audio_x/dist/index.d.ts

The audio player for the gen-x

declare interface AbrComponentAPI extends ComponentAPI {
    nextAutoLevel: number;
    readonly bwEstimator?: EwmaBandWidthEstimator;
}

declare class AbrController implements AbrComponentAPI {
    protected hls: Hls;
    private lastLevelLoadSec;
    private lastLoadedFragLevel;
    private _nextAutoLevel;
    private nextAutoLevelKey;
    private audioTracksByGroup;
    private codecTiers;
    private timer;
    private onCheck;
    private fragCurrent;
    private partCurrent;
    private bitrateTestDelay;
    bwEstimator: EwmaBandWidthEstimator;
    constructor(hls: Hls);
    resetEstimator(abrEwmaDefaultEstimate?: number): void;
    private initEstimator;
    protected registerListeners(): void;
    protected unregisterListeners(): void;
    destroy(): void;
    protected onManifestLoading(event: Events.MANIFEST_LOADING, data: ManifestLoadingData): void;
    private onLevelsUpdated;
    protected onFragLoading(event: Events.FRAG_LOADING, data: FragLoadingData): void;
    protected onLevelSwitching(event: Events.LEVEL_SWITCHING, data: LevelSwitchingData): void;
    protected onError(event: Events.ERROR, data: ErrorData): void;
    private getTimeToLoadFrag;
    protected onLevelLoaded(event: Events.LEVEL_LOADED, data: LevelLoadedData): void;
    private _abandonRulesCheck;
    protected onFragLoaded(event: Events.FRAG_LOADED, { frag, part }: FragLoadedData): void;
    protected onFragBuffered(event: Events.FRAG_BUFFERED, data: FragBufferedData): void;
    private ignoreFragment;
    clearTimer(): void;
    get firstAutoLevel(): number;
    get forcedAutoLevel(): number;
    get nextAutoLevel(): number;
    private getAutoLevelKey;
    private getNextABRAutoLevel;
    private getBwEstimate;
    private findBestLevel;
    set nextAutoLevel(nextLevel: number);
}

declare type ABRControllerConfig = {
    abrEwmaFastLive: number;
    abrEwmaSlowLive: number;
    abrEwmaFastVoD: number;
    abrEwmaSlowVoD: number;
    /**
     * Default bandwidth estimate in bits/s prior to collecting fragment bandwidth samples
     */
    abrEwmaDefaultEstimate: number;
    abrEwmaDefaultEstimateMax: number;
    abrBandWidthFactor: number;
    abrBandWidthUpFactor: number;
    abrMaxWithRealBitrate: boolean;
    maxStarvationDelay: number;
    maxLoadingDelay: number;
};

declare class AttrList {
    [key: string]: any;
    constructor(attrs: string | Record<string, any>);
    decimalInteger(attrName: string): number;
    hexadecimalInteger(attrName: string): Uint8Array | null;
    hexadecimalIntegerAsNumber(attrName: string): number;
    decimalFloatingPoint(attrName: string): number;
    optionalFloat(attrName: string, defaultValue: number): number;
    enumeratedString(attrName: string): string | undefined;
    bool(attrName: string): boolean;
    decimalResolution(attrName: string): {
        width: number;
        height: number;
    } | undefined;
    static parseAttrList(input: string): Record<string, any>;
}

declare type AudioPlaylistType = 'AUDIO';

declare class AudioStreamController extends BaseStreamController implements NetworkComponentAPI {
    private videoBuffer;
    private videoTrackCC;
    private waitingVideoCC;
    private bufferedTrack;
    private switchingTrack;
    private trackId;
    private waitingData;
    private mainDetails;
    private bufferFlushed;
    private cachedTrackLoadedData;
    constructor(hls: Hls, fragmentTracker: FragmentTracker, keyLoader: KeyLoader);
    protected onHandlerDestroying(): void;
    private _registerListeners;
    private _unregisterListeners;
    onInitPtsFound(event: Events.INIT_PTS_FOUND, { frag, id, initPTS, timescale }: InitPTSFoundData): void;
    startLoad(startPosition: number): void;
    doTick(): void;
    clearWaitingFragment(): void;
    protected resetLoadingState(): void;
    protected onTickEnd(): void;
    private doTickIdle;
    protected getMaxBufferLength(mainBufferLength?: number): number;
    onMediaDetaching(): void;
    onAudioTracksUpdated(event: Events.AUDIO_TRACKS_UPDATED, { audioTracks }: AudioTracksUpdatedData): void;
    onAudioTrackSwitching(event: Events.AUDIO_TRACK_SWITCHING, data: AudioTrackSwitchingData): void;
    onManifestLoading(): void;
    onLevelLoaded(event: Events.LEVEL_LOADED, data: LevelLoadedData): void;
    onAudioTrackLoaded(event: Events.AUDIO_TRACK_LOADED, data: TrackLoadedData): void;
    _handleFragmentLoadProgress(data: FragLoadedData): void;
    protected _handleFragmentLoadComplete(fragLoadedData: FragLoadedData): void;
    onBufferReset(): void;
    onBufferCreated(event: Events.BUFFER_CREATED, data: BufferCreatedData): void;
    onFragBuffered(event: Events.FRAG_BUFFERED, data: FragBufferedData): void;
    private onError;
    private onBufferFlushed;
    private _handleTransmuxComplete;
    private _bufferInitSegment;
    protected loadFragment(frag: Fragment, track: Level, targetBufferTime: number): void;
    private flushAudioIfNeeded;
    private completeAudioSwitch;
}

