def render(self, data={}, context={}):
try:
assert self.username is not None, "'MetofficeWOW.siteid' must be set"
assert self.password is not None, "'MetofficeWOW.siteAuthenticationKey' must be set"
assert self.period is not None, "'MetofficeWOW.period' must be set"
self.logger.info("Initializing MetOffice WOW Upload (user %s)" % self.username)
self.alive = True
accu = AccumulatorDatasource()
accu.slice = 'hour'
accu.span = 2
accu.storage = self.storage
accu.formulas = {'current': {
'temp' : LastFormula('temp'),
'hum' : LastFormula('hum'),
'pressure' : LastFormula('pressure'),
'wind' : LastFormula('wind'),
'wind_deg' : LastFormula('wind_dir'),
'rain' : SumFormula('rain'),
'utctime' : LastFormula('utctime') } }
while self.alive:
try:
data = accu.execute()['current']['series']
index = len(data['lbl'])-1
args = {
'dateutc': data['utctime'][index].strftime('%Y-%m-%d %H:%M:%S'),
# Some ARGs are hashed out here as Metoffice WOW needs them in the correct order or it will reject the post
# I found that if I used the args they are in a random order so define them on the URL encode instead
#'siteAuthenticationKey': str(self.password),
#'softwaretype': "Wfrog",
'humidity': int(round(data['hum'][index])),
'tempf': str(CToF(data['temp'][index])),
#'siteid': str(self.username),
'winddir': int(round(data['wind_deg'][index])),
'windspeedmph': str(MpsToMph(data['wind'][index])),
'baromin': str(HPaToInHg(data['pressure'][index])),
'rainin': str(MmToIn(data['rain'][index])) }
self.logger.info("Publishing Metoffice WOW data: %s " % urlencode(args))
self._publish(args, 'wow.metoffice.gov.uk', '/automaticreading')
except Exception, e:
if (str(e) == "'NoneType' object has no attribute 'strftime'") or (str(e) == "a float is required"):
self.logger.error('Could not publish: no valid values at this time. Retry next run...')
else:
self.logger.error('Got unexpected error. Retry next run. Error: %s' % e)
time.sleep(self.period)
except Exception, e:
self.logger.exception(e)
raise
def render(self, data={}, context={}):
try:
assert self.stationId is not None, "'wettercom.stationId' must be set"
assert self.password is not None, "'wettercom.password' must be set"
assert self.period is not None, "'wettercom.period' must be set"
self.logger.info("Initializing Wetter.com (stationID %s)" % self.stationId)
self.alive = True
accu = AccumulatorDatasource()
accu.slice = 'hour'
accu.span = 1
accu.storage = self.storage
accu.formulas = {'current': {
'temp' : LastFormula('temp'),
'hum' : LastFormula('hum'),
'hum2' : LastFormula('hum2'),
'pressure' : LastFormula('pressure'),
'wind' : LastFormula('wind'),
'wind_deg' : LastFormula('wind_dir'),
'rain' : LastFormula('rain'),
'localtime' : LastFormula('localtime'),
'utctime' : LastFormula('utctime'),
'dew_point' : LastFormula('dew_point') } }
while self.alive:
try:
data = accu.execute()['current']['series']
self.logger.debug("Got data from accumulator: %s" % data)
index = len(data['lbl'])-1
try:
# If date is NoneType (see except for this try), we need to wait for a new value in wfrog.csv
args = {
'sid' : 'wfrog',
'id' : str(self.stationId),
'pwd' : str(self.password),
'dt' : data['localtime'][index].strftime('%Y%m%d%H%M'),
'dtutc' : data['utctime'][index].strftime('%Y%m%d%H%M'), # we need both, dt (date) and dtutc (date in UTC).
