def print_instruction(instructions):
print('Flow Instructions:')
for instruction in instructions:
print(' Instruction: Type %s Length: %s' % (dissector.get_instructions(
instruction.instruction_type.value), instruction.length))
# GotoTable
if instruction.instruction_type.value == 1:
print(" Goto Table_ID: %s" % green(instruction.table_id.value))
# WriteMetadata
if instruction.instruction_type.value == 2:
print(" MetaData: %s MetaData_Mask: %s" %
(green(hex(instruction.metadata.value)),
green(hex(instruction.metadata_mask.value))))
# WriteActions, ApplyActions, ClearActions
if instruction.instruction_type.value in [3, 4, 5]:
for action in instruction.actions:
print(' Action - Type %s Length %s' %
(green(action.action_type), action.length),
end='')
print_action(action)
# Meter
if instruction.instruction_type.value == 6:
print("Meter_ID: %s" % green(hex(instruction.meter_id.value)))
# Experimenter
if instruction.instruction_type.value == 65535:
print("Experimenter")
def print_ofp_phy_port(port):
port_id = '%s' % green(port.port_no)
print('Port_id: %s - hw_addr: %s name: %s' % (
port_id, green(port.hw_addr), green(port.name)))
print('Port_id: %s - config: ' % port_id, end='')
printed = False
config = _parse_phy_config(port.config.value)
for i in config:
print(dissector.get_phy_config(i), end='')
printed = True
else:
printed = _dont_print_0(printed)
print()
print('Port_id: %s - state: ' % port_id, end='')
state = _parse_phy_state(port.state.value)
for i in state:
print(dissector.get_phy_state(i), end='')
printed = True
else:
_dont_print_0(printed)
print()
print_port_field(port_id, port.curr, 'curr')
print_port_field(port_id, port.advertised, 'advertised')
print_port_field(port_id, port.supported, 'supported')
print_port_field(port_id, port.peer, 'peer')
def print_lldp(lldp):
"""
Print LLDP fields
Args:
lldp: LLDP class
"""
if lldp.c_type is not 1 or lldp.p_type is not 2 \
or lldp.t_type is not 3 or lldp.e_type is not 0:
print('LLDP: Malformed packet')
return
if lldp.c_type is 1:
if isinstance(lldp.c_id, bytes):
lldp.c_id = lldp.c_id.decode("utf-8")
print('LLDP: Chassis Type(%s) Length: %s SubType: %s ID: %s' %
(lldp.c_type, lldp.c_length, lldp.c_subtype, green(lldp.c_id)))
if lldp.p_type is 2:
print('LLDP: Port Type(%s) Length: %s SubType: %s ID: %s' %
(lldp.p_type, lldp.p_length, lldp.p_subtype, green(lldp.p_id)))
if lldp.t_type is 3:
print('LLDP: TTL(%s) Length: %s Seconds: %s' %
(lldp.t_type, lldp.t_length, lldp.t_ttl))
if lldp.e_type is 0:
print('LLDP: END(%s) Length: %s' % (lldp.e_type, lldp.e_length))
def print_print_ofpt_multipart_request_queue(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
port_number = dissector.get_phy_port_no(msg.port_no.value)
flags = green(dissector.get_multipart_request_flags(msg.flags.value))
print(' Queue(5): Flags: %s Pad: %s Port_Number: %s Queue_id: %s' %
(flags, msg.pad, green(port_number), msg.queue_id))
def print_ofpt_packet_in(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
print('PacketIn: buffer_id: %s total_len: %s in_port: %s reason: %s '
'pad: %s' %
(hex(msg.buffer_id.value), msg.total_len.value,
green(msg.in_port.value), green(msg.reason.value), msg.pad))
print_data(msg.data)
def print_ofpt_meter_mod(msg):
"""
These commands manage the meter table in an OpenFlow switch. In each case, meter
specifies a meter entry in the format described in Meter Syntax.
