import type { LiveList } from "./LiveList" ; import type { LiveMap } from "./LiveMap" ; import type { LiveObject } from "./LiveObject" ; export type MyPresenceCallback < T extends Presence = Presence > = ( me : T ) => void ; export type OthersEventCallback < T extends Presence = Presence > = ( others : Others < T > , event : OthersEvent < T > ) => void ; export type EventCallback = ( { connectionId , event , } : { connectionId : number ; event : any ; } ) => void ; export type ErrorCallback = ( error : Error ) => void ; export type ConnectionCallback = ( state : ConnectionState ) => void ; export type RoomEventCallbackMap = { "my-presence" : MyPresenceCallback ; others : OthersEventCallback ; event : EventCallback ; error : ErrorCallback ; connection : ConnectionCallback ; } ; export type LiveMapUpdates < TKey extends string = string , TValue = any > = { type : "LiveMap" ; node : LiveMap < TKey , TValue > ; } ; export type LiveObjectUpdates < TData = any > = { type : "LiveObject" ; node : LiveObject < TData > ; } ; export type LiveListUpdates < TItem = any > = { type : "LiveList" ; node : LiveList < TItem > ; } ; export type StorageUpdate = LiveMapUpdates | LiveObjectUpdates | LiveListUpdates ; export type StorageCallback = ( updates : StorageUpdate [ ] ) => void ; export type Client = { /**
     * Gets a room. Returns null if  Client . enter has not been called previously.
     *
     *  param roomId getRoom ( roomId ) : Room | null ; param roomId param defaultPresence enter < TStorageRoot extends Record < string , any > = Record < string , any > > ( roomId , options ? ) : Room ; param roomId leave ( roomId ) : void ; } ; export type AuthenticationToken = { actor : number ; id ? : string ; info ? : any ; } ; /**
 * Represents all the other users connected in the room. Treated as immutable.
 */ export interface Others < TPresence extends Presence = Presence > { /**
     * Number of other users in the room.
     */ readonly count : number ; /**
     * Returns the array of connected users in room.
     */ toArray ( ) : User < TPresence > [ ] ; /**
     * This function let you map over the connected users in the room.
     */ map < U > ( callback ) : U [ ] ; } /**
 * Represents a user connected in a room. Treated as immutable.
 */ export type User < TPresence extends Presence = Presence > = { /**
     * The connection id of the user. It is unique and increment at every new connection.
     */ readonly connectionId : number ; /**
     * The id of the user that has been set in the authentication endpoint.
     * Useful to get additional information about the connected user.
     */ readonly id ? : string ; /**
     * Additional user information that has been set in the authentication endpoint.
     */ readonly info ? : any ; /**
     * The user presence.
     */ readonly presence ? : TPresence ; } ; export type Presence = { [ key ] : any ; } ; type AuthEndpointCallback = ( room : string ) => Promise < { token : string ; } > ; export type AuthEndpoint = string | AuthEndpointCallback ; /**
 * The authentication endpoint that is called to ensure that the current user has access to a room.
 * Can be an url or a callback if you need to add additional headers.
 */ export type ClientOptions = { throttle ? : number ; } & ( { publicApiKey : string ; authEndpoint ? : never ; } | { publicApiKey ? : never ; authEndpoint : AuthEndpoint ; } ) ; export type AuthorizeResponse = { token : string ; } ; type ConnectionState = "closed" | "authenticating" | "unavailable" | "failed" | "open" | "connecting" ; export type Connection = { state : "closed" | "authenticating" | "unavailable" | "failed" ; } | { state : "open" | "connecting" ; id : number ; userId ? : string ; userInfo ? : any ; } ; export type OthersEvent < T extends Presence = Presence > = { type : "leave" ; user : User < T > ; } | { type : "enter" ; user : User < T > ; } | { type : "update" ; user : User < T > ; updates : Partial < T > ; } | { type : "reset" ; } ; export type Room = { getConnectionState ( ) : ConnectionState ; subscribe : { param listener the callback that is called every time the current user presence is updated with  Room . updatePresence .
