def validator_test(self, validator, cfg, messages):
ctx = validation.Context()
validator(cfg, ctx)
self.assertEquals(ctx.result().messages, [
validation.Message(severity=logging.ERROR, text=m)
for m in messages
])
def validator_test(self, cfg, messages):
ctx = validation.Context()
bot_groups_config.validate_settings(cfg, ctx)
self.assertEquals(ctx.result().messages, [
validation.Message(severity=logging.ERROR, text=m)
for m in messages
])
def validator_test(self, bm, messages):
ctx = validation.Context()
actual = pools_config._resolve_bot_monitoring(ctx, bm)
self.assertEqual(ctx.result().messages, [
validation.Message(severity=logging.ERROR, text=m)
for m in messages
])
return actual
def validator_test(self, cfg, messages):
ctx = validation.Context()
self.assertIsInstance(cfg, config_pb2.SettingsCfg)
config._validate_settings(cfg, ctx)
self.assertEquals(ctx.result().messages, [
validation.Message(severity=logging.ERROR, text=m)
for m in messages
])
def test_validate_security_config_bad_regexp(self):
ctx = validation.Context()
config.validate_security_config(
security_config_pb2.SecurityConfig(internal_service_regexp=['???'
], ),
ctx)
self.assertEqual(ctx.result().messages, [
validation.Message(
"internal_service_regexp: bad regexp '???' - nothing to repeat",
40),
])
def assert_errors(self, test, messages):
test.assertEquals(self.result().messages, [
validation.Message(severity=logging.ERROR, text=m)
for m in messages
])