'hu' : int(round(data['hum'][index])),
'te' : str(data['temp'][index]),
'dp' : str(data['dew_point'][index]),
'wd' : int(round(data['wind_deg'][index])),
'ws' : str(data['wind'][index]),
'pr' : str(data['pressure'][index]),
'pa' : str(data['rain'][index])
}
if self.test:
args["test"] = "true"
self.logger.info('#!#!#!#!#!#!#!#!#!#! >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> Running in test-mode!! The data wont be stored. #!#!#!#!#!#!#!#!#!#!')
self.logger.debug("Publishing wettercom data: %s " % args)
rawResponse = self._publish(args, 'interface.wetterarchiv.de', '/weather/')
self.logger.debug('Server response: Code: %s Status: %s API-Answer: %s' % rawResponse)
# Ok, now create an JSON-object
response = json.loads(rawResponse[2])
# With the new API, checking for any error is very easy!
if (response["status"] == "success"):
self.logger.info('Data published successfully!')
else:
self.logger.error('Data publishing fails! Code: %s | Description: %s' % response["errorcode"], response["errormessage"])
except Exception, e:
if (str(e) == "'NoneType' object has no attribute 'strftime'") or (str(e) == "a float is required"):
self.logger.error('Could not publish: no valid values at this time. Retry next run...')
else:
self.logger.error('Got unexpected error. Retry next run. Error: %s' % e)
raise
except Exception, e:
self.logger.exception(e)
time.sleep(self.period)
except Exception, e:
self.logger.exception(e)
raise
def render(self, data={}, context={}):
try:
assert self.id is not None, "'wunderground.id' must be set"
assert self.password is not None, "'wunderground.password' must be set"
assert self.period is not None, "'wunderground.period' must be set"
self.real_time = self.real_time and self.period < 30
rtfreq = None
if self.real_time: rtfreq = self.period
self.logger.info(
"Initializing Wunderground publisher (station %s)" % self.id)
import weather.services
self.publisher = weather.services.Wunderground(
self.id, self.password, rtfreq)
self.alive = True
if not self.real_time:
accu = AccumulatorDatasource()
accu.slice = 'day'
accu.span = 1
accu.storage = self.storage
accu.formulas = {
'current': {
'temp': LastFormula('temp'),
'dew_point': LastFormula('dew_point'),
'hum': LastFormula('hum'),
'pressure': LastFormula('pressure'),
'wind': LastFormula('wind'),
'wind_deg': LastFormula('wind_dir'),
'gust': LastFormula('wind_gust'),
'gust_deg': LastFormula('wind_gust_dir'),
'rain_rate': LastFormula('rain_rate'),
'rain_fall': SumFormula('rain'),
'utctime': LastFormula('utctime')
}
}
while self.alive:
try:
data = accu.execute()['current']['series']
index = len(data['lbl']) - 1
params = {
# <float> pressure: in inches of Hg
'pressure':
HPaToInHg(data['pressure'][index]),
# <float> dewpoint: in Fahrenheit
'dewpoint':
CToF(data['dew_point'][index]),
# <float> humidity: between 0.0 and 100.0 inclusive
'humidity':
data['hum'][index],
# <float> tempf: in Fahrenheit
'tempf':
CToF(data['temp'][index]),
# <float> rainin: inches/hour of rain
'rainin':
MmToIn(data['rain_rate'][index]),
# <float> rainday: total rainfall in day (localtime)
'rainday':
MmToIn(data['rain_fall'][index]),
# <string> dateutc: date "YYYY-MM-DD HH:MM:SS" in GMT timezone
'dateutc':
data['utctime'][index].strftime(
'%Y-%m-%d %H:%M:%S'),
# <float> windspeed: in mph
'windspeed':
MpsToMph(data['wind'][index]),
# <float> winddir: in degrees, between 0.0 and 360.0
'winddir':
data['wind_deg'][index],
# <float> windgust: in mph
'windgust':
MpsToMph(data['gust'][index]),
# <float> windgustdir: in degrees, between 0.0 and 360.0
'windgustdir':
data['gust_deg'][index]
