def listDevices():
print 'Number of devices:', td.getNumberOfDevices()
for i in range(td.getNumberOfDevices()):
deviceId = td.getDeviceId(i)
cmd = td.lastSentCommand(deviceId, readable = True)
if cmd == 'DIM':
cmd += ':' + str(td.lastSentValue(i))
# For 3.2 Name = NewName(td.getName(deviceId))
Name = td.getName(deviceId)
if len(str(Name)) <= 7:
# print("Short Name:", len(Name))
while len(Name) < 8:
Name = Name + " "
# print (deviceId, '\t', Name, '\t', cmd, '\t\t', td.methods(deviceId, readable = True))
print deviceId, '\t', Name, '\t', cmd, '\t\t'
print ''
def action_list(self):
'''
List available devices, and return result like this:
[
{'id': 1, 'name': 'office_roof', 'value': 250 },
{'id': 1, 'name': 'livingroom_corner', 'value': 255 },
]
'''
result = []
for i in range(td.getNumberOfDevices()):
id = td.getDeviceId(i)
result.append({
'id': id,
'name': td.getName(id),
'value': self.states.get('lamp-%s' % id)
})
return result
def action_list(self):
'''
List available devices, and return result like this:
[
{'id': 1, 'name': 'office_roof', 'value': 250 },
{'id': 1, 'name': 'livingroom_corner', 'value': 255 },
]
'''
result = []
for i in range(td.getNumberOfDevices()):
id = td.getDeviceId(i)
result.append({
'id': id,
'name': td.getName(id),
'value': self.states.get('lamp-%s' % id)
})
return result
def getNumberOfSensors(self):
return td.getNumberOfDevices() #wrong
def getNumberOfDevices(self):
return td.getNumberOfDevices()
resCode = td.bell(deviceId)
if resCode != 0:
res = td.getErrorString(resCode)
else:
res = 'Success'
print 'Sending bell to:', deviceId, deviceName, '-', res
elif options.on == None and options.off == None and options.bell == None and options.list == True and options.dim == None and options.learn == None and options.event == False:
#
# LIST
#
print 'Number of devices:', td.getNumberOfDevices()
for i in range(td.getNumberOfDevices()):
deviceId = td.getDeviceId(i)
cmd = td.lastSentCommand(deviceId, readable = True)
if cmd == 'DIM':
cmd += ':' + str(td.lastSentValue(i))
print deviceId, '\t', td.getName(deviceId), '\t\t', cmd, '\t\t', td.methods(deviceId, readable = True)
print ''
elif options.on == None and options.off == None and options.bell == None and options.list == False and options.dim != None and options.dimlevel != None and options.learn == None and options.event == False:
#
# DIM
#
try:
resCode = td.bell(deviceId)
if resCode != 0:
res = td.getErrorString(resCode)
else:
res = 'Success'
print 'Sending bell to:', deviceId, deviceName, '-', res
elif options.on == None and options.off == None and options.bell == None and options.list == True and options.dim == None and options.learn == None and options.event == False:
#
# LIST
#
print 'Number of devices:', td.getNumberOfDevices()
for i in range(td.getNumberOfDevices()):
deviceId = td.getDeviceId(i)
cmd = td.lastSentCommand(deviceId,
methodsSupported=td.TELLSTICK_ALL,
readable=True)
value = td.lastSentValue(deviceId)
if value:
value = " (%s)" % value
print deviceId, '\t', td.getName(
deviceId), '\t\t', cmd, value, '\t\t', td.methods(
deviceId, methodsSupported=td.TELLSTICK_ALL, readable=True)
sensors = td.getSensors()
print '\nNumber of sensors:', len(sensors)
for s in sensors:
print "Sensor: %-40s %-11s: %12s %s" % (
