def weather():
zipcode = get_zipcode()
output = ''
conditions = CurrentConditions(zipcode)
cc = conditions.run()
output += '\n\nWeather for {} ({})\n\n'.format(zipcode, cc['city_state'])
output += 'Current weather: {}˚F, {}\n'.format(cc['curr_temp'],
cc['curr_weather'])
sunrise_sunset = SunriseSunset(zipcode)
ss = sunrise_sunset.run()
output += 'Sunrise {}:{}, Sunset {}:{}\n\n'.format(
ss['sunrise_hour'], ss['sunrise_min'],
ss['sunset_hour'], ss['sunset_min']
)
ten_day = TenDay(zipcode)
td = ten_day.run()
output += '10-day Forecast:\n'
for n in range(1, 11):
day = 'day' + str(n)
output += '{}: High {}˚F, Low {}˚F, {}\n'.format(
td[day], td[day + '_high'], td[day + '_low'],
td[day + '_conditions'])
weather_alerts = WeatherAlerts(zipcode)
we_al = weather_alerts.run()
if len(we_al) > 0:
output += '\n\nAlerts:\n'
for n, alert in enumerate(we_al):
a = 'alert' + str(n + 1)
output += '{}\nIssued: {}\nExpires: {}\n'.format(
alert[0][a], alert[a + '_start'], alert[a + '_end']
)
hurricanes = ActiveHurricanes()
hur = hurricanes.run()
if len(hur) > 0:
output += '\n\nCurrent Hurricanes:\n'
for n in range(len(hur)):
output += 'Storm: {}, Category: {}\n'.format(
hur[n]['hurricane_name'], hur[n]['hurricane_category']
)
print(output)
def test_sunrise_sunset(m):
fullurl = 'http://api.wunderground.com/api/{}/astronomy/q/94101.json' \
.format(my_secret_key)
with open('json-data/astronomy.json') as data:
m.get(fullurl, text=data.read())
sunrise_sunset = SunriseSunset('94101')
res = sunrise_sunset.run()
assert res['sunrise_hour'] == "7"
assert res['sunrise_min'] == "01"
assert res['sunset_hour'] == "16"
assert res['sunset_min'] == "56"