def observationlayer():
utilities.log( "Fetching '{0}' Observation Map with index '{1}'...".format(OBSERVATIONMAP_LAYER_SELECTION, OBSERVATIONMAP_SLIDER))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
surface = cache.get(GOOGLE_SURFACE, lambda x: datetime.utcnow() + timedelta(days=30))
marker = cache.get(GOOGLE_MARKER, lambda x: datetime.utcnow() + timedelta(days=30))
filename = cache.get(OBSERVATION_LAYER_CAPABILITIES_URL, observationlayer_capabilities_expiry)
data = json.load(open(filename))
#pull parameters out of capabilities file - TODO: consider using jsonpath here
try:
issuedat = utilities.strptime(data['Layers']['Layer'][-1]['Service']['Times']['Time'][0], DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
for thislayer in data['Layers']['Layer']:
if thislayer['@displayName'] == OBSERVATIONMAP_LAYER_SELECTION:
layer_name = thislayer['Service']['LayerName']
image_format = thislayer['Service']['ImageFormat']
times = thislayer['Service']['Times']['Time']
break
else:
raise Exception('Error', "Couldn't find layer '%s'" % OBSERVATIONMAP_LAYER_SELECTION)
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), OBSERVATION_LAYER_CAPABILITIES_URL)
raise
index = OBSERVATIONMAP_SLIDER
if int(index) < 0:
utilities.log('Slider is negative. Fetching with index 0')
WINDOW.setProperty('ObservationMap.Slider', '0')#@UndefinedVariable
index = '0'
elif int(index) > len(times)-1:
utilities.log('Slider exceeds available index range. Fetching with index {0}'.format(str(len(times)-1)))
WINDOW.setProperty('ObservationMap.Slider', str(len(times)-1))#@UndefinedVariable
index = str(len(times)-1)
indexedtime = times[int(index)]
maptime = utilities.strptime(indexedtime, DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
#get overlay using parameters from gui settings
try:
LayerURL = data['Layers']['BaseUrl']['$']
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), OBSERVATION_LAYER_CAPABILITIES_URL)
raise
url = LayerURL.format(LayerName=layer_name,
ImageFormat=image_format,
Time=indexedtime,
key=API_KEY)
layer = cache.get(url, lambda x: datetime.utcnow() + timedelta(days=1), image_resize)
WINDOW.setProperty('ObservationMap.Surface', surface)#@UndefinedVariable
WINDOW.setProperty('ObservationMap.Marker', marker)#@UndefinedVariable
WINDOW.setProperty('ObservationMap.IssuedAt', issuedat.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
WINDOW.setProperty('ObservationMap.MapTime', maptime.astimezone(TZUK).strftime(MAPTIME_FORMAT))#@UndefinedVariable
WINDOW.setProperty('ObservationMap.Layer', layer)#@UndefinedVariable
WINDOW.setProperty('ObservationMap.IsFetched', 'true')#@UndefinedVariable
def observationlayer():
utilities.log( "Fetching '{0}' Observation Map with index '{1}'...".format(OBSERVATIONMAP_LAYER_SELECTION, OBSERVATIONMAP_SLIDER))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
surface = cache.get(GOOGLE_SURFACE, lambda x: datetime.utcnow() + timedelta(days=30))
marker = cache.get(GOOGLE_MARKER, lambda x: datetime.utcnow() + timedelta(days=30))
filename = cache.get(OBSERVATION_LAYER_CAPABILITIES_URL, observationlayer_capabilities_expiry)
data = json.load(open(filename))
#pull parameters out of capabilities file - TODO: consider using jsonpath here
try:
issuedat = utilities.strptime(data['Layers']['Layer'][-1]['Service']['Times']['Time'][0], DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
for thislayer in data['Layers']['Layer']:
if thislayer['@displayName'] == OBSERVATIONMAP_LAYER_SELECTION:
layer_name = thislayer['Service']['LayerName']
image_format = thislayer['Service']['ImageFormat']
times = thislayer['Service']['Times']['Time']
break
else:
raise Exception('Error', "Couldn't find layer '%s'" % OBSERVATIONMAP_LAYER_SELECTION)
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), OBSERVATION_LAYER_CAPABILITIES_URL)