}
# Do not send parameters that are null (None).
# from above only dateutc is a mandatory parameter.
params = dict(
filter(lambda (p, v): v,
[(p, v) for p, v in params.iteritems()]))
self.logger.info(
"Publishing Wunderground data (normal server): %s "
% str(params))
self.publisher.set(**params)
response = self.publisher.publish()
self.logger.info('Result Wunderground publisher: %s' %
str(response))
except Exception, e:
self.logger.exception(e)
time.sleep(self.period)
else:
def render(self, data={}, context={}):
try:
assert self.username is not None, "'openweathermap.id' must be set"
assert self.password is not None, "'openweathermap.password' must be set"
assert self.name is not None, "'openweathermap.name' must be set"
assert self.latitude is not None, "'openweathermap.latitude' must be set"
assert self.longitude is not None, "'openweathermap.longitude' must be set"
assert self.altitude is not None, "'openweathermap.altitude' must be set"
self.logger.info("Initializing openweathermap.com (user %s)" % self.username)
self.alive = True
accu = AccumulatorDatasource()
accu.slice = 'day'
accu.span = 1
accu.storage = self.storage
accu.formulas = {'current': {
'temp' : LastFormula('temp'),
'hum' : LastFormula('hum'),
'pressure' : LastFormula('pressure'),
'dew_point' : LastFormula('dew_point'),
'wind' : LastFormula('wind'),
'wind_gust' : LastFormula('wind_gust'),
'wind_deg' : LastFormula('wind_dir'),
'rain' : SumFormula('rain'),
'utctime' : LastFormula('utctime') } }
if self.send_uv:
accu.formulas['current']['uv'] = LastFormula('uv')
if self.send_radiation:
accu.formulas['current']['solar_rad'] = LastFormula('solar_rad')
accu24h = AccumulatorDatasource()
accu24h.slice = 'hour'
accu24h.span = 24
accu24h.storage = self.storage
accu24h.formulas = {'current': {'rain': SumFormula('rain')} }
accu60min = AccumulatorDatasource()
accu60min.slice = 'minute'
accu60min.span = 60
accu60min.storage = self.storage
accu60min.formulas = {'current': {'rain': SumFormula('rain')} }
last_timestamp = None
while self.alive:
try:
data = accu.execute()['current']['series']
index = len(data['lbl'])-1
rain_1h = sum(map(lambda x: x if x is not None else 0, accu60min.execute()['current']['series']['rain'][:60]))
rain_24h = sum(map(lambda x: x if x is not None else 0, accu24h.execute()['current']['series']['rain'][:24]))
if last_timestamp == None or last_timestamp < data['utctime'][index]:
last_timestamp = data['utctime'][index]
args = {
'wind_dir': int(round(data['wind_deg'][index])), # grad
'wind_speed': str(data['wind'][index]), # mps
'wind_gust': str(data['wind_gust'][index]), # mps
'temp': str(data['temp'][index]), # grad C
#'dewpoint': str(data['dew_point'][index]), # NOT WORKING PROPERLY
'humidity': int(round(data['hum'][index])), # relative humidity %
'pressure': str(data['pressure'][index]), # mb
'rain_1h': rain_1h, # mm
'rain_24h': rain_24h, # mm
'rain_today': str(data['rain'][index]), # mm
'lat': self.latitude,
'long': self.longitude,
'alt': self.altitude,
'name': self.name
}
if self.send_uv:
args['uv'] = str(data['uv'][index])
if self.send_radiation:
args['lum'] = str(data['solar_rad'][index])
self.logger.debug("Publishing openweathermap data: %s " % urllib.urlencode(args))
response = self._publish(args, 'openweathermap.org', '/data/post')
if response[0] == 200:
self.logger.info('Data published successfully')
self.logger.debug('Code: %s Status: %s Answer: %s' % response)
else:
self.logger.error('Error publishing data. Code: %s Status: %s Answer: %s' % response)
except Exception, e:
if (str(e) == "'NoneType' object has no attribute 'strftime'") or (str(e) == "a float is required"):
self.logger.error('Could not publish: no valid values at this time. Retry next run...')
