def submit(self, input_data: Any, future: Future = None) -> Future:
"""Submits a job and returns a Future that will be fulfilled later."""
future = future or Future()
# Add backwards compatibility for 0.2
future.get = future.result
future.get = deprecated(
message="Use future.result() in place of future.get()",
remove_in="0.3.0"
)(future.get)
self._request_queue.put(_Request(
future=future,
input_data=input_data))
return future
def send_to_batch(self, input_data: OV_INPUT_TYPE) -> Future:
"""Efficiently send the input to be inferenced by the network
:param input_data: Input to the network
:returns: A Future that will be filled with the output from the network
"""
future = Future()
with self._get_free_request_lock:
# Try to get at least one request
request_id = self.exec_net.get_idle_request_id()
if request_id < 0:
# Since there was no free request, wait for one
status = self.exec_net.wait(num_requests=1)
if status != self._StatusCode.OK:
raise RuntimeError(
f"Wait for idle request failed with code {status}")
request_id = self.exec_net.get_idle_request_id()
if request_id < 0:
raise RuntimeError(f"Invalid request_id: {request_id}")
request = self.exec_net.requests[request_id]
request_free = self._request_free_events[request_id]
def on_result(*args):
future.set_result(request.outputs)
request_free.set()
with self._num_ongoing_requests_lock:
self._num_ongoing_requests -= 1
# Make sure that the callback for this request is finished, by
# calling request_free.wait().
request_free.wait()
request_free.clear()
request.set_completion_callback(on_result)
with self._num_ongoing_requests_lock:
self._num_ongoing_requests += 1
request.async_infer(input_data)
# Add backwards compatibility for 0.2
future.get = future.result
future.get = deprecated(
message="Use future.result() in place of future.get()",
remove_in="0.3.0")(future.get)
return future
