def test_zones_with_forecast(mock_make_get_request):
mock_make_get_request.return_value = None
n = noaa.NOAA(user_agent='test_agent')
n.zones('test_type', 'test_zone_id', forecast=True)
mock_make_get_request.assert_called_with(
'/zones/test_type/test_zone_id/forecast',
end_point=n.DEFAULT_END_POINT)
def test_test_user_agent():
"""Test able to set/get user agent.
"""
n = noaa.NOAA(user_agent='test_agent')
assert n._user_agent == 'test_agent'
n.user_agent = 'test_agent2'
assert n.user_agent == 'test_agent2'
def test_stations_observations_with_current(mock_make_get_request):
mock_make_get_request.return_value = None
n = noaa.NOAA(user_agent='test_agent')
n.stations_observations('PAULOSTATION', current=True)
mock_make_get_request.assert_called_with(
'/stations/PAULOSTATION/observations/current',
end_point=n.DEFAULT_END_POINT)
def test_products_locations(mock_make_get_request):
mock_make_get_request.return_value = None
n = noaa.NOAA(user_agent='test_agent')
n.products_locations(location_id='test_location_id')
mock_make_get_request.assert_any_call(
'/products/locations/test_location_id/types',
end_point=n.DEFAULT_END_POINT)
def test_products_types_with_locations_failed(mock_make_get_request):
mock_make_get_request.return_value = None
n = noaa.NOAA(user_agent='test_agent')
with pytest.raises(Exception) as err:
n.products_types(locations=True, location_id='test_location_id')
assert str(err.value) == ('Error: Missing type id (type_id=None)')
def __init__(self, master):
self.master = master
self.master.geometry("700x400+600+{:d}".format(200+PI_TOOLBAR+TK_HEADER))
self.master.title("Graphs Window")
self.frame = Frame(self.master)
# Load the local coordinates from file
ABSPATH = os.path.abspath(os.path.dirname(sys.argv[0]))
try:
with open(ABSPATH+'/.lonlat.txt','r') as fileobj:
coords = []
for line in fileobj:
coords.append(line.rstrip())
except:
print("You must create a file .lonlat.txt containing the coordinates to submit to NOAA")
exit()
self.lat = coords[1]
self.lon = coords[0]
# Create the NOAA object instance
self.n = noaa.NOAA()
self.have_forecast = False
# Plot date formats
self.alldays = DayLocator()
self.quartdays = HourLocator(byhour=[0,6,12,18])
self.dayFormat = DateFormatter('%a %-m/%d')
def check_noaa_standard(arr, length_thresh, range_thresh, interval_thresh):
"""
Returns TRUE/FALSE if noaa.get_observations_by_lat_lon meets criteria given
:param array arr: array of points to judge criteria on
:param float length_thresh: threshold for generators length
:param float range_thresh: threshold for generators date range
:param float interval_thresh: threshold for generators interval (length/range)
:return: bool if points meet criteria
:rtype: boolean
"""
n = noaa.NOAA()
gen, gen_temp = tee(n.get_observations_by_lat_lon(arr[0], arr[1]))
gen_length = len(list(gen_temp))
print('Length:', gen_length)
if gen_length < length_thresh:
return False
temp_lst = []
for i in gen:
temp_lst.append(i['timestamp'])
date_lst = [datetime.strptime(x, '%Y-%m-%dT%H:%M:%S%z') for x in temp_lst]
date_length = len(date_lst)
date_range = (max(date_lst) - min(date_lst)).total_seconds() / 3600
date_interval = date_length / date_range
print('Range:', date_range)
print('Interval:', date_interval)
if date_range > range_thresh and date_interval >= interval_thresh:
return True
else:
return False
def getWeather():
while True:
locations = getLocation()
global res1day
n = noaa.NOAA()
res = n.get_forecasts(locations[0], locations[1], False)
res1day = res[0]["detailedForecast"]
time.sleep(3600)
def test_stations_observations_with_recordId(mock_make_get_request):
mock_make_get_request.return_value = None
n = noaa.NOAA(user_agent='test_agent')
n.stations_observations('PAULOSTATION',
recordId='2017-01-04T18:54:00+00:00')
mock_make_get_request.assert_called_with(
'/stations/PAULOSTATION/observations/2017-01-04T18:54:00+00:00',
end_point=n.DEFAULT_END_POINT)
def test_products_types_with_locations_and_id(mock_make_get_request):
mock_make_get_request.return_value = None
n = noaa.NOAA(user_agent='test_agent')
n.products_types(locations=True,
location_id='test_location_id',
type_id='test_id')
mock_make_get_request.assert_called_with(
'/products/types/test_id/locations/test_location_id',
end_point=n.DEFAULT_END_POINT)
def test_get_request_header():
"""Test request header is set correctly.
