def S4_2_9_2_Test():
"Serial interface guide s4.2.9.2 (page 23) test"
# first test
p, m = decode_packet('\\0538000108BAg', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert p.status_request == False
assert p.application == 0x38
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 8
assert p.confirmation == 'g'
assert m == None
# second test
p, m = decode_packet('\\05FF007A38004Ah', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert p.status_request == True
assert p.application == 0x38
assert p.group_address == 0
assert p.confirmation == 'h'
# no remainder
assert m == None
def pretty_packet(packet: bytes,
checksum: bool = True,
strict: bool = True,
server_packet: bool = True):
packet, remainder = decode_packet(packet, checksum, strict, server_packet)
print(packet)
def handle_data(self, buf: bytes) -> int:
"""
Decodes a single CBus event and calls an event handler appropriate to
the event.
Do not override this.
:param buf: CBus event data
:type buf: bytes
:returns: Number of bytes consumed from the buffer
"""
logger.debug("Incoming data: %r", buf)
p, remainder = decode_packet(buf,
checksum=self.checksum,
from_pci=not self.emulate_pci)
if self.emulate_pci and remainder > 0:
# Local echo
self.echo(buf[:remainder])
if p is not None:
logger.debug("Got packet: %s", p)
self.handle_cbus_packet(p)
return remainder
def decode_packet(
self,
data: bytes,
checksum: bool = True,
strict: bool = True,
from_pci: bool = True,
expected_position: Optional[int] = None) -> Optional[BasePacket]:
"""
Decodes a packet, and validates that the buffer position has consumed
the packet.
See ``cbus.packet.decode_packet`` for details.
:param expected_position: If None (default), expect to consume the
entire input data. Otherwise, an integer
number of bytes that were expected to be
consumed.
:return: The parsed packet, or None if no packet was parsed.
"""
if expected_position is None:
expected_position = len(data)
packet, position = decode_packet(data, checksum, strict, from_pci)
self.assertEqual(
expected_position, position,
f'Expected to parse {expected_position} bytes of input data: '
f'{data!r}')
return packet
def S9_1_Test():
"Examples in quick start guide, s9.1"
# turn on light 0x21
p, r = decode_packet('\\053800792129i', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal), 1
assert isinstance(p.sal[0], LightingOnSAL)
assert p.sal[0].group_address, 0x21
# check that it encodes properly again
assert p.encode(), '053800792129'
assert p.confirmation, 'i'
# turn off light 0x21
p, r = decode_packet('\\0538000121A1k', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 0x21
# check that it encodes properly again
assert p.encode() == '0538000121A1'
assert p.confirmation == 'k'
# ramp light 0x21 to 50% over 4 seconds
p, r = decode_packet('\\0538000A217F19l', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingRampSAL)
assert p.sal[0].group_address == 0x21
assert p.sal[0].duration == 4
# rounding must be done to 2 decimal places, as the value isn't actually
# 50%, but 49.8039%. next value is 50.1%.
assert round(p.sal[0].level, 2) == 0.5
# check that it encodes properly again
assert p.encode() == '0538000A217F19'
assert p.confirmation == 'l'
def S9_1_Test():
"Examples in quick start guide, s9.1"
# turn on light 0x21
p, r = decode_packet('\\053800792129i', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal), 1
assert isinstance(p.sal[0], LightingOnSAL)
assert p.sal[0].group_address, 0x21
# check that it encodes properly again
assert p.encode(), '053800792129'
assert p.confirmation, 'i'
# turn off light 0x21
p, r = decode_packet('\\0538000121A1k', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 0x21
# check that it encodes properly again
assert p.encode() == '0538000121A1'
assert p.confirmation == 'k'
# ramp light 0x21 to 50% over 4 seconds
p, r = decode_packet('\\0538000A217F19l', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingRampSAL)
assert p.sal[0].group_address == 0x21
assert p.sal[0].duration == 4
# rounding must be done to 2 decimal places, as the value isn't actually
# 50%, but 49.8039%. next value is 50.1%.
assert round(p.sal[0].level, 2) == 0.5
# check that it encodes properly again
assert p.encode() == '0538000A217F19'
assert p.confirmation == 'l'
def issue2_test():
"Handle the null lighting packet described in Issue #2."
