def exampleSolarTimeOfDay(event):
time.sleep(2) # wait for Items to update
dawn_start = DateTime(items['V_CivilDawn'].toString())
day_start = DateTime(items['V_Sunrise'].toString())
dusk_start = DateTime(items['V_CivilDuskStart'].toString())
night_start = DateTime(items['V_CivilDuskEnd'].toString())
curr = None
now = DateTime.now()
exampleSolarTimeOfDay.log.debug("dawn_start [{}]".format(dawn_start))
exampleSolarTimeOfDay.log.debug("day_start [{}]".format(day_start))
exampleSolarTimeOfDay.log.debug("dusk_start [{}]".format(dusk_start))
exampleSolarTimeOfDay.log.debug("night_start [{}]".format(night_start))
exampleSolarTimeOfDay.log.debug("now [{}]".format(now))
if now.isAfter(dawn_start) and now.isBefore(day_start):
curr = SOLARTIME['DAWN']
elif now.isAfter(day_start) and now.isBefore(dusk_start):
curr = SOLARTIME['DAY']
elif now.isAfter(dusk_start) and now.isBefore(night_start):
curr = SOLARTIME['DUSK']
else:
curr = SOLARTIME['NIGHT']
if postUpdateCheckFirst('V_SolarTime', curr):
exampleSolarTimeOfDay.log.info("Solar time is now [{}]".format(
kw(SOLARTIME, curr)))
def exampleTimeOfDay(event):
# Get the time period start times for today
now = DateTime.now()
morningStart = now.withTime(timeOfDay['morningStart']['Hour'],
timeOfDay['morningStart']['Minute'], 0,
0).toInstant()
dayStart = now.withTime(timeOfDay['dayStart']['Hour'],
timeOfDay['dayStart']['Minute'], 0, 0).toInstant()
eveningStart = now.withTime(timeOfDay['eveningStart']['Hour'],
timeOfDay['eveningStart']['Minute'], 0,
0).toInstant()
nightStart = now.withTime(timeOfDay['nightStart']['Hour'],
timeOfDay['nightStart']['Minute'], 0,
0).toInstant()
timeOfDay = TIMEOFDAY['NIGHT']
if (now.isAfter(morningStart) and now.isBefore(dayStart)):
timeOfDay = TIMEOFDAY['MORNING']
elif (now.isAfter(dayStart) and now.isBefore(eveningStart)):
timeOfDay = TIMEOFDAY['DAY']
elif (now.isAfter(eveningStart) and now.isBefore(nightStart)):
timeOfDay = TIMEOFDAY['EVENING']
if postUpdateCheckFirst('V_TimeOfDay', timeOfDay):
exampleTimeOfDay.log.debug("Time of day now: [{}]".format(
kw(TIMEOFDAY, timeOfDay)))
def setArmingMode(self, newArmingMode, sendCommand=False):
'''
Sets the zones current arming mode
'''
oldArmingMode = self._armingMode
if newArmingMode not in [
ARMINGMODE['DISARMED'], ARMINGMODE['ARMED_HOME'],
ARMINGMODE['ARMED_AWAY']
]:
raise IdeAlarmError(
"Trying to set an invalid arming mode: {}".format(
newArmingMode))
# There might be open sensors when trying to arm. If so, the custom function onArmingWithOpenSensors
# gets called. (That doesn't necessarily need to be an error condition).
# However if the zone has been configured not to allow opened sensors during arming,
# the zone status will be set to ERROR and onZoneStatusChange will be able to trap track it down.
if newArmingMode in [ARMINGMODE['ARMED_AWAY'], ARMINGMODE['ARMED_HOME']] \
and self.getZoneStatus() != ZONESTATUS['ARMING'] and self.getZoneStatus() is not None \
and self.openSections > 0:
if 'onArmingWithOpenSensors' in dir(custom):
custom.onArmingWithOpenSensors(self, newArmingMode)
if not self.canArmWithTrippedSensors:
self.setZoneStatus(
ZONESTATUS['ERROR'],
errorMessage='Arming is not allowed with open sensors')
self.log.warn(
u"Zone \'{}'\' can not be set to new arming mode: {} due to that there are open sensors!"
.format(self.name.decode('utf8'),
kw(ARMINGMODE, newArmingMode)))
import time
time.sleep(1)
self.setZoneStatus(ZONESTATUS['NORMAL'])
return
# Don't set arming mode to 'ARMED_AWAY' immediately, we need to wait for the exit timer
# self.getZoneStatus() returns None when initializing
if newArmingMode == ARMINGMODE['ARMED_AWAY'] \
and self.getZoneStatus() is not None and self.getZoneStatus() != ZONESTATUS['ARMING']:
self.setZoneStatus(ZONESTATUS['ARMING'])
post_update_if_different("Z{}_Exit_Timer".format(self.zoneNumber),
scope.ON)
return
self._armingMode = newArmingMode
# Sync the Item
post_update_if_different(self.armingModeItem, newArmingMode,
sendCommand)
# Call custom function if available
if 'onArmingModeChange' in dir(custom):
custom.onArmingModeChange(self, newArmingMode, oldArmingMode)
# Whenever the arming mode is set, reset the zones status to NORMAL
self.setZoneStatus(ZONESTATUS['NORMAL'])
def onToggleSwitch(self, itemName):
'''
Called whenever an alarm arming mode toggle switch has been switched.
'''
newArmingMode = None
if itemName == self.armAwayToggleSwitch:
if self.getArmingMode() in [ARMINGMODE['DISARMED']]:
newArmingMode = ARMINGMODE['ARMED_AWAY']
else:
newArmingMode = ARMINGMODE['DISARMED']
else:
if self.getArmingMode() in [ARMINGMODE['DISARMED']]:
newArmingMode = ARMINGMODE['ARMED_HOME']
else:
newArmingMode = ARMINGMODE['DISARMED']
self.log.debug(u"Toggling zone [{}] to new arming mode: [{}]".format(
self.name.decode('utf8'), kw(ARMINGMODE, newArmingMode)))
self.setArmingMode(newArmingMode)