def send_frame(self, frame_body):
PACKET = Ether()
PACKET.length = 64
PACKET.dst = self.dst
PACKET.src = self.getHwAddr(self.interface)
if self.stag:
# WARNING: September/2016: This should be 0x88a8, but the Intel 10G
# hardware I am currently using does not support receiving a TPID of
# 0x88a8. So, I send double CTAGs, and I usually set this to 0x8100.
# (NOTE: The Intel hardware can send a TPID of 0x88a8)
PACKET.type = 0x8100
if self.ctag:
PACKET/=Dot1Q(type=0x8100,vlan=int(self.stag))
PACKET/=Dot1Q(type=self.etype,vlan=int(self.ctag))
else:
PACKET/=Dot1Q(type=self.etype,vlan=int(self.stag))
else:
if self.ctag:
PACKET.type = 0x8100
PACKET/=Dot1Q(type=self.etype,vlan=int(self.ctag))
else:
PACKET.type = self.etype
# PACKET/=Dot1Q(type=self.etype, vlan=int(self.ctag))
PACKET/=SlowProtocolsSubtype()/FlagsBytes()/OAMPDU()
PACKET/=frame_body
PACKET/=EndOfPDU()
if (self.verbose == True):
PACKET.show()
print '###[ Frame Length %d (before padding) ]###' % len(PACKET)
if (self.hexdump == True):
print hexdump(PACKET)
if (self.dryrun != True):
sendp(PACKET, iface=self.interface, verbose=self.verbose)
time.sleep(self.sleep)
return PACKET
def send_frame(self, frame_body):
PACKET = Ether()
PACKET.length = 64
PACKET.dst = self.dst
PACKET.src = self.getHwAddr(self.interface)
if self.stag:
# WARNING: September/2016: This should be 0x88a8, but the Intel 10G
# hardware I am currently using does not support receiving a TPID of
# 0x88a8. So, I send double CTAGs, and I usually set this to 0x8100.
# (NOTE: The Intel hardware can send a TPID of 0x88a8)
PACKET.type = 0x8100
if self.ctag:
PACKET/=Dot1Q(type=0x8100,vlan=int(self.stag))
PACKET/=Dot1Q(type=self.etype,vlan=int(self.ctag))
else:
PACKET/=Dot1Q(type=self.etype,vlan=int(self.stag))
else:
if self.ctag:
PACKET.type = 0x8100
PACKET/=Dot1Q(type=self.etype,vlan=int(self.ctag))
else:
PACKET.type = self.etype
# PACKET/=Dot1Q(type=self.etype, vlan=int(self.ctag))
PACKET/=SlowProtocolsSubtype()/FlagsBytes()/OAMPDU()
PACKET/=frame_body
PACKET/=EndOfPDU()
if (self.verbose == True):
PACKET.show()
print '###[ Frame Length %d (before padding) ]###' % len(PACKET)
if (self.hexdump == True):
print hexdump(PACKET)
if (self.dryrun != True):
sendp(PACKET, iface=self.interface, verbose=self.verbose)
time.sleep(self.sleep)
return PACKET
def create_packet_header_IPv6_SRH_L2(self,
srcaddr,
sidlist,
segleft,
vlan=0):
"""Create packet header: L2 encapsulated in SRv6:
IPv6 header with SRH, L2
:param int srcaddr: IPv6 source address
:param list sidlist: segment list of outer IPv6 SRH
:param int segleft: segments-left field of outer IPv6 SRH
:param vlan: L2 vlan; if vlan!=0 then add 802.1q header
IPv6 source address is set to srcaddr
IPv6 destination address is set to sidlist[segleft]
"""
eth = Ether(src='00:11:22:33:44:55', dst='00:55:44:33:22:11')
etype = 0x8137 # IPX
if vlan:
# add 802.1q layer
eth /= Dot1Q(vlan=vlan, type=etype)
else:
eth.type = etype
p = IPv6(src=srcaddr, dst=sidlist[segleft]) / \
IPv6ExtHdrSegmentRouting(addresses=sidlist,
segleft=segleft, nh=59) / \
eth
return p
def create_packet_header_IPv6_SRH_L2(self, srcaddr, sidlist, segleft,
vlan=0):
"""Create packet header: L2 encapsulated in SRv6:
IPv6 header with SRH, L2
:param int srcaddr: IPv6 source address
:param list sidlist: segment list of outer IPv6 SRH
:param int segleft: segments-left field of outer IPv6 SRH
:param vlan: L2 vlan; if vlan!=0 then add 802.1q header