"""
# Print main meter_mod options
string = 'Body - Command: %s Flags: %s Meter_OD: %s'
flags = green(dissector.get_meter_mod_flags(msg.flags.value))
command = green(dissector.get_meter_mod_command(msg.command.value))
print(string % (command, flags, msg.meter_id,))
def print_ofpt_packet_in(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
print('PacketIn: buffer_id: %s total_len: %s reason: %s table_id: %s '
'cookie: %s ' %
(hex(msg.buffer_id.value), msg.total_len.value,
green(dissector.get_packet_in_reason(msg.reason.value)),
green(msg.table_id.value), msg.cookie.value))
print('Match: ', end='')
print_match_type(msg.match)
print('Pad: %s' % msg.pad)
print_data(msg.data)
def print_ofpt_multipart_reply_queue(queue):
"""
Args:
queue: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
port_no = green(dissector.get_phy_port_no(msg.port_no.value))
print(
' Queue(5): Flags: %s port_no: %s queue_id: %s tx_bytes: %s tx_packets: %s tx_errors: %s'
'duration_sec: %s duration_nsec: %s' %
(flags, port_no, queue.queue_id, queue.tx_bytes,
queue.tx_packets, queue.tx_errors, queue.duration_sec,
queue.duration_nsec))
def print_ofp_body(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
string = ('Body - Cookie: %s Command: %s Idle/Hard Timeouts: '
'%s/%s\nBody - Priority: %s Buffer ID: %s Out Port: %s Flags: %s')
command = green(dissector.get_ofp_command(msg.command.value))
flags = green(dissector.get_ofp_flags(msg.flags.value))
out_port = green(dissector.get_phy_port_id(msg.out_port.value))
print(string % (msg.cookie.value, command, msg.idle_timeout, msg.hard_timeout,
green(msg.priority), msg.buffer_id.value, out_port, flags))
def print_ofpt_flow_mod(msg):
# Print main flow_mod options
string = ('FlowMod - Cookie/Mask: %s/%s Table_id: %s Command: %s '
'Idle/Hard Timeouts: %s/%s\nFlowMod - Priority: %s '
'Buffer ID: %s Out Port: %s Out Group: %s Flags: %s Pad: %s')
flags = green(dissector.get_flow_mod_flags(msg.flags.value))
port = green(dissector.get_phy_port_no(msg.out_port.value))
command = green(dissector.get_flow_mod_command(msg.command.value))
print(string % (green(hex(msg.cookie.value)), hex(
msg.cookie_mask.value), msg.table_id, command, msg.idle_timeout,
msg.hard_timeout, green(msg.priority), msg.buffer_id, port,
msg.out_group, flags, print_pad(msg.pad)))
print_match_type(msg.match)
print_instruction(msg.instructions)
def print_ofpt_multipart_reply_meter_config(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
print(' Meter_Config(10): Flags: %s length: %s meter_id: %s' %
(flags, msg.len, msg.meter_id.value))
for band in msg.meter_band_header[0].band:
if band.type == "drop":
print(
'Band[type]: %s Band[len]: %s Band[rate]: %s Band[burst_size]: %s Band[pad]: %s'
% (band.type.value, band.len.value, band.rate.value,
band.burst_size.value, band.pad))
if band.type == "dscp_remark":
print(
'Band[type]: %s Band[len]: %s Band[rate]: %s Band[burst_size]: %s Band[prec]: %s '
'Band[pad]: %s' %
(band.type.value, band.len.value, band.rate.value,
band.burst_size.value, band.prec.value, band.pad))
if band.type == "experimenter":
print(
'Band[type]: %s Band[len]: %s Band[rate]: %s Band[burst_size]: %s Band[experimenter_id]: %s'
% (band.type.value, band.len.value, band.rate.value,
band.burst_size.value, band.experimenter_id.value))
if len(msg.body) == 0:
print('Multipart Reply Type Meter_config(10):\nNo meter_configs')
return
def print_ofp_match(match):
"""
Args:
match:
"""
print('Match - ', end='')
for match_item in match.__dict__:
match_item_value = match.__dict__[match_item]
if match_item_value.value not in [
0, "00:00:00:00:00:00", "0.0.0.0", 65535
]:
if match_item is 'dl_vlan' and match_item_value.value not in [
65535
]:
match_item_value = dissector.get_vlan(match_item_value.value)
elif match_item is 'wildcards':
match_item_value = hex(match_item_value.value)
elif match_item is 'dl_type' and match_item_value.value not in [
65535
]:
match_item_value = libs.tcpiplib.tcpip.get_ethertype(
match_item_value.value)
elif match_item in ['pad1', 'pad2']:
continue
print("%s: %s " % (match_item, green(match_item_value)), end='')
print()
def print_ofpt_multipart_request_meter_features(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_request_flags(msg.flags.value))
