def is_it_hot(self):
GPIO.output(KETTLE, GPIO.HIGH)
TEMP = read_temp()
if TEMP < 67:
print TEMP
self.add_timer(Timer(10, self.is_it_hot))
else:
GPIO.output(KETTLE, GPIO.LOW)
self.on_after_wait(0, (12 / 5) * self.ozCoffee, SOLENOID)
self.add_timer(Timer(180, self.finish))
def is_it_hot(self):
GPIO.output(KETTLE, GPIO.HIGH)
TEMP = read_temp()
if TEMP < 67:
print TEMP
threading.Timer(10, self.is_it_hot).start()
else:
GPIO.output(KETTLE, GPIO.LOW)
self.on_after_wait(0, (12 / 5) * self.ozCoffee, SOLENOID)
threading.Timer(180, SendEmail).start()
def is_it_hot(self):
GPIO.output(KETTLE, GPIO.HIGH)
TEMP=read_temp()
if TEMP < 67:
print TEMP
self.add_timer(Timer(10, self.is_it_hot))
else:
GPIO.output(KETTLE, GPIO.LOW)
self.on_after_wait(0, (12/5)*self.ozCoffee, SOLENOID)
self.add_timer(Timer(180, self.finish))
def is_it_hot(self):
GPIO.output(KETTLE, GPIO.HIGH)
self.status[KETTLE] = True
TEMP=read_temp()
if TEMP < 67:
print TEMP
threading.Timer(10, self.is_it_hot).start()
else:
GPIO.output(KETTLE, GPIO.LOW)
self.status[KETTLE] = False
self.on_after_wait(0, (12/5)*self.ozCoffee, SOLENOID)
threading.Timer(180, self.all_done).start()