# lighting packet from the server, lighting application, source address 0x06
# sometimes cbus units emit these null lighting commands because of an off-by-one issue?
p, r = decode_packet('05063800BD')
assert isinstance(p, PointToMultipointPacket)
assert p.application == 0x38
assert p.source_address == 0x06
assert len(p.sal) == 0
assert r == None
def issue2_test():
"Handle the null lighting packet described in Issue #2."
# lighting packet from the server, lighting application, source address 0x06
# sometimes cbus units emit these null lighting commands because of an off-by-one issue?
p, r = decode_packet('05063800BD')
assert isinstance(p, PointToMultipointPacket)
assert p.application == 0x38
assert p.source_address == 0x06
assert len(p.sal) == 0
assert r == None
def Bennett_get_unit_type_test():
"Example of 'get unit type' (identify type) from Geoffry Bennett's protocol reverse engineering docs"
p, r = decode_packet('\\0699002101', server_packet=False, checksum=False)
assert isinstance(p, PointToPointPacket), 'Packet is not PointToPointPacket'
assert p.unit_address == 0x99
assert len(p.cal) == 1
assert isinstance(p.cal[0], IdentifyCAL)
assert p.cal[0].attribute == 1
assert p.encode() == '0699002101'
def S9_2_Test():
"Example in s9.2 (Serial Interface Guide) of decoding a reply CAL"
p, r = decode_packet("8604990082300328", server_packet=True)
assert isinstance(p, PointToPointPacket), "Packet is not PointToPointPacket"
assert p.source_address == 4
assert p.unit_address == 0x99
assert len(p.cal) == 1
assert isinstance(p.cal[0], ReplyCAL)
assert p.cal[0].parameter == 0x30
assert p.cal[0].data == "\x03"
assert p.encode() == "8604990082300328"
def S9_2_Test():
"Example in s9.2 (Serial Interface Guide) of decoding a reply CAL"
p, r = decode_packet('8604990082300328', server_packet=True)
assert isinstance(p,
PointToPointPacket), 'Packet is not PointToPointPacket'
assert p.source_address == 4
assert p.unit_address == 0x99
assert len(p.cal) == 1
assert isinstance(p.cal[0], ReplyCAL)
assert p.cal[0].parameter == 0x30
assert p.cal[0].data == '\x03'
assert p.encode() == '8604990082300328'
def Bennett_get_unit_type_test():
"Example of 'get unit type' (identify type) from Geoffry Bennett's protocol reverse engineering docs"
p, r = decode_packet('\\0699002101', server_packet=False, checksum=False)
assert isinstance(p,
PointToPointPacket), 'Packet is not PointToPointPacket'
assert p.unit_address == 0x99
assert len(p.cal) == 1
assert isinstance(p.cal[0], IdentifyCAL)
assert p.cal[0].attribute == 1
assert p.encode() == '0699002101'
def S2_11_Test():
"Examples in Lighting Application s2.11"
# switch on light at GA 0x93
p, r = decode_packet('\\0538007993B7j', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOnSAL)
assert p.sal[0].group_address == 0x93
# check that it encodes properly again
assert p.encode() == '0538007993B7'
assert p.confirmation == 'j'
def S2_11_Test():
"Examples in Lighting Application s2.11"
# switch on light at GA 0x93
p, r = decode_packet('\\0538007993B7j', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOnSAL)
assert p.sal[0].group_address == 0x93
# check that it encodes properly again
assert p.encode() == '0538007993B7'
assert p.confirmation == 'j'
def S6_4_Test():
"Examples in serial interface guide, s6.4"
# Switch on light at GA 8
p, r = decode_packet('\\0538000108BAg', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 8