IPv6 source address is set to srcaddr
IPv6 destination address is set to sidlist[segleft]
"""
eth = Ether(src='00:11:22:33:44:55', dst='00:55:44:33:22:11')
etype = 0x8137 # IPX
if vlan:
# add 802.1q layer
eth /= Dot1Q(vlan=vlan, type=etype)
else:
eth.type = etype
p = IPv6(src=srcaddr, dst=sidlist[segleft]) / \
IPv6ExtHdrSegmentRouting(addresses=sidlist,
segleft=segleft, nh=59) / \
eth
return p
def create_lldp_packet(mac_addr, switch_name, port_id):
# indicate the swith name
chassis_tlv = Chassis_Id()
chassis_tlv.subtype = 0x07
chassis_tlv.length = len(switch_name) + 1
chassis_tlv.locallyAssigned = switch_name
# indicate the port ID
port_tlv = Port_Id()
port_tlv.subtype = 0x7
port_tlv.length = len(port_id) + 1
port_tlv.locallyAssigned = port_id
# TTL
ttl_tlv = TTL()
ttl_tlv.length = 2
ttl_tlv.seconds = 0
# The end
end_tlv = EndOfPDU()
# Create the frame
frame = Ether()
frame.src = mac_addr
frame.dst = '01:80:c2:00:00:0e'
frame.type = 0x88cc
packet = frame / chassis_tlv / port_tlv / ttl_tlv / end_tlv
return packet
async def recv(self):
rx_header = await self.header_sink.recv()
rx_payload = await self.payload_sink.recv()
assert not rx_payload.tuser
eth = Ether()
eth.dst = rx_header.dest_mac.integer.to_bytes(6, 'big')
eth.src = rx_header.src_mac.integer.to_bytes(6, 'big')
eth.type = rx_header.type.integer
rx_pkt = eth / bytes(rx_payload.tdata)
return Ether(bytes(rx_pkt))
async def run_test(dut,
payload_lengths=None,
payload_data=None,
idle_inserter=None,
backpressure_inserter=None):
tb = TB(dut)
await tb.reset()
tb.set_idle_generator(idle_inserter)
tb.set_backpressure_generator(backpressure_inserter)
test_pkts = []
test_frames = []
for payload in [payload_data(x) for x in payload_lengths()]:
eth = Ether(src='5A:51:52:53:54:55',
dst='DA:D1:D2:D3:D4:D5',
type=0x8000)
test_pkt = eth / payload
test_pkts.append(test_pkt.copy())
test_frame = AxiStreamFrame(test_pkt.build())
test_frames.append(test_frame)
await tb.source.send(test_frame)
for test_pkt, test_frame in zip(test_pkts, test_frames):
rx_header = await tb.header_sink.recv()
rx_payload = await tb.payload_sink.recv()
eth = Ether()
eth.dst = rx_header.dest_mac.integer.to_bytes(6, 'big')
eth.src = rx_header.src_mac.integer.to_bytes(6, 'big')
eth.type = rx_header.type.integer
rx_pkt = eth / bytes(rx_payload.tdata)
tb.log.info("RX packet: %s", repr(rx_pkt))
assert rx_pkt.build() == test_pkt.build()
assert not rx_payload.tuser
assert tb.header_sink.empty()
assert tb.payload_sink.empty()
await RisingEdge(dut.clk)
await RisingEdge(dut.clk)
def create_packet_header_L2(self, vlan=0):
"""Create packet header: L2 header
:param vlan: if vlan!=0 then add 802.1q header
"""
# Note: the dst addr ('00:55:44:33:22:11') is used in
# the compare function compare_rx_tx_packet_T_Encaps_L2
# to detect presence of L2 in SRH payload
p = Ether(src='00:11:22:33:44:55', dst='00:55:44:33:22:11')
etype = 0x8137 # IPX
if vlan:
# add 802.1q layer
p /= Dot1Q(vlan=vlan, type=etype)
else:
p.type = etype
return p
def create_packet_header_L2(self, vlan=0):
"""Create packet header: L2 header
:param vlan: if vlan!=0 then add 802.1q header
"""
# Note: the dst addr ('00:55:44:33:22:11') is used in
# the compare function compare_rx_tx_packet_T_Encaps_L2
# to detect presence of L2 in SRH payload
p = Ether(src='00:11:22:33:44:55', dst='00:55:44:33:22:11')
etype = 0x8137 # IPX
if vlan:
# add 802.1q layer
p /= Dot1Q(vlan=vlan, type=etype)
else:
p.type = etype
return p
