def __get_recent_earthquake__():
earthquake = __read_latest_earthquake__()
data = restget(EARTHQUAKE_URL, USER_AGENT)
if data == "": return earthquake
if data['metadata']['count'] > 0:
feature = data['features'][0] # first record of earthquakes
if feature["type"].upper() == "feature".upper() and (earthquake == None or feature['id'] != earthquake['id']):
# get coordinate and depth of earthquake
coordinate = feature['geometry']['coordinates']
lon = ("{:.2f} W".format(coordinate[0])) if coordinate[0] >= 0 else ("{:.2f} W".format(abs(coordinate[0])))
lat = ("{:.2f} N".format(coordinate[1])) if coordinate[1] >= 0 else ("{:.2f} S".format(abs(coordinate[1])))
depth = coordinate[2]
earthquake = {"id": feature['id'],
"time": time.localtime(feature['properties']['time'] / 1000),
"place": feature['properties']["place"],
"mag": "Mag:{:.1f}".format(feature['properties']["mag"]),
"lat": "Lat:{:s}".format(lat),
"lon": "Lon:{:s}".format(lon),
"dep": "Dep:{:.1f} KM".format(depth)}
__save_latest_earthquake__(earthquake)
return earthquake
def __get_weather__(city, days = 5):
global WEATHER
days = max(min(5, days), 1)
url = URL.format(city, days) + APP_KEY
current_min = time.localtime().tm_min
if WEATHER == None or current_min % UPDATE_INTERVAL == 0:
w = restget(url, {'Content-Type': "application/json"})
if w == "": return WEATHER
WEATHER = __format_weather_result__(w, city)
return WEATHER
