def test_model_session_creation_using_upload_id(self, grpc_stub, data_store, pybio_dummy_model_bytes):
id_ = data_store.put(pybio_dummy_model_bytes.getvalue())
rq = inference_pb2.CreateModelSessionRequest(model_uri=f"upload://{id_}", deviceIds=["cpu"])
model = grpc_stub.CreateModelSession(rq)
assert model.id
grpc_stub.CloseModelSession(model)
def test_if_model_create_fails_devices_are_released(self, grpc_stub):
model_req = inference_pb2.CreateModelSessionRequest(
model_blob=inference_pb2.Blob(content=b""), deviceIds=["cpu"]
)
model = None
with pytest.raises(Exception):
model = grpc_stub.CreateModelSession(model_req)
device_by_id = self._query_devices(grpc_stub)
assert "cpu" in device_by_id
assert inference_pb2.Device.Status.AVAILABLE == device_by_id["cpu"].status
if model:
grpc_stub.CloseModelSession(model)
def create_model_session(self, upload_id: str, devices: List[str]):
session = self._client.CreateModelSession(
inference_pb2.CreateModelSessionRequest(
model_uri=f"upload://{upload_id}", deviceIds=devices))
return ModelSession(session, self)
def test_model_session_creation_using_non_existent_upload(self, grpc_stub):
rq = inference_pb2.CreateModelSessionRequest(model_uri=f"upload://test123", deviceIds=["cpu"])
with pytest.raises(grpc.RpcError):
grpc_stub.CreateModelSession(rq)
def test_model_session_creation_using_random_uri(self, grpc_stub):
rq = inference_pb2.CreateModelSessionRequest(model_uri=f"randomSchema://", deviceIds=["cpu"])
with pytest.raises(grpc.RpcError):
grpc_stub.CreateModelSession(rq)
def valid_model_request(model_bytes, device_ids=None):
return inference_pb2.CreateModelSessionRequest(
model_blob=inference_pb2.Blob(content=model_bytes.getvalue()), deviceIds=device_ids or ["cpu"]
)
