def get_top_level_locations(self, characterIDs, regionID=None):
asset_locations = self.filter(owner__in=characterIDs)
if regionID:
asset_locations = asset_locations.filter(regionID=regionID)
asset_locations = asset_locations.distinct('locationID'). \
values_list('locationID', flat=True)
locations = [get_location(locationID) for locationID in asset_locations]
out = []
for location in locations:
if type(location) is long:
locationID = location
else:
locationID = location.pk
out.append({'regionName': get_location_regionName(location),
'regionID': get_location_regionID(location),
'solarSystemName': get_location_solarSystemName(location),
'solarSystemID': get_location_solarSystemID(location),
'name': get_location_name(locationID),
'locationID': locationID})
return out
def annotate_locations(self, asset_locations):
for asset_location in asset_locations:
locationID = asset_location['locationID']
location_key = self._location_data_key(locationID)
location_data = self._cache_get(location_key)
if not location_data:
location = get_location(locationID)
location_data = {
'regionName': get_location_regionName(location),
'regionID': get_location_regionID(location),
'solarSystemName': get_location_solarSystemName(location),
'solarSystemID': get_location_solarSystemID(location),
'name': get_location_name(locationID)
}
self._cache_data(location_key, location_data)
asset_location.update(location_data)
def annotate_locations(self, asset_locations):
for asset_location in asset_locations:
locationID = asset_location['locationID']
location_key = self._location_data_key(locationID)
location_data = self._cache_get(location_key)
if not location_data:
location = get_location(locationID)
location_data = {
'regionName': get_location_regionName(location),
'regionID': get_location_regionID(location),
'solarSystemName': get_location_solarSystemName(location),
'solarSystemID': get_location_solarSystemID(location),
'name': get_location_name(locationID)
}
self._cache_data(location_key, location_data)
asset_location.update(location_data)