def setUp(self):
self.packet_fixture = bytes.fromhex(
'0e' # Message type Leasequery
'e86f0c' # Transaction ID
'0001' # Option type 1: OPTION_CLIENT_ID
'000a' # Option length: 10
'0003' # DUID type: DUID_LL
'0001' # Hardware type: Ethernet
'001ee6f77d00' # MAC Address
'002c' # Option type 44: OPTION_LQ_QUERY
'0017' # Option length: 23
'01' # Query type: QUERY_BY_ADDRESS
'fe800000000000000000000000000001' # Link address: fe80::1
'0006' # Option type: OPTION_ORO
'0002' # Option length: 2
'002f' # Requested option: OPTION_LQ_RELAY_DATA
)
self.message_fixture = LeasequeryMessage(
transaction_id=bytes.fromhex('e86f0c'),
options=[
ClientIdOption(duid=LinkLayerDUID(
hardware_type=1,
link_layer_address=bytes.fromhex('001ee6f77d00'))),
LQQueryOption(
query_type=QUERY_BY_ADDRESS,
link_address=IPv6Address('fe80::1'),
options=[
OptionRequestOption(
requested_options=[OPTION_LQ_RELAY_DATA]),
]),
])
self.parse_packet()
def setUp(self):
self.relayed_solicit_message = RelayForwardMessage(
hop_count=1,
link_address=IPv6Address('2001:db8:ffff:1::1'),
peer_address=IPv6Address('fe80::3631:c4ff:fe3c:b2f1'),
options=[
RelayMessageOption(relayed_message=RelayForwardMessage(
hop_count=0,
link_address=IPv6Address('::'),
peer_address=IPv6Address('fe80::3631:c4ff:fe3c:b2f1'),
options=[
RelayMessageOption(relayed_message=SolicitMessage(
transaction_id=bytes.fromhex('f350d6'),
options=[
ElapsedTimeOption(elapsed_time=0),
ClientIdOption(duid=LinkLayerDUID(hardware_type=1,
link_layer_address=bytes.fromhex('3431c43cb2f1'))),
IANAOption(iaid=bytes.fromhex('c43cb2f1')),
IAPDOption(iaid=bytes.fromhex('c43cb2f1')),
OptionRequestOption(requested_options=[
OPTION_DNS_SERVERS,
]),
],
)),
InterfaceIdOption(interface_id=b'Fa2/3'),
RemoteIdOption(enterprise_number=9,
remote_id=bytes.fromhex('020023000001000a0003000100211c7d486e')),
])
),
InterfaceIdOption(interface_id=b'Gi0/0/0'),
RemoteIdOption(enterprise_number=9, remote_id=bytes.fromhex('020000000000000a0003000124e9b36e8100')),
RelayIdOption(duid=LinkLayerDUID(hardware_type=1, link_layer_address=bytes.fromhex('121212121212'))),
],
)
def test_query_by_address_with_relay_data(self):
bundle = TransactionBundle(self.relayed_solicit_message, received_over_multicast=False)
bundle.response = reply_message
ia_na_option = bundle.response.get_option_of_type(IANAOption)
ia_address = ia_na_option.get_option_of_type(IAAddressOption)
query = LQQueryOption(QUERY_BY_ADDRESS, options=[ia_address, OptionRequestOption([OPTION_LQ_RELAY_DATA])])
self.query(bundle, query, [LQRelayDataOption])
def test_query_by_address_with_extra_data(self):
bundle = TransactionBundle(self.relayed_solicit_message, received_over_multicast=False)
bundle.response = reply_message
ia_na_option = bundle.response.get_option_of_type(IANAOption)
ia_address = ia_na_option.get_option_of_type(IAAddressOption)
query = LQQueryOption(QUERY_BY_ADDRESS, options=[ia_address, OptionRequestOption([OPTION_DNS_SERVERS])])
self.query(bundle, query, [RecursiveNameServersOption])
def setUp(self):
self.option_bytes = bytes.fromhex(
'002c' # Option type 44: OPTION_LQ_QUERY
'0017' # Option length: 23
'01' # Query type: QUERY_BY_ADDRESS
'fe800000000000000000000000000001' # Link address: fe80::1
'0006' # Option type: OPTION_ORO
'0002' # Option length: 2
'002f' # Requested option: OPTION_LQ_RELAY_DATA
)
self.option_object = LQQueryOption(
query_type=QUERY_BY_ADDRESS,
link_address=IPv6Address('fe80::1'),
options=[
OptionRequestOption(requested_options=[OPTION_LQ_RELAY_DATA]),
])
self.parse_option()
ClientIdOption(duid=LinkLayerDUID(
hardware_type=1,
link_layer_address=bytes.fromhex('3431c43cb2f1'))),
RapidCommitOption(),
IANAOption(iaid=bytes.fromhex('c43cb2f1')),
IAPDOption(iaid=bytes.fromhex('c43cb2f1'),
options=[
IAPrefixOption(
prefix=IPv6Network('::/0')),
]),
ReconfigureAcceptOption(),
OptionRequestOption(requested_options=[
OPTION_DNS_SERVERS,
OPTION_NTP_SERVER,
OPTION_SNTP_SERVERS,
OPTION_IA_PD,
OPTION_IA_NA,
OPTION_VENDOR_OPTS,
OPTION_SOL_MAX_RT,
OPTION_INF_MAX_RT,
]),
VendorClassOption(enterprise_number=872),
],
)),
InterfaceIdOption(interface_id=b'Fa2/3'),
RemoteIdOption(enterprise_number=9,
remote_id=bytes.fromhex(
'020023000001000a0003000100211c7d486e')),
])),
InterfaceIdOption(interface_id=b'Gi0/0/0'),
RemoteIdOption(
enterprise_number=9,
def setUp(self):
self.option_bytes = bytes.fromhex('0006000400030004')
self.option_object = OptionRequestOption(
requested_options=[OPTION_IA_NA, OPTION_IA_TA])
self.parse_option()
def main(args: Iterable[str]) -> int:
"""
The main program
:param args: Command line arguments
:return: The program exit code
"""
# Handle command line arguments
options = handle_args(args)
set_verbosity_logger(logger, options.verbosity)
query = options.create(options)
# Add ORO for relay data
if options.relay_data:
query.options.append(OptionRequestOption([OPTION_LQ_RELAY_DATA]))
# Generate the outgoing message
transaction_id = random.getrandbits(24).to_bytes(3, 'big')
message_out = LeasequeryMessage(
transaction_id,
[ClientIdOption(EnterpriseDUID(40208, b'LeaseQueryTester')), query])
# Create client socket
if options.tcp:
client = TCPClientSocket(options)
else:
# Check permission
if os.getuid() != 0:
raise RuntimeError("This tool needs to be run as root")
client = UDPClientSocket(options)
destination = client.send(message_out)
logger.info("Sent to {}:\n{}".format(destination, message_out))
# Wait for responses
wait_for_multiple = options.server.is_multicast or options.tcp
start = time.time()
deadline = start + 3
received = 0
while time.time() < deadline:
client.set_timeout(deadline - time.time())
try:
sender, message_in = client.recv()
received += 1
logger.info("Received from {}:\n{}".format(sender, message_in))
if options.tcp:
# Check bulk leasequery ending
if isinstance(message_in, LeasequeryReplyMessage):
if not message_in.get_option_of_type(ClientDataOption):
# Reply without data, the end
break
if isinstance(message_in, LeasequeryDoneMessage):
break
if not wait_for_multiple:
break
except socket.timeout:
pass
logger.info(
gettext.ngettext("{} response received", "{} responses received",
received).format(received))
return 0