# check that it encodes properly again
assert p.encode() == '0538000108BA'
assert p.confirmation == 'g'
# concatenated packet
p, r = decode_packet('\\05380001087909090A25h', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 3
# turn off light 8
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 8
# turn on light 9
assert isinstance(p.sal[1], LightingOnSAL)
assert p.sal[1].group_address == 9
# terminate ramp on light 10)
assert isinstance(p.sal[2], LightingTerminateRampSAL)
assert p.sal[2].group_address == 10
# check that it encodes properly again
assert p.encode() == '05380001087909090A25'
assert p.confirmation == 'h'
def S8_11_Test():
"Example in enable control application guide, s8.11 (page 7)"
# Set the network variable 0x37 to 0x82
p, r = decode_packet('\\05CB0002378275g', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], EnableSetNetworkVariableSAL)
assert p.sal[0].variable == 0x37
assert p.sal[0].value == 0x82
## check that it encodes properly again
assert p.encode() == '05CB0002378275'
assert p.confirmation == 'g'
def S8_11_Test():
"Example in enable control application guide, s8.11 (page 7)"
# Set the network variable 0x37 to 0x82
p, r = decode_packet('\\05CB0002378275g', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], EnableSetNetworkVariableSAL)
assert p.sal[0].variable == 0x37
assert p.sal[0].value == 0x82
## check that it encodes properly again
assert p.encode() == '05CB0002378275'
assert p.confirmation == 'g'
def S6_4_Test():
"Examples in serial interface guide, s6.4"
# Switch on light at GA 8
p, r = decode_packet('\\0538000108BAg', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 8
# check that it encodes properly again
assert p.encode() == '0538000108BA'
assert p.confirmation == 'g'
# concatenated packet
p, r = decode_packet('\\05380001087909090A25h', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 3
# turn off light 8
assert isinstance(p.sal[0], LightingOffSAL)
assert p.sal[0].group_address == 8
# turn on light 9
assert isinstance(p.sal[1], LightingOnSAL)
assert p.sal[1].group_address == 9
# terminate ramp on light 10)
assert isinstance(p.sal[2], LightingTerminateRampSAL)
assert p.sal[2].group_address == 10
# check that it encodes properly again
assert p.encode() == '05380001087909090A25'
assert p.confirmation == 'h'
def S23_13_3_Test():
"Example in s23.13.3 of decoding request refresh"
# Request refreeh command
# documentation is wrong here:
# - says 05DF00100C
# - should be 05DF00110308
p, r = decode_packet('\\05DF00110308g', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], ClockRequestSAL)
## check that it encodes properly again
assert p.encode() == '05DF00110308'
assert p.confirmation == 'g'
def lighting_encode_decode_client_test():
"self-made tests of encode then decode, with packets from a client."
orig = PointToMultipointPacket(application=APP_LIGHTING)
orig.sal.append(LightingOnSAL(orig, 27))
data = orig.encode()
d, r = decode_packet(data, server_packet=False)
assert isinstance(orig, PointToMultipointPacket)
assert len(orig.sal) == len(d.sal)
assert isinstance(d.sal[0], LightingOnSAL)
assert orig.sal[0].group_address == d.sal[0].group_address
# ensure there is no remaining data to be parsed
assert r == None
def S9_11_Test():
"Example in temperature broadcast application guide, s9.11"
