func (FakeManager) CleanupPods(_ map[types.UID]sets.Empty) {}

// Start simulates start syncing the probe status
func (FakeManager) Start() {}

// UpdatePodStatus simulates updating the Pod Status.
func (FakeManager) UpdatePodStatus(_ *v1.Pod, podStatus *v1.PodStatus) {
	for i := range podStatus.ContainerStatuses {
		podStatus.ContainerStatuses[i].Ready = true
	}

	// It takes a map of "desired pods" which should not be cleaned up.
	CleanupPods(desiredPods map[types.UID]sets.Empty)

	// UpdatePodStatus modifies the given PodStatus with the appropriate Ready state for each
	// container based on container running status, cached probe results and worker states.
	UpdatePodStatus(*v1.Pod, *v1.PodStatus)
}

type manager struct {
	// Map of active workers for probes
	workers map[probeKey]*worker

	m.startupManager.Set(kubecontainer.ParseContainerID(startedNoReadiness.ContainerID), results.Success, &v1.Pod{})
	m.readinessManager.Set(kubecontainer.ParseContainerID(terminated.ContainerID), results.Success, &v1.Pod{})

	m.UpdatePodStatus(&v1.Pod{
		ObjectMeta: metav1.ObjectMeta{
			UID: testPodUID,
		},
		Spec: v1.PodSpec{
			Containers: []v1.Container{
				{Name: unprobed.Name},
				{Name: probedReady.Name},

			// Force back to phase from the API server
			s.Phase = pod.Status.Phase
		}
	}

	// ensure the probe managers have up to date status for containers
	kl.probeManager.UpdatePodStatus(pod, s)

	// preserve all conditions not owned by the kubelet
	s.Conditions = make([]v1.PodCondition, 0, len(pod.Status.Conditions)+1)
	for _, c := range pod.Status.Conditions {