class fetch_weather_data():
def __init__(self):
pass
def SearchLocation(self,location):
self.lon_and_lat = LongitudeAndLatitude(location)
if self.lon_and_lat.valid() == False:
return 0
return self.lon_and_lat.size()
def detailOfLocation(self):
assert(self.lon_and_lat.size() > 0 & "message")
def detailOfWeatherData(self,index):
lonlat_iter = self.lon_and_lat.fetch(index)
if lonlat_iter == None:
return None
query_weather = QueryWeatherJson()
query_weather.set("astro", "zh-CN")
if query_weather.execute(lonlat_iter.getLonLan()) == False:
return None
query_weather.paser()
return query_weather.weatherJson
self.jsonbody = json.loads(QueryWeatherBase.get(self))
if len(self.jsonbody) < 1:
return None
self.weatherJson = WeatherJson(self.jsonbody["product"], self.jsonbody["init"], self.jsonbody["dataseries"])
class WeatherJson:
def __init__(self, product, date, weather_data):
self.product = product
self.date = date
self.weather_data = weather_data
if __name__ == "__main__":
print "weather-TestNo1"
b = LongitudeAndLatitude("gangu")
b.valid()
tmpIter = b.fetch(1)
print tmpIter.getLonLan()
c = QueryWeatherJson()
c.set("astro", "zh-CN")
if c.execute(tmpIter.getLonLan()) == False:
print "error"
# tmpIter.getLonLan()
c.paser()
# print c.weatherJson.product
# print c.weatherJson.date
# print c.weatherJson.weather_data
print "success"
def SearchLocation(self,location):
self.lon_and_lat = LongitudeAndLatitude(location)
if self.lon_and_lat.valid() == False:
return 0
return self.lon_and_lat.size()
