def revoke(self, paths: Union[str, Iterable[str]], users: Union[str, Iterable[str], User, Iterable[User]]):
if isinstance(paths, str):
paths = [paths]
if isinstance(users, str) or isinstance(users, User):
users = [users]
for i in range(len(users)):
if not isinstance(users[i], User):
assert isinstance(users[i], str)
user = User.create_from_str(users[i])
users[i] = user
no_access_controls = [AccessControl(users, AccessControl.Level.NONE) for users in users]
self.add_or_replace(paths, no_access_controls)
def test_create_from_str(self):
user = User.create_from_str("%s#%s" % (_NAME, _ZONE))
self.assertEqual(user, User(_NAME, _ZONE))
def build_baton_user(username, zone):
return User(username, zone)
def to_baton(acl):
permission = getattr(AccessControl.Level, acl.permission)
return AccessControl(User(acl.user, acl.zone), permission)
def test_to_baton_when_ok(self):
acl = ACL(user='******', zone='Sanger1', permission='OWN')
result = ACLMapping.to_baton(acl)
expected = AccessControl(User('ic4', 'Sanger1'),
AccessControl.Level.OWN)
self.assertEqual(result, expected)
def test_from_baton_when_more_acls(self):
baton_acl = AccessControl(User('ic4', 'Sanger1'),
AccessControl.Level.WRITE)
result = ACLMapping.from_baton(baton_acl)
expected = ACL(user='******', zone='Sanger1', permission='WRITE')
self.assertEqual(result, expected)
def test_from_baton_when_ok(self):
baton_acl = AccessControl(User('ic4', 'humgen'),
AccessControl.Level.READ)
serapis_acl = ACLMapping.from_baton(baton_acl)
expected = ACL(user='******', zone='humgen', permission='READ')
self.assertEqual(serapis_acl, expected)
