* correctly installed
     *
     * <p>{@link #transitioned}: is set by {@link #transitionService} to indicate that some
     * transition has been performed.
     *
     * <p>Together, they allow us to enforce that all services have their listeners installed prior
     * to any service performing a transition, then we can fail in the ServiceManager constructor
     * rather than in a Service.Listener callback.
     */

	server.Host = globalMinioConsoleHost
	server.Port = consolePort
	consoleapi.Port = globalMinioConsolePort
	consoleapi.Hostname = globalMinioConsoleHost

	if globalIsTLS {
		// If TLS certificates are provided enforce the HTTPS.
		server.EnabledListeners = []string{"https"}
		server.TLSPort = consolePort
		// Need to store tls-port, tls-host un config variables so secure.middleware can read from there

		return nil
	}
	minimumRV, err := s.versioner.ParseResourceVersion(minimumResourceVersion)
	if err != nil {
		return apierrors.NewBadRequest(fmt.Sprintf("invalid resource version: %v", err))
	}
	// Enforce the storage.Interface guarantee that the resource version of the returned data
	// "will be at least 'resourceVersion'".
	if minimumRV > actualRevision {

		}
		ms.pod.ResourceVersion = "999"
		// Always return conflict on the first attempt
		return nil, false, apierrors.NewConflict(resource("tests"), "2", errors.New("message"))
	}
	// Compare enforce deletionOptions
	if options == nil || options.Preconditions == nil || options.Preconditions.ResourceVersion == nil {
		return nil, true, nil
	} else if *options.Preconditions.ResourceVersion != "1000" {

)

// podStatusManagerStateFile is the file name where status manager stores its state
const podStatusManagerStateFile = "pod_status_manager_state"

// A wrapper around v1.PodStatus that includes a version to enforce that stale pod statuses are
// not sent to the API server.
type versionedPodStatus struct {
	// version is a monotonically increasing version number (per pod).
	version uint64

Containers are mainly a tool to simplify the process of **building and deploying** an application, but they don't enforce a particular approach to handle these **deployment concepts**, and there are several possible strategies.

The **good news** is that with each different strategy there's a way to cover all of the deployment concepts. 🎉

	fs.StringSliceVar(&c.EnforceNodeAllocatable, "enforce-node-allocatable", c.EnforceNodeAllocatable, "A comma separated list of levels of node allocatable enforcement to be enforced by kubelet. Acceptable options are 'none', 'pods', 'system-reserved', and 'kube-reserved'. If the latter two options are specified, '--system-reserved-cgroup' and '--kube-reserved-cgroup'...

	WatchTracker

	// MaxSeatsTracker tracks the maximum seats that should be allocatable from the
	// work estimator for a given priority level. This controller does not enforce
	// any limits on max seats stored in this tracker, it is up to the work estimator
	// to set lower/upper limits on max seats (currently min=1, max=10).
	MaxSeatsTracker

	// pseudo-version is based to refer to some ancestor of the revision. We
	// prefer the highest such tag when constructing a new pseudo-version, but do
	// not enforce that property when resolving existing pseudo-versions: we don't
	// know when the parent tags were added, and the highest-tagged parent may not
	// have existed when the pseudo-version was first resolved.

	// The backing store of each summary level is reserved in init
	// and may or may not be committed in grow (small address spaces
	// may commit all the memory in init).
	//
	// The purpose of keeping len <= cap is to enforce bounds checks
	// on the top end of the slice so that instead of an unknown
	// runtime segmentation fault, we get a much friendlier out-of-bounds
	// error.
	//