target

Documentation

Index

• Constants
• func CreateQualifiedHeadlessServiceName(replicaNum int, namespace string) string
• func GetContainersRTDevices(nodeName string, maxContainerCapacity int64, nodeDisks []sys.LocalDisk, ...) (rtDevices []edgefsv1.RTDevices, err error)
• func GetIdDevLinkName(dls string) (dl string)
• func GetRtkvsDevices(disks []string, directories []rookv1.Directory, ...) edgefsv1.RtkvsDevices
• func GetRtlfsDevices(directories []rookv1.Directory, storeConfig *config.StoreConfig) []edgefsv1.RtlfsDevice
• func UpdateStatefulsetAndWait(context *clusterd.Context, sts *appsv1.StatefulSet, namespace string) (*appsv1.StatefulSet, error)
• type Cluster
  • func New(context *clusterd.Context, namespace, version, serviceAccount string, ...) *Cluster
  • func (c *Cluster) Start(rookImage string, nodes []rookv1.Node, dro edgefsv1.DevicesResurrectOptions) (err error)
• type ContainerDevices
  • func GetContainers(maxContainerCapacity int64, devices []sys.LocalDisk, ...) ([]ContainerDevices, error)

Constants

const (
	// DefaultContainerMaxCapacity - max allowed container disks capacity, if exeeded then new new container will be added
	DefaultContainerMaxCapacity = "132Ti"
	// #nosec because of the word `Secret`
	S3PayloadSecretsPath = "/opt/nedge/etc/secrets/"
)

Functions

func CreateQualifiedHeadlessServiceName

func CreateQualifiedHeadlessServiceName(replicaNum int, namespace string) string

CreateQualifiedHeadlessServiceName creates a qualified name of the headless service for a given replica id and namespace, e.g., edgefs-0.edgefs.rook-edgefs

func GetContainersRTDevices

func GetContainersRTDevices(nodeName string, maxContainerCapacity int64, nodeDisks []sys.LocalDisk, storeConfig *config.StoreConfig) (rtDevices []edgefsv1.RTDevices, err error)

func GetIdDevLinkName

func GetIdDevLinkName(dls string) (dl string)

EdgeFS RT-RD driver needs SCSI-3, ATA, NVMe by-id link

func GetRtkvsDevices

func GetRtkvsDevices(disks []string, directories []rookv1.Directory, storeConfig *config.StoreConfig) edgefsv1.RtkvsDevices

func GetRtlfsDevices

func GetRtlfsDevices(directories []rookv1.Directory, storeConfig *config.StoreConfig) []edgefsv1.RtlfsDevice

func UpdateStatefulsetAndWait

func UpdateStatefulsetAndWait(context *clusterd.Context, sts *appsv1.StatefulSet, namespace string) (*appsv1.StatefulSet, error)

UpdateStatefulsetAndWait updates a statefulset and waits until it is running to return. It will error if the statefulset does not exist to be updated or if it takes too long.

Types

type Cluster

type Cluster struct {
	Namespace string

	Version string
	Storage rookv1.StorageScopeSpec

	NetworkSpec rookv1.NetworkSpec
	Privileged  bool
	// contains filtered or unexported fields
}

Cluster keeps track of the Targets

func New

func New(
	context *clusterd.Context,
	namespace,
	version,
	serviceAccount string,
	storageSpec rookv1.StorageScopeSpec,
	dataDirHostPath string,
	dataVolumeSize resource.Quantity,
	annotations rookv1.Annotations,
	placement rookv1.Placement,
	NetworkSpec rookv1.NetworkSpec,
	resources v1.ResourceRequirements,
	resourceProfile string,
	chunkCacheSize resource.Quantity,
	ownerRef metav1.OwnerReference,
	deploymentConfig edgefsv1.ClusterDeploymentConfig,
	useHostLocalTime bool,
) *Cluster

New creates an instance of the Target manager

func (*Cluster) Start

func (c *Cluster) Start(rookImage string, nodes []rookv1.Node, dro edgefsv1.DevicesResurrectOptions) (err error)

Start the target management

type ContainerDevices

type ContainerDevices struct {
	Ssds []sys.LocalDisk
	Hdds []sys.LocalDisk
}

func GetContainers

func GetContainers(maxContainerCapacity int64, devices []sys.LocalDisk, storeConfig *config.StoreConfig) ([]ContainerDevices, error)