async def recv(self):
rx_frame = await self.sink.recv()
eth = Ether()
eth.dst = rx_frame.eth_dest_mac.integer.to_bytes(6, 'big')
eth.src = rx_frame.eth_src_mac.integer.to_bytes(6, 'big')
eth.type = rx_frame.eth_type.integer
arp = ARP()
arp.hwtype = rx_frame.arp_htype.integer
arp.ptype = rx_frame.arp_ptype.integer
arp.hwlen = rx_frame.arp_hlen.integer
arp.plen = rx_frame.arp_plen.integer
arp.op = rx_frame.arp_oper.integer
arp.hwsrc = rx_frame.arp_sha.integer.to_bytes(6, 'big')
arp.psrc = rx_frame.arp_spa.integer
arp.hwdst = rx_frame.arp_tha.integer.to_bytes(6, 'big')
arp.pdst = rx_frame.arp_tpa.integer
rx_pkt = eth / arp
return Ether(bytes(rx_pkt))
def main():
"""Send IP/IPv6 packet from one traffic generator interface to the other."""
args = TrafficScriptArg([
u"tg_src_mac", u"tg_dst_mac", u"src_ip", u"dst_ip", u"dut_if1_mac",
u"dut_if2_mac"
], [
u"encaps_tx", u"vlan_tx", u"vlan_outer_tx", u"encaps_rx", u"vlan_rx",
u"vlan_outer_rx"
])
tx_src_mac = args.get_arg(u"tg_src_mac")
tx_dst_mac = args.get_arg(u"dut_if1_mac")
rx_dst_mac = args.get_arg(u"tg_dst_mac")
rx_src_mac = args.get_arg(u"dut_if2_mac")
src_ip = args.get_arg(u"src_ip")
dst_ip = args.get_arg(u"dst_ip")
tx_if = args.get_arg(u"tx_if")
rx_if = args.get_arg(u"rx_if")
encaps_tx = args.get_arg(u"encaps_tx")
vlan_tx = args.get_arg(u"vlan_tx")
vlan_outer_tx = args.get_arg(u"vlan_outer_tx")
encaps_rx = args.get_arg(u"encaps_rx")
vlan_rx = args.get_arg(u"vlan_rx")
vlan_outer_rx = args.get_arg(u"vlan_outer_rx")
rxq = RxQueue(rx_if)
txq = TxQueue(tx_if)
sent_packets = list()
pkt_raw = Ether(src=tx_src_mac, dst=tx_dst_mac)
if encaps_tx == u"Dot1q":
pkt_raw /= Dot1Q(vlan=int(vlan_tx))
elif encaps_tx == u"Dot1ad":
pkt_raw.type = 0x88a8
pkt_raw /= Dot1Q(vlan=vlan_outer_tx)
pkt_raw /= Dot1Q(vlan=vlan_tx)
if valid_ipv4(src_ip) and valid_ipv4(dst_ip):
pkt_raw /= IP(src=src_ip, dst=dst_ip, proto=61)
ip_format = IP
elif valid_ipv6(src_ip) and valid_ipv6(dst_ip):
pkt_raw /= IPv6(src=src_ip, dst=dst_ip)
ip_format = IPv6
else:
raise ValueError(u"IP not in correct format")
pkt_raw /= Raw()
sent_packets.append(pkt_raw)
txq.send(pkt_raw)
while True:
if tx_if == rx_if:
ether = rxq.recv(2, ignore=sent_packets)
else:
ether = rxq.recv(2)
if ether is None:
raise RuntimeError(u"IP packet Rx timeout")
if ether.haslayer(ICMPv6ND_NS):
# read another packet in the queue if the current one is ICMPv6ND_NS
continue
else:
# otherwise process the current packet
break
if rx_dst_mac == ether[Ether].dst and rx_src_mac == ether[Ether].src:
logger.trace(u"MAC matched")
else:
raise RuntimeError(f"Matching packet unsuccessful: {ether!r}")
if encaps_rx == u"Dot1q":
if ether[Dot1Q].vlan == int(vlan_rx):
logger.trace(u"VLAN matched")
else:
raise RuntimeError(f"Ethernet frame with wrong VLAN tag "
f"({ether[Dot1Q].vlan}-received, "
f"{vlan_rx}-expected):\n{ether!r}")
ip = ether[Dot1Q].payload
elif encaps_rx == u"Dot1ad":
raise NotImplementedError()
else:
ip = ether.payload
if not isinstance(ip, ip_format):
raise RuntimeError(f"Not an IP packet received {ip!r}")
# Compare data from packets
if src_ip == ip.src:
logger.trace(u"Src IP matched")
else:
raise RuntimeError(
f"Matching Src IP unsuccessful: {src_ip} != {ip.src}")
if dst_ip == ip.dst:
logger.trace(u"Dst IP matched")
else:
raise RuntimeError(
f"Matching Dst IP unsuccessful: {dst_ip} != {ip.dst}")
sys.exit(0)
def extract_one_packet(buf):
"""Extract one packet from the incoming buf buffer.
