TCCR0B &= ~( 1 << CS00 | 1 << CS01 | 1 << CS02 );
TCCR0B |= ( 1 << CS01 );
/* Hardware Initialization */
LEDs_Init();
USB_Init();
DS1302_Init();
}
void DS1302_Test()
{
unsigned char timedat[8] = {0, 12, 11, 5, 0, 25, 0};
LCD_Init();
LCD_Clear();
// while(1);
DS1302_Init();
// DS1302_WriteTime(timedat);
while (1) //主循环
{
DS1302_ReadTime(timedat);
sprintf((char*)timebuf, "%02d-%02d %02d:%02d:%02d", timedat[2], timedat[3], timedat[4], timedat[5], timedat[6]);
LCD_Clear();
// LCD_Write_String(1, 0, databuf);
LCD_Write_String(1, 0, timebuf);
OSTimeDlyHMSM(0, 0, 1, 0);
// while(1);
}
}
/****************************************************************************
Function: Name
Description:
Input:
Output:
Notes:
*****************************************************************************/
int main(void)
{
u8 i;
u8 Event;
u8 User_OnOffIndex = 0;
u8 User_UnitIndex = 0;
u8 Hour_temp = 0;
u8 Minute_temp = 0;
u8 Magic_num = 0;
u32 idle_tick = 0;
t_TimeUnit TimeUnit[UNIT_NUM];
u16 TimeCompNowTemp = 5678;
u16 TimeCompNow = 0;
u16 TimeCompOnSet[UNIT_NUM] = {0};
u16 TimeCompOffSet[UNIT_NUM] = {0};
u16 TimeScan = 0;
u8 OnCount = 0;
u8 OffCount = 0;
u8 ScanFlag = 1;
ANSELA = 0x00;
ANSELB = 0x00;
ANSELD = 0x00;
ANSELE = 0x00;
TRISA = 0x00;
TRISB = 0x00;
TRISC = 0x00;
TRISD = 0x00;
TRISE = 0x00;
PORTA = 0xFF;
PORTB = 0xFF;
PORTC = 0xFF;
PORTD = 0xFF;
PORTE = 0xFF;
HW_OUTDCBC(0);
HW_INFBC(0);
HW_INRBC(0);
HW_KRINC(1);
HW_KFINC(1);
HW_OUTDCBW(1);
HW_INFBW(0);
HW_INRBW(0);
DS1302_Init();
Lcd_Init();
BspTimer_Timer0Init();
BspTimer_WDTInit();
//Get UserTime from eeprom
BspEeprom_GetParam(0x00,&Magic_num,sizeof(Magic_num));
if(Magic_num == MAGIC_NUM)
{
for(i=0;i<UNIT_NUM;i++)
{
BspEeprom_GetParam(0x04+i*sizeof(t_TimeUnit),(u8 *)&TimeUnit[i].User_Time[0][0],sizeof(t_TimeUnit));
//Limite Condition 1
if(TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR] > 23)
{
TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR] = 23;
}
if(TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE] > 59)
{
TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE] = 58;
}
if(TimeUnit[i].User_Time[INDEX_OFF][INDEX_HOUR] > 23)
{
TimeUnit[i].User_Time[INDEX_OFF][INDEX_HOUR] = 23;
}
if(TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE] > 59)
{
TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE] = 59;
}
#if 0
//Limite condition 2
TimeCompOnSet = TimetoDec(TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR],TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE]);
TimeCompOffSet = TimetoDec(TimeUnit[i].User_Time[INDEX_OFF][INDEX_HOUR],TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE]);
if(TimeCompOnSet > TimeCompOffSet)
{
TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR] = TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE];
TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE] = TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE];
BspEeprom_SaveParam(0x04+i*sizeof(t_TimeUnit),(u8 *)&TimeUnit[i].User_Time[0][0],sizeof(t_TimeUnit));
}
//Limite Condition 3
if(i > 0)
{
TimeCompOffSet = TimetoDec(TimeUnit[i-1].User_Time[INDEX_OFF][INDEX_HOUR],TimeUnit[i-1].User_Time[INDEX_OFF][INDEX_MINUTE]);