"""
n = noaa.NOAA(user_agent='test_agent', accept=noaa.ACCEPT.CAP)
request_header = n.get_request_header()
assert request_header == {
'User-Agent': 'test_agent',
'accept': 'application/cap+xml'
}
def test_make_get_request(mock_requests):
mock_response_obj = MagicMock()
mock_response_obj.text = 'mock text'
mock_response_obj.json = lambda: {"test": "test"}
mock_response_obj.status_code = 200
mock_requests.get.return_value = mock_response_obj
n = noaa.NOAA(user_agent='test_agent')
res = n.make_get_request('http://test', end_point='test.paulo.com')
assert res == {"test": "test"}
def __init__(self, postal_code, country_code, start, end):
self.postal_code = postal_code
self.country_code = country_code
self.start = start
self.end = end
self.observations = [
x for x in noaa.NOAA().get_observations(
postal_code, country_code, start=start, end=end)
]
self.values = {}
def test_points_forecast_with_hourly(mock_make_get_request):
mock_make_get_request.return_value = {
'properties': {
'forecast': 'forecast_hourly_uri',
'forecastHourly': 'forecast_hourly_uri'
}
}
n = noaa.NOAA(user_agent='test_agent')
n.points_forecast(23.44, 34.55, data_type="hourly")
mock_make_get_request.assert_any_call(uri='forecast_hourly_uri',
end_point=n.DEFAULT_END_POINT)
def weather(bot, update, zipcode="35007", hourly=True):
weather_fetcher = noaa.NOAA()
results = weather_fetcher.get_forecasts(zipcode, "US", hourly=hourly)
if hourly:
results = results[:10] # 10 hours
all_forecasts = parse_all_hourly_weather(results)
update.message.reply_text(all_forecasts)
else:
results = results[1:6] # each is a half day so 3 days
all_forecasts = parse_all_daily_weather(results)
update.message.reply_text(all_forecasts)
def test_make_get_request_failed(mock_requests):
mock_response_obj = MagicMock()
mock_response_obj.text = 'mock text'
mock_response_obj.status_code = 500
mock_response_obj.json = lambda: {"test": "test"}
mock_requests.get.return_value = mock_response_obj
with pytest.raises(Exception) as err:
n = noaa.NOAA(user_agent='test_agent')
n.make_get_request('http://test')
assert err == 'Error: end_point is None.'
