/**
 * Entry point for this library. Initalises your Workspace integration and returns an integration object (async),
 * which you can then use for Webex APIs, including invoke commands, read status values,
 * set configs, subscribe to notifications, etc.
 *
 * Throws an exception if unable to connect.
 */
export type connect = (options: IntegrationConfig) => Promise<Integration>;
/**
 * Defines a public web hook where Webex will send notifications to you for status changes and events on devices.
 */
export interface Webhook {
    /** Must be https */
    targetUrl: string;
    /**
     * Passing 'none' will delete the web hook
     */
    type: 'hmac_signature' | 'basic_authentication' | 'none';
    /** This will be sent with every web hook. You can use it to verify that the web hook came from Webex. */
    secret: string;
    /** Username if using basic auth */
    username?: string;
    /** Password if using basic auth */
    password?: string;
}
/**
 * Error level works in an expanding way, eg 'error' will only show errors,
 * 'warn' will show warnings and errors, etc.
 */
export type LogLevel = 'error' | 'warn' | 'info' | 'verbose';
export interface AppConfig {
    appId: string;
    appSecret: string;
    accessToken: string;
    activationCode: ActivationCode;
    tokenExpiryTime: string;
    pollUrl?: string;
}
export interface ActivationCode {
    oauthUrl: string;
    refreshToken: string;
    webexapisBaseUrl: string;
    appUrl: string;
}
export type NotificationType = 'webhook' | 'longpolling' | 'none';
/**
 * Your configs for initialising your Workspace Integration.
 * Must contain client id and secret, which you get when deploying the integration in Control Hub,
 * as well as the JSON Web Token (activationCode) which you get when you activate it.
 */
export interface IntegrationConfig {
    clientId: string;
    clientSecret: string;
    activationCode: ActivationCode;
    /**
     * How you want your integration to receive device notifications such as events
     * and status updates.
     *
     * - webhook: Webex posts the notification to a public web server that you control
     * - longpolling: Your integration using [long polling](https://javascript.info/long-polling)
     *   to get notifications.
     * - none: you won't receive any notifications
     */
    notifications: NotificationType;
    /** Required if you set {@link notifications} to `webhook`. */
    webhook?: Webhook;
    /**
     * Public URL endpoint to send signed JWT actions, such as health check, app update, deactivation etc
     */
    actionsUrl?: string;
    /**
     * Which info to show from the SDK. Default is error only.
     */
    logLevel?: LogLevel;
}
/**
 * A notification sent to your integration from Webex, either when an xStatus changes or when
 * an xEvent occurs. Remember that you will only receive notifications for APIs you have set
 * in your manifest.
 */
export interface Notification {
    appId: string;
    deviceId: string;
    workspaceId: string;
    orgId: string;
    timestamp: string;
    type: 'status' | 'event' | 'healthCheck';
}
/**
 * Called when a device has an event that matches the path you are listening to.
 * Remember to add the path to the manifest xAPI event scope too.
 */
export type EventListener = (deviceId: string, path: string, event: DataObject, data: Notification) => void;
/**
 * Called when a device has a status update that matches the path you are listening to.
 * Remember to add the path to the manifest xAPI status scope too.
 *
 * Note: if the status path you are listening to is removed (for dynamic lists such as
 * xStatus Call[...], xStatus Conference Presentation LocalInstance[...] etc),
 * the value param will be set to { ghost: true } to notify this
 */
export type StatusListener = (deviceId: string, path: string, value: DataObject, data: Notification) => void;
/**
 * All xAPIs are defined by a path in a tree fashion, eg:
 *
 * - xCommand Call Disconnect
 * - xConfiguration Audio DefaultVolume
 * - xStatus Audio Volume
 * - xEvent UserInterface Extensions Widget Action
 *
 * In this SDK, the type (command, event etc) is not necessary because it's given by the context.
 * You can also use . or space as path separator (`Call.Disconnect` or `Call Disconnect`).
 */
export type XapiPath = string;
/**
 * The API of the Cisco collaboration devices (RoomOS).
 *
 * Read more on [roomos.cisco.com](https://roomos.cisco.com/doc/TechDocs/Introduction).
 *
 * All xAPIS are accessed with a path, for example `Call.Disconnect`, `Audio.Volume` etc. Find the
 * the xAPIs that you need in the [xAPI section](https://roomos.cisco.com/xapi) and copy the path
 * from the snippet section.
 *
 * Status, commands and events that you use needs to be specified in the manifest, but this does
 * not apply for configurations (for historical reasons).
