def test_parse(self):
forecast_ = Forecast()
with Scraper() as scraper_:
soup = scraper_.scrape(url=url)
formatted_forecasts = forecast_.parse(station_name='Grindavík',
soup=soup)
self.assertIsNotNone(formatted_forecasts)
def weather():
day, night, tomorrow = Forecast.current()
return json.dumps({
'day': day.to_json(),
'night': night.to_json(),
'tomorrow': tomorrow.to_json()
})
async def main(future):
async with aiohttp.ClientSession() as session:
# get location data from api
fetch_locations = [fetch(session, url) for url in location_queries]
location_data = await asyncio.gather(*fetch_locations)
# get weather data based on woeids
weather_queries = []
for row in location_data:
woeid = str(row[0]['woeid'])
weather_query = f'https://www.metaweather.com/api/location/{woeid}/'
weather_queries.append(weather_query)
fetch_weathers = [fetch(session, url) for url in weather_queries]
weather_data = await asyncio.gather(*fetch_weathers)
# create json object from locations and weather data
results = {}
for location, city in zip(locations, weather_data):
results[location] = []
weather = city['consolidated_weather']
for day in weather:
date = day['applicable_date']
temp = day['the_temp']
description = day['weather_state_name']
forecast = Forecast(date, temp, description)
results[location].append(forecast)
return results
def save(rest, weather):
#save method the restaurant that the user book-marked.
rest = Restaurant("name", "address", 1)
row = conn.execute('insert into travel_tip(name, address, rating) values (?, ?, ?)', (rest.name, rest.address, rest.rating ))
weather = Forecast("description", "temp")
row = conn.execute('insert into weather(description, temp) values (?, ?)', (weather.description, weather.temp))
conn.commit()
return row.rowcount
def test_instance(self):
forecast_ = Forecast()
self.assertIsInstance(forecast_, Forecast)
def load_forecasts(self):
forecast = Forecast(self.lat, self.lon)
self.hourly_forecast = json.dumps(forecast.load_hourly_forecast())
def test_weather_forecast_with_clouds_sky():
with open("tests/data/forecast.json") as opened_file:
forecast_dict = json.loads(opened_file.read())
forecast = Forecast(None, None, forecast_dict)
forecast_dict = forecast.load_hourly_forecast()
assert forecast_dict[1528092000] == "clouds"
def test_weather_forecast_for_hour():
with open("tests/data/forecast.json") as opened_file:
forecast_dict = json.loads(opened_file.read())
forecast = Forecast(None, None, forecast_dict)
assert forecast.for_timestamp(1528103800) == "rain"