def test__generate_features_twotuplebi():
'''
'''
n_features = 41
ip_src = '172.16.0.5'
ip_dst = '192.168.50.1'
key = (ip_src, ip_dst)
afg = AnubisFG(bidirectional=True)
# Tuple that is not on the memory.
empty = afg._generate_features_twotuplebi(key)
assert empty == [0] * n_features
# Duration 0
capture = rdpcap('tests/data/test_100_rows.pcap')
# Second packet is a SYN TCP packet.
packet = capture[1]
timestamp = datetime(2018, 12, 1, 13, 17, 11, 183810)
afg._update_twotuplebi(packet)
expected = [
# fwd
1, # qt_pkt
1, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
1, # qt_prtcl
1, # qt_src_prt
1, # qt_dst_prt
0, # qt_fin_fl
1, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
20, # avg_hdr_len
74, # avg_pkt_len
1, # frq_pkt
63, # avg_ttl
# bck
0, # qt_pkt
0, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
0, # qt_prtcl
0, # qt_src_prt
0, # qt_dst_prt
0, # qt_fin_fl
0, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
0, # avg_hdr_len
0, # avg_pkt_len
0, # frq_pkt
0, # avg_ttl
# non-directional
0, # tm_dur_s
]
ftrs = afg._generate_features_twotuplebi(key)
assert ftrs == expected
# Inverted
expected = [
# bck
0, # qt_pkt
0, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
0, # qt_prtcl
0, # qt_src_prt
0, # qt_dst_prt
0, # qt_fin_fl
0, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
0, # avg_hdr_len
0, # avg_pkt_len
0, # frq_pkt
0, # avg_ttl
# fwd
1, # qt_pkt
1, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
1, # qt_prtcl
1, # qt_src_prt
1, # qt_dst_prt
0, # qt_fin_fl
1, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
20, # avg_hdr_len
74, # avg_pkt_len
1, # frq_pkt
63, # avg_ttl
# non-directional
0, # tm_dur_s
]
ftrs = afg._generate_features_twotuplebi((key[1], key[0]))
assert ftrs == expected
# Duration > 0
# Updating
# Third packet is another SYN TCP packet with same IPs and Ports
packet = capture[2]
afg._update_twotuplebi(packet)
new_timestamp = datetime(2018, 12, 1, 13, 17, 11, 183813)
dur = (new_timestamp - timestamp).total_seconds()
expected = [
2, # qt_pkt
2, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
1, # qt_prtcl
1, # qt_src_prt
1, # qt_dst_prt
0, # qt_fin_fl
2, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
20, # avg_hdr_len
74, # avg_pkt_len
2 / dur, # frq_pkt
63, # avg_ttl
# bck
0, # qt_pkt
0, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
0, # qt_prtcl
0, # qt_src_prt
0, # qt_dst_prt
0, # qt_fin_fl
0, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
0, # avg_hdr_len
0, # avg_pkt_len
0, # frq_pkt
0, # avg_ttl
# non-directional
dur, # tm_dur_s
]
ftrs = afg._generate_features_twotuplebi(key)