raise
index = OBSERVATIONMAP_SLIDER
if int(index) < 0:
utilities.log('Slider is negative. Fetching with index 0')
WINDOW.setProperty('ObservationMap.Slider', '0')#@UndefinedVariable
index = '0'
elif int(index) > len(times)-1:
utilities.log('Slider exceeds available index range. Fetching with index {0}'.format(str(len(times)-1)))
WINDOW.setProperty('ObservationMap.Slider', str(len(times)-1))#@UndefinedVariable
index = str(len(times)-1)
indexedtime = times[int(index)]
maptime = utilities.strptime(indexedtime, DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
#get overlay using parameters from gui settings
try:
LayerURL = data['Layers']['BaseUrl']['$']
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), OBSERVATION_LAYER_CAPABILITIES_URL)
raise
url = LayerURL.format(LayerName=layer_name,
ImageFormat=image_format,
Time=indexedtime,
key=API_KEY)
layer = cache.get(url, lambda x: datetime.utcnow() + timedelta(days=1), image_resize)
WINDOW.setProperty('ObservationMap.Surface', surface)#@UndefinedVariable
WINDOW.setProperty('ObservationMap.Marker', marker)#@UndefinedVariable
WINDOW.setProperty('ObservationMap.IssuedAt', issuedat.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
WINDOW.setProperty('ObservationMap.MapTime', maptime.astimezone(TZUK).strftime(MAPTIME_FORMAT))#@UndefinedVariable
WINDOW.setProperty('ObservationMap.Layer', layer)#@UndefinedVariable
WINDOW.setProperty('ObservationMap.IsFetched', 'true')#@UndefinedVariable
def text():
utilities.log( "Fetching Text Forecast for '%s (%s)' from the Met Office..." % (REGIONAL_LOCATION, REGIONAL_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(TEXT_FORECAST_URL, text_expiry)
data=json.load(open(filename))
try:
rf = data['RegionalFcst']
issuedat = utilities.strptime(rf['issuedAt'].rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('TextForecast.IssuedAt', issuedat.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
count = 0
for period in rf['FcstPeriods']['Period']:
#have to check type because json can return list or dict here
if isinstance(period['Paragraph'],list):
for paragraph in period['Paragraph']:
WINDOW.setProperty('Text.Paragraph%d.Title' % count, paragraph['title'].rstrip(':').lstrip('UK Outlook for'))#@UndefinedVariable
WINDOW.setProperty('Text.Paragraph%d.Content' % count, paragraph['$'])#@UndefinedVariable
count+=1
else:
WINDOW.setProperty('Text.Paragraph%d.Title' % count, period['Paragraph']['title'].rstrip(':').lstrip('UK Outlook for'))#@UndefinedVariable
WINDOW.setProperty('Text.Paragraph%d.Content' % count, period['Paragraph']['$'])#@UndefinedVariable
count+=1
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), TEXT_FORECAST_URL)
raise
WINDOW.setProperty('TextForecast.IsFetched', 'true')#@UndefinedVariable
def get(self, url, expiry_callback, resource_callback=None):
"""
Checks to see if an item is in cache
"""
try:
entry = self._cache[url]
if not os.path.isfile(entry['resource']) or utilities.strptime(entry['expiry'], self.TIME_FORMAT) < datetime.utcnow():
raise InvalidCacheError
else:
return entry['resource']
except (KeyError, InvalidCacheError):
#(src, headers) = urllib.urlretrieve(url)
try:
response = urllib2.urlopen(url)
except (socket.timeout, urllib2.URLError) as e:
e.args = (str(e), url)
raise
page = response.read()
response.close()
tmp = tempfile.NamedTemporaryFile(dir=self._folder, delete=False)
tmp.write(page)
tmp.close()
expiry = expiry_callback(tmp.name)
if resource_callback:
resource_callback(tmp.name)
self._cache[url] = {'resource': tmp.name, 'expiry': expiry.strftime(self.TIME_FORMAT)}
return tmp.name
def get(self, url, expiry_callback, resource_callback=None):
"""
Checks to see if an item is in cache
"""
try:
entry = self._cache[url]
if not os.path.isfile(entry['resource']) or utilities.strptime(
entry['expiry'], self.TIME_FORMAT) < datetime.utcnow():