# Temperature of 25 degrees at group 5
# note, the guide actually states that there is a checksum, but no
# checksum is actually on the packet!
p, r = decode_packet('\\05190002056477g', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], TemperatureBroadcastSAL)
assert p.sal[0].group_address == 5
assert p.sal[0].temperature == 25
## check that it encodes properly again
assert p.encode() == '05190002056477'
assert p.confirmation == 'g'
def lighting_encode_decode_client_test(): "self-made tests of encode then decode, with packets from a client." orig = PointToMultipointPacket(application=APP_LIGHTING) orig.sal.append(LightingOnSAL(orig, 27)) data = orig.encode() d, r = decode_packet(data, server_packet=False) assert isinstance(orig, PointToMultipointPacket) assert len(orig.sal) == len(d.sal) assert isinstance(d.sal[0], LightingOnSAL) assert orig.sal[0].group_address == d.sal[0].group_address # ensure there is no remaining data to be parsed assert r == None
def S9_11_Test():
"Example in temperature broadcast application guide, s9.11"
# Temperature of 25 degrees at group 5
# note, the guide actually states that there is a checksum, but no
# checksum is actually on the packet!
p, r = decode_packet('\\05190002056477g', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], TemperatureBroadcastSAL)
assert p.sal[0].group_address == 5
assert p.sal[0].temperature == 25
## check that it encodes properly again
assert p.encode() == '05190002056477'
assert p.confirmation == 'g'
def S23_13_2_Test():
"Example in s23.13.2 of decoding a date"
# Set network date to 2005-02-25 (Friday)
p, r = decode_packet('\\05DF000E0207D502190411g', server_packet=False)
assert isinstance(p, PointToMultipointPacket)
assert len(p.sal) == 1
assert isinstance(p.sal[0], ClockUpdateSAL)
assert p.sal[0].is_date
assert not p.sal[0].is_time
assert isinstance(p.sal[0].val, date)
assert p.sal[0].val.year == 2005
assert p.sal[0].val.month == 2
assert p.sal[0].val.day == 25
assert p.sal[0].val.weekday() == 4 # friday
## check that it encodes properly again
assert p.encode() == '05DF000E0207D502190411'
assert p.confirmation == 'g'
def temperature_encode_decode_test():
"self-made tests of encode then decode"
orig = PointToMultipointPacket(application=APP_TEMPERATURE)
orig.source_address = 5
orig.sal.append(TemperatureBroadcastSAL(orig, 10, 0.5))
orig.sal.append(TemperatureBroadcastSAL(orig, 11, 56))
data = orig.encode()
d, r = decode_packet(data)
assert isinstance(orig, PointToMultipointPacket)
assert orig.source_address == d.source_address
assert len(orig.sal) == len(d.sal)
for x in range(len(d.sal)):
assert isinstance(d.sal[x], TemperatureBroadcastSAL)
assert orig.sal[x].group_address == d.sal[x].group_address
assert orig.sal[x].temperature == d.sal[x].temperature
# ensure there is no remaining data to be parsed
assert r == None
def temperature_encode_decode_test(): "self-made tests of encode then decode" orig = PointToMultipointPacket(application=APP_TEMPERATURE) orig.source_address = 5 orig.sal.append(TemperatureBroadcastSAL(orig, 10, 0.5)) orig.sal.append(TemperatureBroadcastSAL(orig, 11, 56)) data = orig.encode() d, r = decode_packet(data) assert isinstance(orig, PointToMultipointPacket) assert orig.source_address == d.source_address assert len(orig.sal) == len(d.sal) for x in range(len(d.sal)): assert isinstance(d.sal[x], TemperatureBroadcastSAL) assert orig.sal[x].group_address == d.sal[x].group_address assert orig.sal[x].temperature == d.sal[x].temperature # ensure there is no remaining data to be parsed assert r == None
def S23_13_1_Test():
"Example in s23.13.1 of decoding a time"
# Set network time to 10:43:23 with no DST offset
# Slight change from guide:
p, r = decode_packet('\\05DF000D010A2B1700C2g', server_packet=False)
assert isinstance(p, PointToMultipointPacket), "Packet is not PointToMultipointPacket"
assert len(p.sal) == 1
assert isinstance(p.sal[0], ClockUpdateSAL)
assert p.sal[0].is_time
assert not p.sal[0].is_date
assert isinstance(p.sal[0].val, time)
assert p.sal[0].val.hour == 10
assert p.sal[0].val.minute == 43
assert p.sal[0].val.second == 23
# Library doesn't handle DST offset, so this flag is dropped.
## check that it encodes properly again
# fuzzy match to allow packet that has no DST information
assert p.encode() in ['05DF000D010A2B1700C2', '05DF000D010A2B17FFC3']
assert p.confirmation == 'g'
def pretty_packet(packet, checksum=True, strict=True, server_packet=True):
packet, remainder = decode_packet(packet, checksum, strict, server_packet)
print packet
def decode_cbus_event(self, line):
"""
Decodes a CBus event and calls an event handler appropriate to the event.
