def test_normal(self):
initial_len = len(IptablesMangleController.get_iptables())
for mangle_mark in mangle_mark_list:
assert IptablesMangleController.add(mangle_mark) == 0
assert len(IptablesMangleController.get_iptables()) > initial_len
def test_normal(self):
initial_len = len(IptablesMangleController.get_iptables())
for mangle_mark in mangle_mark_list:
assert IptablesMangleController.add(mangle_mark) == 0
assert len(IptablesMangleController.get_iptables()) > initial_len
def test_normal(self):
for i in range(5):
mark_id = IptablesMangleController.get_unique_mark_id()
assert mark_id == (i + 1)
mangle_mark = IptablesMangleMark(
mark_id=mark_id, source=_DEF_SRC, destination=_DEF_DST, chain=random.choice(VALID_CHAIN_LIST)
)
assert IptablesMangleController.add(mangle_mark) == 0
def test_normal(self):
for mangle_mark in mangle_mark_list:
assert IptablesMangleController.add(mangle_mark) == 0
for lhs_mangle, rhs_mangle in zip(IptablesMangleController.parse(), reverse_mangle_mark_list):
print("lhs: {:s}".format(lhs_mangle))
print("rhs: {:s}".format(rhs_mangle))
assert lhs_mangle == rhs_mangle
def test_normal(self):
for mangle_mark in mangle_mark_list:
assert IptablesMangleController.add(mangle_mark) == 0
for lhs_mangle, rhs_mangle in zip(IptablesMangleController.parse(),
reverse_mangle_mark_list):
print("lhs: {:s}".format(lhs_mangle))
print("rhs: {:s}".format(rhs_mangle))
assert lhs_mangle == rhs_mangle
def test_normal(self):
for i in range(5):
mark_id = IptablesMangleController.get_unique_mark_id()
assert mark_id == (i + 1)
mangle_mark = IptablesMangleMark(
mark_id=mark_id,
source=_DEF_SRC,
destination=_DEF_DST,
chain=random.choice(VALID_CHAIN_LIST))
assert IptablesMangleController.add(mangle_mark) == 0
def teardown_class(cls):
IptablesMangleController.clear()
def setup_class(cls):
IptablesMangleController.clear()
def iptables_ctrl_ipv4():
return IptablesMangleController(True, ip_version=4)
def teardown_class(cls):
IptablesMangleController.clear()
def setup_class(cls):
IptablesMangleController.clear()