raise InvalidCacheError
else:
return entry['resource']
except (KeyError, InvalidCacheError):
#(src, headers) = urllib.urlretrieve(url)
try:
response = urllib2.urlopen(url)
except (socket.timeout, urllib2.URLError) as e:
e.args = (str(e), url)
raise
page = response.read()
response.close()
tmp = tempfile.NamedTemporaryFile(dir=self._folder, delete=False)
tmp.write(page)
tmp.close()
expiry = expiry_callback(tmp.name)
if resource_callback:
resource_callback(tmp.name)
self._cache[url] = {
'resource': tmp.name,
'expiry': expiry.strftime(self.TIME_FORMAT)
}
return tmp.name
def text():
utilities.log( "Fetching Text Forecast for '%s (%s)' from the Met Office..." % (REGIONAL_LOCATION, REGIONAL_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(TEXT_FORECAST_URL, text_expiry)
data=json.load(open(filename))
try:
rf = data['RegionalFcst']
issuedat = utilities.strptime(rf['issuedAt'].rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('TextForecast.IssuedAt', issuedat.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
count = 0
for period in rf['FcstPeriods']['Period']:
#have to check type because json can return list or dict here
if isinstance(period['Paragraph'],list):
for paragraph in period['Paragraph']:
WINDOW.setProperty('Text.Paragraph%d.Title' % count, paragraph['title'].rstrip(':').lstrip('UK Outlook for'))#@UndefinedVariable
WINDOW.setProperty('Text.Paragraph%d.Content' % count, paragraph['$'])#@UndefinedVariable
count+=1
else:
WINDOW.setProperty('Text.Paragraph%d.Title' % count, period['Paragraph']['title'].rstrip(':').lstrip('UK Outlook for'))#@UndefinedVariable
WINDOW.setProperty('Text.Paragraph%d.Content' % count, period['Paragraph']['$'])#@UndefinedVariable
count+=1
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), TEXT_FORECAST_URL)
raise
WINDOW.setProperty('TextForecast.IsFetched', 'true')#@UndefinedVariable
def daily():
utilities.log( "Fetching Daily Forecast for '%s (%s)' from the Met Office..." % (FORECAST_LOCATION, FORECAST_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(DAILY_LOCATION_FORECAST_URL, daily_expiry)
data=json.load(open(filename))
try:
dv = data['SiteRep']['DV']
dataDate = utilities.strptime(dv.get('dataDate').rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('DailyForecast.IssuedAt', dataDate.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
for p, period in enumerate(dv['Location']['Period']):
WINDOW.setProperty('Day%d.Title' %p, time.strftime(SHORT_DAY_FORMAT, time.strptime(period.get('value'), DATAPOINT_DATE_FORMAT)))#@UndefinedVariable
for rep in period['Rep']:
weather_type = rep.get('W', 'na')
if rep.get('$') == 'Day':
WINDOW.setProperty('Day%d.HighTemp' %p, rep.get('Dm', 'na'))#@UndefinedVariable
WINDOW.setProperty('Day%d.HighTempIcon' %p, rep.get('Dm'))#@UndefinedVariable
WINDOW.setProperty('Day%d.Outlook' %p, WEATHER_CODES.get(weather_type)[1])#@UndefinedVariable
WINDOW.setProperty('Day%d.OutlookIcon' % p, WEATHER_ICON_PATH % WEATHER_CODES.get(weather_type, 'na')[0])#@UndefinedVariable
WINDOW.setProperty('Day%d.WindSpeed' % p, rep.get('S', 'na'))#@UndefinedVariable
WINDOW.setProperty('Day%d.WindDirection' % p, rep.get('D', 'na').lower())#@UndefinedVariable
elif rep.get('$') == 'Night':
WINDOW.setProperty('Day%d.LowTemp' %p, rep.get('Nm', 'na'))#@UndefinedVariable
WINDOW.setProperty('Day%d.LowTempIcon' %p, rep.get('Nm'))#@UndefinedVariable
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), DAILY_LOCATION_FORECAST_URL)
raise
WINDOW.setProperty('DailyForecast.IsFetched', 'true')#@UndefinedVariable
def threehourly():
utilities.log( "Fetching 3 Hourly Forecast for '%s (%s)' from the Met Office..." % (FORECAST_LOCATION, FORECAST_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(THREEHOURLY_LOCATION_FORECAST_URL, threehourly_expiry)
data=json.load(open(filename))
try:
dv = data['SiteRep']['DV']
dataDate = utilities.strptime(dv.get('dataDate').rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('3HourlyForecast.IssuedAt', dataDate.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
count = 0
for period in dv['Location']['Period']:
for rep in period['Rep']:
#extra xbmc targeted info:
weather_type = rep.get('W', 'na')
WINDOW.setProperty('3Hourly%d.Outlook' % count, WEATHER_CODES.get(weather_type)[1])#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.WindSpeed' % count, rep.get('S', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.WindDirection' % count, rep.get('D', 'na').lower())#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.GustSpeed' % count, rep.get('G', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.UVIndex' % count, rep.get('U', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.Precipitation' % count, rep.get('Pp'))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.OutlookIcon' % count, WEATHER_ICON_PATH % WEATHER_CODES.get(weather_type, 'na')[0])#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.Day' % count, time.strftime(SHORT_DAY_FORMAT, time.strptime(period.get('value'), DATAPOINT_DATE_FORMAT)))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.Time' % count, utilities.minutes_as_time(int(rep.get('$'))))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.ActualTemp' % count, utilities.rownd(utilities.localised_temperature(rep.get('T', 'na'))))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.ActualTempIcon' % count, rep.get('T', 'na'))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.FeelsLikeTemp' % count, utilities.rownd(utilities.localised_temperature(rep.get('F', 'na'))))#@UndefinedVariable
WINDOW.setProperty('3Hourly%d.FeelsLikeTempIcon' % count, rep.get('F', 'na'))#@UndefinedVariable
count +=1
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), THREEHOURLY_LOCATION_FORECAST_URL)
raise
WINDOW.setProperty('3HourlyForecast.IsFetched', 'true')#@UndefinedVariable
def flush(self):
flushlist = list()
for url, entry in self._cache.iteritems():
if not os.path.isfile(entry['resource']) or utilities.strptime(entry['expiry'], self.TIME_FORMAT) < datetime.utcnow():
flushlist.append(url)
for url in flushlist:
self.remove(url)
def observation():
utilities.log( "Fetching Hourly Observation for '%s (%s)' from the Met Office..." % (OBSERVATION_LOCATION, OBSERVATION_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(HOURLY_LOCATION_OBSERVATION_URL, observation_expiry)
data=json.load(open(filename))
try:
dv = data['SiteRep']['DV']
dataDate = utilities.strptime(dv.get('dataDate').rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('HourlyObservation.IssuedAt', dataDate.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
try:
latest_period = dv['Location']['Period'][-1]
except KeyError:
latest_period = dv['Location']['Period']
try:
latest_obs = latest_period['Rep'][-1]
except KeyError:
latest_obs = latest_period['Rep']
WINDOW.setProperty('Current.Condition', WEATHER_CODES[latest_obs.get('W', 'na')][1])#@UndefinedVariable
WINDOW.setProperty('Current.Visibility', latest_obs.get('V', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.Pressure', latest_obs.get('P', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.Temperature', str(round(float(latest_obs.get('T', 'n/a')))).split('.')[0])#@UndefinedVariable
WINDOW.setProperty('Current.Wind', latest_obs.get('S', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.WindDirection', latest_obs.get('D', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.WindGust', latest_obs.get('G', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.OutlookIcon', '%s.png' % WEATHER_CODES[latest_obs.get('W', 'na')][0])#@UndefinedVariable
WINDOW.setProperty('Current.FanartCode', '%s.png' % WEATHER_CODES[latest_obs.get('W','na')][0])#@UndefinedVariable
