def test_get_latlon_failure(self, mocked_requests_get):
"""
Test when Geocodio API returns an error
"""
for test_case in self.test_edge_case_get_latlon:
mocked_requests_get.return_value = MockedRequestResposneFailure()
response = get_latlon(test_case[KEY_INPUT])
expected = test_case[KEY_EXPECTED]
self.assertDictEqual(response, expected)
def test_get_latlon_(self, mocked_requests_get):
"""
Test when API is returns an successful response
"""
for test_case in self.test_get_latlon_success:
mocked_requests_get.return_value = MockedRequestResposneSuccess(
40.728157, -74.077644)
response = get_latlon(test_case[KEY_INPUT])
expected = test_case[KEY_EXPECTED]
self.assertDictEqual(response, expected)
def send_update_location(text):
"""send updated location to map module"""
if not text.isdigit():
request_name = text.lower()
zip_codes = {}
with open("weather_resources/zip_dict.json") as zip_dict:
zip_codes = json.load(zip_dict)
zip_dict.close()
cities = {}
with open("weather_resources/city_list.txt", "r") as city_file:
cities = {line.strip() for line in city_file}
city_file.close()
if text.isdigit() and text in zip_codes:
request_name = zip_codes[text]
coordinates = forward_geocoding.get_latlon(request_name)
flask_socketio.emit("location_update", coordinates)
elif text in cities:
coordinates = forward_geocoding.get_latlon(text)
flask_socketio.emit("location_update", coordinates)
def fetch_weather(city):
"""
Make request to weather API
using the passed city param
"""
try:
geo_coordinates = get_latlon(city)
payload = {
KEY_LATITUDE: geo_coordinates[KEY_LATITUDE],
KEY_LONGITUDE: geo_coordinates["lng"],
KEY_EXCLUDE: "minutely,alerts",
KEY_UNITS: "imperial",
KEY_COUNT: 3,
KEY_API_KEY: OPEN_WEATHER_API_KEY,
}
resposne = requests.get(OPEN_WEATHER_API_BASE_URL, params=payload)
response = resposne.json()
response = {
KEY_CURRENT: {
KEY_TIMEZONE:
response[KEY_TIMEZONE],
KEY_TIME:
int(
format_time_to_ny(
response[KEY_CURRENT][KEY_DT]).strftime("%H")),
KEY_SUNRISE:
format_time_to_ny(
response[KEY_CURRENT][KEY_SUNRISE]).strftime("%H:%M"),
KEY_SUNSET:
format_time_to_ny(
response[KEY_CURRENT][KEY_SUNSET]).strftime("%H:%M"),
KEY_TEMP:
response[KEY_CURRENT][KEY_TEMP],
KEY_FEELS_LIKE:
response[KEY_CURRENT][KEY_FEELS_LIKE],
KEY_DESCRIPTON:
response[KEY_CURRENT][KEY_WEATHER][0][KEY_DESCRIPTON],
KEY_ICON:
"https://openweathermap.org/img/wn/" +
response[KEY_CURRENT][KEY_WEATHER][0][KEY_ICON] + "@2x.png",
},
KEY_HOURLY: format_hourly_response(response[KEY_HOURLY]),
}
return response
except KeyError:
return {}