Takes string as input and looks for first whole packet in it.
If it finds one, it returns substring from the buf parameter.
:param buf: String representation of incoming packet buffer.
:type buf: str
:returns: String representation of first packet in buf.
:rtype: str
"""
pkt_len = 0
if len(buf) < 60:
return None
try:
ether_type = Ether(buf[0:14]).type
except AttributeError:
raise RuntimeError(f"No EtherType in packet {buf!r}")
if ether_type == ETH_P_IP:
# 14 is Ethernet fame header size.
# 4 bytes is just enough to look for length in ip header.
# ip total length contains just the IP packet length so add the Ether
# header.
pkt_len = Ether(buf[0:14 + 4]).len + 14
if len(buf) < 60:
return None
elif ether_type == ETH_P_IPV6:
if not Ether(buf[0:14 + 6]).haslayer(IPv6):
raise RuntimeError(f"Invalid IPv6 packet {buf!r}")
# ... to add to the above, 40 bytes is the length of IPV6 header.
# The ipv6.len only contains length of the payload and not the header
pkt_len = Ether(buf)[u"IPv6"].plen + 14 + 40
if len(buf) < 60:
return None
elif ether_type == ETH_P_ARP:
pkt = Ether(buf[:20])
if not pkt.haslayer(ARP):
raise RuntimeError(u"Incomplete ARP packet")
# len(eth) + arp(2 hw addr type + 2 proto addr type
# + 1b len + 1b len + 2b operation)
pkt_len = 14 + 8
pkt_len += 2 * pkt.getlayer(ARP).hwlen
pkt_len += 2 * pkt.getlayer(ARP).plen
del pkt
elif ether_type == 32821: # RARP (Reverse ARP)
pkt = Ether(buf[:20])
pkt.type = ETH_P_ARP # Change to ARP so it works with scapy
pkt = Ether(pkt)
if not pkt.haslayer(ARP):
pkt.show()
raise RuntimeError(u"Incomplete RARP packet")
# len(eth) + arp(2 hw addr type + 2 proto addr type
# + 1b len + 1b len + 2b operation)
pkt_len = 14 + 8
pkt_len += 2 * pkt.getlayer(ARP).hwlen
pkt_len += 2 * pkt.getlayer(ARP).plen
del pkt
else:
raise RuntimeError(f"Unknown protocol {ether_type}")
if pkt_len < 60:
pkt_len = 60
if len(buf) < pkt_len:
return None
return buf[0:pkt_len]
def main():
"""Send IP ICMP packet from one traffic generator interface to the other."""