 */
export interface XAPI {
    command: Command;
    status: Status;
    event: Event;
    config: Config;
}
/**
 * Invoke a command on a Cisco device. Commands are typically non-persistent actions that users do
 * from the user interface, such as starting a call, changing the volume etc. Also advanced
 * configurations such as saving macros and setting custom wallpaper can be commands.
 *
 * Some commands such as Phonebook search also returns results back to the user, this is provided
 * as a promise result.
 *
 * @param multiline For commands that accept large blobs of content, such as wallpaper image,
 * macro content, booking XML etc. *
 */
export type Command = (deviceId: string, path: XapiPath, params?: DataObject, multiline?: string) => Promise<DataObject>;
/**
 * A generic dictionary object (JSON-like)
 */
export type DataObject = Record<string, any>;
/**
 * Device statuses are typically states, sensor data etc that can change at any time.
 * There are two ways to get status info:
 * 1. Query them (`get`)
 * 2. Subscribe to them (`on`). In this case you will be notified whenever a status changes.
 * Note: Only a few statuses actually support notifications.
 */
export interface Status {
    /**
     * allowEmpty: if set to true, returns empty array if path was not found, otherwise it throws error.
     * Typically useful when working with dynamic lists.
     */
    get: (deviceId: string, path: XapiPath, allowEmpty?: boolean) => Promise<DataObject | number | string>;
    on: (path: XapiPath, listener: StatusListener) => void;
}
/**
 * Device events are typically events that occur at a singular point in time and don't last
 * long, such as incoming button press on a UI extension, incoming call, system boot etc.
 * Workspace integrations only support a subset of all events,
 * see Control Hub > Workspace integrations for an updated list.
 */
export interface Event {
    on: (path: XapiPath, listener: EventListener) => void;
}
/**
 * Device configurations (xConfigs) are typically permanent settings that are set by admins,
 * such as default volume, wallpapers, digital signage, network settings, security policies etc.
 *
 * Find and read more about them on
 * [roomos.cisco.com](https://roomos.cisco.com/xapi/?search=***&Type=Configuration).
 *
 * Scopes required: `spark-admin:devices_read` and `spark-admin:devices_write`
 *
 * The module is a wrapper fot for the
 * [Device Configurations API](https://developer.webex.com/docs/api/v1/device-configurations).
 *
 * It is not possible to subscribe to config notifications. Also, unlike device status and events,
 * you do not need to add the specific configs to the manifest.
 */
export interface Config {
    get: (deviceId: string, path: XapiPath) => Promise<DataObject | number | string>;
    /**
     * Requires the spark-admin:devices-write scope
     */
    set: (deviceId: string, path: XapiPath, value: string | number) => Promise<DataObject>;
    /**
     * Set multiple configs on a device with a single HTTP call. Requires the
     * spark-admin:devices-write scope.
     *
     * Configs are set as key/value pairs in an object. Remember to use apostrophes for
     * the keys too, since they usually contain dots.
     *
     * Eg:
     * ```
     * const configs = { 'Audio.DefaultVolume': 60, 'SystemUnit.TimeZone': 'Africa/Abidjan' };
     * await integration.xapi.config.setMany(deviceId, configs);
     * ```
     */
    setMany: (deviceId: string, values: DataObject) => Promise<DataObject>;
}
/**
 * Provides access to all the supported Webex APIs as child objects.
 * Automatically takes care of retrieving and refreshing access tokens,
 * as well as long polling for notifications, when that method is used.
 */
export interface Integration {
    getAppInfo(): Promise<AppInfo>;
    /**
     * Sets an error handler on the integration, so you are notified when something goes wrong.
     * This will typically be called if the SDK is not able to refresh the access token
     * eg due to network issues or if Webex is not available.
     */
    onError(handler: ErrorHandler): any;
    /**
     * Checks the state of the integration. Checks that it's able to talk to Webex,
     * implying that the access token is valid etc.
     * @returns Promise containing the http response from Webex
     */
    ping(): Promise<any>;
    /**
     * Sets an action handler, so you are notified when there are important
     * action notifications such as if the integration manifest was updated.
     */
    onAction(handler: ActionHandler): any;
    /**
     * Takes a list of events from Webex and checks if you have event listeners registered that
     * match the incoming notification, and if so deliver it.