def NOAA_combine_forc(sample, keep_list):
"""
Average NOAA weather forecasts for given station coordinates and year
NOAA.points_forecast uses local (PST) time 10/09/2020
:param array sample: coordinates for weather stations used for averaging
:param list keep_list: list of headers wished to retain
:return: dataframe of averaged weather forecasts for stations and year
:rtype: dataframe
"""
n = noaa.NOAA()
forc_df = pd.DataFrame()
for row in sample:
gen = n.points_forecast(row[0], row[1])
for i in gen['properties']['periods']:
i['lat'] = row[0]
i['lon'] = row[1]
forc_df = forc_df.append(i, ignore_index=True)
forc_df = forc_df[keep_list]
# Convert time to UTC
forc_df['startTime'] = pd.to_datetime(forc_df['startTime'])
forc_df['startTime'] = forc_df['startTime'].dt.tz_convert('utc')
forc_df.set_index(keys=['startTime'], drop=True, inplace=True)
# Find average of wind speeds
temp_df = forc_df['windSpeed'].str.split(' to ', expand=True)
temp_df[0] = temp_df[0].str.slice(start=0, stop=2)
temp_df[1] = temp_df[1].str.slice(start=0, stop=2)
temp_df[temp_df.columns] = temp_df[temp_df.columns].astype(float)
temp_df['avg'] = temp_df.mean(axis=1)
forc_df['windSpeed'] = temp_df['avg']
# Count instances of index
temp_df['ct'] = 1
temp_df2 = temp_df.groupby(by=temp_df.index).sum()
temp_df2 = temp_df2['ct']
forc_df = forc_df.merge(temp_df2,
how='left',
left_index=True,
right_index=True)
forc_df = forc_df[forc_df['ct'] > 9]
NOAA_forc_df = forc_df.groupby(by=forc_df.index).mean()
NOAA_forc_df['temperature'] = (NOAA_forc_df['temperature'] - 32) * (
5 / 9) # Convert F to C
return NOAA_forc_df
def create_homepage():
latitude = request.args.get('latitude')
longitude = request.args.get('longitude')
n = noaa.NOAA()
cordinate_api = n.points_forecast(latitude, longitude, hourly=False)
# print(cordinate_api)
# print(cordinate)
# api_request = requests.get("https://api.weather.gov/points/" + str(latitude) + "," + str(longitude))
cordinate_api = api_request.json()
return render_template("cordinate.html",
latitude=latitude,
longitude=longitude,
cordinate_api=cordinate_api)
def test_set_accept():
"""Test setting valid accept string.
"""
with pytest.raises(Exception) as err:
noaa.NOAA(accept='test')
assert str(err.value) == ("Invalid format. Available formats are: "
"["
"'application/atom+xml', "
"'application/cap+xml', "
"'application/geo+json', "
"'application/json', "
"'application/ld+json', "
"'application/vnd.noaa.dwml+xml', "
"'application/vnd.noaa.obs+xml'"
"]")
def update(self):
from noaa_sdk import noaa
if self._zoneid != 'LAT,LONG':
params = {'zone': self._zoneid}
else:
params = {'point': '{0},{1}'.format(self.latitude, self.longitude)}
try:
nws = noaa.NOAA().alerts(active=1, **params)
nwsalerts = nws['features']
if len(nwsalerts) > 1:
nwsalerts = sorted(nwsalerts, key=sortedbyurgencyandseverity)
self._state = nwsalerts[0]['properties']['urgency']
self._event_type = nwsalerts[0]['properties']['event']
self._event_severity = nwsalerts[0]['properties']['severity']
self._description = nwsalerts[0]['properties']['description']
self._headline = nwsalerts[0]['properties']['headline']
self._instruction = nwsalerts[0]['properties']['instruction']
#second set of events
self._state2 = nwsalerts[0]['properties']['urgency']
self._event_type2 = nwsalerts[0]['properties']['event']
self._event_severity2 = nwsalerts[0]['properties']['severity']
self._description2 = nwsalerts[0]['properties']['description']
self._headline2 = nwsalerts[0]['properties']['headline']
self._instruction2 = nwsalerts[0]['properties']['instruction']
elif len(nwsalerts) == 1:
self._state = nwsalerts[0]['properties']['urgency']
self._event_type = nwsalerts[0]['properties']['event']
self._event_severity = nwsalerts[0]['properties']['severity']
self._description = nwsalerts[0]['properties']['description']
self._headline = nwsalerts[0]['properties']['headline']
self._instruction = nwsalerts[0]['properties']['instruction']
self._state2 = 'none'
else:
self._state = 'none'
self._event_type = 'none'
self._event_severity = 'none'
self._headline = 'none'
self._instruction = 'none'
self._description = 'none'
self._state2 = 'none'
except Exception as err:
self._state = 'Error'
self._event_type = 'none'
self._event_severity = 'none'
self._headline = 'none'
self._instruction = 'none'
self._description = err
def get_weather(zip=21042):
def forecast_summary(summary_list):
place = None
summary = []
for i in summary_list:
if place is None:
# print(i)
summary.append(i)
elif place == i:
1
elif place != i:
# print(i)
summary.append(i)
place = i
return summary
n = noaa.NOAA()
res = n.get_forecasts('21042', 'US', True)
#curr_day = [ v['startTime'][0:10] for v in res ][0]
days = list(set([v['startTime'][0:10] for v in res]))
days.sort()
days_dict = [('Hello Hello, today\'s forecast:', days[0]),
('Tomorrow\'s forecast:', days[1])]
weather_report = []
for dat in days_dict:
weather_report.append(dat[0])
shortForecasts = [
v['shortForecast'] for v in res if v['startTime'][0:10] == dat[1]
] + ['.']