print(' Meter_Features(11): Flags: %s Pad: %s' % (flags, msg.pad))
def print_ofpt_multipart_request_port_desc(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_request_flags(msg.flags.value))
print(' Port_Desc(13): Flags: %s Pad: %s' % (flags, msg.pad))
def print_match_oxm(oxm):
if oxm.oxm_hasmask == 0:
if oxm.oxm_field in [0]:
oxm.oxm_value = int.from_bytes(oxm.oxm_value, byteorder='big')
oxm.oxm_value = dissector.get_phy_port_no(oxm.oxm_value)
# DL_DST or DL_SRC
elif oxm.oxm_field in [3, 4, 24, 25, 32, 33]:
print(green(libs.tcpiplib.prints.eth_addr(oxm.oxm_value)))
return
# DL_TYPE
elif oxm.oxm_field in [5]:
oxm.oxm_value = int.from_bytes(oxm.oxm_value, byteorder='big')
oxm.oxm_value = hex(oxm.oxm_value)
# DL_VLAN
elif oxm.oxm_field == 6:
if oxm.oxm_value == 0:
oxm.oxm_value = 'OFPVID_NONE (UNTAGGED)'
else:
# 0x1xxx Bit 1 indicates VLAN. Removing this bit to
# get the VID
oxm.oxm_value = int.from_bytes(oxm.oxm_value, byteorder='big')
oxm.oxm_value -= 4096
# NW_SRC or NW_DST
elif oxm.oxm_field in [11, 12, 22, 23]:
oxm.oxm_value = libs.tcpiplib.prints.get_ip_from_long(
oxm.oxm_value)
# IPv6 Extensions
elif oxm.oxm_field in [39]:
extensions = of13.parser.parse_ipv6_extension_header(oxm.oxm_value)
for i in extensions:
print(green(
libs.openflow.of13.dissector.get_ipv6_extension(i))),
print('%s' % green(oxm.oxm_value))
elif oxm.oxm_hasmask == 1:
if oxm.oxm_field in [3, 4, 24, 25]:
oxm.oxm_value = libs.tcpiplib.prints.eth_addr(oxm.oxm_value)
oxm.payload.mask = libs.tcpiplib.prints.eth_addr(oxm.payload.mask)
if oxm.oxm_field in [11, 12, 22, 23]:
oxm.oxm_value = libs.tcpiplib.prints.get_ip_from_long(
oxm.oxm_value)
oxm.payload.mask = libs.tcpiplib.prints.get_ip_from_long(
oxm.payload.mask)
print('%s/%s' % (green(oxm.payload.value), green(oxm.payload.mask)))
def print_connection_being_established(pkt):
"""
Just prints that a new TCP connection is being established.
Args:
pkt: Packet class
"""
print_headers(pkt, overwrite_min=0)
print(green("!!!! New TCP/OpenFlow Connection being established!!\n"))
def print_ofpt_multipart_request_group(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_request_flags(msg.flags.value))
print(' Group(6): Flags: %s Pad: %s Group_ID: %s Pad: %s' %
(flags, msg.pad, msg.group_id, msg.pad))
def print_ofpt_multipart_request_meter_config(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_request_flags(msg.flags.value))
print(' Meter_Config(10): Flags: %s Pad: %s Meter_ID: %s Pad: %s' %
(flags, msg.pad, msg.meter_id, msg.pad))
def print_match_oxm(oxm):
if oxm.hasmask == 0:
if oxm.field in [0]:
oxm.payload.value = oxm.payload.value & 0xffff
oxm.payload.value = libs.openflow.of13.dissector.get_phy_port_id(
oxm.payload.value)
# DL_DST or DL_SRC
elif oxm.field in [3, 4, 24, 25, 32, 33]:
print(green(libs.tcpiplib.prints.eth_addr(oxm.payload.value)))
return
# DL_TYPE
elif oxm.field in [5]:
oxm.payload.value = hex(oxm.payload.value)
# DL_VLAN
elif oxm.field == 6:
if oxm.payload.value == 0:
oxm.payload.value = 'UNTAGGED'
else:
oxm.payload.value = oxm.payload.value & 0xfff
# NW_SRC or NW_DST
elif oxm.field in [11, 12, 22, 23]:
oxm.payload.value = libs.tcpiplib.prints.get_ip_from_long(
oxm.payload.value)
# IPv6 Extensions
elif oxm.field in [39]:
extensions = of13.parser.parse_ipv6_extension_header(
oxm.payload.values)
for i in extensions:
print(green(
libs.openflow.of13.dissector.get_ipv6_extension(i))),
print('%s' % green(oxm.payload.value))
elif oxm.hasmask == 1:
if oxm.field in [3, 4, 24, 25]:
oxm.payload.value = libs.tcpiplib.prints.eth_addr(
oxm.payload.value)
oxm.payload.mask = libs.tcpiplib.prints.eth_addr(oxm.payload.mask)
if oxm.field in [11, 12, 22, 23]:
oxm.payload.value = libs.tcpiplib.prints.get_ip_from_long(
oxm.payload.value)
oxm.payload.mask = libs.tcpiplib.prints.get_ip_from_long(
oxm.payload.mask)
print('%s/%s' % (green(oxm.payload.value), green(oxm.payload.mask)))
def print_ofpt_stats_request_queue(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
port_number = dissector.get_phy_port_id(msg.body[0].port_no.value)
print('StatReq Type: OFPST_QUEUE: Port_Number: %s Pad: %s Queue_id: %s' %
