References

summary
public	C Registry The Registry is a simple class that maintains a list of available controls and scenes, and can return them given control kinds or scene IDs.
public	C MemorizingSubject MemorizingSubject acts like a BehaviorSubject, except that it is seeded with no value, calls to getValue() will fail before the first `next` call, and it does not push a value to subscribers if `next` has not been called.
public	C RPC Primitive postMessage based RPC for the controls to interact with the parent frame.
public	C RPCError An RPCError can be thrown in socket.call() if bad input is passed to the service.
public	F asset(path: ...string): string Returns the fully qualified URL to a static project asset.
public	F getIdentityVerification(challenge: string): Promise<string> Since your interactive controls can be run by any client, it's sometimes useful (particularly if you do fancier service integration) to be able to verify that the player is who they say they are. This method provides a means for you to do that. This is what happens: You create a cryptographically secure challenge for the user. This MUST be done on your service; the challenge is used so that adversaries cannot impersonate users (for instance, by gathering challenge responses for their own integrations then injecting those into your controls). Mixer servers will create a token based on the challenge and a secret, and return that in the response to this method. You may transmit the token and challenge to your services and call /api/v1/interactive/identity/verify to get the user ID that corresponds to the token. The API will return a 400 if the challenge is invalid. Visualized, that's something like this:
public	F isLoaded() This signals to Mixer that the controls have been bound and are ready to start taking Interactive calls.
public	F Control(options: IControlOptions): * Scene is a decorator you can use to designate a class as a Scene.
public	F Input(_options: IInputOptions): *
public	F Scene(options: ISceneOptions): * Scene is a decorator you can use to designate a class as a Scene.
public	V clock: Clock Singleton Clock instance.
public	V display: Display Singleton Display instance.
public	V locales: Array<string> The list of available locales.
public	V log: {"debug": function, "info": function, "warn": function, "error": function} `log` has methods to capture messages from your controls.
public	V navigation: Navigation Singleton Navigation instance.
public	V packageConfig: IPackageConfig Your project's package configuration.
public	V socket: Socket Singleton Socket instance.
public	T IControlDescriptor: IControlOptions IControlDescriptor is returned from the Registry's .getControl(). This contains the Control options along with its constructor.
public	T IControlOptions: object IControlOptions are passed to the @Control decorator to describe how the control is rendered.
public	T IInputDescriptor: IInputOptions IInputDescriptors are returned from the Registry's .getInputs(). This contains the inputs options along with its constructor.
public	T IInputOptions: object IInputOptions are passed into the @Input decorator.
public	T IPackageConfig: object Contains the configuration of your project, in addition to any decorated controls and scenes we detected.
public	T ISceneDescriptor: ISceneOptions ISceneDescriptor is returned from the Registry's `.getScene()`. This contains the scene options along with its constructor.
public	T ISceneOptions: object ISceneOptions can be passed into the @Scene decorator.
public	T ISettings: object ISettings are settings specific to each run of the custom controls.
public	T IStateDump: object IStateDump is a dump of the raw object tree.
public	T IVideoPosition: object IVideoPosition contains data about the position of the video relative to the iframe, in addition to its channel ID.
public	T IVideoPositionList: object IVideoPositionList is given in the `positions()` observable from the Display.
public	T IVideoPositionOptions: object IVideoPositionOptions are passed into display.moveVideo() to change where the video is shown on the screen.
public	T Observable: object An RxJS observable.

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summary
public	C Clock Clock handles synchronizing the local time against the server, adjusting for any client-size clock skew.
public	C Display Display modified the display of interactive controls.
public	C Navigation The Navigation class provides utilities for dealing with user requests to nevigate around or away from the interactive controls.
public	C Socket The socket wraps the RPC instance and provides an event emitter than fires when various Interactive events come in.

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