def test_update_add(self):
dl = DeviceList()
dl.update(rf_address=RFAddr('122b65'), serial='123', name='foobar')
self.assertEqual(dl, [
Device(rf_address=RFAddr('122b65'), serial='123', name='foobar')
])
def test_for_room(self):
dl = DeviceList()
self.assertEqual(list(dl.for_room(0)), [])
dev = Device(rf_address=RFAddr('122b65'), serial='123', name='foobar', room_id=1)
dl.append(dev)
self.assertEqual(list(dl.for_room(0)), [])
self.assertEqual(list(dl.for_room(1)), [dev])
def test_contains(self):
dl = DeviceList()
dl.append(Device(rf_address=RFAddr('122b65'), serial='123', name='foobar'))
self.assertTrue('foobar' in dl)
self.assertTrue(RFAddr('122b65') in dl)
self.assertTrue(bytearray([0x12, 0x2b, 0x65]) in dl)
self.assertFalse(True in dl)
self.assertFalse(1 in dl)
def test_contains(self):
dl = DeviceList()
dl.append(
Device(rf_address=RFAddr('122b65'), serial='123', name='foobar'))
self.assertTrue('foobar' in dl)
self.assertTrue(RFAddr('122b65') in dl)
self.assertTrue(bytearray([0x12, 0x2b, 0x65]) in dl)
self.assertFalse(True in dl)
self.assertFalse(1 in dl)
def test_update(self):
for k, v in (
('rf_address', '122b65'),
('name', 'foobar'),
):
dl = DeviceList([
Device(rf_address=RFAddr('122b65'), serial='123', name='foobar', room_id=0)
])
dl.update(room_id=1, **{k:v})
self.assertEqual(dl, [
Device(rf_address=RFAddr('122b65'), serial='123', name='foobar', room_id=1)
])
def test_update_add(self):
dl = DeviceList()
dl.update(rf_address=RFAddr('122b65'),
serial='123',
name='foobar',
battery_low=False)
self.assertEqual(dl, [
Device(rf_address=RFAddr('122b65'),
serial='123',
name='foobar',
battery_low=False)
])
def test_update(self):
for k, v in (
('rf_address', '122b65'),
('name', 'foobar'),
):
dl = DeviceList([
Device(rf_address=RFAddr('122b65'),
serial='123',
name='foobar',
room_id=0,
battery_low=False)
])
dl.update(room_id=1, **{k: v})
self.assertEqual(dl, [
Device(rf_address=RFAddr('122b65'),
serial='123',
name='foobar',
room_id=1,
battery_low=False)
])
def test_get(self):
dev = Device(rf_address=RFAddr('122b65'), serial='123', name='foobar')
dl = DeviceList([dev])
self.assertIsNone(dl.get())
self.assertEqual(dl.get(rf_address='122b65'), dev)
self.assertEqual(dl.get(rf_address='122b65', serial='123'), dev)
self.assertEqual(dl.get(rf_address='122b65', serial='123', name='foobar'), dev)
self.assertIsNone(dl.get(rf_address='122b65', serial='123', name='foobar', blah='blubb'))
self.assertIsNone(dl.get(rf_address='foo'))
def test_get(self):
dev = Device(rf_address=RFAddr('122b65'), serial='123', name='foobar')
dl = DeviceList([dev])
self.assertIsNone(dl.get())
self.assertEqual(dl.get(rf_address='122b65'), dev)
self.assertEqual(dl.get(rf_address='122b65', serial='123'), dev)
self.assertEqual(
dl.get(rf_address='122b65', serial='123', name='foobar'), dev)
self.assertIsNone(
dl.get(rf_address='122b65',
serial='123',
name='foobar',
blah='blubb'))
self.assertIsNone(dl.get(rf_address='foo'))
def test_for_room(self):
dl = DeviceList()
self.assertEqual(list(dl.for_room(0)), [])
dev = Device(rf_address=RFAddr('122b65'),
serial='123',
name='foobar',
room_id=1)
dl.append(dev)
self.assertEqual(list(dl.for_room(0)), [])
self.assertEqual(list(dl.for_room(1)), [dev])
def __init__(self, *args, **kwargs):
addr = None
port = 62910
if not args:
addr = kwargs.get('address', addr) or addr
port = kwargs.get('port', port) or port
if len(args) == 1:
if isinstance(args[0], DiscoveryNetworkConfigurationResponse):
addr = args[0].ip_address
else:
addr, = args
elif len(args) == 2:
addr, port = args
self.addr_port = addr, port
self._socket = None
self._devices = DeviceList()
self._cube_info = None
self._ntp_servers = None
self.received_messages = {}
def test_handle_message(self):
c = Cube(None, None)
msg = HelloResponse(HelloResponseBytes)
c.handle_message(msg)
self.assertEqual(c.info, msg)
msg = FResponse(b"ntp.homematic.com,ntp.homematic.com")
c.handle_message(msg)
self.assertEqual(c._ntp_servers,
['ntp.homematic.com', 'ntp.homematic.com'])
msg = MResponse(MResponseBytes)
c.handle_message(msg)
self.assertEqual(c.devices, [
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=1,
device_type=2),
])
c = Cube(None, None)
c._devices = DeviceList([
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=2,
device_type=2),
])
msg = MResponse(MResponseBytes)
c.handle_message(msg)
self.assertEqual(c.devices, [
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=1,
device_type=2),
])
msg = ConfigurationResponse(ThermostatConfigurationBytes)
c.handle_message(msg)
self.assertEqual(c.devices, [
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=1,
configuration=msg,
device_type=2),
])
c = Cube(None, None)
c._devices = DeviceList([
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=1),
])
lresp = LResponse("BhIrZfcSGWQ8AOsA")
c.handle_message(lresp)
self.assertEqual(c.devices, [
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=1,
settings=lresp.responses[0]),
])
msg = ConfigurationResponse(ThermostatConfigurationBytes)
c.handle_message(msg)
self.assertEqual(c.devices, [
Device(rf_address='122B65',
serial='MEQ1472997',
name='Heizung',
room_id=1,
configuration=msg,
settings=lresp.responses[0]),
])
# Test doesn't work, somehow the extended LResponse is wrong...
lrespext = LResponse("CxIrZfcSGWQ8AOsF")
c.handle_message(lrespext)
