127 lines
4.2 KiB
Python
127 lines
4.2 KiB
Python
# Import the module.
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import python_weather
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import asyncio
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from datetime import date, datetime, timedelta
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def normalize_city(name: str):
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DE_TO_EN_CITY = {
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# Deutschland (nur wenn DE ≠ EN)
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"köln": "Cologne",
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"münchen": "Munich",
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"nürnberg": "Nuremberg",
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"frankfurt am main": "Frankfurt",
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"düsseldorf": "Dusseldorf",
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"mönchengladbach": "Moenchengladbach",
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"saarbrücken": "Saarbruecken",
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"würzburg": "Wuerzburg",
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"osnabrück": "Osnabrueck",
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"göttingen": "Göttingen", # Da im Englischen oft "Goettingen"
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# Europa / Ausland (nur wenn DE ≠ EN)
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"wien": "Vienna",
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"prag": "Prague",
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"mailand": "Milan",
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"genf": "Geneva",
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"brüssel": "Brussels",
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"athen": "Athens",
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"koppenhagen": "Copenhagen",
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"rom": "Rome",
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"warszawa": "Warsaw",
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"warschau": "Warsaw",
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"sankt petersburg": "Saint Petersburg",
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"st. petersburg": "Saint Petersburg",
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"kiew": "Kyiv",
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"florenz": "Florence",
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"venedig": "Venice",
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"neapel": "Naples",
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"andorra la vella": "Andorra la Vella",
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}
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return DE_TO_EN_CITY.get(name.lower(), name)
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async def get_weather_for_location(location: str):
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now = datetime.now().time()
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today = date.today()
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try:
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# Declare the client. The measuring unit used defaults to the metric system (celcius, km/h, etc.)
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async with python_weather.Client(unit=python_weather.METRIC) as client:
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# Fetch a weather forecast from a city.
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location_normalized = normalize_city(location)
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weather = await client.get(location_normalized) ##e. g. Brackenheim
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# weather ist dein Forecast-Objekt von python_weather
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today_forecast = next(
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(daily for daily in weather if daily.date == today),
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None
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)
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def closest_hourly(hourlies, now_time):
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closest = None
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min_diff = None
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for hourly in hourlies:
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# Differenz zwischen aktueller Uhrzeit und Forecast-Stunde
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diff = abs(
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datetime.combine(date.today(), hourly.time) -
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datetime.combine(date.today(), now_time)
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)
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if min_diff is None or diff < min_diff:
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min_diff = diff
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closest = hourly
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return closest
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if not today_forecast or not today_forecast.hourly_forecasts:
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return None
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if len(location_normalized) != len(weather.location):
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return None
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current_hourly = closest_hourly(today_forecast.hourly_forecasts, now)
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KIND_TO_DE = {
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"SUNNY": "nach freiem Himmel",
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"PARTLY_CLOUDY": "teilweise bewölkt",
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"CLOUDY": "bewölkt",
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"VERY_CLOUDY": "stark bewölkt",
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"FOG": "nebelig",
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"LIGHT_SHOWERS": "nach leichtem Regen",
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"LIGHT_SLEET_SHOWERS": "nach leichtem Schneeregen",
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"LIGHT_SLEET": "nach leichtem Schneeregen",
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"THUNDERY_SHOWERS": "nach Gewitterregen",
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"LIGHT_SNOW": "nach leichtem Schneefall",
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"HEAVY_SNOW": "nach starkem Schneefall",
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"LIGHT_RAIN": "nach leichtem Regen",
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"HEAVY_SHOWERS": "nach starken Schauer",
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"HEAVY_RAIN": "nach starkem Regen",
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"LIGHT_SNOW_SHOWERS": "nach leichten Schneeschauern",
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"HEAVY_SNOW_SHOWERS": "nach starken Schneeschauern",
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"THUNDERY_HEAVY_RAIN": "nach starken Gewitterregen",
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"THUNDERY_SNOW_SHOWERS": "nach starken Gewitterschnee",
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}
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wetterlage = KIND_TO_DE.get(current_hourly.kind.name, "unbegständig")
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temperatur = current_hourly.temperature
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return {
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"location": weather.location,
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"temperatur": temperatur,
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"wetterlage": wetterlage
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}
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except python_weather.errors.RequestError:
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return None
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#print(f"Aktuell sind es in {ort} {temperatur} Grad und die Wetterlage sieht {wetterlage} aus.")
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#if __name__ == '__main__':
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# asyncio.run(main()) |