else:
self.logger.exception(e)
time.sleep(60) # each minute we check for new records to send to openweathermap
except Exception, e:
self.logger.exception(e)
raise
def render(self, data={}, context={}):
try:
assert self.id is not None, "'wunderground.id' must be set"
assert self.password is not None, "'wunderground.password' must be set"
assert self.period is not None, "'wunderground.period' must be set"
self.real_time = self.real_time and self.period < 30
rtfreq = None
if self.real_time: rtfreq = self.period
self.logger.info("Initializing Wunderground publisher (station %s)" % self.id)
import weather.services
self.publisher = weather.services.Wunderground(self.id, self.password, rtfreq)
self.alive = True
if not self.real_time:
accu = AccumulatorDatasource()
accu.slice = 'day'
accu.span = 1
accu.storage = self.storage
accu.formulas = {'current': {
'temp' : LastFormula('temp'),
'dew_point': LastFormula('dew_point'),
'hum' : LastFormula('hum'),
'pressure' : LastFormula('pressure'),
'wind' : LastFormula('wind'),
'wind_deg' : LastFormula('wind_dir'),
'gust' : LastFormula('wind_gust'),
'gust_deg' : LastFormula('wind_gust_dir'),
'rain_rate' : LastFormula('rain_rate'),
'rain_fall' : SumFormula('rain'),
'utctime' : LastFormula('utctime') } }
while self.alive:
try:
data = accu.execute()['current']['series']
index = len(data['lbl'])-1
params = {
# <float> pressure: in inches of Hg
'pressure' : HPaToInHg(data['pressure'][index]),
# <float> dewpoint: in Fahrenheit
'dewpoint' : CToF(data['dew_point'][index]),
# <float> humidity: between 0.0 and 100.0 inclusive
'humidity' : data['hum'][index],
# <float> tempf: in Fahrenheit
'tempf' : CToF(data['temp'][index]),
# <float> rainin: inches/hour of rain
'rainin' : MmToIn(data['rain_rate'][index]),
# <float> rainday: total rainfall in day (localtime)
'rainday' : MmToIn(data['rain_fall'][index]),
# <string> dateutc: date "YYYY-MM-DD HH:MM:SS" in GMT timezone
'dateutc' : data['utctime'][index].strftime('%Y-%m-%d %H:%M:%S'),
# <float> windspeed: in mph
'windspeed' : MpsToMph(data['wind'][index]),
# <float> winddir: in degrees, between 0.0 and 360.0
'winddir' : data['wind_deg'][index],
# <float> windgust: in mph
'windgust' : MpsToMph(data['gust'][index]),
# <float> windgustdir: in degrees, between 0.0 and 360.0
'windgustdir' : data['gust_deg'][index] }
# Do not send parameters that are null (None).
# from above only dateutc is a mandatory parameter.
params = dict(filter(lambda (p,v): v, [(p,v) for p,v in params.iteritems()]))
self.logger.info("Publishing Wunderground data (normal server): %s " % str(params))
self.publisher.set(**params)
response = self.publisher.publish()
self.logger.info('Result Wunderground publisher: %s' % str(response))
except Exception, e:
self.logger.exception(e)
time.sleep(self.period)
else:
def render(self, data={}, context={}):
try:
assert self.username is not None, "'MetofficeWOW.siteid' must be set"
assert self.password is not None, "'MetofficeWOW.siteAuthenticationKey' must be set"
assert self.period is not None, "'MetofficeWOW.period' must be set"
self.logger.info("Initializing MetOffice WOW Upload (user %s)" %
self.username)
self.alive = True
accu = AccumulatorDatasource()
accu.slice = 'hour'
accu.span = 2
accu.storage = self.storage
accu.formulas = {
'current': {
'temp': LastFormula('temp'),
'hum': LastFormula('hum'),
'pressure': LastFormula('pressure'),
'wind': LastFormula('wind'),
'wind_deg': LastFormula('wind_dir'),
'rain': SumFormula('rain'),
'utctime': LastFormula('utctime')
}
}
while self.alive:
try:
data = accu.execute()['current']['series']
index = len(data['lbl']) - 1
args = {
'dateutc':
data['utctime'][index].strftime('%Y-%m-%d %H:%M:%S'),
# Some ARGs are hashed out here as Metoffice WOW needs them in the correct order or it will reject the post
# I found that if I used the args they are in a random order so define them on the URL encode instead
#'siteAuthenticationKey': str(self.password),
#'softwaretype': "Wfrog",
'humidity':
int(round(data['hum'][index])),
'tempf':
str(CToF(data['temp'][index])),
#'siteid': str(self.username),
'winddir':
int(round(data['wind_deg'][index])),
'windspeedmph':
str(MpsToMph(data['wind'][index])),
'baromin':
str(HPaToInHg(data['pressure'][index])),
'rainin':
str(MmToIn(data['rain'][index]))
}
self.logger.info("Publishing Metoffice WOW data: %s " %
urlencode(args))
self._publish(args, 'wow.metoffice.gov.uk',
'/automaticreading')
except Exception, e:
if (str(e)
== "'NoneType' object has no attribute 'strftime'"
) or (str(e) == "a float is required"):
self.logger.error(
'Could not publish: no valid values at this time. Retry next run...'
