sync

Documentation

Index

• Constants
• func GetOverrideHash(rawObj *unstructured.Unstructured) (string, error)
• func GetTemplateHash(fieldMap map[string]interface{}) (string, error)
• func StartKubeFedSyncController(controllerConfig *util.ControllerConfig, stopChan <-chan struct{}, ...) error
• type FederatedResource
• type FederatedResourceAccessor
  • func NewFederatedResourceAccessor(controllerConfig *util.ControllerConfig, typeConfig typeconfig.Interface, ...) (FederatedResourceAccessor, error)
• type KubeFedSyncController
  • func (s *KubeFedSyncController) Run(stopChan <-chan struct{})

Constants

const (

	// If this finalizer is present on a federated resource, the sync
	// controller will have the opportunity to perform pre-deletion operations
	// (like deleting managed resources from member clusters).
	FinalizerSyncController = "kubefed.k8s.io/sync-controller"

	// If this annotation is present on a federated resource, resources in the
	// member clusters managed by the federated resource should be orphaned.
	// If the annotation is not present (the default), resources in member
	// clusters will be deleted before the federated resource is deleted.
	OrphanManagedResources = "kubefed.k8s.io/orphan"
)

Functions

func GetOverrideHash

func GetOverrideHash(rawObj *unstructured.Unstructured) (string, error)

func GetTemplateHash

func GetTemplateHash(fieldMap map[string]interface{}) (string, error)

func StartKubeFedSyncController

func StartKubeFedSyncController(controllerConfig *util.ControllerConfig, stopChan <-chan struct{}, typeConfig typeconfig.Interface, fedNamespaceAPIResource *metav1.APIResource) error

StartKubeFedSyncController starts a new sync controller for a type config

Types

type FederatedResource

type FederatedResource interface {
	dispatch.FederatedResourceForDispatch

	FederatedName() util.QualifiedName
	FederatedKind() string
	UpdateVersions(selectedClusters []string, versionMap map[string]string) error
	DeleteVersions()
	ComputePlacement(clusters []*fedv1b1.KubeFedCluster) (selectedClusters sets.String, err error)
	IsNamespaceInHostCluster(clusterObj pkgruntime.Object) bool
}

FederatedResource encapsulates the behavior of a logical federated resource which may be implemented by one or more kubernetes resources in the cluster hosting the KubeFed control plane.

type FederatedResourceAccessor

type FederatedResourceAccessor interface {
	Run(stopChan <-chan struct{})
	HasSynced() bool
	FederatedResource(qualifiedName util.QualifiedName) (federatedResource FederatedResource, possibleOrphan bool, err error)
	VisitFederatedResources(visitFunc func(obj interface{}))
}

FederatedResourceAccessor provides a way to retrieve and visit logical federated resources (e.g. FederatedConfigMap)

func NewFederatedResourceAccessor

func NewFederatedResourceAccessor(
	controllerConfig *util.ControllerConfig,
	typeConfig typeconfig.Interface,
	fedNamespaceAPIResource *metav1.APIResource,
	client genericclient.Client,
	enqueueObj func(pkgruntime.Object),
	eventRecorder record.EventRecorder) (FederatedResourceAccessor, error)

type KubeFedSyncController

type KubeFedSyncController struct {
	// contains filtered or unexported fields
}

KubeFedSyncController synchronizes the state of federated resources in the host cluster with resources in member clusters.

func (*KubeFedSyncController) Run

func (s *KubeFedSyncController) Run(stopChan <-chan struct{})