}
			if !reflect.DeepEqual(pruned, tt.expectedPruned) {
				t.Errorf("expected pruned:\n\t%v\ngot:\n\t%v\n", strings.Join(tt.expectedPruned, "\n\t"), strings.Join(pruned, "\n\t"))
			}

			// now check that pruned is empty when TrackUnknownFieldPaths is false

	if fromPruning == pruned {
		dq.pruned = reason
		if !dq.unpruned.isDisqualified() {
			// Since the pruned graph of m is a subgraph of the unpruned graph, if it
			// is disqualified due to something in the pruned graph, it is certainly
			// disqualified in the unpruned graph from the same reason.
			dq.unpruned = reason
		}
	} else {
		dq.unpruned = reason
		if dq.pruned.isDisqualified() {

	manifestsPath string
	// verbose generates verbose output.
	verbose bool
}

const (
	AllResourcesRemovedWarning = "All Istio resources will be pruned from the cluster\n"
	NoResourcesRemovedWarning  = "No resources will be pruned from the cluster. Please double check the input configs\n"
	GatewaysRemovedWarning     = "You are about to remove the following gateways: %s." +

// are pruned out of the module subgraph rooted at a given module.
// (See https://golang.org/ref/mod#graph-pruning.)
type modPruning uint8

const (
	pruned    modPruning = iota // transitive dependencies of modules at go 1.17 and higher are pruned out
	unpruned                    // no transitive dependencies are pruned out
	workspace                   // pruned to the union of modules in the workspace
)

	pvars := inlinedVarTable(&s.InlCalls)
	for k, s := range s.Scopes {
		var pruned Scope = Scope{Parent: s.Parent, Ranges: s.Ranges}
		for i := 0; i < len(s.Vars); i++ {
			_, found := pvars[s.Vars[i]]
			if !found {
				pruned.Vars = append(pruned.Vars, s.Vars[i])
			}
		}
		sort.Sort(byChildIndex(pruned.Vars))
		scopes[k] = pruned
	}

	s.dictIndexToOffset = putparamtypes(ctxt, s, scopes, fnabbrev)

		{Group: "autoscaling", Version: "v2", Kind: name.HPAStr},
		gvk.EnvoyFilter.Kubernetes(),
	}
	return res
}

// Prune removes any resources not specified in manifests generated by HelmReconciler h.
func (h *HelmReconciler) Prune(manifests name.ManifestMap, all bool) error {
	return h.runForAllTypes(func(labels map[string]string, objects *unstructured.UnstructuredList) error {
		var errs util.Errors

  # `created`, `pruned` and errors will be logged.
  log INFO "== Reconciling with deprecated label =="
  # shellcheck disable=SC2086
  # Disabling because "${KUBECTL_OPTS}" needs to allow for expansion here
  ${KUBECTL} ${KUBECTL_OPTS} apply -f ${ADDON_PATH} \
    -l ${CLUSTER_SERVICE_LABEL}=true,${ADDON_MANAGER_LABEL}!=EnsureExists \
    --prune=true ${prune_allowlist_flags} --recursive | grep -v configured

// the islands being merged. Unused results outside of the merged island to be
// formed are pruned. If the child island inner ops consume the parent island
// control result, the child island inner ops will have that respective control
// input pruned. Results of the parent island that are consumed by the child
// island are replaced by the respective inner ops result from the parent
// island.

			}
			wh := vwhObject.(*admitv1.ValidatingWebhookConfiguration)

			if tc.userManaged {
				// User created webhooks should not have operator labels, otherwise will be pruned.
				_, ok := wh.GetLabels()[operatorManaged]
				assert.Equal(t, ok, false)
			}

			for _, webhook := range wh.Webhooks {
				validationWhConf := webhook.ClientConfig

    return !is_stateless.getValue();
  }
  return false;
}

// Add control dependencies from stateful control-flow ops to graph fetch op.
// This is needed to avoid that such control-flow ops get pruned because of a
// bug in common runtime (see b/185483669).
void AddStatefulControlFlowDependencies(tf_executor::GraphOp graph_op) {
  llvm::SmallDenseSet<Value, 8> graph_fetches;