def _make_sensor(self, sensor_type, info, gauge):
id = '%s.%s' % (sensor_type, gauge.id)
sensor = GaugeSensor(id)
sensor.gaugeid = gauge.id
sensor.name = SENSOR_TYPES[sensor_type]
sensor.address = unicode(info['address'])
sensor.history = []
return sensor
def _make_sensor(self, sensor_type, info, gauge):
id = '%s.%s' % (sensor_type, gauge.id)
sensor = GaugeSensor(id)
sensor.gaugeid = gauge.id
sensor.name = SENSOR_TYPES[sensor_type]
sensor.address = '%s' % info['address']
sensor.longitude = info['longitude']
sensor.latitude = info['latitude']
sensor.history = []
return sensor
def _make_sensor(self, sensor_type, info, gauge):
id = '%s.%s' % (sensor_type, gauge.id)
sensor = GaugeSensor(id)
sensor.gaugeid = gauge.id
sensor.name = SENSOR_TYPES[sensor_type]
sensor.address = '%s' % info['address']
sensor.longitude = info['longitude']
sensor.latitude = info['latitude']
sensor.history = []
return sensor
def _create_attach_sensor(self, value, gauge_id, last_update, adresse):
levelattach = GaugeSensor(gauge_id + '-attach')
levelattach.name = u'Attach'
levelattach.address = u'%s' % adresse
lastvalue = GaugeMeasure()
if lastvalue.level < 1:
lastvalue.alarm = u'Full station'
lastvalue.level = float(value)
lastvalue.date = last_update
levelattach.lastvalue = lastvalue
levelattach.history = NotLoaded
levelattach.gaugeid = gauge_id
return levelattach
def _create_bikes_sensor(self, value, gauge_id, last_update, adresse):
levelbikes = GaugeSensor(gauge_id + '-bikes')
levelbikes.name = u'Bikes'
levelbikes.address = u'%s' % adresse
lastvalue = GaugeMeasure()
lastvalue.level = float(value)
lastvalue.date = last_update
if lastvalue.level < 1:
lastvalue.alarm = u'Empty station'
levelbikes.lastvalue = lastvalue
levelbikes.history = NotLoaded
levelbikes.gaugeid = gauge_id
return levelbikes
def _create_attach_sensor(self, value, gauge_id, last_update, adresse):
levelattach = GaugeSensor(gauge_id + '-attach')
levelattach.name = u'Attach'
levelattach.address = u'%s' % adresse
lastvalue = GaugeMeasure()
if lastvalue.level < 1:
lastvalue.alarm = u'Full station'
lastvalue.level = float(value)
lastvalue.date = last_update
levelattach.lastvalue = lastvalue
levelattach.history = NotLoaded
levelattach.gaugeid = gauge_id
return levelattach
def _create_bikes_sensor(self, value, gauge_id, last_update, adresse):
levelbikes = GaugeSensor(gauge_id + '-bikes')
levelbikes.name = u'Bikes'
levelbikes.address = u'%s' % adresse
lastvalue = GaugeMeasure()
lastvalue.level = float(value)
lastvalue.date = last_update
if lastvalue.level < 1:
lastvalue.alarm = u'Empty station'
levelbikes.lastvalue = lastvalue
levelbikes.history = NotLoaded
levelbikes.gaugeid = gauge_id
return levelbikes
def _create_status_sensor(self, value, gauge_id, last_update, adresse):
levelstatus = GaugeSensor(gauge_id + '-status')
levelstatus.name = u'Status'
levelstatus.address = u'%s' % adresse
lastvalue = GaugeMeasure()
status = float(value)
if status == 0:
status = 1
else:
status = -1
if lastvalue.level < 1:
lastvalue.alarm = u'Not available station'
lastvalue.level = float(status)
lastvalue.date = last_update
levelstatus.lastvalue = lastvalue
levelstatus.history = NotLoaded
levelstatus.gaugeid = gauge_id
return levelstatus
def _create_status_sensor(self, value, gauge_id, last_update, adresse):
levelstatus = GaugeSensor(gauge_id + '-status')
levelstatus.name = u'Status'
levelstatus.address = u'%s' % adresse
lastvalue = GaugeMeasure()
status = float(value)
if status == 0:
status = 1
else:
status = -1
if lastvalue.level < 1:
lastvalue.alarm = u'Not available station'
lastvalue.level = float(status)
lastvalue.date = last_update
levelstatus.lastvalue = lastvalue
levelstatus.history = NotLoaded
levelstatus.gaugeid = gauge_id
return levelstatus
