def test_unregister_missing(self):
existing_sec = make_secret()
secret.register([existing_sec])
missing_sec = make_secret()
res = secret.unregister([missing_sec["uuid"], existing_sec["uuid"]])
self.assertEqual(res, response.success())
self.assertEqual({}, self.connection.secrets)
def test_unregister_missing(self):
existing_sec = make_secret()
secret.register([existing_sec])
missing_sec = make_secret()
res = secret.unregister([missing_sec["uuid"], existing_sec["uuid"]])
self.assertEqual(res, response.success())
self.assertEqual({}, self.connection.secrets)
def test_unregister_existing(self):
sec1 = make_secret(password="******")
sec2 = make_secret(password="******")
secret.register([sec1, sec2])
res = secret.unregister([sec1["uuid"]])
self.assertEqual(res, response.success())
self.assertNotIn(sec1["uuid"], self.connection.secrets)
self.assertIn(sec2["uuid"], self.connection.secrets)
def test_unregister_existing(self):
sec1 = make_secret(password="******")
sec2 = make_secret(password="******")
secret.register([sec1, sec2])
res = secret.unregister([sec1["uuid"]])
self.assertEqual(res, response.success())
self.assertNotIn(sec1["uuid"], self.connection.secrets)
self.assertIn(sec2["uuid"], self.connection.secrets)
def test_register_change_usage_id(self):
sec = make_secret(usage_id="ovirt/provider_uuid/secert_uuid")
secret.register([sec])
# Change usage id
sec["usageID"] = "ovirt/domain_uuid/secret_uuid"
res = secret.register([sec])
self.assertEqual(res, response.success())
virsec = self.connection.secrets[sec["uuid"]]
self.assertEqual("ovirt/domain_uuid/secret_uuid", virsec.usage_id)
def test_register_change_usage_id(self):
sec = make_secret(usage_id="ovirt/provider_uuid/secert_uuid")
secret.register([sec])
# Change usage id
sec["usageID"] = "ovirt/domain_uuid/secret_uuid"
res = secret.register([sec])
self.assertEqual(res, response.success())
virsec = self.connection.secrets[sec["uuid"]]
self.assertEqual("ovirt/domain_uuid/secret_uuid", virsec.usage_id)
def test_register_replace(self):
# Register 2 secrets
sec1 = make_secret(password="******")
sec2 = make_secret(password="******")
secret.register([sec1, sec2])
# Replace existing secret value
sec2["password"] = make_password("sec2 new password")
res = secret.register([sec2])
self.assertEqual(res, response.success())
virsec1 = self.connection.secrets[sec1["uuid"]]
self.assertEqual("sec1 password", virsec1.value)
virsec2 = self.connection.secrets[sec2["uuid"]]
self.assertEqual("sec2 new password", virsec2.value)
def test_register_replace(self):
# Register 2 secrets
sec1 = make_secret(password="******")
sec2 = make_secret(password="******")
secret.register([sec1, sec2])
# Replace existing secret value
sec2["password"] = make_password("sec2 new password")
res = secret.register([sec2])
self.assertEqual(res, response.success())
virsec1 = self.connection.secrets[sec1["uuid"]]
self.assertEqual("sec1 password", virsec1.value)
virsec2 = self.connection.secrets[sec2["uuid"]]
self.assertEqual("sec2 new password", virsec2.value)
def test_register_libvirt_error(self):
def fail(xml):
raise vmfakelib.Error(libvirt.VIR_ERR_INTERNAL_ERROR)
self.connection.secretDefineXML = fail
res = secret.register([make_secret()])
self.assertEqual(res, response.error("secretRegisterErr"))
def test_register_new(self):
sec1 = make_secret(password="******")
sec2 = make_secret(password="******")
res = secret.register([sec1, sec2])
self.assertEqual(res, response.success())
virsec1 = self.connection.secrets[sec1["uuid"]]
self.assertEqual("sec1 password", virsec1.value)
virsec2 = self.connection.secrets[sec2["uuid"]]
self.assertEqual("sec2 password", virsec2.value)
def test_register_new(self):
sec1 = make_secret(password="******")
sec2 = make_secret(password="******")
res = secret.register([sec1, sec2])
self.assertEqual(res, response.success())
virsec1 = self.connection.secrets[sec1["uuid"]]
self.assertEqual("sec1 password", virsec1.value)
virsec2 = self.connection.secrets[sec2["uuid"]]
self.assertEqual("sec2 password", virsec2.value)
def test_register_clear(self):
self.connection.secrets = {
"uuid1": vmfakelib.Secret(self.connection, "uuid1", "ceph",
"ovirt/name1", None),
"uuid2": vmfakelib.Secret(self.connection, "uuid2", "ceph",
"name2", None),
}
sec = make_secret()
res = secret.register([sec], clear=True)
# Should succeed
self.assertEqual(res, response.success())
# Should remove existing ovirt secrets
self.assertNotIn("uuid1", self.connection.secrets)
# Should keep non-ovirt secrets
self.assertIn("uuid2", self.connection.secrets)
# Should register new secret
virsec = self.connection.secrets[sec["uuid"]]
self.assertEqual(sec["password"].value, virsec.value)
def test_register_clear(self):
self.connection.secrets = {
"uuid1":
vmfakelib.Secret(self.connection, "uuid1", "ceph", "ovirt/name1",
None),
"uuid2":
vmfakelib.Secret(self.connection, "uuid2", "ceph", "name2", None),
}
sec = make_secret()
res = secret.register([sec], clear=True)
# Should succeed
self.assertEqual(res, response.success())
# Should remove existing ovirt secrets
self.assertNotIn("uuid1", self.connection.secrets)
# Should keep non-ovirt secrets
self.assertIn("uuid2", self.connection.secrets)
# Should register new secret
virsec = self.connection.secrets[sec["uuid"]]
self.assertEqual(sec["password"].value, virsec.value)
def test_register_validation(self):
res = secret.register([{"invalid": "secret"}])
self.assertEqual(res, response.error("secretBadRequestErr"))
def test_register_libvirt_error(self):
def fail(xml):
raise vmfakelib.Error(libvirt.VIR_ERR_INTERNAL_ERROR)
self.connection.secretDefineXML = fail
res = secret.register([make_secret()])
self.assertEqual(res, response.error("secretRegisterErr"))
def test_register_validation(self):
res = secret.register([{"invalid": "secret"}])
self.assertEqual(res, response.error("secretBadRequestErr"))