def test_control_mode(self, d, monkeypatch):
# Test setting invalid control mode
with pytest.raises(PMException) as e:
d.control_mode = "BIMBAM"
assert "must be one of" in str(e)
def set_mode(mode):
d.control_mode = mode
# Fake the value for testing without CCU. When testing with CCU, this
# value is fetched fresh from the CCU.
if not lib.is_testing_with_real_ccu():
d.control_mode._value = mode
if mode == "BOOST":
d.boost_duration._value = 5
# In my tests it took some time to apply the new mode. Wait for 10 seconds
# maximum after setting the new mode.
for i in range(20):
if d.control_mode == mode:
break
time.sleep(1)
assert d.control_mode == mode
# When testing without CCU the values must not be refetched because
# the API calls for reading the values are always using the same parameter
# set, but should return different states. This is currently not supported
# by the recorded CCU transaction mechanism.
if not lib.is_testing_with_real_ccu():
monkeypatch.setattr(d.channels[4], "_value_update_needed", lambda: False)
# Ensure consistent initial state
set_mode("AUTO")
d.set_temperature = 20.0
prev_temp = d.set_temperature.value
set_mode("MANUAL")
assert d.set_temperature.value == prev_temp
d.turn_off()
assert d.is_off == True
set_mode("MANUAL")
assert d.set_temperature.value == d.set_temperature.default
assert d.boost_duration == None
set_mode("BOOST")
assert type(d.boost_duration) == ParameterINTEGER
assert d.boost_duration < 6
# FIXME: TEst party mode
set_mode("AUTO")
def test_change_temperature(self, d):
prev_temp = d.set_temperature.value
d.set_temperature = 9.5
assert d.set_temperature == 9.5
d.set_temperature_comfort()
if not lib.is_testing_with_real_ccu():
d.set_temperature._value = 20.0
assert d.set_temperature != 9.5
d.set_temperature = 9.5
d.set_temperature_lowering()
if not lib.is_testing_with_real_ccu():
d.set_temperature._value = 10.0
assert d.set_temperature != 9.5
d.set_temperature = prev_temp
def set_mode(mode):
d.control_mode = mode
# Fake the value for testing without CCU. When testing with CCU, this
# value is fetched fresh from the CCU.
if not lib.is_testing_with_real_ccu():
d.control_mode._value = mode
if mode == "BOOST":
d.boost_duration._value = 5
# In my tests it took some time to apply the new mode. Wait for 10 seconds
# maximum after setting the new mode.
for i in range(20):
if d.control_mode == mode:
break
time.sleep(1)
assert d.control_mode == mode
