resdiskzpool

func (*T) ExposedDevices ¶

func (t *T) ExposedDevices(ctx context.Context) device.L

func (*T) Info ¶

func (t *T) Info(ctx context.Context) (resource.InfoKeys, error)

func (*T) Label ¶

func (t *T) Label(_ context.Context) string

Label implements Label from resource.Driver interface, it returns a formatted short description of the Resource

func (*T) Manifest ¶

func (t *T) Manifest() *manifest.T

Manifest exposes to the core the input expected by the driver.

func (*T) PreSync ¶

func (t *T) PreSync(ctx context.Context) error

func (*T) ProvisionAsLeader ¶

func (t *T) ProvisionAsLeader(ctx context.Context) error

func (*T) Provisioned ¶

func (t *T) Provisioned(ctx context.Context) (provisioned.T, error)

func (*T) ReservableDevices ¶

func (t *T) ReservableDevices(ctx context.Context) device.L

func (*T) Start ¶

func (t *T) Start(ctx context.Context) error

func (*T) Status ¶

func (t *T) Status(ctx context.Context) status.T

func (*T) Stop ¶

func (t *T) Stop(ctx context.Context) error

func (*T) SubDevices ¶

func (t *T) SubDevices(ctx context.Context) device.L

func (*T) ToSync ¶

func (t *T) ToSync(ctx context.Context) []string

func (*T) UnprovisionAsLeader ¶

func (t *T) UnprovisionAsLeader(ctx context.Context) error

func (*T) UnprovisionStop ¶

func (t *T) UnprovisionStop(ctx context.Context) error

UnprovisionStop skips the normal pre-unprovision resource stop, because zfs can only destroy imported pools. The Unprovision func imports anyway, but if we don't export unnecessary export/import is saved.