(green(port_number), msg.body[0].pad, msg.body[0].queue_id))
def print_ofpt_group_mod(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow | PAGE 82
"""
command = green(dissector.get_group_mod_command(msg.command.value))
type = green(dissector.get_group_mod_type(msg.command.value))
print('GroupMod Command: %s Type: %s Pad: %s Group_id: %s\n'
'Bucket[lenght]: %s Bucket[weight]: %s Bucket[watch_port]: %s Bucket[watch_group]: %s' %
(command, type, msg.pad, green(msg.group_id.value), msg.buckets[0].length.value,
msg.buckets[0].weight.value, hex(msg.buckets[0].watch_port.value),
hex(msg.buckets[0].watch_group.value)))
print("Bucket[actions]:")
for action in msg.buckets[0].actions:
print_action(action)
return 0
def print_ofpt_multipart_reply(msg):
# Print main multipart_reply options
string = 'Body - Type: %s Flags: %s Pad: %s'
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
print(string % (msg.multipart_type, flags, msg.pad))
return 0
def print_flow_mod(msg):
# Print main flow_mod options
string = ('FlowMod - Cookie/Mask: %s/%s Table_id: %s Command: %s '
'Idle/Hard Timeouts: %s/%s\nFlowMod - Priority: %s '
'Buffer ID: %s Out Port: %s Out Group: %s Flags: %s Pad: %s')
command = green(
libs.openflow.of13.dissector.get_flow_mod_command(msg.command))
flags = green(libs.openflow.of13.dissector.get_flow_mod_flags(msg.flags))
port = green(libs.openflow.of13.dissector.get_phy_port_id(msg.out_port))
print(string %
(msg.cookie, msg.cookie_mask, msg.table_id, command,
msg.idle_timeout, msg.hard_timeout, msg.priority, msg.buffer_id,
port, msg.out_group, flags, print_pad(msg.pad)))
# Print print_match_type(msg)
print_match_type(msg.match)
print_instruction(msg.instructions)
def print_ofpt_multipart_reply_experimenter(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
print(' Experimenter(65535): Flags: %s Pad: %s Experimenter: %s' %
(flags, msg.pad, msg.experimenter))
def print_switch_features(msg):
print("OpenFlow Switch Features:")
print("Datapath_id: %s N_Buffers: %s N_Tbls: %s\nAuxiliary_id: %s "
"Pad: %s Reserved: %s" %
(red(msg.datapath_id), msg.n_buffers, msg.n_tbls, msg.auxiliary_id,
msg.pad, green(msg.reserved)))
print("Capabilities: "),
caps = parse_capabilities(msg.capabilities)
for i in caps:
print(libs.openflow.of13.dissector.get_feature_res_capabilities(i)),
print
def print_ofpt_multipart_reply_aggregate(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
print(
' Aggregate(2): Flags: %s packet_count: %s, byte_count: %s flow_count: %s Pad: %s'
% (flags, msg.packet_count, msg.byte_count, msg.flow_count,
msg.pad)) # Is msg.stats included in 1.3?
def print_ofpt_multipart_reply_description(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
print(' Description(0): Flags: %s mfr_desc: %s hw_desc: %s'
'sw_desc: %s serial_num: %s dp_desc: %s' %
(flags, msg.mfr_desc, msg.hw_desc, msg.bsw_desc, msg.serial_num,
msg.dp_desc))
def print_ofps_multipart_request_experimenter(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_request_flags(msg.flags.value))
print(
' Experimenter(65535): Flags: %s Pad: %s Experimenter_ID: %s Experimenter_Type: %s'
%
(flags, msg.pad, msg.experimenter_id.value, msg.experimenter_type))
def print_ofpt_multipart_reply_group_desc(msg):
"""
Args:
msg: OpenFlow message unpacked by python-openflow
"""
flags = green(dissector.get_multipart_reply_flags(msg.flags.value))
print(
' Group_Desc(7): Flags: %s length: %s pad: %s group_id: %s'
'Bucket[length]: %s Bucket[weight]: %s Bucket[watch_port]: %s Bucket[watch_group]: %s'
% (flags, msg.length, green(msg.group_id.value), msg.pad,
msg.buckets[0].length.value, msg.buckets[0].weight.value,
hex(msg.buckets[0].watch_port.value),
hex(msg.buckets[0].watch_group.value)))
print("Bucket[actions]:")
for action in msg.buckets[0].actions:
print_action(action)
if len(msg.body) == 0:
print('Multipart Reply Type Group_Desc(7):\nNo group_desc')
return
def print_port_field(port_id, variable, name):
port_id = '%s' % green(port_id)
printed = False
print('Port_id: %s - %s: ' % (port_id, name), end='')
variable = _parse_phy_curr(variable)
for i in variable:
print(dissector.get_phy_feature(i) + ' ', end='')
printed = True
else:
_dont_print_0(printed)
print()