     *
     * @param notifications The payload (list of messages) from an incoming Webex web hook
     */
    processNotifications(notifications: DataObject[]): any;
    refreshToken(): void;
    webexApi(partialUrl: string, method?: string, body?: any, contentType?: string): Promise<any>;
    /**
     * Helper function for decoding a JSON Web Token.
     * Throws error if not valid.
     *
     * @param jwt B64-encoded JWT string, as received from Webex
     */
    decodeJwt(jwt: string): DataObject;
    devices: Devices;
    workspaces: Workspaces;
    xapi: XAPI;
}
export interface Http {
    /**
     *
     * @param partialUrl URL without the https://webexapis.com/v1/ part
     */
    get(partialUrl: string): Promise<any>;
    accessToken: string;
    baseUrl: string;
}
/**
 * A workspace is a location that can contain zero, one or many devices,
 * typically a meeting room, huddle room, or reception.
 *
 * Module is a wrapper for the
 * [Webex Workspaces API](https://developer.webex.com/docs/api/v1/workspaces).
 */
export interface Workspaces {
    /**
     * Find workspaces in the org.
     *
     * @param filter See query parameters on [here](https://developer.webex.com/docs/api/v1/workspaces/list-workspaces)
     */
    getWorkspaces(filters?: DataObject): Promise<Workspace[]>;
    /**
     * Get workspace details.
     * Wrapper for https://developer.webex.com/docs/api/v1/workspaces/get-workspace-details for more
     */
    getWorkspace(workspaceId: string): Promise<Workspace>;
}
/**
 * A Workspace is typically a room. It can contain zero, one or several Cisco devices.
 */
export interface Workspace {
    id: string;
    orgId: string;
    workspaceLocationId: string;
    displayName: string;
    sipAddress: string;
    capacity?: number;
    type: 'notSet' | 'focus' | 'huddle' | 'meetingRoom' | 'open' | 'desk' | 'other' | string;
    notes?: string;
    /** Whether the workspace supports hot desking or not */
    hotdeskingStatus: 'on' | 'off';
    devicePlatform: string;
}
/**
 * A Cisco collaboration device. Must belong to one and only one workspace.
 */
export interface Device {
    id: string;
    displayName: string;
    workspaceId: string;
    workspaceLocationId: string;
    placeId: string;
    orgId: string;
    product: string;
    /**
     * - roomdesk: Cisco collaboration device (Board, Room Kit, Desk etc)
     * - accessory: Cisco Navigator, etc
     * - webexgo: Webex Calling device
     */
    type: 'roomdesk' | 'accessory' | 'webexgo' | 'unknown';
    /** The person owning the device, if it's in personal mode. */
    personId?: string;
    tags: string[];
    ip: string;
    mac: string;
    /** Network connectivity type (LAN, wifi, ...) */
    activeInterface: string;
    primarySipUrl: string;
    sipUrls: string[];
    errorCodes: string[];
    serial: string;
    software: string;
    upgradeChannel: string;
    connectionStatus: 'connected' | 'disconnected' | 'connected_with_issues' | string;
    created: string;
    firstSeen: string;
    lastSeen: string;
    capabilities: string[];
    permissions: string[];
    devicePlatform: string;
}
export interface Devices {
    /**
     * Find all devices, optionally matching the filter.
     *
     * The filter parameters are defined on
     * https://developer.webex.com/docs/api/v1/devices/list-devices.
     *
     * Example:
     * ```js
     * integration.devices.getDevices({ connectionStatus: 'connected', tag: 'sales-department' })
     * ```
     *
     * Note that this method may also return devices that are not in the location the integration
     * is approved for.
     *
     * @param filters Object containing the key/value pairs as in the Webex Devices API
     */
    getDevices(filters?: DataObject): Promise<Device[]>;
    getDevice(deviceId: string): Promise<Device>;
}
export type ErrorHandler = (error: string) => any;
export type ActionHandler = (action: DataObject) => any;
/**
 * Info about your integration. Contains much of the information provided by the manifest.
 * In particular, use this to check which optional scopes and xAPI's the admin has accepted.
 */
export interface AppInfo {
    id: string;
    manifestVersion: number;
    scopes: string[];
    roles: string[];
    xapiAccessKeys: {
        commands?: string[];
        statuses?: string[];
        events?: string[];
    };
    createdAt: string;
    updatedAt: string;
    provisioningState: string;
    publicLocationIds: string[];
    features?: Array<'digital_signage' | 'persistent_web_app'>;
    queue?: {
        pollUrl: string;
        state: string;
    };
    availability: string;
}