Class NoopManager

constructor

• new NoopManager(options?): KernelManager.NoopManager

• Construct a new kernel manager.

  Parameters

  • options: KernelManager.IOptions = {}

    The default options for kernel.

  Returns KernelManager.NoopManager

Readonly serverSettings

connectionFailure

• get connectionFailure(): ISignal<this, Error>

• A signal emitted when there is a connection failure.

  Returns ISignal<this, Error>

disposed

• get disposed(): ISignal<this, void>

• A signal emitted when the delegate is disposed.

  Returns ISignal<this, void>

isDisposed

• get isDisposed(): boolean

• Test whether the delegate has been disposed.

  Returns boolean

isReady

• get isReady(): boolean

• Test whether the manager is ready.

  Returns boolean

runningChanged

• get runningChanged(): ISignal<this, Kernel.IModel[]>

• A signal emitted when the running kernels change.

  Returns ISignal<this, Kernel.IModel[]>

runningCount

• get runningCount(): number

• The number of running kernels.

  Returns number

dispose

• dispose(): void

• Dispose of the resources used by the manager.

  Returns void

findById

• findById(id): Promise<undefined | Kernel.IModel>

• Find a kernel by id.

  Parameters

  • id: string

    The id of the target kernel.

  Returns Promise<undefined | Kernel.IModel>

  A promise that resolves with the kernel's model.

refreshRunning

• refreshRunning(): Promise<void>

• Force a refresh of the running kernels.

  Returns Promise<void>

  A promise that resolves when the running list has been refreshed.

  Notes

  This is not typically meant to be called by the user, since the manager maintains its own internal state.

running

• running(): IterableIterator<Kernel.IModel>

• Create an iterator over the most recent running kernels.

  Returns IterableIterator<Kernel.IModel>

  A new iterator over the running kernels.

shutdownAll

• shutdownAll(): Promise<void>

• Shut down all kernels.

  Returns Promise<void>

  A promise that resolves when all of the kernels are shut down.