// CIDR range allocations from the cloud to the cluster.
	IPAMFromCloudAllocatorType = "IPAMFromCloud"
)

// TODO: figure out the good setting for those constants.
const (
	// The amount of time the nodecontroller polls on the list nodes endpoint.
	apiserverStartupGracePeriod = 10 * time.Minute

	// The no. of NodeSpec updates NC can process concurrently.
	cidrUpdateWorkers = 30

        result.clientFailure == null

        and:
        1 * buildController.fromBuildModel(_, _) >> { Boolean b, BuildTreeModelAction modelAction ->
            modelAction.beforeTasks(modelController)
            modelAction.fromBuildModel(modelController)
        }
        1 * projectsLoadedAction.execute(_) >> result1
        1 * buildFinishedAction.execute(_) >> result2
        1 * buildEventConsumer.dispatch({

    def modelId = Stub(ModelIdentifier) {
        getName() >> 'some.model'
    }
    def modelScope = Mock(ToolingModelScope)
    def buildStateRegistry = Mock(BuildStateRegistry)
    def modelController = Mock(BuildTreeModelController)
    def workerThreadRegistry = Mock(WorkerThreadRegistry)
    def parameterCarrierFactory = Mock(ToolingModelParameterCarrier.Factory)
    def buildEventConsumer = Mock(BuildEventConsumer)

    def payloadSerializer = Mock(PayloadSerializer)
    def gradle = Stub(GradleInternal)
    def buildController = Mock(BuildTreeLifecycleController) {
        getGradle() >> this.gradle
    }
    def modelController = Stub(BuildTreeModelController)
    def clientProvidedBuildAction = new ClientProvidedBuildAction(startParameter, action, false /* isRunTasks */, clientSubscriptions)

)

type workloadHandler interface {
	WorkloadReady(w *workload)
	WorkloadNotReady(w *workload)
}

type workloadManager struct {
	workloads     []*workload
	mutex         sync.Mutex
	podController *podController
	cfg           echo.Config
	ctx           resource.Context
	grpcPort      uint16
	tls           *echoCommon.TLSSettings
	closing       bool
	stopCh        chan struct{}
	handler       workloadHandler
}