def test_effectively_equal_different_time(self, entry, timestamp):
good_entry = RadiusLogEntry(
'00:de:ad:be:ef:00',
'Access-Accept',
['traffic'],
[['Egress-VLAN-Name', '"2hades-unauth"']],
timestamp - 50,
)
assert RadiusLogEntry.effectively_equal(entry, good_entry)
def test_not_effectively_equal_different_group(self, entry, timestamp):
bad_entry = RadiusLogEntry(
'00:de:ad:be:ef:00',
'Access-Accept',
['violation'],
[['Egress-VLAN-Name', '"2hades-unauth"']],
timestamp - 50,
)
assert not RadiusLogEntry.effectively_equal(entry, bad_entry)
def entry(self, timestamp):
return RadiusLogEntry(
'00:de:ad:be:ef:00',
'Access-Accept',
['traffic'],
[['Egress-VLAN-Name', '"2hades-unauth"']],
timestamp,
)
def assert_acceptance_from_reply(reply, should_accept=False):
entry = RadiusLogEntry(mac=None,
reply=reply,
groups=None,
raw_attributes=None,
timestamp=None)
if should_accept:
assert entry.accepted
assert entry
else:
assert not entry.accepted
assert not entry
def entries(self):
timestamp = 1501623826.391414
return [
RadiusLogEntry(*e) for e in [
('00:de:ad:be:ef:00', 'Access-Accept', ['traffic'],
[['Egress-VLAN-Name', '"2hades-unauth"']], timestamp),
('00:de:ad:be:ef:00', 'Access-Accept', ['traffic'],
[['Egress-VLAN-Name', '"2hades-unauth"']], timestamp - 50),
('00:de:ad:be:ef:00', 'Access-Accept', ['violation'],
[['Egress-VLAN-Name', '"2hades-unauth"']], timestamp - 100),
]
]
def test_reflexivity(self, entry):
assert RadiusLogEntry.effectively_equal(entry, entry)
def test_comparison_to_incomplete_type_gives_false(self, entry):
assert not RadiusLogEntry.effectively_equal(entry, object())
def invalid_entry(raw_entry):
invalid_entry = raw_entry.copy()
invalid_entry[3][0][1] = '3Invalid'
return RadiusLogEntry(*invalid_entry)
def entry(raw_entry):
return RadiusLogEntry(*raw_entry)