)
else:
self.logger.error(
'Got unexpected error. Retry next run. Error: %s' %
e)
time.sleep(self.period)
except Exception, e:
self.logger.exception(e)
raise
def render(self, data={}, context={}):
try:
assert self.id is not None, "'meteoclimatic.id' must be set"
assert self.storage is not None, "'meteoclimatic.storage' must be set"
if self.accuD == None:
self.logger.info("Initializing accumulators")
# Accumulator for yearly data
self.accuY = AccumulatorDatasource()
self.accuY.slice = 'year'
self.accuY.span = 1
self.accuY.caching = True
self.accuY.storage = self.storage
self.accuY.formulas = {
'data': {
'max_temp': MaxFormula('temp'),
'min_temp': MinFormula('temp'),
'max_hum': MaxFormula('hum'),
'min_hum': MinFormula('hum'),
'max_pressure': MaxFormula('pressure'),
'min_pressure': MinFormula('pressure'),
'max_gust': MaxFormula('wind_gust'),
'rain_fall': SumFormula('rain')
}
}
# Accumulator for monthly data
self.accuM = AccumulatorDatasource()
self.accuM.slice = 'month'
self.accuM.span = 1
self.accuM.storage = self.storage
self.accuM.caching = True
self.accuM.formulas = {
'data': {
'max_temp': MaxFormula('temp'),
'min_temp': MinFormula('temp'),
'max_hum': MaxFormula('hum'),
'min_hum': MinFormula('hum'),
'max_pressure': MaxFormula('pressure'),
'min_pressure': MinFormula('pressure'),
'max_gust': MaxFormula('wind_gust'),
'rain_fall': SumFormula('rain')
}
}
# Accumulator for daily and current data
self.accuD = AccumulatorDatasource()
self.accuD.slice = 'day'
self.accuD.span = 1
self.accuD.storage = self.storage
self.accuD.caching = True
self.accuD.formulas = {
'data': {
'max_temp': MaxFormula('temp'),
'min_temp': MinFormula('temp'),
'max_hum': MaxFormula('hum'),
'min_hum': MinFormula('hum'),
'max_pressure': MaxFormula('pressure'),
'min_pressure': MinFormula('pressure'),
'max_gust': MaxFormula('wind_gust'),
'rain_fall': SumFormula('rain')
},
'current': {
'temp': LastFormula('temp'),
'hum': LastFormula('hum'),
'pressure': LastFormula('pressure'),
'gust': LastFormula('wind_gust'),
'wind_deg': LastFormula('wind_dir'),
'time': LastFormula('localtime')
}
}
if 'solar_rad' in self.storage.keys():
self.accuD.formulas['current']['solar_rad'] = LastFormula(
'solar_rad')
self.logger.info("Calculating ...")