declare class AudioTrackController extends BasePlaylistController {
    private tracks;
    private groupId;
    private tracksInGroup;
    private trackId;
    private currentTrack;
    private selectDefaultTrack;
    constructor(hls: Hls);
    private registerListeners;
    private unregisterListeners;
    destroy(): void;
    protected onManifestLoading(): void;
    protected onManifestParsed(event: Events.MANIFEST_PARSED, data: ManifestParsedData): void;
    protected onAudioTrackLoaded(event: Events.AUDIO_TRACK_LOADED, data: AudioTrackLoadedData): void;
    protected onLevelLoading(event: Events.LEVEL_LOADING, data: LevelLoadingData): void;
    protected onLevelSwitching(event: Events.LEVEL_SWITCHING, data: LevelSwitchingData): void;
    private switchLevel;
    protected onError(event: Events.ERROR, data: ErrorData): void;
    get allAudioTracks(): MediaPlaylist[];
    get audioTracks(): MediaPlaylist[];
    get audioTrack(): number;
    set audioTrack(newId: number);
    private setAudioTrack;
    private selectInitialTrack;
    private findTrackId;
    protected loadPlaylist(hlsUrlParameters?: HlsUrlParameters): void;
}

declare interface AudioTrackLoadedData extends TrackLoadedData {
}

declare interface AudioTracksUpdatedData {
    audioTracks: MediaPlaylist[];
}

declare interface AudioTrackSwitchedData extends MediaPlaylist {
}

declare interface AudioTrackSwitchingData extends MediaPlaylist {
}

declare interface BackBufferData {
    bufferEnd: number;
}

declare class BasePlaylistController implements NetworkComponentAPI {
    protected hls: Hls;
    protected timer: number;
    protected requestScheduled: number;
    protected canLoad: boolean;
    protected log: (msg: any) => void;
    protected warn: (msg: any) => void;
    constructor(hls: Hls, logPrefix: string);
    destroy(): void;
    protected clearTimer(): void;
    startLoad(): void;
    stopLoad(): void;
    protected switchParams(playlistUri: string, previous: LevelDetails | undefined): HlsUrlParameters | undefined;
    protected loadPlaylist(hlsUrlParameters?: HlsUrlParameters): void;
    protected shouldLoadPlaylist(playlist: Level | MediaPlaylist | null | undefined): boolean;
    protected shouldReloadPlaylist(playlist: Level | MediaPlaylist | null | undefined): boolean;
    protected playlistLoaded(index: number, data: LevelLoadedData | AudioTrackLoadedData | TrackLoadedData, previousDetails?: LevelDetails): void;
    private getDeliveryDirectives;
    protected checkRetry(errorEvent: ErrorData): boolean;
}

declare class BaseSegment {
    private _byteRange;
    private _url;
    readonly baseurl: string;
    relurl?: string;
    elementaryStreams: ElementaryStreams;
    constructor(baseurl: string);
    setByteRange(value: string, previous?: BaseSegment): void;
    get byteRange(): number[];
    get byteRangeStartOffset(): number;
    get byteRangeEndOffset(): number;
    get url(): string;
    set url(value: string);
}

