// new, by taking the address of a composite literal, or by taking the
// address of a local variable.
// The argument finalizer must be a function that takes a single argument
// to which obj's type can be assigned, and can have arbitrary ignored return
// values. If either of these is not true, SetFinalizer may abort the
// program.
//
// Finalizers are run in dependency order: if A points at B, both have

type TargetReplicationResyncStatus struct {
	StartTime  time.Time `json:"startTime" msg:"st"`
	LastUpdate time.Time `json:"lastUpdated" msg:"lst"`
	// Resync ID assigned to this reset
	ResyncID string `json:"resyncID" msg:"id"`
	// ResyncBeforeDate - resync all objects created prior to this date
	ResyncBeforeDate time.Time `json:"resyncBeforeDate" msg:"rdt"`
	// Status of resync operation

		},
	}

	if gatewayErr != nil {
		gatewayConditions[string(k8s.GatewayConditionAccepted)].error = gatewayErr
	}

	if len(internal) > 0 {
		msg := fmt.Sprintf("Resource programmed, assigned to service(s) %s", humanReadableJoin(internal))
		gatewayConditions[string(k8s.GatewayReasonProgrammed)].message = msg
	}

	if len(gatewayServices) == 0 {

std::unique_ptr<OperationPass<ModuleOp>>
CreateTFExecutorUpdateControlDependenciesPass();

}  // namespace tf_executor

namespace TFDevice {
// Creates a pass that forms clusters from instructions that are assigned to
// same device.
std::unique_ptr<OperationPass<ModuleOp>> CreateClusterFormationPass();

// Sinks `tf.Const` operations in the ClusterOp region using them. This is

type PodStatus struct {
	// ID of the pod.
	ID types.UID
	// Name of the pod.
	Name string
	// Namespace of the pod.
	Namespace string
	// All IPs assigned to this pod
	IPs []string
	// Status of containers in the pod.
	ContainerStatuses []*Status
	// Status of the pod sandbox.
	// Only for kuberuntime now, other runtime may keep it nil.

        assertTrue(cancellationSuccess.get());
        // cancellation can interleave in 3 ways
        // 1. prior to setFuture
        // 2. after setFuture before set() on the future assigned
        // 3. after setFuture and set() are called but before the listener completes.
        if (!setFutureSetSuccess.get() || !setFutureCompletionSuccess.get()) {

        assertTrue(cancellationSuccess.get());
        // cancellation can interleave in 3 ways
        // 1. prior to setFuture
        // 2. after setFuture before set() on the future assigned
        // 3. after setFuture and set() are called but before the listener completes.
        if (!setFutureSetSuccess.get() || !setFutureCompletionSuccess.get()) {

  $pod_gateway = Get_Endpoint_Gateway_From_CIDR(${env:POD_CIDR})

  # Explanation of the CNI config values:
  #   POD_CIDR: the pod CIDR assigned to this node.
  #   POD_GATEWAY: the gateway IP.
  #   MGMT_IP: the IP address assigned to the node's primary network interface
  #     (i.e. the internal IP of the GCE VM).
  #   SERVICE_CIDR: the CIDR used for kubernetes services.

                    // receiver is needed by the resolver. The dispatch and extension receivers are only assigned after resolution when a
                    // candidate is selected.
                    source = ******@****.***
                    annotations.addAll(******@****.***tions)

	ldr.SetSymSect(ldr.LookupOrCreateSym("runtime.ebss", 0), sect)
	bssGcEnd := state.datsize - int64(sect.Vaddr)

	// Emit gcdata for bss symbols now that symbol values have been assigned.
	gcsToEmit := []struct {
		symName string
		symKind sym.SymKind
		gcEnd   int64
	}{
		{"runtime.gcdata", sym.SDATA, dataGcEnd},
		{"runtime.gcbss", sym.SBSS, bssGcEnd},
	}