def test_bolt_present_periodic_update(bolt_present):
states = dlockoslo.States()
inputs = dict(bolt_present=bolt_present, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
assert states.bolt_present == bolt_present
last_updated = states.bolt_present_updated
inputs = dict(
bolt_present=bolt_present,
current_time=30.0, # shorter than update setting
)
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
assert states.bolt_present == bolt_present
assert states.bolt_present_updated == last_updated, 'should not update'
inputs = dict(
bolt_present=bolt_present,
current_time=90.0, # longer than update setting
)
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
assert states.bolt_present == bolt_present
assert states.bolt_present_updated > last_updated, 'should update'
assert states.bolt_present_updated == 90.0
def test_switch_unlocks_door():
states = dlockoslo.States()
assert states.lock.state == 'Locked'
assert states.opener.state == 'Inactive'
inputs = dict(holdopen_button=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Unlocked', 'unlocks'
assert states.opener.state == 'Inactive', 'leave opener unchanged'
inputs = dict(holdopen_button=False, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
def test_dooropener_after_unlock():
states = dlockoslo.States()
assert states.lock.state == 'Locked'
assert states.opener.state == 'Inactive'
inputs = dict(holdopen_button=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Unlocked', 'unlocks'
assert states.opener.state == 'Inactive', 'leave opener unchanged'
inputs = dict(
holdopen_button=True,
openbutton_outside=True,
)
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.opener.state == 'TemporarilyActive'
def test_openbutton_inside_when_locked():
states = dlockoslo.States()
assert states.lock.state == 'Locked'
inputs = dict(openbutton_inside=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
# should unlock and open
assert states.lock.state == 'TemporarilyUnlocked'
assert states.opener.state == 'TemporarilyActive'
def test_openbutton_inside_when_unlocked():
states = dlockoslo.States(lock=dlockoslo.Unlocked(since=1))
assert states.lock.state == 'Unlocked'
inputs = dict(openbutton_inside=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
# should just open, leave lock alone
assert states.lock.state == 'Unlocked'
assert states.opener.state == 'TemporarilyActive'
def test_openbutton_outside_when_unlocked():
states = dlockoslo.States(lock=dlockoslo.Unlocked(since=1))
assert states.lock.state == 'Unlocked'
inputs = dict(openbutton_outside=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
# should _not unlock or open_ (user must open door using app first)
assert states.lock.state == 'Unlocked'
assert states.opener.state == 'TemporarilyActive'
def test_openbutton_outside_when_locked():
states = dlockoslo.States()
assert states.lock.state == 'Locked'
inputs = dict(openbutton_outside=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
# should _not unlock or open_ (user must open door using app first)
assert states.lock.state == 'Locked'
assert states.opener.state == 'Inactive'
def test_mqtt_unlock_duration():
states = dlockoslo.States()
inputs = dict(
current_time=103,
mqtt_request=('unlock', 11),
)
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'TemporarilyUnlocked'
assert states.lock.until == 103 + 11
def test_bolt_present_reflects_input():
states = dlockoslo.States()
assert states.lock.state == 'Locked'
assert states.opener.state == 'Inactive'
inputs = dict(bolt_present=False, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
assert not states.bolt_present
# False -> True
inputs = dict(bolt_present=True, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
assert states.bolt_present
# True -> False
inputs = dict(bolt_present=False, )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
assert not states.bolt_present
def test_compound():
states = dlockoslo.States()
assert isinstance(states.lock, dlockoslo.Locked)
inputs = dict(
openbutton_outside=False,
openbutton_inside=False,
mqtt_connected=True,
mqtt_request=False,
holdopen_button=False,
current_time=100,
)
# unlock, trigger dooropener
inputs['openbutton_outside'] = True
inputs['mqtt_request'] = ('unlock', True)
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.connected_light == True
assert states.lock.state == 'Unlocked'
assert states.opener.state == 'TemporarilyActive'
# forward until dooropened deactived, trigger time-based door unlocking
inputs['current_time'] = 130
inputs['openbutton_outside'] = False
inputs['mqtt_request'] = ('unlock', 30)
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.opener.state == 'Inactive'
assert states.lock.state == 'TemporarilyUnlocked'
# clear MQTT message, forward time
inputs['current_time'] = 200
inputs['mqtt_request'] = None
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.opener.state == 'Inactive'
assert states.lock.state == 'Locked'
def test_mqtt_unlock_duration_when_unlocked():
states = dlockoslo.States(lock=dlockoslo.Unlocked(since=1))
inputs = dict(mqtt_request=('unlock', True), )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
# should not change state
assert states.lock.state == 'Unlocked'
def test_mqtt_lock():
states = dlockoslo.States(lock=dlockoslo.Unlocked(since=1))
inputs = dict(mqtt_request=('lock', True), )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Locked'
def test_mqtt_unlock():
states = dlockoslo.States()
inputs = dict(mqtt_request=('unlock', True), )
states = dlockoslo.next_state(states, dlockoslo.Inputs(**inputs))
assert states.lock.state == 'Unlocked'