WINDOW.setProperty('Current.DewPoint', str(round(float(latest_obs.get('Dp', 'n/a')))).split('.')[0])#@UndefinedVariable
WINDOW.setProperty('Current.Humidity', str(round(float(latest_obs.get('H', 'n/a')))).split('.')[0])#@UndefinedVariable
WINDOW.setProperty('HourlyObservation.IsFetched', 'true')#@UndefinedVariable
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), HOURLY_LOCATION_OBSERVATION_URL)
raise
def threehourly():
utilities.log( "Fetching 3 Hourly Forecast for '%s (%s)' from the Met Office..." % (FORECAST_LOCATION, FORECAST_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(THREEHOURLY_LOCATION_FORECAST_URL, threehourly_expiry)
data=json.load(open(filename))
try:
dv = data['SiteRep']['DV']
dataDate = utilities.strptime(dv.get('dataDate').rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('3HourlyForecast.IssuedAt', dataDate.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
count = 1
for period in dv['Location']['Period']:
for rep in period['Rep']:
#extra xbmc targeted info:
weather_type = rep.get('W', 'na')
WINDOW.setProperty('Hourly.%d.Outlook' % count, WEATHER_CODES.get(weather_type)[1])#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.WindSpeed' % count, rep.get('S', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.WindDirection' % count, rep.get('D', 'na').lower())#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.GustSpeed' % count, rep.get('G', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.UVIndex' % count, rep.get('U', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.Precipitation' % count, rep.get('Pp') + "%")#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.OutlookIcon' % count, "%s.png" % WEATHER_CODES.get(weather_type, 'na')[0])#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.ShortDate' % count, time.strftime(SHORT_DATE_FORMAT, time.strptime(period.get('value'), DATAPOINT_DATE_FORMAT)))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.Time' % count, utilities.minutes_as_time(int(rep.get('$'))))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.Temperature' % count, utilities.rownd(utilities.localised_temperature(rep.get('T', 'na')))+TEMPERATUREUNITS)#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.ActualTempIcon' % count, rep.get('T', 'na'))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.FeelsLikeTemp' % count, utilities.rownd(utilities.localised_temperature(rep.get('F', 'na'))))#@UndefinedVariable
WINDOW.setProperty('Hourly.%d.FeelsLikeTempIcon' % count, rep.get('F', 'na'))#@UndefinedVariable
count +=1
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), THREEHOURLY_LOCATION_FORECAST_URL)
raise
WINDOW.setProperty('Hourly.IsFetched', 'true')#@UndefinedVariable
def flush(self):
flushlist = list()
for url, entry in self._cache.iteritems():
if not os.path.isfile(entry['resource']) or utilities.strptime(
entry['expiry'], self.TIME_FORMAT) < datetime.utcnow():
flushlist.append(url)
for url in flushlist:
self.remove(url)
def daily():
utilities.log(
"Fetching Daily Forecast for '%s (%s)' from the Met Office..." %
(FORECAST_LOCATION, FORECAST_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(DAILY_LOCATION_FORECAST_URL, daily_expiry)
data = json.load(open(filename))
try:
dv = data['SiteRep']['DV']
dataDate = utilities.strptime(
dv.get('dataDate').rstrip('Z'),
DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('DailyForecast.IssuedAt',
dataDate.astimezone(TZ).strftime(
ISSUEDAT_FORMAT)) #@UndefinedVariable
for p, period in enumerate(dv['Location']['Period']):
WINDOW.setProperty(
'Day%d.Title' % p,
time.strftime(
SHORT_DAY_FORMAT,
time.strptime(period.get('value'),
DATAPOINT_DATE_FORMAT))) #@UndefinedVariable
for rep in period['Rep']:
weather_type = rep.get('W', 'na')
if rep.get('$') == 'Day':
WINDOW.setProperty('Day%d.HighTemp' % p,
