registry

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

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

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

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

type Registry interface {
	service.BackgroundService

	// GetRuntime returns the per-runtime interface.
	GetRuntime(runtimeID common.Namespace) (Runtime, error)

	// Runtimes returns a list of all runtimes.
	Runtimes() []Runtime

	// Indexer returns runtime history indexer for the specified runtime.
	Indexer(runtimeID common.Namespace) (*history.BlockIndexer, bool)

	// RegisterClient registers a runtime client service. If the service has already been registered
	// this method returns an error.
	RegisterClient(rc runtimeClient.RuntimeClient) error

	// Client returns the runtime client service if available.
	Client() (runtimeClient.RuntimeClient, error)

	// FinishInitialization finalizes setup for all runtimes.
	FinishInitialization() error

	// GetBundleRegistry returns the bundle registry.
	GetBundleRegistry() *bundle.Registry

	// GetBundleManager returns the bundle manager.
	GetBundleManager() *bundle.Manager

	// GetVolumeManager returns the volume manager.
	GetVolumeManager() *volume.Manager

	// GetLogManager returns the log manager.
	GetLogManager() *log.Manager
}

type Runtime interface {
	// ID is the runtime identifier.
	ID() common.Namespace

	// DataDir returns the runtime-specific data directory.
	DataDir() string

	// IsManaged returns true iff the runtime is managed by the registry.
	IsManaged() bool

	// RegistryDescriptor waits for the runtime to be registered and
	// then returns its registry descriptor.
	RegistryDescriptor(ctx context.Context) (*registry.Runtime, error)

	// WatchRegistryDescriptor subscribes to registry descriptor updates.
	WatchRegistryDescriptor() (<-chan *registry.Runtime, pubsub.ClosableSubscription, error)

	// ActiveDescriptor waits for runtime to be initialized and then returns
	// currently active runtime descriptor.
	ActiveDescriptor(ctx context.Context) (*registry.Runtime, error)

	// WatchActiveDescriptor subscribes to runtime active descriptor updates.
	WatchActiveDescriptor() (<-chan *registry.Runtime, pubsub.ClosableSubscription, error)

	// RegisterStorage sets the given local storage backend for the runtime.
	RegisterStorage(storage storageAPI.Backend)

	// History returns the history for this runtime.
	History() history.History

	// Storage returns the per-runtime storage backend.
	Storage() storageAPI.Backend

	// LocalStorage returns the per-runtime local storage.
	LocalStorage() localstorage.LocalStorage
}

type RuntimeHostHandlerEnvironment interface {
	// GetKeyManagerClient returns the key manager client for this runtime.
	GetKeyManagerClient() (runtimeKeymanager.Client, error)

	// GetTxPool returns the transaction pool for this runtime.
	GetTxPool() (txpool.TransactionPool, error)

	// GetNodeIdentity returns the identity of a node running this runtime.
	GetNodeIdentity() (*identity.Identity, error)

	// GetLightProvider returns the consensus light provider.
	GetLightProvider() (consensus.LightProvider, error)

	// GetRuntimeRegistry returns the runtime registry.
	GetRuntimeRegistry() Registry

	// GetROFLNotifier returns the ROFL notifier.
	GetROFLNotifier() (*ROFLNotifier, error)
}

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

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