pick_sequence() //get data from Sequence
{
//printf("Start pick_sequence() for Sequence=%d\n",Sequence);
if (Old_Sequence != Sequence)
{
printf("New Sequence = %d\n",Sequence);
Old_Sequence = Sequence;
}
while(1)
{
//printf("pick_sequence: Sequence = %d\n",Sequence);
switch (Sequence)
{
case(0):
//printf("Starting blink_none....\n");
blink_none();
break;
case(1):
//printf("Starting blink_all....\n");
blink_all();
break;
case(2):
//printf("Starting test_dim....\n");
test_dim();
break;
case(3):
//printf("Starting time_display....\n");
time_display();
break;
case(4):
//printf("Looping up_down_4....\n");
up_down_4();
break;
case(5):
//printf("Starting time_display....\n");
time_display();
break;
case(6):
//printf("Starting all_on....\n");
all_on();
break;
case(7):
printf("Starting Random Blink\n");
blink_random();
break;
default:
//printf("Sorry I don't know what to do with %d\trunning blink_none\n",Sequence);
blink_none();
break;
}
}
}
/***********************************************************
*****
***** 主函数
*****
***********************************************************/
void main( void )
{
timer0_init();
time_set(5, 0); //设置5小时倒计时
while(1)
{
time_display(); //显示时间
if(countTime <= 10)
{
dpFlag = 0;
}
else
if(countTime <= 20)
{
dpFlag = 1;
}
else
{
countTime = 0;
time_judge();
}
}
}
static void time_finish( struct pipe_winsys *winsys,
long long startval,
unsigned idx,
const char *name )
{
struct timed_winsys *tws = timed_winsys(winsys);
uint64_t endval = util_time_micros();
double elapsed = (endval - startval)/1000.0;
if (endval - startval > 1000LL)
debug_printf("*** %s %.3f\n", name, elapsed );
assert( tws->funcs[idx].name_key == name ||
tws->funcs[idx].name_key == NULL);
tws->funcs[idx].name_key = name;
tws->funcs[idx].total += elapsed;
tws->funcs[idx].calls++;
if (endval - tws->last_dump > 10LL * 1000LL * 1000LL) {
time_display( winsys );
tws->last_dump = endval;
}
}
/*
* ======== main ========
*/
int main(int argc, char *argv[])
{
CSL_init(); // Activate Grace-generated configuration
delay(); //
System_Initial(); // initialize system.
delay(); // delay and wait the first conversion.
_enable_interrupt(); // enable interrupt
while(1)
{
// half a second interrupt.
if(flag & BIT7)
{
half_second();
}
// read ADC result
if(flag & BIT4) //Read ADC result
{
ADC_display();
}
// one second interrupt to display time
if (flag & BIT3)
{
time_display();
}
if(flag & BIT1) // if SW1 is pushed, threshold temperature
{ // state machine will be changed
flag &= ~ BIT1; // flag is reset
time_state = 0; //when threshold temperature is setting,
//setting time is disable.
if(!customThreshold) {
meatSelect(); //Enter meat select menu if not setting custom
}
if(Thr_state >= 3) // if in state 3, change to state 0;
{
Thr_state = 0;
Thr_temp = set_temp; // assign threshold temperature
LCD_display_number(0,4,Thr_temp); // display threshold temperature
customThreshold = 0; //Reset custom threshold flag
}
else //else, Thr_state is changed to next state
{
Thr_state ++;
}
}
if((flag & BIT2) && (!Thr_state)) // if SW2 is pushed, and Thr_state = 0,
{ // time setting state machine will be changed
flag &= ~ BIT2; // flag is reset
if(!(P1IN & BIT3))
{
flag ^= BIT9; // S2 and SW2 are pushed together to change input
flag ^= BIT8;
if(flag & BIT9) // Display external temp
LCD_display_string(1," Ext :");
else //Display probe temp
LCD_display_string(1," Probe :");
}
else
{
if(time_state >= 4) // if in state 4, change to state 0;
{
time_state = 0;
time = set_time; // assign actual time
set_time = 0;
LCD_display_time(0,8,time); // display setting time
}
else
{
time_state ++;
}
}
}
if(flag & BIT0) // P1.3 service, set the Threshold temp or Time.
{
flag &= ~ BIT0; // flag is reset
if(Thr_state != 0)
{
set_Thrtemp(); // set threshold temperature.
}
else if(time_state != 0)
{
set_Time(); // set timer.
}
else
flag ^= BIT8; // display temperature in Fahrenheit
}
else
__no_operation();
}
}
