def fetch_api():
try:
response_text = weather.fetch()
except IOError:
return {'error': 'server_unavailable'}
try:
weather_dict = weather.parse(response_text)
weather_dict['date'] = tz.localize(datetime.strptime(weather_dict['date'], '%Y/%m/%d %H:%M:%S'))
return weather_dict
except Exception:
return {'error': 'data_unavailable'}
def fetch_api():
try:
response_text = weather.fetch()
except IOError:
return {'error': 'server_unavailable'}
try:
weather_dict = weather.parse(response_text)
weather_dict['date'] = tz.localize(
datetime.strptime(weather_dict['date'], '%Y/%m/%d %H:%M:%S'))
return weather_dict
except Exception:
return {'error': 'data_unavailable'}
def api(zip_code):
if not zip_codes.is_listed(zip_code):
return json.dumps({"error":"Couldn't find zip code "+zip_code})+"\n",404
city = " / ".join(zip_codes.city(zip_code))
txt = weather.forecast_txt(zip_code)
alerts,forecast,meta = weather.parse(txt)
print(forecast)
return jsonify(
city=city,
alerts=alerts,
forecast=[(day, "\u2014".join(text)) for day, text in forecast],
meta=meta
)
def curl(zip_code): if not zip_codes.is_listed(zip_code): return "Hm, I don't have zip code " + zip_code + "\n",404 city = " / ".join(zip_codes.city(zip_code)) txt = weather.forecast_txt(zip_code) alerts,forecast,meta = weather.parse(txt) print(forecast) return render_template( "forecast.txt", city=city, alerts=alerts, forecast=forecast, meta=meta )
def forecast(zip_code):
if not zip_codes.is_listed(zip_code):
return render_template("wrong_zip.html", zip_code=zip_code),404
city = " / ".join(zip_codes.city(zip_code))
txt = weather.forecast_txt(zip_code)
alerts,forecast,meta = weather.parse(txt)
print(forecast)
return render_template(
"forecast.html",
city=city,
alerts=alerts,
forecast=forecast,
meta=meta
)
def test_parse(): assert w.parse(test_data) == parsed