weather_report.append(",".join(forecast_summary(shortForecasts)))
temps = [
v['temperature'] for v in res if v['startTime'][0:10] == dat[1]
]
temps.sort()
min = temps[0]
max = temps[-1]
weather_report.append("Minimum temperature:" + str(min) +
", and Maximum temperature:" + str(max) +
" degrees.")
return (" ".join(weather_report))
def get_forecast(latitude, longitude):
n = noaa.NOAA()
response = n.points_forecast(40.7314, -73.8656, hourly=True)
forecast = json_normalize(data=response['properties'],
record_path='periods')
forecast['datetime'] = pd.to_datetime(forecast['startTime'])
str.split(forecast['windSpeed'])
forecast.rename(
columns={
'temperature': 'temp',
#'dewpoint.english' : 'dewPt',
#'mslp.english' : 'pressure',
#'humidity' : 'rh',
'windDirection': 'wdir_cardinal',
'windSpeed': 'wspd',
'qpf.english': 'precip_hrly',
'feelslike.english': 'feels_like',
'uvi': 'uv_index',
'wx': 'wx_phrase',
'FCTTIME.mon': 'month',
'FCTTIME.hour': 'hour',
'FCTTIME.mday': 'day',
'FCTTIME.weekday_name': 'weekday'
},
inplace=True)
# return the simplified forecast
forecast = forecast[[
'datetime', 'month', 'day', 'hour', 'temp', 'wx_phrase', 'dewPt', 'rh',
'pressure', 'wdir_cardinal', 'wspd', 'precip_hrly', 'feels_like'
]]
# convert to numeric
cols = forecast.columns.drop(['datetime', 'wx_phrase', 'wdir_cardinal'])
forecast[cols] = forecast[cols].apply(pd.to_numeric, errors='coerce')
return (forecast)
def newData():
# Get new data
query = 'SELECT MAX(timestamp) FROM observations'
cursor.execute(query,())
sqlResult = cursor.fetchall()
startDate = datetime.datetime.strptime(str(sqlResult[0]['MAX(timestamp)']), "%Y-%m-%dT%H:%M:%S%z" ).strftime("%Y-%m-%dT%H:%M:%SZ") #changed from - "%Y-%m-%dT00:00:00Z"
endDate = (datetime.datetime.now() + datetime.timedelta(hours=8)).strftime("%Y-%m-%dT%H:%M:%SZ") #changed from - "%Y-%m-%dT23:59:59Z"
##Stolen from DB creation script
n = noaa.NOAA()
observations = n.get_observations(zipCode,country,startDate,endDate)
insertQuery = """ REPLACE INTO observations
(timestamp, windSpeed, temperature, relativeHumidity,
windDirection, barometricPressure, visibility, textDescription)
VALUES
(%s, %s, %s, %s, %s, %s, %s, %s) """ #changed ? to %s to fit MySQL/MariaDB standards