if(TimeCompOnSet < TimeCompOffSet)
{
TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR] = TimeUnit[i-1].User_Time[INDEX_OFF][INDEX_HOUR];
TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE] = TimeUnit[i-1].User_Time[INDEX_OFF][INDEX_MINUTE];
BspEeprom_SaveParam(0x04+i*sizeof(t_TimeUnit),(u8 *)&TimeUnit[i].User_Time[0][0],sizeof(t_TimeUnit));
}
}
#endif
}
}
else
{
//Reinit the UserTime
for(i=0;i<UNIT_NUM;i++)
{
TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR] = 23;
TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE] = 58;
TimeUnit[i].User_Time[INDEX_OFF][INDEX_HOUR] = 23;
TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE] = 59;
}
Magic_num = MAGIC_NUM;
BspEeprom_SaveParam(0x00,&Magic_num,sizeof(Magic_num));
for(i=0;i<UNIT_NUM;i++)
{
BspEeprom_SaveParam(0x04+i*sizeof(t_TimeUnit),(u8 *)&TimeUnit[i].User_Time[0][0],sizeof(t_TimeUnit));
}
}
while(1)
{
CLRWDT();
DS1302_Readtime();
Lcd_DisplayUpdate();
Event = Key_GetEvent();
if(Event != EVENT_NONE)
{
idle_tick = systemtick;
}
else
{
if((systemtick - idle_tick) > 15000)
{
idle_tick = systemtick;
Key_PutEventDirect(EVENT_5STIMEOUT);
}
}
/*System State Process*/
switch(SystemState)
{
case SYSTEM_IDLE:
/*Process Event in IDLE*/
switch(Event)
{
case EVENT_KEYSETUPS:
System_SetOnOff_SubState = 1;
User_OnOffIndex = 0;
User_UnitIndex = 0;
SystemState = SYSTEM_SETONOFF;
break;
case EVENT_KEYSETUPL:
System_SetTime_SubState = 1;
Hour_temp = DS1302_hour;
Minute_temp = DS1302_minute;
SystemState = SYSTEM_SETTIME;
break;
case EVENT_KEYUPL:
System_ForceOnOff = 1;
System_ForceOnOffState = 1;
break;
case EVENT_KEYDOWNL:
System_ForceOnOff = 1;
System_ForceOnOffState = 0;
break;
case EVENT_KEYENTERL:
System_ForceOnOff = 0;
System_ForceOnOffState = 0;
break;
case EVENT_5STIMEOUT:
SystemState = SYSTEM_SLEEP;
break;
default:
break;
}
/*Task In IDLE*/
disnum1.byte = SegNum[DS1302_hour/10];
disnum2.byte = SegNum[DS1302_hour%10];
disnum3.byte = SegNum[DS1302_minute/10];
disnum4.byte = SegNum[DS1302_minute%10];
dissym2.bits.bit0 = DS1302_second%2;
dissym1.bits.bit1 = System_ForceOnOff;
break;
case SYSTEM_SETONOFF:
/*Process Event in SETONOFState*/
switch(Event)
{
case EVENT_KEYSETUPS:
System_SetOnOff_SubState++;
if(System_SetOnOff_SubState > 6*UNIT_NUM)
System_SetOnOff_SubState = 1;
break;
case EVENT_KEYENTERS:
/*Save User_Time to eeprom*/
for(i=0;i<UNIT_NUM;i++)
{
BspEeprom_SaveParam(0x04+i*sizeof(t_TimeUnit),(u8 *)&TimeUnit[i].User_Time[0][0],sizeof(t_TimeUnit));
}
ScanFlag = 1;
SystemState = SYSTEM_IDLE;
break;
case EVENT_KEYSETUPL:
System_SetTime_SubState = 1;
Hour_temp = DS1302_hour;
Minute_temp = DS1302_minute;
SystemState = SYSTEM_SETTIME;
break;
case EVENT_5STIMEOUT:
SystemState = SYSTEM_SLEEP;
break;
default:
break;
}
/*Task In SETONOFState*/
dissym2.bits.bit0 = 1;
dissym1.bits.bit1 = 0;
User_UnitIndex = (System_SetOnOff_SubState-1)/6;
User_OnOffIndex = (((System_SetOnOff_SubState-1)/3)%2) ? 1 : 0;
switch((System_SetOnOff_SubState-1)%3)
{
case 0:
disnum1.byte = SegNum[0];
if(User_OnOffIndex)
disnum2.byte = SegNum[15];
else
disnum2.byte = SegNum[17];
