void run_tasks()
{
if(task_flags & task_15ms_flag)
{
Page_Event_Handler();
led_state_machine();
run_oven_state_machine();
task_flags &=~task_15ms_flag;
}
if(task_flags & task_32ms_flag)
{
task_flags &=~task_32ms_flag;
update_temp();
}
if(task_flags & task_62ms_flag)
{
if(Get_LED_Timer_Status())
{
GLED_Sequence();
RLED_Sequence();
BLED_Sequence();
task_flags &=~task_62ms_flag;
}
}
if(task_flags & task_250ms_flag)
{
task_flags &=~task_250ms_flag;
}
if(task_flags & task_500ms_flag)
{
setColor16(COLOR_16_WHITE);
get_system_time_string(text_buffer);
drawString(10,160,text_buffer);
print_oven_data();
if(task_flags & graph_update)
{
update_graph();
task_flags &= ~graph_update;
}
task_flags &=~task_500ms_flag;
//RLED_OUT ^= RLED;
}
}
void loop() {
led_state_machine();
if (led_is_ready()) {
#if DEBUG
Serial.print("In State: ");
Serial.println(state, DEC);
#endif
switch(state) {
case 0:
display_leds("111111"
"000000"
"000000"
"000000"
"000000"
"000000"
"000000"
"000000"
"000000"
"000000");
break;
case 1:
display_leds("100000"
"100000"
"010000"
"010000"
"001000"
"001000"
"000100"
"000100"
"000010"
"000010");
break;
case 2:
display_leds("001000"
"000100"
"000100"
"000010"
"000010"
"100000"
"100000"
"010000"
"010000"
"001000");
break;
case 3:
display_leds("111111"
"111111"
"111111"
"111111"
"111111"
"111111"
"111111"
"111111"
"111111"
"111111");
break;
default:
state = 0;
break;
}
if ((millis() - last_change) > 5000) {
state++;
last_change = millis();
}
}
}