## LATER: Convert noaa dataset to pandas dataframe and insert once?
count = 0
for obs in observations:
insertValues = (obs["timestamp"],
obs["windSpeed"]["value"],
obs["temperature"]["value"],
obs["relativeHumidity"]["value"],
obs["windDirection"]["value"],
obs["barometricPressure"]["value"],
obs["visibility"]["value"],
obs["textDescription"])
cursor.execute(insertQuery, insertValues)
count += 1
if count > 0:
cursor.execute("COMMIT;")
#Now get full table
query = 'SELECT * FROM observations'
cursor.execute(query,())
sqlResult = cursor.fetchall()
def _update(self):
if self._zoneid != 'LAT,LONG':
params = {'zone': self._zoneid}
else:
params = {'point': '{0},{1}'.format(self.latitude, self.longitude)}
try:
nws = noaa.NOAA().alerts(active=1, **params)
nwsalerts = []
for alert in nws['features']:
nwsalerts.append(alert['properties'])
self._state = len(nwsalerts)
self._attributes = {}
self._attributes['alerts'] = sorted(nwsalerts,
key=sortedbyurgencyandseverity)
self._attributes['urgency'] = self._attributes['alerts'][0][
'urgency'] if self._state > 0 else None
self._attributes['event_type'] = self._attributes['alerts'][0][
'event'] if self._state > 0 else None
self._attributes['event_severity'] = self._attributes['alerts'][0][
'severity'] if self._state > 0 else None
self._attributes['description'] = self._attributes['alerts'][0][
'description'] if self._state > 0 else None
self._attributes['headline'] = self._attributes['alerts'][0][
'headline'] if self._state > 0 else None
self._attributes['instruction'] = self._attributes['alerts'][0][
'instruction'] if self._state > 0 else None
self._attributes['alerts_string'] = json.dumps(
self._attributes['alerts'])
except Exception as err:
self._state = 'Error'
self._attributes['alerts'] = None
self._attributes['urgency'] = None
self._attributes['event_type'] = None
self._attributes['event_severity'] = None
self._attributes['description'] = err
self._attributes['headline'] = None
self._attributes['instruction'] = None
self._attributes['alerts_string'] = None
_LOGGER.error(err)
def NOAA_combine_obs(sample, replace_list, remove_list):
"""
Average NOAA weather observations for given station coordinates and year
:param array station_coor: coordinates for weather stations used for averaging
:param integer year: year to use for lookup
:return: dataframe of averaged weather observations for stations and year
:rtype: dataframe
"""
n = noaa.NOAA()
obs_df = pd.DataFrame()
for row in sample:
observations = n.get_observations_by_lat_lon(row[0], row[1])
for i in observations:
for j in remove_list:
del i[j]
for j in replace_list:
i[j] = i[j]['value']
i['lat'] = row[0]
i['lon'] = row[1]
obs_df = obs_df.append(i, ignore_index=True)
obs_df['timestamp'] = pd.to_datetime(obs_df['timestamp'])
obs_df['timestamp_rounded'] = obs_df['timestamp'].dt.round(freq='H')
# obs_df['timestamp_rounded'] = obs_df['timestamp_rounded'].dt.tz_localize('utc')
obs_df.set_index(keys=['lat', 'lon', 'timestamp_rounded'],
drop=True,
inplace=True)
obs_df = obs_df[~obs_df.index.duplicated(keep='first')]
obs_df.drop(columns=['timestamp'], inplace=True)
obs_df.reset_index(level=['lat', 'lon'], drop=True, inplace=True)
obs_df[obs_df.columns] = obs_df[obs_df.columns].astype(float)
NOAA_obs_df = obs_df.groupby(by=obs_df.index).mean()
return NOAA_obs_df
def getAlerts(self):
params = {'point': '{0},{1}'.format(self.lat, self.lon)}
#while True:
try:
debug.info("Checking NWS weather alerts")
nws = noaa.NOAA().alerts(active=1, **params)
self.network_issues = False
except Exception as err:
debug.error(err)
self.network_issues = True
pass
#print (nws)
if not self.network_issues:
nwsalerts = []
for alert in nws['features']:
nwsalerts.append(alert['properties'])
_state = len(nwsalerts)
debug.info("Number of alerts is " + str(_state))
if _state > 0:
_attributes = {}
_attributes['alerts'] = sorted(
