def testOnAction_masterIsOn_returnsTrueAndNotTurningOffOpenSpaceNeighbor(
self):
self.illuminanceSensorItem.setState(
DecimalType(ILLUMINANCE_THRESHOLD_IN_LUX - 1))
# zone3 (foyer) is an open space neighbor with zone2
self.zone2 = self.zone2.addNeighbor(
Neighbor(self.zone3.getId(), NeighborType.OPEN_SPACE))
# zone2 (kitchen) is an open space slave with zone1 (great room)
self.zone2 = self.zone2.addNeighbor(
Neighbor(self.zone1.getId(), NeighborType.OPEN_SPACE_MASTER))
# Turn on the light in the great room and the foyer.
# We want to make sure that when the motion sensor in the kitchen is
# triggered, it won't be turn on, and also the foyer light must not
# be turned off.
# The rationale is that someone just open the door to come to the foyer
# area. However, as the great room light was already on, that indicates
# someone is already in that area. As such, any movement in that
# area must not prematurely turn off the the foyer light.
self.lightItem1.setState(scope.OnOffType.ON)
self.lightItem3.setState(scope.OnOffType.ON)
eventInfo = EventInfo(ZoneEvent.MOTION, ITEMS[0], self.zone2,
self.createMockedZoneManager(),
self.getMockedEventDispatcher())
returnVal = TurnOnSwitch().onAction(eventInfo)
self.assertFalse(returnVal)
self.assertFalse(self.zone2.isLightOn())
self.assertTrue(self.zone3.isLightOn())
def testOnMotionSensorTurnedOn_notLightOnTime_returnsFalse(self):
self.astroSensorItem.setState(StringType('MORNING'))
zone = Zone('ff', [self.light, self.astroSensor])
zone = zone.addAction(TurnOnSwitch())
isProcessed = zone.dispatchEvent(ZoneEvent.MOTION,
self.getMockedEventDispatcher(),
self.motionSensor.getItem(), None,
True)
self.assertFalse(isProcessed)
def testOnMotionSensorTurnedOn_validItemNameNoIlluminanceSensorNoAstroSensor_returnsFalse(
self):
self.assertFalse(self.light.isOn())
zone = Zone('ff', [self.light, self.motionSensor])
zone = zone.addAction(TurnOnSwitch())
isProcessed = zone.dispatchEvent(ZoneEvent.MOTION,
self.getMockedEventDispatcher(),
self.motionSensor.getItem(),
MockedZoneManager([zone]), True)
self.assertFalse(isProcessed)
def testOnMotionSensorTurnedOn_withApplicableZone_returnsTrue(self):
self.assertFalse(self.light.isOn())
self.illuminanceSensorItem.setState(
DecimalType(ILLUMINANCE_THRESHOLD_IN_LUX - 1))
zone = Zone('ff',
[self.light, self.motionSensor, self.illuminanceSensor])
zone = zone.addAction(TurnOnSwitch())
self.zm.addZone(zone)
self.assertTrue(
self.zm.dispatchEvent(ZoneEvent.MOTION, scope.events,
self.motionSensor.getItem()))
def testOnMotionSensorTurnedOn_lightOnTime_turnsOnLight(self):
self.assertFalse(self.light.isOn())
self.astroSensorItem.setState(StringType(
AstroSensor.LIGHT_ON_TIMES[0]))
zone = Zone('ff', [self.light, self.motionSensor, self.astroSensor])
zone = zone.addAction(TurnOnSwitch())
isProcessed = zone.dispatchEvent(ZoneEvent.MOTION,
self.getMockedEventDispatcher(),
self.motionSensor.getItem(),
MockedZoneManager([zone]), True)
self.assertTrue(isProcessed)
self.assertTrue(self.light.isOn())
def testOnMotionSensorTurnedOn_illuminanceAboveThreshold_returnsFalse(
self):
self.assertFalse(self.light.isOn())
self.illuminanceSensorItem.setState(