disnum3.byte = SegNum[0];
disnum4.byte = SegNum[User_UnitIndex+1];
break;
case 1:
if(Event == EVENT_KEYUPS)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR]++;
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR]>23)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR] = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR] == 0)
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR] = 23;
else
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR]--;
}
#if 0
//Limite condition 1
if(TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_HOUR] > TimeUnit[User_UnitIndex].User_Time[INDEX_OFF][INDEX_HOUR])
{
TimeUnit[User_UnitIndex].User_Time[INDEX_OFF][INDEX_HOUR] = TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_HOUR];
}
//Limite condition 2
if(User_UnitIndex > 0)
{
if(TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_HOUR] < TimeUnit[User_UnitIndex-1].User_Time[INDEX_OFF][INDEX_HOUR])
{
TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_HOUR] = TimeUnit[User_UnitIndex-1].User_Time[INDEX_OFF][INDEX_HOUR];
}
}
#endif
disnum1.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR])/10];
disnum2.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR])%10];
disnum3.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE])/10];
disnum4.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE])%10];
if(flicker)
{
disnum1.byte = SegNum[16];
disnum2.byte = SegNum[16];
}
break;
case 2:
if(Event == EVENT_KEYUPS)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE]++;
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE]>59)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE] = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE] == 0)
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE] = 59;
else
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE]--;
}
#if 0
//Limite condition 3
TimeCompOnSet = TimetoDec(TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_HOUR],TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_MINUTE]);
TimeCompOffSet = TimetoDec(TimeUnit[User_UnitIndex].User_Time[INDEX_OFF][INDEX_HOUR],TimeUnit[User_UnitIndex].User_Time[INDEX_OFF][INDEX_MINUTE]);
if(TimeCompOnSet > TimeCompOffSet)
{
TimeUnit[User_UnitIndex].User_Time[INDEX_OFF][INDEX_MINUTE] = TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_MINUTE];
}
//Limite Condition 4
if(User_UnitIndex > 0)
{
TimeCompOffSet = TimetoDec(TimeUnit[User_UnitIndex-1].User_Time[INDEX_OFF][INDEX_HOUR],TimeUnit[User_UnitIndex-1].User_Time[INDEX_OFF][INDEX_MINUTE]);
if(TimeCompOnSet < TimeCompOffSet)
{
TimeUnit[User_UnitIndex].User_Time[INDEX_ON][INDEX_MINUTE] = TimeUnit[User_UnitIndex-1].User_Time[INDEX_OFF][INDEX_MINUTE];
}
}
#endif
disnum1.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR])/10];
disnum2.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_HOUR])%10];
disnum3.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE])/10];
disnum4.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][INDEX_MINUTE])%10];
if(flicker)
{
disnum3.byte = SegNum[16];
disnum4.byte = SegNum[16];
}
break;
default:
break;
}
#if 0
switch(System_SetOnOff_SubState)