rep.get('Dm',
'na')) #@UndefinedVariable
WINDOW.setProperty('Day%d.HighTempIcon' % p,
rep.get('Dm')) #@UndefinedVariable
WINDOW.setProperty('Day%d.Outlook' % p,
WEATHER_CODES.get(weather_type)
[1]) #@UndefinedVariable
WINDOW.setProperty(
'Day%d.OutlookIcon' % p,
WEATHER_ICON_PATH % WEATHER_CODES.get(
weather_type, 'na')[0]) #@UndefinedVariable
WINDOW.setProperty('Day%d.WindSpeed' % p,
rep.get('S', 'na')) #@UndefinedVariable
WINDOW.setProperty(
'Day%d.WindDirection' % p,
rep.get('D', 'na').lower()) #@UndefinedVariable
elif rep.get('$') == 'Night':
WINDOW.setProperty('Day%d.LowTemp' % p,
rep.get('Nm',
'na')) #@UndefinedVariable
WINDOW.setProperty('Day%d.LowTempIcon' % p,
rep.get('Nm')) #@UndefinedVariable
except KeyError as e:
e.args = ("Key Error in JSON File",
"Key '{0}' not found while processing file from url:".format(
e.args[0]), DAILY_LOCATION_FORECAST_URL)
raise
WINDOW.setProperty('DailyForecast.IsFetched', 'true') #@UndefinedVariable
def observation():
utilities.log( "Fetching Hourly Observation for '%s (%s)' from the Met Office..." % (OBSERVATION_LOCATION, OBSERVATION_LOCATION_ID))
with urlcache.URLCache(ADDON_DATA_PATH) as cache:
filename = cache.get(HOURLY_LOCATION_OBSERVATION_URL, observation_expiry)
data=json.load(open(filename))
try:
dv = data['SiteRep']['DV']
dataDate = utilities.strptime(dv.get('dataDate').rstrip('Z'), DATAPOINT_DATETIME_FORMAT).replace(tzinfo=pytz.utc)
WINDOW.setProperty('HourlyObservation.IssuedAt', dataDate.astimezone(TZ).strftime(ISSUEDAT_FORMAT))#@UndefinedVariable
try:
latest_period = dv['Location']['Period'][-1]
except KeyError:
latest_period = dv['Location']['Period']
try:
latest_obs = latest_period['Rep'][-1]
except KeyError:
latest_obs = latest_period['Rep']
WINDOW.setProperty('Current.Condition', WEATHER_CODES[latest_obs.get('W', 'na')][1])#@UndefinedVariable
WINDOW.setProperty('Current.Visibility', latest_obs.get('V', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.Pressure', latest_obs.get('P', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.Temperature', str(round(float(latest_obs.get('T', 'n/a')))).split('.')[0])#@UndefinedVariable
WINDOW.setProperty('Current.FeelsLike', 'n/a')#@UndefinedVariable
#if we get Wind, then convert it to kmph.
WINDOW.setProperty('Current.Wind', utilities.mph_to_kmph(latest_obs, 'S'))#@UndefinedVariable
WINDOW.setProperty('Current.WindDirection', latest_obs.get('D', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.WindGust', latest_obs.get('G', 'n/a'))#@UndefinedVariable
WINDOW.setProperty('Current.OutlookIcon', '%s.png' % WEATHER_CODES[latest_obs.get('W', 'na')][0])#@UndefinedVariable
WINDOW.setProperty('Current.FanartCode', '%s.png' % WEATHER_CODES[latest_obs.get('W','na')][0])#@UndefinedVariable
WINDOW.setProperty('Current.DewPoint', str(round(float(latest_obs.get('Dp', 'n/a')))).split('.')[0])#@UndefinedVariable
WINDOW.setProperty('Current.Humidity', str(round(float(latest_obs.get('H', 'n/a')))).split('.')[0])#@UndefinedVariable
WINDOW.setProperty('HourlyObservation.IsFetched', 'true')#@UndefinedVariable
except KeyError as e:
e.args = ("Key Error in JSON File", "Key '{0}' not found while processing file from url:".format(e.args[0]), HOURLY_LOCATION_OBSERVATION_URL)
raise
#A basic way of caching files associated with URLs
from datetime import datetime
import os
import urllib2
import tempfile
import json
import socket
import shutil
import utilities
throwaway = utilities.strptime('20170101', '%Y%m%d')
class URLCache(object):
TIME_FORMAT = '%Y-%m-%dT%H:%M:%SZ'
def __init__(self, folder):
self._folder = os.path.join(folder, 'cache')
self._file = os.path.join(folder, 'cache.json')
def __enter__(self):
if not os.path.exists(self._folder):
os.makedirs(self._folder)
try:
fyle = open(self._file, 'r')
except IOError:
#create the file and try again.
