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@ -16,9 +16,8 @@ if os.environ.get('HONEYCOMB_KEY'):
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beeline.init(writekey=os.environ['HONEYCOMB_KEY'], dataset='rws', service_name='weather')
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HoneyMiddleware(app, db_events = True)
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#auth_internal = os.environ['REBBLE_AUTH_URL_INT']
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ibm_root = os.environ.get('IBM_API_ROOT', 'https://api.weather.com')
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ibm_key = os.environ['IBM_API_KEY']
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auth_internal = os.environ['REBBLE_AUTH_URL_INT']
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ibm_root = os.environ['IBM_API_ROOT']
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http_protocol = os.environ.get('HTTP_PROTOCOL', 'https')
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# For some reason, the standard float converter rejects negative numbers
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@ -33,130 +32,6 @@ app.url_map.converters['float'] = SignedFloatConverter
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def format_date(date):
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return date.strftime("%Y-%m-%dT%H:%M:%S")
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def day_night_for_lang(day_night, language):
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# It's not clear that the Weather Channel API *ever* did this, at least,
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# as long as Rebble has been involved. But yet, the Android app seems
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# to care about this, according to a decompilation.
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if day_night == 'D' and language[0:2] == 'de':
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return 'T'
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return day_night
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def mangle_daypart(language, units, day, daypart):
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return {
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'fcst_valid': day['validTimeUtc'], # THIS IS NOT QUITE CORRECT
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'fcst_valid_local': day['validTimeLocal'],
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'day_ind': day_night_for_lang(daypart['dayOrNight'], language),
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'thunder_enum': daypart['thunderIndex'], # probably?
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'daypart_name': daypart['daypartName'], # "Tonight"
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'long_daypart_name': daypart['daypartName'], # THIS IS NOT QUITE CORRECT: should be "Thursday night"
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'alt_daypart_name': daypart['daypartName'], # "Tonight"
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# 'num' is an enumerator, not used by app
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'thunder_enum_phrase': daypart['thunderCategory'],
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'temp': daypart['temperature'],
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'hi': daypart['temperatureHeatIndex'],
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'wc': daypart['temperatureWindChill'],
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'pop': daypart['precipChance'], # XXX: is this correct?
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'icon_extd': daypart['iconCodeExtend'],
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'icon_code': daypart['iconCode'],
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# 'wxman' not used by app
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'phrase_12char': daypart['wxPhraseShort'],
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'phrase_22char': daypart['wxPhraseLong'],
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'phrase_32char': daypart['wxPhraseLong'],
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# 'subphrase_pt1' not used by app
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# 'subphrase_pt2' not used by app
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# 'subphrase_pt3' not used by app
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'precip_type': daypart['precipType'],
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'rh': daypart['relativeHumidity'],
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'wspd': daypart['windSpeed'],
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'wdir': daypart['windDirection'],
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'wdir_cardinal': daypart['windDirectionCardinal'],
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'clds': daypart['cloudCover'],
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# 'pop_phrase' not used by app
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'temp_phrase': f"{'High' if daypart['dayOrNight'] == 'D' else 'Low'} {daypart['temperature']}{'F' if units == 'e' else 'C'}.", # XXX: i18n
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# 'accumulation_phrase' not used by app
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'wind_phrase': daypart['windPhrase'],
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'shortcast': daypart['wxPhraseLong'],
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'narrative': daypart['narrative'],
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'qpf': daypart['qpf'],
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'snow_qpf': daypart['qpfSnow'],
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'snow_range': daypart['snowRange'],
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# 'snow_phrase' not used by app
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# 'snow_code' not used by app
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# 'vocal_key' not used by app
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'qualifier_code': daypart['qualifierCode'],
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'qualifier': daypart['qualifierPhrase'],
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'uv_index_raw': daypart['uvIndex'], # THIS IS NOT QUITE CORRECT, 9.7 vs 10
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'uv_index': daypart['uvIndex'],
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# 'uv_warning' not used by app
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'uv_desc': daypart['uvDescription'],
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# 'golf_index' not used by app
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# 'golf_category' not used by app
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'golf_category': 'boring sports'
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}
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def new_ibm_to_old_ibm(language, units, forecast):
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# Invert the bizarre IBM dictionary-of-arrays.
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forecast_inv = []
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for k in forecast:
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if k == 'daypart':
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continue
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for day, v in enumerate(forecast[k]):
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if day >= len(forecast_inv):
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forecast_inv.append({})
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forecast_inv[day][k] = v
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# The day parts are even more brain damaged. Invert them, too.
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if len(forecast['daypart']) != 1:
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raise ValueError(f"forecast['daypart'] had wrong number of values {len(forecast['daypart'])}")
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for k in forecast['daypart'][0]:
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for halfday, v in enumerate(forecast['daypart'][0][k]):
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# v == None?