declare class BaseStreamController extends TaskLoop implements NetworkComponentAPI {
    protected hls: Hls;
    protected fragPrevious: Fragment | null;
    protected fragCurrent: Fragment | null;
    protected fragmentTracker: FragmentTracker;
    protected transmuxer: TransmuxerInterface | null;
    protected _state: string;
    protected playlistType: PlaylistLevelType;
    protected media: HTMLMediaElement | null;
    protected mediaBuffer: Bufferable | null;
    protected config: HlsConfig;
    protected bitrateTest: boolean;
    protected lastCurrentTime: number;
    protected nextLoadPosition: number;
    protected startPosition: number;
    protected startTimeOffset: number | null;
    protected loadedmetadata: boolean;
    protected retryDate: number;
    protected levels: Array<Level> | null;
    protected fragmentLoader: FragmentLoader;
    protected keyLoader: KeyLoader;
    protected levelLastLoaded: number | null;
    protected startFragRequested: boolean;
    protected decrypter: Decrypter;
    protected initPTS: RationalTimestamp[];
    protected onvseeking: EventListener | null;
    protected onvended: EventListener | null;
    private readonly logPrefix;
    protected log: (msg: any) => void;
    protected warn: (msg: any) => void;
    constructor(hls: Hls, fragmentTracker: FragmentTracker, keyLoader: KeyLoader, logPrefix: string, playlistType: PlaylistLevelType);
    protected doTick(): void;
    protected onTickEnd(): void;
    startLoad(startPosition: number): void;
    stopLoad(): void;
    protected _streamEnded(bufferInfo: BufferInfo, levelDetails: LevelDetails): boolean;
    protected getLevelDetails(): LevelDetails | undefined;
    protected onMediaAttached(event: Events.MEDIA_ATTACHED, data: MediaAttachedData): void;
    protected onMediaDetaching(): void;
    protected onMediaSeeking(): void;
    protected onMediaEnded(): void;
    protected onManifestLoaded(event: Events.MANIFEST_LOADED, data: ManifestLoadedData): void;
    protected onHandlerDestroying(): void;
    protected onHandlerDestroyed(): void;
    protected loadFragment(frag: Fragment, level: Level, targetBufferTime: number): void;
    private _loadFragForPlayback;
    protected clearTrackerIfNeeded(frag: Fragment): void;
    protected flushMainBuffer(startOffset: number, endOffset: number, type?: SourceBufferName | null): void;
    protected _loadInitSegment(frag: Fragment, level: Level): void;
    private completeInitSegmentLoad;
    protected fragContextChanged(frag: Fragment | null): boolean;
    protected fragBufferedComplete(frag: Fragment, part: Part | null): void;
    protected seekToStartPos(): void;
    protected _handleFragmentLoadComplete(fragLoadedEndData: PartsLoadedData): void;
    protected _handleFragmentLoadProgress(frag: PartsLoadedData | FragLoadedData): void;
    protected _doFragLoad(frag: Fragment, level: Level, targetBufferTime?: number | null, progressCallback?: FragmentLoadProgressCallback): Promise<PartsLoadedData | FragLoadedData | null>;
    private doFragPartsLoad;
    private handleFragLoadError;
    protected _handleTransmuxerFlush(chunkMeta: ChunkMetadata): void;
    protected getCurrentContext(chunkMeta: ChunkMetadata): {
        frag: Fragment;
        part: Part | null;
        level: Level;
    } | null;
    protected bufferFragmentData(data: RemuxedTrack, frag: Fragment, part: Part | null, chunkMeta: ChunkMetadata, noBacktracking?: boolean): void;
    protected flushBufferGap(frag: Fragment): void;
    protected getFwdBufferInfo(bufferable: Bufferable | null, type: PlaylistLevelType): BufferInfo | null;
    protected getFwdBufferInfoAtPos(bufferable: Bufferable | null, pos: number, type: PlaylistLevelType): BufferInfo | null;
    protected getMaxBufferLength(levelBitrate?: number): number;
    protected reduceMaxBufferLength(threshold: number): boolean;
    protected getAppendedFrag(position: number, playlistType?: PlaylistLevelType): Fragment | null;
    protected getNextFragment(pos: number, levelDetails: LevelDetails): Fragment | null;
    protected isLoopLoading(frag: Fragment, targetBufferTime: number): boolean;
    protected getNextFragmentLoopLoading(frag: Fragment, levelDetails: LevelDetails, bufferInfo: BufferInfo, playlistType: PlaylistLevelType, maxBufLen: number): Fragment | null;
    mapToInitFragWhenRequired(frag: Fragment | null): typeof frag;
    getNextPart(partList: Part[], frag: Fragment, targetBufferTime: number): number;
    private loadedEndOfParts;
    protected getInitialLiveFragment(levelDetails: LevelDetails, fragments: Array<Fragment>): Fragment | null;
    protected getFragmentAtPosition(bufferEnd: number, end: number, levelDetails: LevelDetails): Fragment | null;
    protected synchronizeToLiveEdge(levelDetails: LevelDetails): void;
    protected alignPlaylists(details: LevelDetails, previousDetails?: LevelDetails): number;
    protected waitForCdnTuneIn(details: LevelDetails): boolean | 0;
    protected setStartPosition(details: LevelDetails, sliding: number): void;
    protected getLoadPosition(): number;
    private handleFragLoadAborted;
    protected resetFragmentLoading(frag: Fragment): void;
    protected onFragmentOrKeyLoadError(filterType: PlaylistLevelType, data: ErrorData): void;
    protected reduceLengthAndFlushBuffer(data: ErrorData): boolean;
    protected resetFragmentErrors(filterType: PlaylistLevelType): void;
    protected afterBufferFlushed(media: Bufferable, bufferType: SourceBufferName, playlistType: PlaylistLevelType): void;
    protected resetLoadingState(): void;
    protected resetStartWhenNotLoaded(level: number): void;
    protected resetWhenMissingContext(chunkMeta: ChunkMetadata): void;
    protected removeUnbufferedFrags(start?: number): void;
    private updateLevelTiming;
    protected resetTransmuxer(): void;
    protected recoverWorkerError(data: ErrorData): void;
    set state(nextState: string);
    get state(): string;
}