open(self._file, 'a').close()
fyle = open(self._file, 'r')
#A basic way of caching files associated with URLs
from datetime import datetime
import os
import urllib2
import tempfile
import json
import socket
import shutil
import utilities
throwaway = utilities.strptime('20170101', '%Y%m%d')
class URLCache(object):
TIME_FORMAT = '%Y-%m-%dT%H:%M:%SZ'
def __init__(self, folder):
self._folder = os.path.join(folder, 'cache')
self._file = os.path.join(folder, 'cache.json')
def __enter__(self):
if not os.path.exists(self._folder):
os.makedirs(self._folder)
try:
fyle = open(self._file, 'r')
except IOError:
#create the file and try again.
open(self._file, 'a').close()
fyle = open(self._file, 'r')
try:
def observation_expiry(filename):
data = json.load(open(filename))
dataDate = data['SiteRep']['DV']['dataDate'].rstrip('Z')
return utilities.strptime(dataDate,
DATAPOINT_DATETIME_FORMAT) + timedelta(hours=1.5)
def observationlayer_capabilities_expiry(filename):
#TODO: Assumes 'Rainfall' is the last report in the file, and Rainfall is the best indicator of issue time
data = json.load(open(filename))
tyme = data['Layers']['Layer'][-1]['Service']['Times']['Time'][0]
return utilities.strptime(
tyme, DATAPOINT_DATETIME_FORMAT) + timedelta(minutes=30)
def forecastlayer_capabilities_expiry(filename):
data = json.load(open(filename))
defaultTime = data['Layers']['Layer'][0]['Service']['Timesteps'][
'@defaultTime']
return utilities.strptime(defaultTime,
DATAPOINT_DATETIME_FORMAT) + timedelta(hours=9)
def observationlayer_capabilities_expiry(filename):
#TODO: Assumes 'Rainfall' is the last report in the file, and Rainfall is the best indicator of issue time
data = json.load(open(filename))
tyme = data['Layers']['Layer'][-1]['Service']['Times']['Time'][0]
return utilities.strptime(tyme, DATAPOINT_DATETIME_FORMAT) + timedelta(minutes=30)
def forecastlayer_capabilities_expiry(filename):
data = json.load(open(filename))
defaultTime = data['Layers']['Layer'][0]['Service']['Timesteps']['@defaultTime']
return utilities.strptime(defaultTime, DATAPOINT_DATETIME_FORMAT) + timedelta(hours=9)
def observation_expiry(filename):
data = json.load(open(filename))
dataDate = data['SiteRep']['DV']['dataDate'].rstrip('Z')
return utilities.strptime(dataDate, DATAPOINT_DATETIME_FORMAT) + timedelta(hours=1.5)
def text_expiry(filename):
data = json.load(open(filename))
issuedAt = data['RegionalFcst']['issuedAt'].rstrip('Z')
return utilities.strptime(issuedAt, DATAPOINT_DATETIME_FORMAT) + timedelta(hours=12)
def text_expiry(filename):
data = json.load(open(filename))
issuedAt = data['RegionalFcst']['issuedAt'].rstrip('Z')
return utilities.strptime(issuedAt,
DATAPOINT_DATETIME_FORMAT) + timedelta(hours=12)
