secondBarrier.await();
      }
    }

    @Override
    protected ScheduledExecutorService executor() {
      // use a bunch of threads so that weird overlapping schedules are more likely to happen.
      return Executors.newScheduledThreadPool(10);
    }

    @Override
    protected Scheduler scheduler() {
      return new CustomScheduler() {
        @Override

	}

	for {
		state := p.state.Load()
		refs := state &^ processStatusMask
		status := processStatus(state & processStatusMask)
		if refs == 0 {
			// This should never happen because
			// handleTransientRelease is always paired with
			// handleTransientAcquire.
			panic("release of handle with refcount 0")
		}
		if refs == 1 && status == statusOK {

			return nil, err
		}

		notes = append(notes, elfNote{Name: name, Desc: desc, Type: typ})

		// Drop padding bytes until the next note or the end of the section,
		// whichever comes first.
		for n := padding(len(desc)); n > 0; n-- {
			if _, err := r.ReadByte(); err == io.EOF {
				// We hit the end of the section before an alignment boundary.
				// This can happen if this section is at the end of the file or the next

			// Idempotently add it to the containerMap incase it is missing.
			// This can happen after a kubelet restart, for example.
			m.containerMap.Add(string(pod.UID), container.Name, containerID)
			m.Unlock()

			cset := m.state.GetCPUSetOrDefault(string(pod.UID), container.Name)
			if cset.IsEmpty() {
				// NOTE: This should not happen outside of tests.

//   - It is an endpoint without an associated Pod. In this case, expectPod will be false.
//   - It is an endpoint with an associate Pod, but its not found. In this case, expectPod will be true.
//     this may happen due to eventually consistency issues, out of order events, etc. In this case, the caller
//     should not precede with the endpoint, or inaccurate information would be sent which may have impacts on
//     correctness and security.

//
// If a kubeClient is provided, then it synchronizes ResourceSlices
// with the resource information provided by plugins. Without it,
// the controller is inactive. This can happen when kubelet is run stand-alone
// without an apiserver. In that case we can't and don't need to publish
// ResourceSlices.

        }

        public final AntlrResult process(AntlrSpec spec) {
            try {
                return doProcess(spec);
            } catch (ClassNotFoundException e) {
                //this shouldn't happen if you call check availability with #available first
                throw new GradleException("Cannot process antlr sources", e);
            }
        }

        /**
         * process used for antlr3/4

  the locked region, reads do not need to be atomic, but the write
  does. Outside the locked region, reads need to be atomic.

* Reads that only happen during STW, where no writes can happen during
  STW, do not need to be atomic.

That said, the advice from the Go memory model stands: "Don't be
[too] clever." The performance of the runtime matters, but its
robustness matters more.

	return int(n)
}

// RaceAcquire/RaceRelease/RaceReleaseMerge establish happens-before relations
// between goroutines. These inform the race detector about actual synchronization
// that it can't see for some reason (e.g. synchronization within RaceDisable/RaceEnable
// sections of code).
// RaceAcquire establishes a happens-before relation with the preceding

			Subscribed:   sets.New(subs...),
			Unsubscribed: sets.New(req.ResourceNamesUnsubscribe...).Delete("*"),
		},
	}
	// SidecarScope for the proxy may has not been updated based on this pushContext.
	// It can happen when `processRequest` comes after push context has been updated(s.initPushContext),
	// but before proxy's SidecarScope has been updated(s.updateProxy).