         *
         *  example < T extends Presence > ( type , listener ) : ( ) => void ; param listener example < T extends Presence > ( type , listener ) : ( ) => void ; /**
         * Subscribe to events broadcasted by  Room . broadcastEvent param listener the callback that is called when a user calls  Room . broadcastEvent example ( type , listener ) : ( ) => void ; /**
         * Subscribe to errors thrown in the room.
         */ ( type , listener ) : ( ) => void ; /**
         * Subscribe to connection state updates.
         */ ( type , listener ) : ( ) => void ; /**
         * Subscribes to changes made on a  LiveMap . Returns an unsubscribe function.
         * In a future version, we will also expose what exactly changed in the  LiveMap .
         *
         *  param listener the callback this called when the  LiveMap changes.
         *
         *  returns example < TKey extends string , TValue > ( liveMap , listener ) : ( ) => void ; /**
         * Subscribes to changes made on a  LiveObject . Returns an unsubscribe function.
         * In a future version, we will also expose what exactly changed in the  LiveObject .
         *
         *  param listener the callback this called when the  LiveObject changes.
         *
         *  returns example < TData > ( liveObject , callback ) : ( ) => void ; /**
         * Subscribes to changes made on a  LiveList . Returns an unsubscribe function.
         * In a future version, we will also expose what exactly changed in the  LiveList .
         *
         *  param listener the callback this called when the  LiveList changes.
         *
         *  returns example < TItem > ( liveList , callback ) : ( ) => void ; /**
         * Subscribes to changes made on a  LiveMap and all the nested data structures. Returns an unsubscribe function.
         * In a future version, we will also expose what exactly changed in the  LiveMap .
         *
         *  param listener the callback this called when the  LiveMap changes.
         *
         *  returns example < TKey extends string , TValue > ( liveMap , callback , options ) : ( ) => void ; /**
         * Subscribes to changes made on a  LiveObject and all the nested data structures. Returns an unsubscribe function.
         * In a future version, we will also expose what exactly changed in the  LiveObject .
         *
         *  param listener the callback this called when the  LiveObject changes.
         *
         *  returns example < TData > ( liveObject , callback , options ) : ( ) => void ; /**
         * Subscribes to changes made on a  LiveList and all the nested data structures. Returns an unsubscribe function.
         * In a future version, we will also expose what exactly changed in the  LiveList .
         *
         *  param listener the callback this called when the  LiveList changes.
         *
         *  returns example < TItem > ( liveList , callback , options ) : ( ) => void ; } ; /**
     * Room's history contains functions that let you undo and redo operation made on by the current client on the presence and storage.
     */ history : { example undo : ( ) => void ; example redo : ( ) => void ; example pause : ( ) => void ; example resume : ( ) => void ; } ; deprecated unsubscribe : { deprecated < T extends Presence > ( type , listener ) : void ; deprecated < T extends Presence > ( type , listener ) : void ; deprecated ( type , listener ) : void ; deprecated ( type , listener ) : void ; deprecated ( type , listener ) : void ; } ; example getSelf < TPresence extends Presence = Presence > ( ) : User < TPresence > | null ; example getPresence : < T extends Presence > ( ) => T ; example getOthers : < T extends Presence > ( ) => Others < T > ; param overrides param overrides example updatePresence : < T extends Presence > ( overrides : Partial < T > , options ? : { /**
         * Whether or not the presence should have an impact on the undo/redo history.
         */ addToHistory : boolean ; } ) => void ; /**
     * Broadcasts an event to other users in the room. Event broadcasted to the room can be listened with  Room . subscribe ("event").
     *  param { any } event example broadcastEvent : ( event : any ) => void ; /**
     * Get the room's storage asynchronously.
     * The storage's root is a  LiveObject .
     *
     *  example getStorage : < TRoot > ( ) => Promise < { root : LiveObject < TRoot > ; } > ; example batch : ( fn : ( ) => void ) => void ; } ;