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day = halfday // 2
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dn = "day" if ((halfday % 2) == 0) else "night"
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shouldbe = "D" if ((halfday % 2) == 0) else "N"
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if k == "dayOrNight" and v != shouldbe and v != None:
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raise ValueError(f"halfday {halfday} should be {dn}, but dayOrNight is {v}")
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if day >= len(forecast_inv):
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# There is no day to append this daypart to.
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continue
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if forecast_inv[day].get(dn) is None and v == None:
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continue
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forecast_inv[day][dn] = forecast_inv[day].get(dn, {})
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forecast_inv[day][dn][k] = v
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return [{
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'class': 'fod_long_range_daily',
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'expire_time_gmt': day['expirationTimeUtc'],
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'fcst_valid': day['validTimeUtc'],
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'fcst_valid_local': day['validTimeLocal'],
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# 'num' is an enumerator, not used by app
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'max_temp': day['temperatureMax'],
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'min_temp': day['temperatureMin'],
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# 'torcon' not used by app
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# 'stormcon' not used by app
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# 'blurb' not used by app
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# 'blurb_author' not used by app
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'lunar_phase_day': day['moonPhaseDay'],
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'dow': day['dayOfWeek'],
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'lunar_phase': day['moonPhase'],
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'lunar_phase_code': day['moonPhaseCode'],
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'sunrise': day['sunriseTimeLocal'],
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'sunset': day['sunsetTimeLocal'],
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'moonrise': day['moonriseTimeLocal'],
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'moonset': day['moonsetTimeLocal'],
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# qualifier_code is a property of a daypart now, not used by app
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# qualifier is a property of a daypart now, not used by app
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'qpf': day['qpf'],
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'snow_qpf': day['qpfSnow'],
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# snow_range is a property of a daypart now, not used by app
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# snow_phrase not used by app
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# snow_code not used by app
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**({'day': mangle_daypart(language, units, day, day['day'])} if day.get('day') else {}),
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**({'night': mangle_daypart(language, units, day, day['night'])} if day.get('night') else {}),
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} for day in forecast_inv]
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class HTTPPaymentRequired(HTTPException):
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def __init__(self, description=None, response=None):
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@ -170,15 +45,15 @@ def heartbeat():
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@app.route('/api/v1/geocode/<float:latitude>/<float:longitude>/')
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def geocode(latitude, longitude):
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# if not request.args.get('access_token'):
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# abort(401)
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# user_req = requests.get(f"{auth_internal}/api/v1/me",
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# headers={'Authorization': f"Bearer {request.args['access_token']}"})
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# if user_req.status_code == 401:
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# abort(401)
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# user_req.raise_for_status()
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# if not user_req.json()['is_subscribed']:
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# raise HTTPPaymentRequired()
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if not request.args.get('access_token'):
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abort(401)
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user_req = requests.get(f"{auth_internal}/api/v1/me",
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headers={'Authorization': f"Bearer {request.args['access_token']}"})
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if user_req.status_code == 401:
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abort(401)
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user_req.raise_for_status()
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if not user_req.json()['is_subscribed']:
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raise HTTPPaymentRequired()
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beeline.add_context_field("user", user_req.json()['uid'])
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units = request.args.get('units', 'h')
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@ -186,82 +61,61 @@ def geocode(latitude, longitude):
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beeline.add_context_field("weather.language", language)
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beeline.add_context_field("weather.units", units)
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beeline.add_context_field("weather.api_version", "v2")
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forecast_req = requests.get(f"{ibm_root}/v3/wx/forecast/daily/15day?geocode={latitude},{longitude}&format=json&units={units}&language={language}&apiKey={ibm_key}")
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forecast_req = requests.get(f"{ibm_root}/geocode/{latitude}/{longitude}/forecast/daily/7day.json?language={language}&units={units}")
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forecast_req.raise_for_status()
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forecast = forecast_req.json()
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old_style_fcstdaily7 = { 'forecasts': new_ibm_to_old_ibm(language, units, forecast) }
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current_req = requests.get(f"{ibm_root}/v3/wx/observations/current?geocode={latitude},{longitude}&language={language}&units={units}&format=json&apiKey={ibm_key}")
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current_req = requests.get(f"{ibm_root}/geocode/{latitude}/{longitude}/observations.json?language={language}&units={units}")
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current_req.raise_for_status()
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current = current_req.json()
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observation = current['observation']
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old_style_conditions = {
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'metadata': {
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'language': language,
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'transaction_id': 'lol!',
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'version': '1',
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'latitude': latitude,
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'longitude': longitude,
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'units': units,
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'expire_time_gmt': current['expirationTimeUtc'],
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'status_code': 200,
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},
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'metadata': current['metadata'],
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'observation': {
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'class': 'observation',
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'expire_time_gmt': current['expirationTimeUtc'],
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'obs_time': current['validTimeUtc'],
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'class': observation['class'],
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'expire_time_gmt': observation['expire_time_gmt'],
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'obs_time': observation['valid_time_gmt'],
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# 'obs_time_local': we don't know.
