def to_dict(self):
def do(session):
system_settings = system.get_current_system_settings(session)
return dict(name=self.name(), cool_temp=system_settings.cool_temp,
heat_temp=system_settings.heat_temp)
return db.sessionize(do)
def get_state(self, current_temp):
def do(session):
system_settings = system.get_current_system_settings(session)
return self._get_state(current_temp, system_settings.cool_temp,
system_settings.heat_temp)
return db.sessionize(do)
def to_dict(self):
def do(session):
system_settings = system.get_current_system_settings(session)
return dict(name=self.name(),
cool_temp=system_settings.cool_temp,
heat_temp=system_settings.heat_temp)
return db.sessionize(do)
def get_current_temp():
def do(session):
temp_agg = 0
temp_cnt = 0
room_models = db.get_rooms(session)
LOG.debug(room_models)
for room_model in room_models:
LOG.debug(room_model)
if not room_model.active:
continue
room_temp = None
measurement_agg = 0
measurement_cnt = 0
if room_model.sensors:
for sensor_model in room_model.sensors:
LOG.debug(sensor_model)
measurement = db.get_most_recent_sensor_temperature(
session,
sensor_id=sensor_model.id,
order_desc=True,
order_by=models.Measurement.recorded_date)
delta_min = CONF.temp.max_measurement_age_threshold_min
if measurement and measurement.recorded_date > datetime.utcnow(
) - timedelta(minutes=delta_min):
measurement_agg = measurement.data
measurement_cnt = measurement_cnt + 1
if measurement_cnt > 0 and measurement_agg > 0:
room_temp = measurement_agg / measurement_cnt
if room_temp:
temp_agg = temp_agg + (room_temp * room_model.weight)
temp_cnt = temp_cnt + room_model.weight
if not temp_cnt and not temp_agg:
LOG.warn(
'No temperature data available. Either no data exists, or the data that exists is too old.'
)
return None
return temp_agg / temp_cnt
return db.sessionize(do)
def get_system_mode():
def do(session):
system_settings = system.get_current_system_settings(session)
mode = system_settings.system_mode
if mode.name == AutoMode.name():
return AutoMode(mode.id, system_settings.current_program)
if mode.name == ManualMode.name():
return ManualMode(mode.id)
if mode.name != OffMode.name():
LOG.error('System set to unknown mode \'%s\'. Defaulting to Off', mode.name)
return OffMode(mode.id)
return db.sessionize(do)
def to_dict(self):
def do(session):
system_settings = system.get_current_system_settings(session)
program = system_settings.current_program
program_data = None
if program:
program_data = dict(name=program.name)
schedule, next_schedule = utils.get_active_and_next_schedule(program)
schedule_data = self._build_schedule_dict(schedule)
next_schedule_data = self._build_schedule_dict(next_schedule)
program_data['active_schedule'] = schedule_data
program_data['next_schedule'] = next_schedule_data
return dict(name=self.name(), program=program_data)
return db.sessionize(do)
def get_current_temp():
def do(session):
temp_agg = 0
temp_cnt = 0
room_models = db.get_rooms(session)
LOG.debug(room_models)
for room_model in room_models:
LOG.debug(room_model)
if not room_model.active:
continue
room_temp = None
measurement_agg = 0
measurement_cnt = 0
if room_model.sensors:
for sensor_model in room_model.sensors:
LOG.debug(sensor_model)
measurement = db.get_most_recent_sensor_temperature(
session, sensor_id=sensor_model.id, order_desc=True, order_by=models.Measurement.recorded_date
)
delta_min = CONF.temp.max_measurement_age_threshold_min
if measurement and measurement.recorded_date > datetime.utcnow() - timedelta(minutes=delta_min):
measurement_agg = measurement.data
measurement_cnt = measurement_cnt + 1
if measurement_cnt > 0 and measurement_agg > 0:
room_temp = measurement_agg / measurement_cnt
if room_temp:
temp_agg = temp_agg + (room_temp * room_model.weight)
temp_cnt = temp_cnt + room_model.weight
if not temp_cnt and not temp_agg:
LOG.warn("No temperature data available. Either no data exists, or the data that exists is too old.")
return None
return temp_agg / temp_cnt
return db.sessionize(do)
def to_dict(self):
def do(session):
system_settings = system.get_current_system_settings(session)
program = system_settings.current_program
program_data = None
if program:
program_data = dict(name=program.name)
schedule, next_schedule = utils.get_active_and_next_schedule(
program)
schedule_data = self._build_schedule_dict(schedule)
next_schedule_data = self._build_schedule_dict(next_schedule)
program_data['active_schedule'] = schedule_data
program_data['next_schedule'] = next_schedule_data
return dict(name=self.name(), program=program_data)
return db.sessionize(do)
def get_state(self, current_temp):
def do(session):
system_settings = system.get_current_system_settings(session)
program = system_settings.current_program
self._set_program_name(program)
if not program:
LOG.warn('No program set for system.')
return states.OFF
elif not program.schedules:
LOG.warn('No schedules found for program \'%s\'. Setting system to Off', program.name)
return states.OFF
schedule = utils.get_active_schedule(program)
if not schedule:
LOG.error('Could not determine the ')
return self._get_state(current_temp, schedule.cool_temp, schedule.heat_temp)
return db.sessionize(do)
def get_state(self, current_temp):
def do(session):
system_settings = system.get_current_system_settings(session)
program = system_settings.current_program
self._set_program_name(program)
if not program:
LOG.warn('No program set for system.')
return states.OFF
elif not program.schedules:
LOG.warn(
'No schedules found for program \'%s\'. Setting system to Off',
program.name)
return states.OFF
schedule = utils.get_active_schedule(program)
if not schedule:
LOG.error('Could not determine the ')
return self._get_state(current_temp, schedule.cool_temp,
schedule.heat_temp)
return db.sessionize(do)
def get_state(self, current_temp):
def do(session):
system_settings = system.get_current_system_settings(session)
return self._get_state(current_temp, system_settings.cool_temp, system_settings.heat_temp)
return db.sessionize(do)
