def test_prohibit_not_in_acl(self):
principal = Principal("zebra", "stripes")
yield self.tokens.add(principal)
path = yield self.client.create(
"/abc", acls=[make_ace(self.admin.get_token(), all=True)])
acl = ACL(self.client, path)
# We get to the same end state so its fine.
yield acl.prohibit("zebra")
acl, stat = yield self.client.get_acl(path)
self.assertEqual(acl, [make_ace(self.admin.get_token(), all=True)])
def test_prohibit_not_in_acl(self):
principal = Principal("zebra", "stripes")
yield self.tokens.add(principal)
path = yield self.client.create("/abc", acls=[
make_ace(self.admin.get_token(), all=True)])
acl = ACL(self.client, path)
# We get to the same end state so its fine.
yield acl.prohibit("zebra")
acl, stat = yield self.client.get_acl(path)
self.assertEqual(
acl, [make_ace(self.admin.get_token(), all=True)])
def test_prohibit(self):
principal = Principal("zebra", "stripes")
yield self.tokens.add(principal)
path = yield self.client.create("/abc", acls=[
make_ace(self.admin.get_token(), all=True),
make_ace(principal.get_token(), write=True)])
acl = ACL(self.client, path)
yield acl.prohibit("zebra")
acl, stat = yield self.client.get_acl(path)
self.assertEqual(
acl, [make_ace(self.admin.get_token(), all=True)])
def test_prohibit(self):
principal = Principal("zebra", "stripes")
yield self.tokens.add(principal)
path = yield self.client.create("/abc",
acls=[
make_ace(self.admin.get_token(),
all=True),
make_ace(principal.get_token(),
write=True)
])
acl = ACL(self.client, path)
yield acl.prohibit("zebra")
acl, stat = yield self.client.get_acl(path)
self.assertEqual(acl, [make_ace(self.admin.get_token(), all=True)])
def test_prohibit_non_existant_node(self):
acl = ACL(self.client, "/abc")
yield self.assertFailure(
acl.prohibit("zebra"), StateNotFound)
def test_prohibit_non_existant_node(self):
acl = ACL(self.client, "/abc")
yield self.assertFailure(acl.prohibit("zebra"), StateNotFound)
