def test_good_bot_monitoring(self):
cfg = pools_pb2.PoolsCfg(
pool=[pools_pb2.Pool(name=['abc'], bot_monitoring='mon')],
bot_monitoring=[
pools_pb2.BotMonitoring(name='mon', dimension_key='a'),
])
self.validator_test(cfg, [])
def test_unreferenced_bot_monitoring(self):
cfg = pools_pb2.PoolsCfg(pool=[pools_pb2.Pool(name=['abc'])],
bot_monitoring=[
pools_pb2.BotMonitoring(
name='mon', dimension_key='a'),
])
self.validator_test(cfg, [
'bot_monitoring not referred to: mon',
])
def parse(textpb):
return text_format.Merge(textpb, pools_pb2.BotMonitoring())
),
],
default_external_services=pools_pb2.ExternalServices(
isolate=pools_pb2.ExternalServices.Isolate(
server='https://isolate.server.example.com',
namespace='default-gzip',
),
cipd=pools_pb2.ExternalServices.CIPD(
server='https://cipd.server.example.com',
client_package=config_pb2.CipdPackage(
package_name='some-cipd-client',
version='latest',
),
)),
bot_monitoring=[
pools_pb2.BotMonitoring(name='bots', dimension_key=['os', 'bool']),
],
)
class PoolsConfigTest(test_case.TestCase):
def validator_test(self, cfg, messages):
ctx = validation.Context()
pools_config._validate_pools_cfg(cfg, ctx)
self.assertEquals(ctx.result().messages, [
validation.Message(severity=logging.ERROR, text=m)
for m in messages
])
def mock_config(self, cfg):
def get_self_config_mock(path, cls=None, **kwargs):