@CompileStatic
class ConfigurationSpec extends MultiSectionHandler {
    private final String name
    private final Supplier<Boolean> isCreate

    ConfigurationSpec(String name, Supplier<Boolean> isCreate) {
        this.name = name
        this.isCreate = isCreate
    }

    @Override
    String getSectionName() {
        name
    }

    void extendsFrom(String... superConfs) {

						isCreateEvent := event.IsModify() || event.IsCreate()
						isDeleteEvent := event.Type == etcd.EventTypeDelete

						switch {
						case isCreateEvent:
							ch <- iamWatchEvent{
								isCreated: true,
								keyPath:   string(event.Kv.Key),
							}
						case isDeleteEvent:
							ch <- iamWatchEvent{
								isCreated: false,
								keyPath:   string(event.Kv.Key),
							}

		case event, ok := <-sc.certWatcher.Events:
			// Channel is closed.
			if !ok {
				return
			}
			// We only care about updates that change the file content
			if !(isWrite(event) || isRemove(event) || isCreate(event)) {
				continue
			}
			sc.certMutex.RLock()
			resources := make(map[FileCert]struct{})
			for k, v := range sc.fileCerts {
				resources[k] = v
			}
			sc.certMutex.RUnlock()

        this.buildServices = buildServices;
        controller = factory.newController(displayName, State.NotCreated);
    }

    public boolean isCreated() {
        return project != null;
    }

    public void createMutableModel(
        DefaultProjectDescriptor descriptor,
        BuildState build,
        ProjectState owner,

        BuildProjectRegistry projectsForThisBuild = getProjectStateRegistry().findProjectsFor(getBuildIdentifier());
        return projectsForThisBuild != null && projectsForThisBuild.getRootProject().isCreated();
    }

    @Override
    public void ensureProjectsConfigured() {
        getBuildController().configureProjects();
    }

    @Override
    public GradleInternal getMutableModel() {

		}
		namespaceScoped = scoper.NamespaceScoped()
	}

	// what verbs are supported by the storage, used to know what verbs we support per path
	creater, isCreater := storage.(rest.Creater)
	namedCreater, isNamedCreater := storage.(rest.NamedCreater)
	lister, isLister := storage.(rest.Lister)
	getter, isGetter := storage.(rest.Getter)

}

func computeReplicaStatus(pods []*v1.Pod, minReadySeconds int32, currentRevision, updateRevision *apps.ControllerRevision) replicaStatus {
	status := replicaStatus{}
	for _, pod := range pods {
		if isCreated(pod) {
			status.replicas++
		}

		// count the number of running and ready replicas
		if isRunningAndReady(pod) {
			status.readyReplicas++
			// count the number of running and available replicas

}

func isRunningAndAvailable(pod *v1.Pod, minReadySeconds int32) bool {
	return podutil.IsPodAvailable(pod, minReadySeconds, metav1.Now())
}

// isCreated returns true if pod has been created and is maintained by the API server
func isCreated(pod *v1.Pod) bool {
	return pod.Status.Phase != ""
}

// isPending returns true if pod has a Phase of PodPending
func isPending(pod *v1.Pod) bool {

		d.Policy = doc.Policy
		return nil
	}
	*d = doc
	return nil
}

// key options
type options struct {
	ttl int64 // expiry in seconds
}

type iamWatchEvent struct {
	isCreated bool // !isCreated implies a delete event.
	keyPath   string
}

// iamCache contains in-memory cache of IAM data.
type iamCache struct {
	updatedAt time.Time

	// map of policy names to policy definitions

		t.Error(err)
	}
	recreatedPod := findPodByOrdinal(pods, terminalPodOrdinal)
	// new recreated pod should have empty phase
	if recreatedPod == nil || isCreated(recreatedPod) {
		t.Error("StatefulSet did not recreate failed Pod")
	}
	expectedNumberOfCreateRequests := 2
	if monotonic := !allowsBurst(set); !monotonic {