def update(self):
if self._device['last_update'] is None or (
datetime.now() - self._device['last_update']
).total_seconds() > self.__UPDATE_TIMEOUT:
start = time.time()
logger.debug(
f'Loading online weather data from source: {self.address}')
if self._load_data():
# Convert values to the right unit values
for day in self._data['days']:
day['temp'] = terrariumUtils.conver_to_value(
day['temp'],
self._device['unit_values']['temperature'])
day['wind']['speed'] = terrariumUtils.conver_to_value(
day['wind']['speed'],
self._device['unit_values']['windspeed'])
# TODO: Change to list!!!!
for forecast in self._data['forecast']:
forecast['temperature'] = terrariumUtils.conver_to_value(
forecast['temperature'],
self._device['unit_values']['temperature'])
for history in self._data['history']:
history['temperature'] = terrariumUtils.conver_to_value(
history['temperature'],
self._device['unit_values']['temperature'])
self._device['last_update'] = datetime.now()
logger.info(
terrariumUtils.clean_log_line(
f'Loaded new weather data in {time.time()-start:.3f} seconds.'
))
else:
logger.error(
terrariumUtils.clean_log_line(
f'Error loading online weather data! Please check your source address: {self.address}.'
))
def get_current(self, force=False):
if self.__current_value is None:
return None
return terrariumUtils.conver_to_value(self.__current_value,
self.get_indicator())
def update(self, force=False):
starttime = time()
cached_data = self.__sensor_cache.get_sensor_data(
self.get_sensor_cache_key())
if (cached_data is None
or force) and not self.__sensor_cache.is_running(
self.get_sensor_cache_key()):
self.__sensor_cache.set_running(self.get_sensor_cache_key())
logger.debug(
'Start getting new {} sensor data from location: \'{}\''.
format(self.get_sensor_type(), self.get_address()))
new_data = self.load_data()
if new_data is not None:
self.__sensor_cache.set_sensor_data(
self.get_sensor_cache_key(), new_data,
terrariumSensor.UPDATE_TIMEOUT)
cached_data = new_data
self.__sensor_cache.clear_running(self.get_sensor_cache_key())
current = None if cached_data is None or self.get_sensor_type(
) not in cached_data else cached_data[self.get_sensor_type()]
if current is None or not (
self.get_limit_min() <= terrariumUtils.conver_to_value(
current, self.get_indicator()) <= self.get_limit_max()):
# Invalid current value.... log and ingore
self.__sensor_cache.clear_sensor_data(self.get_sensor_cache_key())
logger.warning(
'Measured value %s%s from %s sensor \'%s\' is outside valid range %.2f%s - %.2f%s in %.5f seconds.'
% (terrariumUtils.conver_to_value(
current, self.get_indicator()), self.get_indicator(),
self.get_type(), self.get_name(), self.get_limit_min(),
self.get_indicator(), self.get_limit_max(),
self.get_indicator(), time() - starttime))
elif not self.__within_limits(
terrariumUtils.conver_to_value(current, self.get_indicator())):
self.__erratic_errors += 1
logger.warning(
'Measured value %s%s from %s sensor \'%s\' is erratic compared to previous value %s%s in %.5f seconds.'
% (terrariumUtils.conver_to_value(
current, self.get_indicator()), self.get_indicator(),
self.get_type(), self.get_name(), self.__current_value,
self.get_indicator(), time() - starttime))
if self.__erratic_errors >= 5:
# After 5 times, use the current value as the new truth
self.__erratic_errors = 0
self.__current_value = current
self.__last_update = int(starttime)
logger.warning(
'After %s erratic measurements is the current value %s%s is promoted to a valid value for %s sensor \'%s\' in %.5f seconds.'
% (self.__erratic_errors, self.get_current(),
self.get_indicator(), self.get_type(), self.get_name(),
time() - starttime))
else:
self.__sensor_cache.clear_sensor_data(
self.get_sensor_cache_key())
else:
self.__erratic_errors = 0
self.__last_update = int(starttime)
logger.info(
'Updated %s sensor \'%s\' from %.2f%s to %.2f%s in %.5f seconds'
%
(self.get_type(), self.get_name(),
0 if self.get_current() is None else self.get_current(),
self.get_indicator(),
terrariumUtils.conver_to_value(current, self.get_indicator()),
self.get_indicator(), time() - starttime))
self.__current_value = current
