}, metav1.UpdateOptions{}); err != nil {
					scopes.Framework.Errorf("failed updating namespace %s on cluster %s. This can happen when deploying "+
						"multiple control planes. Error: %v", i.cfg.SystemNamespace, c.Name(), err)
				}
			} else {
				scopes.Framework.Errorf("failed creating namespace %s on cluster %s. This can happen when deploying "+
					"multiple control planes. Error: %v", i.cfg.SystemNamespace, c.Name(), err)
			}
		}

	// Let some periodic GCs happen. In a heavily loaded system,
	// it's possible these will be delayed, so this is designed to
	// succeed quickly if things are working, but to give it some
	// slack if things are slow.
	var numGCs uint32
	const want = 2
	for i := 0; i < 200 && numGCs < want; i++ {
		time.Sleep(5 * time.Millisecond)

		// Test that periodic GC actually happened.
		runtime.ReadMemStats(&ms2)

	// Last filter must be router.
	router := h.HttpFilters[len(h.HttpFilters)-1]
	h.HttpFilters = append(pre, h.HttpFilters[:len(h.HttpFilters)-1]...)
	h.HttpFilters = append(h.HttpFilters, post...)
	h.HttpFilters = append(h.HttpFilters, router)

	filters = append(filters, &listener.Filter{
		Name:       wellknown.HTTPConnectionManager,

		// sweeping here until the next mark phase.
		//
		// Overflow can happen here if gcPaceSweeper is called concurrently with
		// sweeping (i.e. not during a STW, like it usually is) because this code
		// is intentionally racy. A concurrent call to gcPaceSweeper can happen
		// if a GC tuning parameter is modified and we read an older value of
		// heapLive than what was used to set the basis.

    private final Set<String> interceptedCallSiteNames = new HashSet<>();

    // There is no information about the type returned by the constructor invocation in the bytecode, so the
    // dynamic dispatch has to happen somewhere. Wrapping the dispatch logic into the CallInterceptor allows
    // to reuse the common MethodHandle decoration routine in maybeDecorateIndyCallSite instead of using a

	for _, job := range js {
		isFinished, finishedStatus := jm.getFinishedStatus(job)
		if isFinished && finishedStatus == batchv1.JobComplete {
			successfulJobs = append(successfulJobs, job)
		} else if isFinished && finishedStatus == batchv1.JobFailed {
			failedJobs = append(failedJobs, job)
		}
	}

	if cj.Spec.SuccessfulJobsHistoryLimit != nil &&
		jm.removeOldestJobs(ctx, cj,
			successfulJobs,

	kubeClient clientset.Interface,
	metadataClient metadata.Interface,
	mapper meta.ResettableRESTMapper,
	ignoredResources map[schema.GroupResource]struct{},
	sharedInformers informerfactory.InformerFactory,
	informersStarted <-chan struct{},
) (*GarbageCollector, error) {
	graphBuilder := NewDependencyGraphBuilder(ctx, metadataClient, mapper, ignoredResources, sharedInformers, informersStarted)

        addNoOpLogger("org.littleshoot.proxy.HttpRequestHandler");
        // We ignore logging from here because this is when the Groovy runtime is initialized.
        // This may happen in BuildOperationTrace, and then the logging from the plugin factory would go into the build operation trace again.

		return false
	case WorkloadEntry_v1:
		return false
	case WorkloadGroup:
		return false
	case WorkloadGroup_v1beta1:
		return false
	case WorkloadGroup_v1:
		return false
	}
	// shouldn't happen
	return false

        private IsolatedParameters isolateParameters(InputFingerprinter inputFingerprinter) {
            ModelContainer<?> model = owner.getModel();
            if (!model.hasMutableState()) {
                // This may happen when a task visits artifacts using a FileCollection instance created from a Configuration instance in a different project (not an artifact produced by a different project, these work fine)