Do not override this.
:param line: CBus event data
:type line: str
:returns: Remaining unparsed data (str) or None on error.
:rtype: str or NoneType
"""
while line:
last_line = line
p, line = decode_packet(line, checksum=True, server_packet=True)
if line == last_line:
# infinite loop!
log.msg('dce: bug: infinite loop detected on %r', line)
return
# decode special packets
if p == None:
log.msg("dce: packet == None")
continue
log.msg('dce: packet: %r' % p)
if isinstance(p, SpecialServerPacket):
if isinstance(p, PCIErrorPacket):
self.on_pci_cannot_accept_data()
continue
elif isinstance(p, ConfirmationPacket):
self.on_confirmation(p.code, p.success)
continue
log.msg('dce: unhandled SpecialServerPacket')
elif isinstance(p, PointToMultipointPacket):
for s in p.sal:
if isinstance(s, LightingSAL):
# lighting application
if isinstance(s, LightingRampSAL):
self.on_lighting_group_ramp(p.source_address, s.group_address, s.duration, s.level)
elif isinstance(s, LightingOnSAL):
self.on_lighting_group_on(p.source_address, s.group_address)
elif isinstance(s, LightingOffSAL):
self.on_lighting_group_off(p.source_address, s.group_address)
elif isinstance(s, LightingTerminateRampSAL):
self.on_lighting_group_terminate_ramp(p.source_address, s.group_address)
else:
log.msg('dce: unhandled lighting SAL type: %r', s)
break
elif isinstance(s, ClockSAL):
if isinstance(s, ClockRequestSAL):
self.on_clock_request(p.source_address)
elif isinstance(s, ClockUpdateSAL):
self.on_clock_update(p.source_address, s.variable, s.val)
else:
log.msg('dce: unhandled SAL type: %r', s)
break
else:
log.msg('dce: unhandled other packet %r', p)
continue
def pretty_packet(packet, checksum=True, strict=True, server_packet=True): packet, remainder = decode_packet(packet, checksum, strict, server_packet) print packet
def decode_cbus_event(self, line):
"""
Decodes a CBus event and calls an event handler appropriate to the event.
Do not override this.
:param line: CBus event data
:type line: str
:returns: Remaining unparsed data (str) or None on error.
:rtype: str or NoneType
"""
# pass the data to the protocol decoder
p, remainder = decode_packet(line, checksum=self.checksum, server_packet=False)