args = TrafficScriptArg([
'tg_src_mac', 'tg_dst_mac', 'src_ip', 'dst_ip', 'dut_if1_mac',
'dut_if2_mac'
], [
'encaps_tx', 'vlan_tx', 'vlan_outer_tx', 'encaps_rx', 'vlan_rx',
'vlan_outer_rx'
])
tx_src_mac = args.get_arg('tg_src_mac')
tx_dst_mac = args.get_arg('dut_if1_mac')
rx_dst_mac = args.get_arg('tg_dst_mac')
rx_src_mac = args.get_arg('dut_if2_mac')
src_ip = args.get_arg('src_ip')
dst_ip = args.get_arg('dst_ip')
tx_if = args.get_arg('tx_if')
rx_if = args.get_arg('rx_if')
encaps_tx = args.get_arg('encaps_tx')
vlan_tx = args.get_arg('vlan_tx')
vlan_outer_tx = args.get_arg('vlan_outer_tx')
encaps_rx = args.get_arg('encaps_rx')
vlan_rx = args.get_arg('vlan_rx')
vlan_outer_rx = args.get_arg('vlan_outer_rx')
rxq = RxQueue(rx_if)
txq = TxQueue(tx_if)
sent_packets = []
ip_format = ''
pkt_raw = Ether(src=tx_src_mac, dst=tx_dst_mac)
if encaps_tx == 'Dot1q':
pkt_raw /= Dot1Q(vlan=int(vlan_tx))
elif encaps_tx == 'Dot1ad':
pkt_raw.type = 0x88a8
pkt_raw /= Dot1Q(vlan=vlan_outer_tx)
pkt_raw /= Dot1Q(vlan=vlan_tx)
if valid_ipv4(src_ip) and valid_ipv4(dst_ip):
pkt_raw /= IP(src=src_ip, dst=dst_ip)
pkt_raw /= ICMP()
ip_format = IP
elif valid_ipv6(src_ip) and valid_ipv6(dst_ip):
pkt_raw /= IPv6(src=src_ip, dst=dst_ip)
pkt_raw /= ICMPv6EchoRequest()
ip_format = IPv6
else:
raise ValueError("IP not in correct format")
sent_packets.append(pkt_raw)
txq.send(pkt_raw)
if tx_if == rx_if:
ether = rxq.recv(2, ignore=sent_packets)
else:
ether = rxq.recv(2)
if ether is None:
raise RuntimeError("ICMP echo Rx timeout")
if rx_dst_mac == ether[Ether].dst and rx_src_mac == ether[Ether].src:
logger.trace("MAC matched")
else:
raise RuntimeError("Matching packet unsuccessful: {0}".format(
ether.__repr__()))
if encaps_rx == 'Dot1q':
if ether[Dot1Q].vlan == int(vlan_rx):
logger.trace("VLAN matched")
else:
raise RuntimeError('Ethernet frame with wrong VLAN tag ({}-'
'received, {}-expected):\n{}'.format(
ether[Dot1Q].vlan, vlan_rx,
ether.__repr__()))
ip = ether[Dot1Q].payload
elif encaps_rx == 'Dot1ad':
raise NotImplementedError()
else:
ip = ether.payload
if not isinstance(ip, ip_format):
raise RuntimeError("Not an IP packet received {0}".format(
ip.__repr__()))
# Compare data from packets
if src_ip == ip.src:
logger.trace("Src IP matched")
else:
raise RuntimeError("Matching Src IP unsuccessful: {} != {}".format(
src_ip, ip.src))
if dst_ip == ip.dst:
logger.trace("Dst IP matched")
else:
raise RuntimeError("Matching Dst IP unsuccessful: {} != {}".format(
dst_ip, ip.dst))
sys.exit(0)
def main():
"""Send packet from one traffic generator interface to the other."""