DecimalType(ILLUMINANCE_THRESHOLD_IN_LUX + 1))
zone = Zone('ff', [
self.lightWithIlluminance, self.motionSensor,
self.illuminanceSensor
])
zone = zone.addAction(TurnOnSwitch())
isProcessed = zone.dispatchEvent(ZoneEvent.MOTION,
self.getMockedEventDispatcher(),
self.motionSensor.getItem(),
MockedZoneManager([zone]), True)
self.assertFalse(isProcessed)
self.assertFalse(self.light.isOn())
def testOnMotionSensorTurnedOn_notLightOnTimeButIlluminanceBelowThreshold_turnsOnLight(
self):
self.assertFalse(self.light.isOn())
self.illuminanceSensorItem.setState(
DecimalType(ILLUMINANCE_THRESHOLD_IN_LUX - 1))
self.astroSensorItem.setState(StringType('MORNING'))
zone = Zone('ff', [
self.lightWithIlluminance, self.motionSensor,
self.illuminanceSensor, self.astroSensor
])
zone = zone.addAction(TurnOnSwitch())
isProcessed = zone.dispatchEvent(ZoneEvent.MOTION,
self.getMockedEventDispatcher(),
self.motionSensor.getItem(),
MockedZoneManager([zone]), True)
self.assertTrue(isProcessed)
self.assertTrue(self.light.isOn())
def testAddAction_twoValidAction_actionAdded(self):
zone = Zone('ff').addAction(TurnOnSwitch())
zone = zone.addAction(TurnOffAdjacentZones())
self.assertEqual(1, len(zone.getActions(ZoneEvent.MOTION)))
self.assertEqual(1, len(zone.getActions(ZoneEvent.SWITCH_TURNED_ON)))
def turnOn(self):
eventInfo = EventInfo(ZoneEvent.MOTION, ITEMS[0], self.zone1,
self.createMockedZoneManager(),
self.getMockedEventDispatcher())
return TurnOnSwitch().onAction(eventInfo)
def initializeZoneManager():
'''
Creates a new instance of ZoneManager and populate the zones.
:rtype: ZoneManager
'''
zm = ZoneManager()
zones = ZoneParser().parse(items, itemRegistry, zm._createImmutableInstance())
# actions
externalZoneActions = [
AlertOnEntraceActivity(),
SimulateDaytimePresence("http://hestia2.cdnstream.com:80/1277_192"),
AlertOnExternalDoorLeftOpen(),
ArmAfterFrontDoorClosed(12 * 60), # arm after 12'
]
fanActions = [PlayMusicDuringShower("http://hestia2.cdnstream.com:80/1277_192")]
switchActions = [TurnOnSwitch(), TurnOffAdjacentZones()]
# add virtual devices and actions
for z in zones:
if z.getName() == 'Virtual':
timeMap = {
'wakeup': '6 - 9',
'lunch': '12:00 - 13:30',
'quiet' : '14:00 - 16:00, 20:00 - 22:59',
'dinner': '17:50 - 20:00',
'sleep': '23:00 - 7:00'
}
z = z.addDevice(ActivityTimes(timeMap))
if len(z.getDevicesByType(Switch)) > 0:
for a in switchActions:
z = z.addAction(a)
if z.isExternal():
for a in externalZoneActions:
z = z.addAction(a)
if len(z.getDevicesByType(AlarmPartition)) > 0:
z = z.addAction(TurnOffDevicesOnAlarmModeChange())
if len(z.getDevicesByType(HumiditySensor)) > 0 and not z.isExternal():
z = z.addAction(AlertOnHumidityOutOfRange())
if len(z.getDevicesByType(GasSensor)) > 0:
z = z.addAction(AlertOnHighGasLevel())
# add the play music action if zone has a fan switch.
fans = z.getDevicesByType(Fan)
if len(fans) > 0:
for a in fanActions:
z = z.addAction(a)
zm.addZone(z)
PE.logInfo("Configured ZoneManager with {} zones.".format(len(zones)))
zones = zm.getZones()
output = "{} zones".format(len(zones))
for z in zones:
output += '\n' + str(z)
PE.logInfo(output)
zm.startAutoReporWatchDog()
return zm