# check for special commands, and handle them.
if p == None:
log.msg("dce: packet == None")
return remainder
if isinstance(p, SpecialClientPacket):
# do special things
# full reset
if isinstance(p, ResetPacket):
self.on_reset()
return remainder
# smart+connect shortcut
if isinstance(p, SmartConnectShortcutPacket):
self.basic_mode = False
self.checksum = True
self.connect = True
return remainder
log.msg('dce: unknown SpecialClientPacket: %r', p)
elif isinstance(p, PointToMultipointPacket):
# is this a status inquiry
if p.status_request == None:
# status request
# TODO
log.msg('dce: unhandled status request packet')
else:
# application command
for s in p.sal:
if isinstance(s, LightingSAL):
# lighting application
if isinstance(s, LightingRampSAL):
self.on_lighting_group_ramp(s.group_address, s.duration, s.level)
elif isinstance(s, LightingOnSAL):
self.on_lighting_group_on(s.group_address)
elif isinstance(s, LightingOffSAL):
self.on_lighting_group_off(s.group_address)
elif isinstance(s, LightingTerminateRampSAL):
self.on_lighting_group_terminate_ramp(s.group_address)
else:
log.msg('dce: unhandled lighting SAL type: %r' % s)
return remainder
elif isinstance(s, ClockSAL):
if isinstance(s, ClockUpdateSAL):
self.on_clock_update(s.variable, s.val)
elif isinstance(s, ClockRequestSAL):
self.on_clock_request()
else:
log.msg('dce: unhandled clock SAL type: %r' % s)
else:
log.msg('dce: unhandled SAL type: %r' % s)
return remainder
elif isinstance(p, DeviceManagementPacket):
# TODO: send proper confirmation, from p55 of serial interface guide
if p.parameter == 0x21:
# application address 1
application_addr1 = p.value
elif p.parameter == 0x22:
# application address 2
application_addr2 = p.value
elif p.parameter == 0x3E:
# interface options 2
# TODO: implement
pass
elif p.parameter == 0x42:
# interface options 3
# TODO: implement
pass
elif p.parameter in (0x30, 0x41):
# interface options 1 / power up options 1
self.connect = self.checksum = self.monitor = self.idmon = False
self.basic_mode = True
if p.value & 0x01:
self.connect = True
if p.value & 0x02:
# reserved, ignored.
pass
if p.value & 0x04:
# TODO: xon/xoff handshaking. not supported.
pass
if p.value & 0x08:
# srchk (checksum checking)
self.checksum = True
if p.value & 0x10:
# smart mode
self.basic_mode = False
self.local_echo = False
if p.value & 0x20:
# monitor mode
self.monitor = True
if p.value & 0x40:
# idmon
self.idmon = True
else:
log.msg('dce: unhandled DeviceManagementPacket (%r = %r)' % (p.parameter, p.value))
return remainder
else:
log.msg('dce: unhandled packet type: %r', p)
return remainder
# TODO: handle parameters
if p.confirmation:
self.send_confirmation(p.confirmation, True)
return remainder
def decode_cbus_event(self, line):
"""
Decodes a CBus event and calls an event handler appropriate to the event.
Do not override this.
:param line: CBus event data
:type line: str
:returns: Remaining unparsed data (str) or None on error.
:rtype: str or NoneType
"""
while line:
last_line = line
p, line = decode_packet(line, checksum=True, server_packet=True)
if line == last_line:
# infinite loop!
log.msg('dce: bug: infinite loop detected on %r', line)
return
# decode special packets
if p == None:
log.msg("dce: packet == None")
continue
log.msg('dce: packet: %r' % p)
if isinstance(p, SpecialServerPacket):
if isinstance(p, PCIErrorPacket):
self.on_pci_cannot_accept_data()
continue
elif isinstance(p, ConfirmationPacket):
self.on_confirmation(p.code, p.success)
continue
log.msg('dce: unhandled SpecialServerPacket')
elif isinstance(p, PointToMultipointPacket):
for s in p.sal:
if isinstance(s, LightingSAL):
# lighting application
if isinstance(s, LightingRampSAL):
self.on_lighting_group_ramp(
p.source_address, s.group_address, s.duration,
s.level)
elif isinstance(s, LightingOnSAL):
self.on_lighting_group_on(p.source_address,
s.group_address)
elif isinstance(s, LightingOffSAL):
self.on_lighting_group_off(p.source_address,
s.group_address)
elif isinstance(s, LightingTerminateRampSAL):
self.on_lighting_group_terminate_ramp(
p.source_address, s.group_address)
else:
log.msg('dce: unhandled lighting SAL type: %r', s)
break
elif isinstance(s, ClockSAL):
if isinstance(s, ClockRequestSAL):
self.on_clock_request(p.source_address)
elif isinstance(s, ClockUpdateSAL):
self.on_clock_update(p.source_address, s.variable,
s.val)
else:
log.msg('dce: unhandled SAL type: %r', s)
break
else:
log.msg('dce: unhandled other packet %r', p)
continue