from alarm_time import get_time, set_alarm new_setting = get_time() set_alarm(new_setting[0], new_setting[1], new_setting[2])
def set_alarm(self, widget=None):
self.press_before = time.time()
alarm_time.set_alarm(int(self.alarm_hour_setting), int(self.alarm_minute_setting), True)
self.update_alarm()
self.update_alarm_button()
self.cancel_set_alarm()
if n == right:
alarm_time.mpc_screen(lcd)
lcd_string_prev = ''
before = 0
press_before = time.time() + 0.5
elif n == left:
alarm_time.cur_track_screen(lcd)
lcd_string_prev = ''
before = 0
press_before = time.time() + 0.5
elif n == up:
lcd_on = not lcd_on
press_before = time.time() + 0.5
elif n == down:
new_setting = alarm_time.get_time()
alarm_time.set_alarm(new_setting[0], new_setting[1], new_setting[2])
fun = alarm_time.alarm_time(crontab, alarm)
crontab = fun[0]
alarm = fun[1]
lcd_string = alarm_time.message_gen(time_date, alarm)
press_before = time.time()
elif n == select:
alarm_time.main_menu(lcd, colour)
lcd_string_prev = ''
before = 0
press_before = time.time() + 0.5
elif lcd_on and time.time() - press_before > 30 and n == up:
press_before = time.time()
elif not lcd_on and n == up and time.time() - press_before > wait_time/4.0:
lcd_on = not lcd_on
press_before = time.time()
from alarm_time import get_time, set_alarm new_setting = get_time() set_alarm(new_setting[0], new_setting[1], False)