def test_learns_heat_for_time(self):
t = Temperature(c, debug=True, has_heater=True)
last_temp = 60.
t.add(last_temp)
t.update()
increasing = False
i = e = 0
works = False
while i < 10000:
i += 1
last_temp = temp_gen(last_temp, increasing)
t.add(last_temp)
t.update()
if t.heating_on:
e += 1
maximum = t.temperature_average_f() + temp_by_s(t.heat_for_s)
last_temp = maximum
if abs(maximum - c.max_temp_f) < .05:
works = True
break
[t.add(maximum + j*.01) for j in range(t.queue.cap)]
t.heating_on = False
t.waiting_for_temp_decrease = True
self.assertTrue(works, msg="Failed to learn the correct temperature.")
print('NOTE: heating steady after {} learned updates'.format(e))
def test_is_decreasing_should_be_heating(self):
t = Temperature(c, debug=True, has_heater=True, has_cooler=True)
last_temp = 60.
t.add(last_temp)
t.update()
increasing = False
while True:
last_temp = temp_gen(last_temp, increasing)
t.add(last_temp)
t.update()
if not increasing and t.temperature_average_f() > c.min_temp_f:
self.assertFalse(t.heating_on)
increasing = False
elif not increasing and t.temperature_average_f() <= c.min_temp_f:
self.assertTrue(t.heating_on)
increasing = True
elif increasing and (now() - t.heater_enabled_at) >= timedelta(seconds=t.heat_for_s):
self.assertFalse(t.heating_on)
break
def test_is_decreasing_should_not_be_cooling(self):
t = Temperature(c, debug=True, has_heater=True, has_cooler=True)
last_temp = 60.
t.add(last_temp)
t.update()
while True:
last_temp = temp_gen(last_temp, False)
t.add(last_temp)
t.update()
if t.temperature_average_f() <= c.min_temp_f:
self.assertTrue(t.heating_on)
self.assertFalse(t.cooling_on)
break
else:
self.assertFalse(t.cooling_on)
def test_temp_avg(self):
t = Temperature(c, debug=True)
for i in range(1, 11, 1):
t.add(i)
self.assertEqual(5.5, t.temperature_average_f())
if __name__ == '__main__':
try:
log.info(80*"=")
log.info("starting dht22_controller")
log.info(80*"=")
log.info("")
# loop forever
while True:
h, t = get_data_wait()
log.debug(
'h=%.02f (avg=%.02f) dehumid=%s | t=%.02f (avg=%.02f) cool=%s',
h, humidity.average(),
'on' if humidity.dehumidifier_on else 'off',
t, temperature.temperature_average_f(),
'on' if temperature.cooling_on else 'off',
)
if conf.cool_pin is not None:
g.output(conf.cool_pin, ON if temperature.cooling_on else OFF)
if conf.dehumidity_pin is not None:
g.output(conf.dehumidity_pin, ON if humidity.dehumidifier_on else OFF)
time.sleep(1)
except Exception as e:
log.exception("an exception occurred in the main loop")
raise