def add_location(self, accuweather_city_name: str = '', gismeteo_city_name: str = '', country_name: str = '', longitude: str = '', gismeteo_id: str = '', iso_country: str = '', city_name: str = '', latitude: str = '', accuweather_id: str = ''):
location = helpers.merge_dicts(LOCATION_ENTRY_SCHEMA, {'accuweather_city_name': accuweather_city_name, 'gismeteo_city_name': gismeteo_city_name, 'country_name': country_name, 'longitude': longitude, 'gismeteo_id': gismeteo_id, 'iso_country': iso_country, 'city_name': city_name, 'latitude': latitude, 'accuweather_id': accuweather_id})
data = self.core.proxies.add_location(location, self.environment()['environment'])
return helpers.output_data(data)
def refresh(self, wtype: str = ""):
if wtype in self.core.wtypes:
data = self.core.refresh(wtype)['history_entry']
output = helpers.output_data(data)
else:
output = helpers.output_error('Please specify a correct wtype')
return output
def history_entries_all(self, wtype: str="", source={}, location={}):
if wtype not in WTYPES:
return helpers.output_error('Please specify correct forecast type')
search_string = {}
if source:
source = helpers.db_find(self.sources()['source'], {'name': request.query.source})[0]
search_string['source'] = source
if location:
location = helpers.db_find(self.locations()['location'], {'name': request.query.location})[0]
search_string['location'] = location
history = self.core.history.entries
try:
data = helpers.db_find(history, {'wtype': wtype})
except (IndexError, KeyError):
print(history)
data = []
return helpers.output_data(data)
def proxies(self):
data = self.core.proxies.proxy_info
return helpers.output_data(data)
def locations(self):
data = self.core.settings.locations
return helpers.output_data(data)
def sources(self):
data = self.core.settings.sources_info
return helpers.output_data(data)
def environment(self) -> Dict[str, Any]:
data = self.core.settings.environment
return helpers.output_data(data)