assert ftrs == expected
# Using now datetime.
new_timestamp = datetime.now()
dur = (new_timestamp - timestamp).total_seconds()
expected = [
2, # qt_pkt
2, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
1, # qt_prtcl
1, # qt_src_prt
1, # qt_dst_prt
0, # qt_fin_fl
2, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
20, # avg_hdr_len
74, # avg_pkt_len
2 / dur, # frq_pkt
63, # avg_ttl
# bck
0, # qt_pkt
0, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
0, # qt_prtcl
0, # qt_src_prt
0, # qt_dst_prt
0, # qt_fin_fl
0, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
0, # avg_hdr_len
0, # avg_pkt_len
0, # frq_pkt
0, # avg_ttl
# non-directional
dur, # tm_dur_s
]
ftrs = afg._generate_features_twotuplebi(key, now=True)
assert np.isclose(ftrs, expected).all()
# Backward features
# Updating
# Fourth packet is a SYN ACK response TCP packet with inverted IPs and
packet = capture[3]
afg._update_twotuplebi(packet)
new_timestamp = datetime(2018, 12, 1, 13, 17, 11, 183932)
dur = (new_timestamp - timestamp).total_seconds()
expected = [
2, # qt_pkt
2, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
1, # qt_prtcl
1, # qt_src_prt
1, # qt_dst_prt
0, # qt_fin_fl
2, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
0, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
20, # avg_hdr_len
74, # avg_pkt_len
2 / dur, # frq_pkt
63, # avg_ttl
# bck
1, # qt_pkt
1, # qt_pkt_tcp
0, # qt_pkt_udp
0, # qt_pkt_icmp
0, # qt_pkt_ip
1, # qt_prtcl
1, # qt_src_prt
1, # qt_dst_prt
0, # qt_fin_fl
1, # qt_syn_fl
0, # qt_res_fl
0, # qt_psh_fl
1, # qt_ack_fl
0, # qt_urg_fl
0, # qt_ecn_fl
0, # qt_cwr_fl
20, # avg_hdr_len
74, # avg_pkt_len
1 / dur, # frq_pkt
64, # avg_ttl
# non-directional
dur, # tm_dur_s
]
ftrs = afg._generate_features_twotuplebi(key)
# breakpoint()
assert np.isclose(ftrs, expected).all()
# Zero forward packets on existing flow
ip_src_1 = '192.168.0.1'
ip_dst_1 = '192.168.0.2'
key_1 = (ip_src_1, ip_dst_1)
t2_1 = TwoTupleBidirectionalNode()
memory_twotup_1 = {key_1: t2_1}
afg_1 = AnubisFG(bidirectional=True, memory_twotup=memory_twotup_1)
ftrs = afg_1._generate_features_twotuplebi(key_1)
assert ftrs == [0] * n_features
def test_generate_features():
capture = rdpcap('tests/data/test_100_rows.pcap')
# Flow to be tested.
packet = capture[1]
ip_src = packet[IP].src
ip_dst = packet[IP].dst
src_port = packet[TCP].sport
dst_port = packet[TCP].dport
protocol = packet[IP].proto
# Will be tested considering all possible sets of attributes.
for bidir in [True, False]:
for onlytwo in [True, False]:
for onlyfive in set([not onlytwo, False]):
afg_1 = AnubisFG(bidirectional=bidir,
only_twotuple=onlytwo,
only_fivetuple=onlyfive)
# Will be tested along 3 updates.
for i in range(1, 4):
packet = capture[i]
afg_1.update(packet)
if bidir:
if onlytwo:
key = (ip_src, ip_dst)
assert afg_1.generate_features(
key) == afg_1._generate_features_twotuplebi(
key)
elif onlyfive:
key = (ip_src, src_port, ip_dst, dst_port,
protocol)
assert afg_1.generate_features(
key) == afg_1._generate_features_fivetuplebi(
key)
else:
key2 = (ip_src, ip_dst)
key5 = (ip_src, src_port, ip_dst, dst_port,
protocol)
ftrs_1 = afg_1.generate_features(key5)
ftrs_2 = afg_1._generate_features_twotuplebi(
key2) + afg_1._generate_features_fivetuplebi(
key5)
assert ftrs_1 == ftrs_2
else:
if onlytwo:
key = (ip_src, ip_dst)
assert afg_1.generate_features(
key) == afg_1._generate_features_twotupleuni(
key)
elif onlyfive:
key = (ip_src, src_port, ip_dst, dst_port,
protocol)
assert afg_1.generate_features(
key) == afg_1._generate_features_fivetupleuni(
key)
else:
key2 = (ip_src, ip_dst)
key5 = (ip_src, src_port, ip_dst, dst_port,
protocol)
ftrs_1 = afg_1.generate_features(key5)
ftrs_2 = afg_1._generate_features_twotupleuni(
key2) + afg_1._generate_features_fivetupleuni(
key5)
assert ftrs_1 == ftrs_2