def iter_gauges(self, pattern=None):
if pattern is None or pattern.lower() in u"dresden"\
or pattern.lower() in "weather":
gauge = Gauge("wetter")
gauge.name = u"Private Wetterstation Dresden"
gauge.city = u"Dresden"
gauge.object = u"Weather"
gauge.sensors = list(self.browser.get_sensors_list())
yield gauge
def get_station_list(self):
gauges = []
for marker in self.parser.select(self.document.getroot(), 'marker'):
gauge = Gauge(int(marker.get('id')))
gauge.name = unicode(marker.get('name'))
gauge.city = gauge.name
gauge.object = u'vLille'
gauges.append(gauge)
return gauges
def get_station_list(self):
gauges = []
for marker in self.parser.select(self.document.getroot(), 'marker'):
gauge = Gauge(int(marker.get('id')))
gauge.name = unicode(marker.get('name'))
gauge.city = gauge.name
gauge.object = u'vLille'
gauges.append(gauge)
return gauges
def iter_gauges(self, pattern=None):
if pattern is None or pattern.lower() in u"dresden"\
or pattern.lower() in "weather":
gauge = Gauge("wetter")
gauge.name = u"Private Wetterstation Dresden"
gauge.city = u"Dresden"
gauge.object = u"Weather"
gauge.sensors = list(self.browser.get_sensors_list())
yield gauge
def _make_gauge(self, info):
gauge = Gauge(info['id'])
gauge.name = info['name']
gauge.city = info['city']
gauge.object = 'bikes'
return gauge
def get_rivers_list(self):
for pegel in self.document.getroot().xpath(".//a[@onmouseout='pegelaus()']"):
div = pegel.getparent()
img = div.find('.//img').attrib['src'].split('/')[1]
data = pegel.attrib['onmouseover'] \
.strip('pegelein(').strip(')').replace(",'", ",").split("',")
gauge = Gauge(int(data[7]))
gauge.name = unicode(data[0].strip("'"))
gauge.city = gauge.name.split(' ')[0]
gauge.object = unicode(data[1])
sensors = []
try:
lastdate = date(*reversed([int(x)
for x in data[2].split(' ')[0].split(".")]))
lasttime = time(*[int(x)
for x in data[2].split(' ')[1].split(":")])
lastdate = datetime.combine(lastdate, lasttime)
except:
lastdate = NotAvailable
bildforecast = data[5]
if bildforecast == "pf_gerade.png":
forecast = u"stable"
elif bildforecast == "pf_unten.png":
forecast = u"Go down"
elif bildforecast == "pf_oben.png":
forecast = u"Go up"
else:
forecast = NotAvailable
try:
level = float(data[3])
except:
level = NotAvailable
levelsensor = GaugeSensor(gauge.id + "-level")
levelsensor.name = u"Level"
levelsensor.unit = u"cm"
levelsensor.forecast = forecast
lastvalue = GaugeMeasure()
lastvalue.level = level
lastvalue.date = lastdate
try:
lastvalue.alarm = self.alarmlevel[img]
except KeyError:
lastvalue.alarm = u""
levelsensor.lastvalue = lastvalue
levelsensor.history = NotLoaded
levelsensor.gaugeid = gauge.id
sensors.append(levelsensor)
try:
flow = float(data[4])
except:
flow = NotAvailable
flowsensor = GaugeSensor(gauge.id + "-flow")
flowsensor.name = u"Flow"
flowsensor.unit = u"m3/s"
flowsensor.forecast = forecast
lastvalue = GaugeMeasure()
lastvalue.level = flow
lastvalue.date = lastdate
try:
lastvalue.alarm = self.alarmlevel[img]
except KeyError:
lastvalue.alarm = u""
flowsensor.lastvalue = lastvalue
flowsensor.history = NotLoaded
flowsensor.gaugeid = gauge.id
sensors.append(flowsensor)
gauge.sensors = sensors
yield gauge
def get_rivers_list(self):
for pegel in self.document.getroot().xpath(".//a[@onmouseout='pegelaus()']"):
data = pegel.attrib['onmouseover'].strip('pegelein(').strip(')').replace(",'", ",").split("',")
gauge = Gauge(int(data[7]))
gauge.name = unicode(data[0].strip("'"))
gauge.city = gauge.name.split(' ')[0] # TODO: real regexp to remove the number
gauge.object = unicode(data[1])
sensors = []
try:
lastdate = date(*reversed([int(x) for x in data[2].split(' ')[0].split(".")]))
lasttime = time(*[int(x) for x in data[2].split(' ')[1].split(":")])
lastdate = datetime.combine(lastdate, lasttime)
except:
lastdate = NotAvailable
bildforecast = data[5]
if bildforecast == "pf_gerade.png":
forecast = u"stable"
elif bildforecast == "pf_unten.png":
forecast = u"Go down"
elif bildforecast == "pf_oben.png":
forecast = u"Go up"
else:
forecast = NotAvailable
try:
level = float(data[3])
levelsensor = GaugeSensor(gauge.id + "-level")
levelsensor.name = u"Level"
# TODO levelsensor.unit =
levelsensor.forecast = forecast
lastvalue = GaugeMeasure()
lastvalue.level = level
lastvalue.date = lastdate
# TODO lastvalue.alarm =
levelsensor.lastvalue = lastvalue
levelsensor.history = NotLoaded
levelsensor.gaugeid = gauge.id
sensors.append(levelsensor)
except:
pass
try:
flow = float(data[4])
flowsensor = GaugeSensor(gauge.id + "-flow")
flowsensor.name = u"Flow"
# TODO flowsensor.unit =
flowsensor.forecast = forecast
lastvalue = GaugeMeasure()
lastvalue.level = flow
lastvalue.date = lastdate
# TODO lastvalue.alarm =
flowsensor.lastvalue = lastvalue
flowsensor.history = NotLoaded
flowsensor.gaugeid = gauge.id
sensors.append(flowsensor)
except:
pass
gauge.sensors = sensors
yield gauge