nwsalerts, key=self.sortedbyurgencyandseverity)
_attributes['urgency'] = _attributes['alerts'][0][
'urgency'] if _state > 0 else None
_attributes['event_severity'] = _attributes['alerts'][0][
'severity'] if _state > 0 else None
_attributes['event'] = _attributes['alerts'][0][
'event'] if _state > 0 else None
_attributes['description'] = _attributes['alerts'][0][
'description'] if _state > 0 else None
_attributes['headline'] = _attributes['alerts'][0][
'headline'] if _state > 0 else None
_attributes['instruction'] = _attributes['alerts'][0][
'instruction'] if _state > 0 else None
_attributes['effective'] = _attributes['alerts'][0][
'effective'] if _state > 0 else None
_attributes['expires'] = _attributes['alerts'][0][
'expires'] if _state > 0 else None
_attributes['alerts_string'] = json.dumps(
_attributes['alerts'])
# Build up the weather alert string
# urgency (Immediate, Expected, Future, Unknown)
# severity severity level(minor, moderate, severe, extreme)
#
if self.data.config.wxalert_nws_show_expire and _attributes[
'expires'] != None:
warn_date = _attributes['expires']
else:
warn_date = _attributes['effective']
#Convert to date for display
warn_datetime = datetime.datetime.strptime(
warn_date, self.alert_date_format)
if self.time_format == "%H:%M":
wx_alert_time = warn_datetime.strftime("%m/%d %H:%M")
else:
wx_alert_time = warn_datetime.strftime("%m/%d %I:%M %p")
#Strip out the string at end of string for the title
if "Warning" in _attributes['event']:
wx_alert_title = _attributes['event'][:-(len(" Warning"))]
wx_type = "warning"
elif "Watch" in _attributes['event']:
wx_alert_title = _attributes['event'][:-(len(" Watch"))]
wx_type = "watch"
elif "Advisory" in _attributes['event']:
wx_alert_title = _attributes['event'][:-(len(" Advisory"))]
wx_type = "advisory"
else:
wx_alert_title = _attributes['event']
wx_type = "statement"
# Only create an alert for Immediate and Expected?
if wx_type != "statement":
self.data.wx_alerts = [
wx_alert_title, wx_type, wx_alert_time,
_attributes['urgency'], _attributes['event_severity']
]
# Only interrupt the first time
if self.weather_alert == 0 and self.data.wx_updated:
self.data.wx_alert_interrupt = True
self.sleepEvent.set()
self.weather_alert += 1
debug.info(self.data.wx_alerts)
else:
self.data.wx_alert_interrupt = False
self.weather_alert = 0
self.data.wx_alerts = []
debug.info("No active NWS alerts in your area")
else:
self.data.wx_alert_interrupt = False
self.weather_alert = 0
self.data.wx_alerts = []
debug.info("No active NWS alerts in your area")
def bot(conf):
"""
bot(conf)
Bot.
"""
with open('cphrases.json', 'r+') as aliases:
phrases = json.loads(aliases.read())
if conf['aiml_bot'] is True:
logging.info("Loading the aiml kernel and files!")
k = aiml.Kernel()
k.learn('main.xml')
k.respond('load aiml b')
else:
logger.warn("Aiml bot is disabled!")
print(conf['bot_name'])
print(conf['description'])
#There are two forms of input, audio or terminal. There are two stored forms, the raw response (rresponse), and the parsed response used for just command words (response)
stopwords = set(sw.words('english'))
while True:
if conf['audio'] is True:
logging.warn("Microphone is active! Listening...")
rresponse = utils.m()
else:
rresponse = input("## ")
response = rresponse.split(' ')
logging.info("Command: {}".format(response))
for w in stopwords:
if w in response:
response.remove(w)
for phrase in phrases['greet_phrases']:
if phrase in response:
x = datetime.datetime.now().hour
if x > 0 and x <= 12:
print(
"Program your generic response for the morning time here"
)
elif x > 12 and x < 18:
print("Programing afternoon response")
else:
print("Program night response")
if "nearby" in response:
logging.debug("Running command! \n {}".format(rresponse))
#Fetch nearby locations
url = "https://maps.googleapis.com/maps/api/place/textsearch/json?"
