def test_single_rogue():
"""
Title: Single Malicious Host
Scenario 1:
When: Given a bridge with 4 ports (port1-port4)
Then: A UDP is reachable
from port2 to port1
scanning ports
from port4 to port3
Note: bindings1: no tunnel
bindings2: port2 -> port1 over tunnel
bindings3: port4 -> port3 over tunnel
"""
rogue1 = BM.get_iface_for_port('bridge-000-001', 4)
mc = rogue1._delegate._proxy._concrete
scanner1 = ScanPortFailure(mc._get_nsname(),
mc._get_peer_ifname(),
('172.16.1.4', '1-10000'),
('172.16.1.3', '1-10000'),
'100')
scanner1.inject()
try:
time.sleep(30)
check_honest_with_random_udp() # under port scanning
finally:
scanner1.eject()
time.sleep(10)
def test_two_rogue():
"""
Title: Two Malicious Hosts
Scenario 1:
When: Given a bridge with 6 ports (port1-port6)
Then: A UDP is reachable
from port2 to port1
scanning ports
from port4 to port3 and
from port6 to port5
Note: bindings1: no tunnel
bindings2: port2 -> port1 over tunnel
bindings3: port4 -> port3 over tunnel
"""
# rogue1 may be over tunnel (e.g. bindings3), so delay is set
# to a slightly larger value decreasing the total load of two
# agents.
rogue1 = BM.get_iface_for_port('bridge-000-001', 4)
mc = rogue1._delegate._proxy._concrete
scanner1 = ScanPortFailure(mc._get_nsname(),
mc._get_peer_ifname(),
('172.16.1.4', '1-10000'),
('172.16.1.3', '1-10000'),
'200')
rogue2 = BM.get_iface_for_port('bridge-000-001', 6)
mc = rogue2._delegate._proxy._concrete
scanner2 = ScanPortFailure(mc._get_nsname(),
mc._get_peer_ifname(),
('172.16.1.6', '1-10000'),
('172.16.1.5', '1-10000'),
'200')
scanner1.inject()
try:
scanner2.inject()
try:
time.sleep(30)
check_honest_with_random_udp() # under port scanning
finally:
scanner2.eject()
finally:
scanner1.eject()
time.sleep(10)
def test_single_rogue():
"""
Title: Single Malicious Host
Scenario 1:
When: Given a bridge with 4 ports (port1-port4)
Then: A UDP is reachable
from port2 to port1
scanning ports
from port4 to port3
Note: bindings1: no tunnel
bindings2: port2 -> port1 over tunnel
bindings3: port4 -> port3 over tunnel
"""
rogue1 = BM.get_iface_for_port('bridge-000-001', 4)
mc = rogue1._delegate._proxy._concrete
scanner1 = ScanPortFailure(mc._get_nsname(), mc._get_peer_ifname(),
('172.16.1.4', '1-10000'),
('172.16.1.3', '1-10000'), '100')
scanner1.inject()
try:
time.sleep(30)
check_honest_with_random_udp() # under port scanning
finally:
scanner1.eject()
time.sleep(10)
def test_two_rogue():
"""
Title: Two Malicious Hosts
Scenario 1:
When: Given a bridge with 6 ports (port1-port6)
Then: A UDP is reachable
from port2 to port1
scanning ports
from port4 to port3 and
from port6 to port5
Note: bindings1: no tunnel
bindings2: port2 -> port1 over tunnel
bindings3: port4 -> port3 over tunnel
"""
# rogue1 may be over tunnel (e.g. bindings3), so delay is set
# to a slightly larger value decreasing the total load of two
# agents.
rogue1 = BM.get_iface_for_port('bridge-000-001', 4)
mc = rogue1._delegate._proxy._concrete
scanner1 = ScanPortFailure(mc._get_nsname(), mc._get_peer_ifname(),
('172.16.1.4', '1-10000'),
('172.16.1.3', '1-10000'), '200')
rogue2 = BM.get_iface_for_port('bridge-000-001', 6)
mc = rogue2._delegate._proxy._concrete
scanner2 = ScanPortFailure(mc._get_nsname(), mc._get_peer_ifname(),
('172.16.1.6', '1-10000'),
('172.16.1.5', '1-10000'), '200')
scanner1.inject()
try:
scanner2.inject()
try:
time.sleep(30)
check_honest_with_random_udp() # under port scanning
finally:
scanner2.eject()
finally:
scanner1.eject()
time.sleep(10)
