def parseLocation(self, strLocation):
print('[parserForAngellist] Parsing location : ' + strLocation)
if(strLocation.strip() == ''):
dicEmptyGeoname = {}
dicEmptyGeoname['strCity'] = ''
dicEmptyGeoname['strCountry'] = ''
dicEmptyGeoname['strContinent'] = ''
return dicEmptyGeoname
if(self.__geonamesCache.get(strLocation) == None):
dicGeonameCache = {}
dicSearchResult = geonames.search(q=strLocation, maxRows=10, featureClass='P') #countryBias='US'
lstStrLocation = strLocation.split()
while (dicSearchResult == None or len(dicSearchResult) == 0) and len(lstStrLocation) > 1:
del lstStrLocation[-1]
strSubLocation = ' '.join(lstStrLocation)
print('[parserForAngellist] Parsing location : ' + strSubLocation)
dicSearchResult = geonames.search(q=strSubLocation, maxRows=10, featureClass='P') #countryBias='US'
if(dicSearchResult == None or len(dicSearchResult) == 0):
dicNotFoundGeoname = {}
dicNotFoundGeoname['strCity'] = ''
dicNotFoundGeoname['strCountry'] = ''
dicNotFoundGeoname['strContinent'] = ''
return dicNotFoundGeoname
strGeonameId = dicSearchResult[0]['geonameId']
# import pdb; pdb.set_trace()
dicGeoname = geonames.get(strGeonameId)
strFclName = dicGeoname['fclName']
strCountry = dicGeoname['countryCode']
strContinent = dicGeoname['continentCode']
# import pdb; pdb.set_trace()
strCity = ''
if 'city' in strFclName:
strCity = dicGeoname['name']
elif dicGeoname.get('bbox') != None:
bbox = dicGeoname['bbox']
dicCity = geonames.findCity(north=bbox['north'], south=bbox['south'], east=bbox['east'], west=bbox['west'])[0]
strCity = dicCity['name']
else:
strCity = strLocation
import pdb; pdb.set_trace()
dicGeonameCache['strCity'] = strCity
dicGeonameCache['strCountry'] = strCountry
dicGeonameCache['strContinent'] = strContinent
self.__geonamesCache[strLocation] = dicGeonameCache
return self.__geonamesCache[strLocation]
def getbylocation(location):
'''Returns a Weather object for the given location name.'''
if iszip(location):
lat, lon = noaa.ziplatlon(int(location))
return Weather(lat, lon)
else:
place = gn.search(location)[0]
return Weather(place['lat'], place['lng'])
def test_search_yes_results(self):
assert_greater(len(gn.search('turlock')), 0)
assert_greater(len(gn.search('los banos, ca')), 0)
assert_greater(len(gn.search('San Francisco, CA')), 0)
assert_greater(len(gn.search('kansas city')), 0)
assert_greater(len(gn.search('miami')), 0)
assert_greater(len(gn.search('90210')), 0)
def get_latlng(name_arg):
result = geonames.search(
q=name_arg,
username=GEONAMES_USERNAME,
isNameRequired='true'
)
matches = result.get('geonames', [])
if len(matches) > 0:
return matches[0]['lat'], matches[0]['lng']
return None
def test_search_no_results(self):
assert_list_equal(gn.search('blahblah123'), [])
assert_list_equal(gn.search('Ghubaysh'), [])
assert_list_equal(gn.search('Dushanbe'), [])
assert_list_equal(gn.search('Yeruham'), [])