{
case 1:
if(Event == EVENT_KEYUPS)
{
User_OnOffIndex++;
if(User_OnOffIndex>1)
{
User_OnOffIndex = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(User_OnOffIndex == 0)
User_OnOffIndex = 1;
else
User_OnOffIndex--;
}
disnum1.byte = SegNum[0];
if(User_OnOffIndex)
disnum2.byte = SegNum[15];
else
disnum2.byte = SegNum[17];
disnum3.byte = SegNum[0];
disnum4.byte = SegNum[User_UnitIndex+1];
if(flicker)
{
disnum1.byte = SegNum[16];
disnum2.byte = SegNum[16];
}
break;
case 2:
if(Event == EVENT_KEYUPS)
{
User_UnitIndex++;
if(User_UnitIndex>(UNIT_NUM-1))
{
User_UnitIndex = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(User_UnitIndex == 0)
User_UnitIndex = (UNIT_NUM-1);
else
User_UnitIndex--;
}
disnum1.byte = SegNum[0];
if(User_OnOffIndex)
disnum2.byte = SegNum[15];
else
disnum2.byte = SegNum[17];
disnum3.byte = SegNum[0];
disnum4.byte = SegNum[User_UnitIndex+1];
if(flicker)
{
disnum3.byte = SegNum[16];
disnum4.byte = SegNum[16];
}
break;
case 3:
if(Event == EVENT_KEYUPS)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0]++;
if(TimeUnit[User_UnitIndex].User_Time[1][0] > TimeUnit[User_UnitIndex].User_Time[0][0])
{
TimeUnit[User_UnitIndex].User_Time[1][0] = TimeUnit[User_UnitIndex].User_Time[0][0];
}
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0]>23)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0] = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0] == 0)
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0] = 23;
else
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0]--;
if(TimeUnit[User_UnitIndex].User_Time[1][0] > TimeUnit[User_UnitIndex].User_Time[0][0])
{
TimeUnit[User_UnitIndex].User_Time[1][0] = TimeUnit[User_UnitIndex].User_Time[0][0];
}
}
disnum1.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0])/10];
disnum2.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0])%10];
disnum3.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1])/10];
disnum4.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1])%10];
if(flicker)
{
disnum1.byte = SegNum[16];
disnum2.byte = SegNum[16];
}
break;
case 4:
if(Event == EVENT_KEYUPS)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1]++;
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1]>59)
{
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1] = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1] == 0)
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1] = 59;
else
TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1]--;
}
disnum1.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0])/10];
disnum2.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][0])%10];
disnum3.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1])/10];
disnum4.byte = SegNum[(TimeUnit[User_UnitIndex].User_Time[User_OnOffIndex][1])%10];
if(flicker)
{
disnum3.byte = SegNum[16];
disnum4.byte = SegNum[16];
}
break;
default:
break;
}
#endif
break;
case SYSTEM_SETTIME:
/*Process Event in SETIMEState*/
switch(Event)
{
case EVENT_KEYSETUPS:
System_SetTime_SubState++;
if(System_SetTime_SubState > 2)
System_SetTime_SubState = 1;
break;
case EVENT_KEYENTERS:
Minute_temp = (Minute_temp/10)<<4|(Minute_temp%10);
Hour_temp = (Hour_temp/10)<<4|(Hour_temp%10);
/*Save User_Time to ds1302*/
DS1302_WriteReg(WRITE_PROTECT,0x00);
DS1302_WriteReg(WRITE_SECOND,0x00);
DS1302_WriteReg(WRITE_MINUTE,Minute_temp);
DS1302_WriteReg(WRITE_HOUR,Hour_temp);
DS1302_WriteReg(WRITE_PROTECT,0x80);
ScanFlag = 1;
SystemState = SYSTEM_IDLE;
break;
case EVENT_5STIMEOUT:
SystemState = SYSTEM_SLEEP;
break;
default:
break;
}
/*Task In SETIMEState*/
disnum1.byte = SegNum[Hour_temp/10];
disnum2.byte = SegNum[Hour_temp%10];
disnum3.byte = SegNum[Minute_temp/10];
disnum4.byte = SegNum[Minute_temp%10];
dissym2.bits.bit0 = 1;
dissym1.bits.bit1 = 0;
switch(System_SetTime_SubState)
{
case 1:
if(Event == EVENT_KEYUPS)
{
Hour_temp++;
if(Hour_temp>23)
{
Hour_temp = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(Hour_temp == 0)
Hour_temp = 23;
else
Hour_temp--;
}
if(flicker)
{
disnum1.byte = SegNum[16];
disnum2.byte = SegNum[16];
}
break;
case 2:
if(Event == EVENT_KEYUPS)
{
Minute_temp++;
if(Minute_temp>59)
{
Minute_temp = 0;
}
}
if(Event == EVENT_KEYDOWNS)
{
if(Minute_temp == 0)
Minute_temp = 59;
else
Minute_temp--;
}
if(flicker)
{
disnum3.byte = SegNum[16];
disnum4.byte = SegNum[16];
}
break;
default:
break;
}
break;
case SYSTEM_SLEEP:
/*Task In SETIMEState*/
if(Event == EVENT_WAKEUP)
{
SystemState = SYSTEM_IDLE;
}
else
{
disnum1.byte = SegNum[16];
disnum2.byte = SegNum[16];
disnum3.byte = SegNum[16];
disnum4.byte = SegNum[16];
dissym1.byte = 0x00;
dissym2.byte = 0x00;
Lcd_DisplayUpdate();
CLRWDT();
IOCBP = 0x00;
IOCBN = 0x0F;
IOCBF = 0x00;
IOCIF = 0;
INTCON = 0x00;
IOCIE = 1;
SLEEP();
if(IOCIF)
{
IOCIF = 0;
SystemState = SYSTEM_IDLE;
}
IOCBF = 0x00;
IOCBP = 0x00;
IOCBN = 0x00;
IOCIE = 0;
T0IE = 1;
GIE = 1;
BspTimer_WDTInit();
CLRWDT();
DS1302_Readtime();
}
break;
default:
break;
}
/*GLOBAL State Process*/
TimeCompNow = TimetoDec(DS1302_hour,DS1302_minute);
if(System_ForceOnOff)
{
if(System_ForceOnOffState)
Action_on();
else
Action_off();
}
else
{
for(i=0;i<UNIT_NUM;i++)
{
TimeCompOnSet[i] = TimetoDec(TimeUnit[i].User_Time[INDEX_ON][INDEX_HOUR],TimeUnit[i].User_Time[INDEX_ON][INDEX_MINUTE]);
TimeCompOffSet[i] = TimetoDec(TimeUnit[i].User_Time[INDEX_OFF][INDEX_HOUR],TimeUnit[i].User_Time[INDEX_OFF][INDEX_MINUTE]);
if(TimeCompNow == TimeCompOnSet[i])
{
OnCount++;
}
if(TimeCompNow == TimeCompOffSet[i])
{
OffCount++;
}
}
if(OnCount != 0 && OffCount != 0)
{
if(TimeCompNowTemp != TimeCompNow)
{
Key_PutEventDirect(EVENT_WAKEUP);
TimeCompNowTemp = TimeCompNow;
}
OnCount = 0;
OffCount = 0;
}
else if(OnCount == 0 && OffCount == 0 && ScanFlag)
{
TimeScan = TimeCompNow;
ScanFlag = 0;
while(1)
{
if(TimeScan == 0)
{
TimeScan = 2359;
}
else if(TimeScan%100 == 0)
{
TimeScan = TimeScan - 41;
}
else
{
TimeScan = TimeScan - 1;
}
for(i=0;i<UNIT_NUM;i++)
{
if(TimeScan == TimeCompOnSet[i])
{
OnCount++;
}
if(TimeScan == TimeCompOffSet[i])
{
OffCount++;
}
}
if(OffCount)
break;
if(OnCount)
break;
}
}
else
{
TimeCompNowTemp = 5678;
if(OnCount)
{
if(Action_on())
{
OnCount = 0;
OffCount = 0;
}
}
if(OffCount)
{
if(Action_off())
{
OffCount = 0;
OnCount = 0;
}
}
}
}
}
return 0;
}