args = TrafficScriptArg([
u"tg_if1_mac",
u"dut_if1_mac",
u"flow_type",
u"proto",
], [u"src_ip", u"dst_ip", u"src_port", u"dst_port", u"value"])
tx_if = args.get_arg(u"tx_if")
tx_src_mac = args.get_arg(u"tg_if1_mac")
tx_dst_mac = args.get_arg(u"dut_if1_mac")
flow_type = args.get_arg(u"flow_type")
proto = args.get_arg(u"proto")
src = args.get_arg(u"src_ip")
dst = args.get_arg(u"dst_ip")
sport = eval(args.get_arg(u"src_port"))
dport = eval(args.get_arg(u"dst_port"))
value = eval(args.get_arg(u"value"))
txq = TxQueue(tx_if)
if flow_type == u"IP4":
pkt_raw = (Ether(src=tx_src_mac, dst=tx_dst_mac) /
IP(src=src, dst=dst))
elif flow_type == u"IP6":
pkt_raw = (Ether(src=tx_src_mac, dst=tx_dst_mac) /
IPv6(src=src, dst=dst))
elif flow_type == u"ETHER":
pkt_raw = Ether(src=tx_src_mac, dst=tx_dst_mac)
else:
raise ValueError(f"Flow type error: {flow_type}")
if proto == u"TCP":
pkt_raw /= TCP(sport=sport, dport=dport)
elif proto == u"UDP":
pkt_raw /= UDP(sport=sport, dport=dport)
elif proto == u"AH":
pkt_raw /= AH(spi=value)
elif proto == u"ESP":
pkt_raw /= ESP(spi=value)
elif proto == u"GTPU":
pkt_raw /= (UDP() / GTP_U_Header(teid=value) /
IP(src=u"192.168.10.20"))
elif proto == u"L2TPV3":
value_hex = hex(value).replace('0x', (8 - len(hex(value)) + 2) * '0')
session_id = binascii.a2b_hex(value_hex)
pkt_raw.proto = 115
pkt_raw /= Raw(session_id)
elif proto == u"VXLAN":
pkt_raw /= (UDP() / VXLAN(vni=value))
elif proto == u"ARP":
pkt_raw.type = value
pkt_raw /= ARP()
else:
raise ValueError(f"Flow proto error: {proto}")
pkt_raw /= Raw()
txq.send(pkt_raw)
sys.exit(0)
def getIPPacket(self):
"""
构造IP数据包
:return:
"""
# chksum = self.entries[9].get()
try:
eth = Ether()
eth.src = self.entries[0].get()
eth.dst = self.entries[1].get()
eth.type = int(self.entries[2].get())
ip_packet = IP()
ip_packet.versionion = int(self.entries[3].get())
ip_packet.ihl = int(self.entries[4].get())
ip_packet.tos = int(self.entries[5].get())
ip_packet.len = int(self.entries[6].get())
ip_packet.id = int(self.entries[7].get())
ip_packet.flags = int(self.entries[8].get())
ip_packet.frag = int(self.entries[9].get())
ip_packet.ttl = int(self.entries[10].get())
ip_packet.proto = int(self.entries[11].get())
payload = self.entries[16].get()
ip_packet.src = self.entries[13].get()
ip_packet.dst = self.entries[14].get()
# 不含payload计算首部校验和
if payload == '':
print("无payload的IP报文")
ip_packet.show()
checksum_scapy = IP(raw(ip_packet)).chksum
# 自主计算验证IP首部检验和并进行填充
print("scapy自动计算的IP首部检验和是：%04x (%s)" %
(checksum_scapy, str(checksum_scapy)))
# 1.将IP首部和自动设置为0
ip_packet.chksum = 0
# 2.生成ip首部的数据字符串
x = raw(ip_packet)
ipString = "".join("%02x" % orb(x) for x in x)
# 3.将ip首部的数据字符串转换成字节数组
ipbytes = bytearray.fromhex(ipString)
# 4.调用校验和计算函数计算校验和
checksum_self = self.IP_headchecksum(ipbytes)
# 5.进行校验和验证
print("验证计算IP首部的检验和是：%04x (%s)" %
(checksum_self, str(checksum_self)))
# 含payload计算首部校验和
else:
print("含有payload的IP报文")
ip_packet = ip_packet / payload
ip_packet.show()
ip_packet.len = 20 + len(payload)
checksum_scapy = IP(raw(ip_packet)).chksum
print("scapy自动计算的IP首部检验和是：%04x (%s)" %
(checksum_scapy, str(checksum_scapy)))
ip_packet.chksum = 0
ip_packet.ihl = 5
print('\n 报文长度是：%s' % str(ip_packet.len))
x = raw(ip_packet)
ipString = "".join("%02x" % orb(x) for x in x)
ipbytes = bytearray.fromhex(ipString)
checksum_self = self.IP_headchecksum(ipbytes[0:ip_packet.ihl *
4])
print("验证计算IP首部的检验和是：%04x (%s)" %
(checksum_self, str(checksum_self)))
if checksum_self == checksum_scapy:
print("检验和正确")
else:
print("检验和不正确")
ip_packet.chksum = checksum_self
self.entries[12].delete(0, END)
self.entries[12].insert(0, hex(ip_packet.chksum))
ip_packet.show()
self.resultText.insert('end', ip_packet.summary() + '\n')
self.resultText.insert('end', str(ip_packet) + '\n')
return eth / ip_packet
except Exception as e:
print(e.with_traceback())
finally:
pass