template = "*VER=DATA2*COD=%s*%s*%s*%s*%s*EOT*" % (
self.id, self._calculateCurrentData(
self.accuD), self._calculateAggregData('D', self.accuD),
self._calculateAggregData('M', self.accuM),
self._calculateAggregData('Y', self.accuY))
self.lastTemplate = template
self.logger.info("Template calculated: %s" % template)
return ['text/plain', template]
except Exception, e:
self.logger.warning("Error rendering meteoclimatic data: %s" %
str(e))
if self.lastTemplate == None:
return ['text/plain', "*VER=DATA2*COD=%s*EOT*" % self.id]
else:
return ['text/plain', self.lastTemplate]
def render(self, data={}, context={}):
try:
assert self.id is not None, "'pws.id' must be set"
assert self.password is not None, "'pws.password' must be set"
assert self.period is not None, "'pws.period' must be set"
self.logger.info("Initializing PWS publisher (station %s)" % self.id)
import weather.services
self.publisher = weather.services.PwsWeather(self.id, self.password)
self.alive = True
accu = AccumulatorDatasource()
accu.slice = "day"
accu.span = 1
accu.storage = self.storage
accu.formulas = {
"current": {
"temp": LastFormula("temp"),
"dew_point": LastFormula("dew_point"),
"hum": LastFormula("hum"),
"pressure": LastFormula("pressure"),
"wind": LastFormula("wind"),
"wind_deg": LastFormula("wind_dir"),
"gust": LastFormula("wind_gust"),
"gust_deg": LastFormula("wind_gust_dir"),
"rain_rate": LastFormula("rain_rate"),
"rain_fall": SumFormula("rain"),
"utctime": LastFormula("utctime"),
}
}
accu_month = AccumulatorDatasource()
accu_month.slice = "month"
accu_month.span = 1
accu_month.storage = self.storage
accu_month.formulas = {"current": {"rain_fall": SumFormula("rain")}}
accu_year = AccumulatorDatasource()
accu_year.slice = "year"
accu_year.span = 1
accu_year.storage = self.storage
accu_year.formulas = {"current": {"rain_fall": SumFormula("rain")}}
while self.alive:
try:
data = accu.execute()["current"]["series"]
index = len(data["lbl"]) - 1
data_month = accu_month.execute()["current"]["series"]
index_month = len(data_month["lbl"]) - 1
data_year = accu_year.execute()["current"]["series"]
index_year = len(data_year["lbl"]) - 1
params = {
# <float> pressure: in inches of Hg
"pressure": HPaToInHg(data["pressure"][index]),
# <float> dewpoint: in Fahrenheit
"dewpoint": CToF(data["dew_point"][index]),
# <float> humidity: between 0.0 and 100.0 inclusive
"humidity": data["hum"][index],
# <float> tempf: in Fahrenheit
"tempf": CToF(data["temp"][index]),
# <float> rainin: inches/hour of rain
"rainin": MmToIn(data["rain_rate"][index]),
# <float> rainday: total rainfall in day (localtime)
"rainday": MmToIn(data["rain_fall"][index]),
# <float> rainmonth: total rainfall for month (localtime)
"rainmonth": MmToIn(data_month["rain_fall"][index_month]),
# <float> rainyear: total rainfall for year (localtime)
"rainyear": MmToIn(data_year["rain_fall"][index_year]),
# <string> dateutc: date "YYYY-MM-DD HH:MM:SS" in GMT timezone
"dateutc": data["utctime"][index].strftime("%Y-%m-%d %H:%M:%S"),
# <float> windgust: in mph
"windgust": MpsToMph(data["gust"][index]),
# <float> windspeed: in mph
"windspeed": MpsToMph(data["wind"][index]),
# <float> winddir: in degrees, between 0.0 and 360.0
"winddir": data["wind_deg"][index],
}
# Do not send parameters that are null (None), but don't remove zeroes (0.0)
# from above only dateutc is a mandatory parameter.
params = dict(filter(lambda (p, v): v is not None, [(p, v) for p, v in params.iteritems()]))
self.logger.info("Publishing PWS data: %s " % str(params))
self.publisher.set(**params)
response = self.publisher.publish()
self.logger.info("Result PWS publisher: %s" % str(response))
except Exception, e:
self.logger.exception(e)
time.sleep(self.period)
except Exception, e:
self.logger.exception(e)
raise
def render(self, data={}, context={}):
try:
import Image
import ImageDraw
import ImageColor
assert self.storage is not None, "'sticker.storage' must be set"
# Initialize accumulators
if self.accuD == None:
self.logger.info("Initializing accumulators")
# Accumulator for yearly data
self.accuY = AccumulatorDatasource()
self.accuY.slice = 'year'
self.accuY.span = 1
self.accuY.caching = True
self.accuY.storage = self.storage
self.accuY.formulas = {
'data': {
'max_temp': MaxFormula('temp'),
'min_temp': MinFormula('temp'),
'max_gust': MaxFormula('wind_gust'),
'rain_fall': SumFormula('rain')
}
}
# Accumulator for monthly data
self.accuM = AccumulatorDatasource()
self.accuM.slice = 'month'
self.accuM.span = 1
self.accuM.storage = self.storage
self.accuM.caching = True
self.accuM.formulas = {
'data': {
'max_temp': MaxFormula('temp'),
'min_temp': MinFormula('temp'),
'max_gust': MaxFormula('wind_gust'),
'rain_fall': SumFormula('rain')
}
}
# Accumulator for daily and current data
self.accuD = AccumulatorDatasource()
self.accuD.slice = 'day'
self.accuD.span = 1
self.accuD.storage = self.storage
self.accuD.caching = True
self.accuD.formulas = {
'data': {
'max_temp': MaxFormula('temp'),
'min_temp': MinFormula('temp'),
'max_gust': MaxFormula('wind_gust'),
'rain_fall': SumFormula('rain')
},
'current': {
'temp': LastFormula('temp'),
'hum': LastFormula('hum'),
'pressure': LastFormula('pressure'),
'gust': LastFormula('wind_gust'),
'wind_deg': LastFormula('wind_dir'),
'time': LastFormula('localtime')
}
}
# Calculate data
self.logger.info("Calculating ...")
