}
	return true
}

// gcStart starts the GC. It transitions from _GCoff to _GCmark (if
// debug.gcstoptheworld == 0) or performs all of GC (if
// debug.gcstoptheworld != 0).
//
// This may return without performing this transition in some cases,
// such as when called on a system stack or with locks held.
func gcStart(trigger gcTrigger) {
	// Since this is called from malloc and malloc is called in

type OnCompleteFunc func(err error)

// PodStatusFunc is a function that is invoked to override the pod status when a pod is killed.
type PodStatusFunc func(podStatus *v1.PodStatus)

// KillPodOptions are options when performing a pod update whose update type is kill.
type KillPodOptions struct {
	// CompletedCh is closed when the kill request completes (syncTerminatingPod has completed

                else if ( getContext().getConfig().isForceExtendedSecurity() ) {
                    throw new SmbException("Server does not supported extended security");
                }

                log.debug("Performing legacy session setup");
                if ( ! ( this.credentials instanceof NtlmPasswordAuthenticator ) ) {
                    throw new SmbAuthException("Incompatible credentials");
                }

These implicit arguments have been removed and are no longer added by default.
If your code or any of your dependencies are performing deep reflection into JDK internals during test execution, you may see the following behavior changes:

Before Java 16, new build warnings are shown.
These new warnings are printed to stderr and will not fail the build:

			ctx := &ratchetingTestContext{
				T:                   t,
				DynamicClient:       dynamicClient,
				APIExtensionsClient: apiExtensionClient,
			}

			for i, op := range c.Operations {
				t.Logf("Performing Operation: %v", op.Description())
				if err := op.Do(ctx); err != nil {
					t.Fatalf("failed %T operation %v: %v\n%v", op, i, err, op)
				}
			}

			// Reset resources

			// state is produced for test.existingPods (without test.addedPod).
			ipa, cycleState, state, snapshot := getState(test.existingPods)
			// clone the state so that we can compare it later when performing Remove.
			originalState := state.Clone()

			// Add test.addedPod to state1 and verify it is equal to allPodsState.
			nodeInfo := mustGetNodeInfo(t, snapshot, test.addedPod.Spec.NodeName)

    if (!expression) {
      throw new IllegalStateException(lenientFormat(errorMessageTemplate, p1, p2, p3, p4));
    }
  }

  /*
   * Preconditions.checkNotNull is *intended* for performing eager null checks on parameters that a
   * nullness checker can already "prove" are non-null. That means that the first parameter to
   * checkNotNull *should* be annotated to require it to be non-null.
   *

//     syncVolume/syncClaim on all volumes/claims (simulating "periodic sync").
//  4. If some changes were done by step 3., go to 2. (simulation of
//     "volume/claim updated" events, eventually performing step 3. again)
//  5. When 3. does not do any changes, finish the tests and compare final set
//     of volumes/claims with expected claims/volumes and report differences.
//

### `-tf-device-constant-sinking`

_Sinks constants implicitly captured in a tf_device.cluster region._

This pass sinks implicitly captured constants (`tf.Const` ops) used by and into
a `tf_device.cluster` region. Performing this prior to outlining will reduce the
number of arguments of the outlined function.

For example, the following:

```mlir
func @cluster() -> tensor<i32> {

    if (!expression) {
      throw new IllegalStateException(lenientFormat(errorMessageTemplate, p1, p2, p3, p4));
    }
  }

  /*
   * Preconditions.checkNotNull is *intended* for performing eager null checks on parameters that a
   * nullness checker can already "prove" are non-null. That means that the first parameter to
   * checkNotNull *should* be annotated to require it to be non-null.
   *