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'wdir': current['windDirection'],
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'icon_code': current['iconCode'],
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'icon_extd': current['iconCodeExtend'],
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'wdir': observation['wdir'],
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'icon_code': observation['wx_icon'],
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'icon_extd': observation['icon_extd'],
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# sunrise: we don't know these, but we could yank them out of the forecast for today.
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# sunset
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'day_ind': current['dayOrNight'],
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'uv_index': current['uvIndex'],
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'day_ind': observation['day_ind'],
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'uv_index': observation['uv_index'],
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# uv_warning: I don't even know what this is. Apparently numeric.
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# wxman: ???
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'obs_qualifier_code': current['obsQualifierCode'],
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'ptend_code': current['pressureTendencyCode'],
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'dow': current['dayOfWeek'],
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'wdir_cardinal': current['windDirectionCardinal'], # sometimes this is "CALM", don't know if that's okay
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'uv_desc': current['uvDescription'],
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'obs_qualifier_code': observation['qualifier'],
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'ptend_code': observation['pressure_tend'],
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'dow': datetime.datetime.utcfromtimestamp(observation['valid_time_gmt']).strftime('%A'),
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'wdir_cardinal': observation['wdir_cardinal'], # sometimes this is "CALM", don't know if that's okay
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'uv_desc': observation['uv_desc'],
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# I'm just guessing at how the three phrases map.
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'phrase_12char': current['wxPhraseShort'],
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'phrase_22char': current['wxPhraseMedium'],
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'phrase_32char': current['wxPhraseLong'],
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'ptend_desc': current['pressureTendencyTrend'],
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'phrase_12char': observation['blunt_phrase'] or observation['wx_phrase'],
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'phrase_22char': observation['terse_phrase'] or observation['wx_phrase'],
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'phrase_32char': observation['wx_phrase'],
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'ptend_desc': observation['pressure_desc'],
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# sky_cover: we don't seem to get a description of this?
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'clds': current['cloudCoverPhrase'], # old was 'CLR', new is 'Partly Cloudy'
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'obs_qualifier_severity': current['obsQualifierSeverity'],
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'clds': observation['clds'],
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'obs_qualifier_severity': observation['qualifier_svrty'],
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# vocal_key: we don't get one of these
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{'e': 'imperial', 'm': 'metric', 'h': 'uk_hybrid'}[units]: {
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'wspd': current['windSpeed'],
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'gust': current['windGust'],
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'vis': current['visibility'],
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'mslp': current['pressureMeanSeaLevel'],
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'altimeter': current['pressureAltimeter'],
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'temp': current['temperature'],
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'dewpt': current['temperatureDewPoint'],
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'rh': current['relativeHumidity'],
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'wc': current['temperatureWindChill'],
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'hi': current['temperatureHeatIndex'],
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'feels_like': current['temperatureFeelsLike'],
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'temp_change_24hour': current['temperatureChange24Hour'],
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'temp_max_24hour': current['temperatureMax24Hour'],
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'temp_min_24hour': current['temperatureMin24Hour'],
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'pchange': current['pressureChange'],
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'snow_1hour': current['snow1Hour'],
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'snow_6hour': current['snow6Hour'],
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'snow_24hour': current['snow24Hour'],
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'precip_1hour': current['precip1Hour'],
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'precip_6hour': current['precip6Hour'],
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'precip_24hour': current['precip24Hour'],
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# {snow,precip}_{mtd,season,{2,3,7}day}: don't get these either
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'ceiling': current['cloudCeiling'],
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# obs_qualifier_{100,50,32}char: or these.
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'wspd': observation['wspd'],
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'gust': observation['gust'],
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'vis': observation['vis'],
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# mslp: don't know what this is but it doesn't map to anything
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'altimeter': observation['pressure'],
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'temp': observation['temp'],
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'dewpt': observation['dewPt'],
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'rh': observation['rh'],
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'wc': observation['wc'],
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'hi': observation['heat_index'],
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'feels_like': observation['feels_like'],
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# temp_change_24hour, temp_max_24hour, temp_min_24hour, pchange: don't get any of these
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# {snow,precip}_{{1,6,24}hour,mtd,season,{2,3,7}day}: don't get these either
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# ceiling, obs_qualifier_{100,50,32}char: or these.
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# these are all now in their own request that you can pay extra to retrieve.
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},
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}
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@ -270,7 +124,7 @@ def geocode(latitude, longitude):
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return jsonify(
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fcstdaily7={
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|
'errors': False,
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'data': old_style_fcstdaily7,
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'data': forecast,
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},
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conditions={
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'errors': False,
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|