current = self._calculateCurrentData(self.accuD)
# Create Sticker
green = ImageColor.getrgb("#007000")
wheat = ImageColor.getrgb("#F5DEB3")
dark_wheat = ImageColor.getrgb("#8D7641")
black = ImageColor.getrgb("#000000")
width = 260
height = 100
corner = 10
im = Image.new('RGBA', (width, height), wheat)
draw = ImageDraw.Draw(im)
# 1) Transparency
mask = Image.new('L', im.size, color=0)
mdraw = ImageDraw.Draw(mask)
mdraw.rectangle((corner, 0, width - corner, height), fill=255)
mdraw.rectangle((0, corner, width, height - corner), fill=255)
mdraw.chord((0, 0, corner * 2, corner * 2), 0, 360, fill=255)
mdraw.chord((0, height - corner * 2 - 1, corner * 2, height - 1),
0,
360,
fill=255)
mdraw.chord((width - corner * 2 - 1, 0, width - 1, corner * 2),
0,
360,
fill=255)
mdraw.chord((width - corner * 2 - 1, height - corner * 2 - 1,
width - 1, height - 1),
0,
360,
fill=255)
im.putalpha(mask)
# 2) Borders
draw.arc((0, 0, corner * 2, corner * 2), 180, 270, fill=dark_wheat)
draw.arc((0, height - corner * 2 - 1, corner * 2, height - 1),
90,
180,
fill=dark_wheat)
draw.arc((width - corner * 2 - 1, 0, width, corner * 2),
270,
360,
fill=dark_wheat)
draw.arc((width - corner * 2 - 1, height - corner * 2 - 1,
width - 1, height - 1),
0,
90,
fill=dark_wheat)
draw.line((corner, 0, width - corner - 1, 0), fill=dark_wheat)
draw.line((corner, height - 1, width - corner - 1, height - 1),
fill=dark_wheat)
draw.line((0, corner, 0, height - corner - 1), fill=dark_wheat)
draw.line((width - 1, corner, width - 1, height - corner - 1),
fill=dark_wheat)
# 3) Logo
logo = Image.open(self.logo_file)
im.paste(logo, (4, 3),
logo) # using the same image with transparencies as mask
# 4) Current data
draw.text((65, 5), self.station_name, fill=green)
draw.text((65, 25),
"%0.1fC %d%% %0.1fKm/h %dmb" % current[0],
fill=black)
draw.text((65, 38), current[1], fill=dark_wheat)
draw.text((6, 60),
" Today: %4.1fC-%4.1fC %4.1fKm/h %5.1fl." %
self._calculateAggregData(self.accuD),
fill=dark_wheat)
draw.text((6, 72),
" Monthly: %4.1fC-%4.1fC %4.1fKm/h %5.1fl." %
self._calculateAggregData(self.accuM),
fill=dark_wheat)
draw.text((6, 84),
" Yearly: %4.1fC-%4.1fC %4.1fKm/h %5.1fl." %
self._calculateAggregData(self.accuY),
fill=dark_wheat)
# Save sticker
im.save(self.filename)
self.logger.info("Sticker generated")
f = open(self.filename, "rb")
d = f.read()
f.close()
return ['image/png', d]
except Exception, e:
self.logger.warning("Error rendering sticker: %s" % str(e))
return None