r = requests.get(url + 'query=' + rresponse + '&key=' +
conf['maps_api_key'])
res = r.json()
res = res['results']
if conf['audio'] is True:
resp = res[0]['name'] + '. address is ' + res[0][
'formatted_address']
synth(resp)
else:
print(res[0]['name'] + '. Address is ' +
res[0]['formatted_address'])
if "weather" in response:
logging.debug("Ran weather command with: {}".format(response))
try:
wind_direction = {
"N": "North",
"E": "East",
"S": "South",
"W": "West",
"SE": "south east",
"SW": "south west",
"NW": "north west",
"NE": "north east",
"NNE": "north north east",
"NNW": "north north west",
"SSE": "south south east",
"SSW": "south south west",
}
res = noaa.NOAA().get_forecasts(conf['zipcode'],
conf['country'], True)
if res[0]['temperatureUnit'] is "F":
temp_unit = "farenheit"
elif res[0]['temperatureUnit'] is "C":
temp_unit = "celcius"
else:
temp_unit = "unknown"
wind_direction = wind_direction[str(
res[0]["windDirection"]
)] #Useless type conversion, there to help make things flow better conceptually though.
res = res[0]['shortForecast'] + ". the temperature is " + str(
res[0]['temperature']
) + " degrees " + temp_unit + ", with wind speeds of " + res[
0]['windSpeed'] + " heading " + wind_direction
if conf['audio'] is True:
synth(res)
else:
print(res)
except KeyboardInterrupt as e:
logger.warn("Command canceled! \n {}".format(e))
else:
if conf['audio'] is True:
synth(str(k.respond(rresponse)))
else:
print(k.respond(rresponse))
#https://api.weather.gov/alerts/active
#nws = noaa.NOAA().alerts(active=1,zone=CONF_ZONEID)
#follow format of https://github.com/home-assistant/home-assistant/blob/dev/homeassistant/components/weather/darksky.py
try:
CONF_ZONEID
except NameError:
params={'point': '{0},{1}'.format(latitude,longitude)}
print('latlong')
else:
params={'zone': CONF_ZONEID}
print('zoneid')
params['limit'] = 3
params={}
print(params)
try:
nws = noaa.NOAA().alerts(active=1, **params)
#nws = noaa.NOAA().active_alerts()
print(nws)
except Exception as err:
print(err)
nwsalerts = nws['features']
def sortedbyurgencyandseverity(prop):
if (prop['properties']['urgency']).lower() == 'immediate':
sortedvalue = 1
elif (prop['properties']['urgency']).lower() == 'expected':
sortedvalue = 10
elif (prop['properties']['urgency']).lower() == 'future':
sortedvalue = 100
else:
createTableCmd = """ CREATE TABLE IF NOT EXISTS observations (
timestamp VARCHAR(31) NOT NULL PRIMARY KEY,
windSpeed FLOAT,
temperature FLOAT,
relativeHumidity FLOAT,
windDirection INTEGER,
barometricPressure INTEGER,
visibility INTEGER,
textDescription TEXT
) ; """ #changed to VARCHAR to set key length for MySQL/MariaDB, changed REAL to FLOAT to adhere more accurately to MariaDB standards
cur.execute(createTableCmd)
print("Database prepared")
# Get hourly weather observations from NOAA Weather Service API
print("Getting weather data...")
n = noaa.NOAA()
observations = n.get_observations(zipCode, country, startDate, endDate)
#populate table with weather observations
print("Inserting rows...")
insertCmd = """ INSERT INTO observations
(timestamp, windSpeed, temperature, relativeHumidity,
windDirection, barometricPressure, visibility, textDescription)
VALUES
(%s, %s, %s, %s, %s, %s, %s, %s) """ #changed ? to %s to fit MySQL/MariaDB standards
count = 0
for obs in observations:
insertValues = (obs["timestamp"], obs["windSpeed"]["value"],
obs["temperature"]["value"],
obs["relativeHumidity"]["value"],
obs["windDirection"]["value"],
def __init__(self):
MycroftSkill.__init__(self)
self.noaa = noaa.NOAA()