problemEvent.getEventTime(),
                parentDescriptor,
                toProblemDefinition(basicProblemDetails.getLabel(), basicProblemDetails.getCategory(), basicProblemDetails.getSeverity(), basicProblemDetails.getDocumentationLink()),
                toContextualLabel(basicProblemDetails.getLabel().getLabel()),
                toProblemDetails(basicProblemDetails.getDetails()),
                toLocations(basicProblemDetails.getLocations()),

				scheduledPendingPod,
				scheduledRunningNotReadyPod,
			},
		},
	}

	for _, test := range tests {
		related := test.related
		if related == nil {
			related = test.pods
		}
		podsToDelete := getPodsToDelete(test.pods, related, test.diff)
		if len(podsToDelete) != len(test.expectedPodsToDelete) {

	ErrInvalidTagDirective
	ErrPolicyAlreadyAttached
	ErrPolicyNotAttached
	ErrExcessData
	// Add new error codes here.

	// SSE-S3/SSE-KMS related API errors
	ErrInvalidEncryptionMethod
	ErrInvalidEncryptionKeyID

	// Server-Side-Encryption (with Customer provided key) related API errors.
	ErrInsecureSSECustomerRequest
	ErrSSEMultipartEncrypted
	ErrSSEEncryptedObject
	ErrInvalidEncryptionParameters

// it during this function. Currently to ensure that we enforce
// that the function is run on the system stack, because that's
// the only place it is used now. In the future, this requirement
// may be relaxed if its use is necessary elsewhere.
//
//go:systemstack
func (h *mheap) tryAllocMSpan() *mspan {
	pp := getg().m.p.ptr()
	// If we don't have a p or the cache is empty, we can't do
	// anything here.

build:release_cpu_linux_base --repo_env=CC="/usr/lib/llvm-17/bin/clang"
build:release_cpu_linux_base --repo_env=BAZEL_COMPILER="/usr/lib/llvm-17/bin/clang"
# Test-related settings below this point.
test:release_linux_base --build_tests_only --keep_going --test_output=errors --verbose_failures=true
test:release_linux_base --local_test_jobs=HOST_CPUS
test:release_linux_base --test_env=LD_LIBRARY_PATH

   * the given future (if available).
   */
  final void maybePropagateCancellationTo(@CheckForNull Future<?> related) {
    if (related != null & isCancelled()) {
      related.cancel(wasInterrupted());
    }
  }

  /** Releases all threads in the {@link #waiters} list, and clears the list. */
  private void releaseWaiters() {

   * the given future (if available).
   */
  final void maybePropagateCancellationTo(@CheckForNull Future<?> related) {
    if (related != null & isCancelled()) {
      related.cancel(wasInterrupted());
    }
  }

  /** Releases all threads in the {@link #waiters} list, and clears the list. */
  private void releaseWaiters() {

		},
		{
			name: "pod specific label",
			pod: func() *v1.Pod {
				p := basePod.DeepCopy()
				p.Labels[model.LocalityLabel] = "r.z.s"
				return p
			}(),
			node: baseNode,
			expected: &core.Locality{
				Region:  "r",
				Zone:    "z",
				SubZone: "s",
			},
		},
		{
			name: "node specific label",
			pod:  basePod,
			node: func() *v1.Node {

			"-A", string(kubeletFirewallChain),
			"-m", "comment", "--comment", `"block incoming localnet connections"`,
			"-d", "127.0.0.0/8",
			"!", "-s", "127.0.0.0/8",
			"-m", "conntrack",
			"!", "--ctstate", "RELATED,ESTABLISHED,DNAT",
			"-j", "DROP",
		)
	}

	// Accumulate NAT chains to keep.
	activeNATChains := sets.New[utiliptables.Chain]()

	// To avoid growing this slice, we arbitrarily set its size to 64,

	// in a uintptr.
	maxAlloc = (1 << heapAddrBits) - (1-_64bit)*1

	// The number of bits in a heap address, the size of heap
	// arenas, and the L1 and L2 arena map sizes are related by
	//
	//   (1 << addr bits) = arena size * L1 entries * L2 entries
	//
	// Currently, we balance these as follows:
	//
	//       Platform  Addr bits  Arena size  L1 entries   L2 entries