declare type Bufferable = {
    buffered: TimeRanges;
};

declare interface BufferAppendedData {
    type: SourceBufferName;
    frag: Fragment;
    part: Part | null;
    chunkMeta: ChunkMetadata;
    parent: PlaylistLevelType;
    timeRanges: Partial<Record<SourceBufferName, TimeRanges>>;
}

declare interface BufferAppendingData {
    type: SourceBufferName;
    frag: Fragment;
    part: Part | null;
    chunkMeta: ChunkMetadata;
    parent: PlaylistLevelType;
    data: Uint8Array;
}

declare interface BufferCodecsData {
    video?: Track;
    audio?: Track;
}

declare class BufferController implements ComponentAPI {
    private details;
    private _objectUrl;
    private operationQueue;
    private listeners;
    private hls;
    bufferCodecEventsExpected: number;
    private _bufferCodecEventsTotal;
    media: HTMLMediaElement | null;
    mediaSource: MediaSource | null;
    private lastMpegAudioChunk;
    private appendSource;
    appendErrors: {
        audio: number;
        video: number;
        audiovideo: number;
    };
    tracks: TrackSet;
    pendingTracks: TrackSet;
    sourceBuffer: SourceBuffers;
    protected log: (msg: any) => void;
    protected warn: (msg: any, obj?: any) => void;
    protected error: (msg: any, obj?: any) => void;
    constructor(hls: Hls);
    hasSourceTypes(): boolean;
    destroy(): void;
    protected registerListeners(): void;
    protected unregisterListeners(): void;
    private _initSourceBuffer;
    private onManifestLoading;
    protected onManifestParsed(event: Events.MANIFEST_PARSED, data: ManifestParsedData): void;
    protected onMediaAttaching(event: Events.MEDIA_ATTACHING, data: MediaAttachingData): void;
    private _onEndStreaming;
    private _onStartStreaming;
    protected onMediaDetaching(): void;
    protected onBufferReset(): void;
    private resetBuffer;
    protected onBufferCodecs(event: Events.BUFFER_CODECS, data: BufferCodecsData): void;
    protected appendChangeType(type: any, mimeType: any): void;
    protected onBufferAppending(event: Events.BUFFER_APPENDING, eventData: BufferAppendingData): void;
    protected onBufferFlushing(event: Events.BUFFER_FLUSHING, data: BufferFlushingData): void;
    protected onFragParsed(event: Events.FRAG_PARSED, data: FragParsedData): void;
    private onFragChanged;
    protected onBufferEos(event: Events.BUFFER_EOS, data: BufferEOSData): void;
    protected onLevelUpdated(event: Events.LEVEL_UPDATED, { details }: LevelUpdatedData): void;
    flushBackBuffer(): void;
    /**
     * Update Media Source duration to current level duration or override to Infinity if configuration parameter
     * 'liveDurationInfinity` is set to `true`
     * More details: https://github.com/video-dev/hls.js/issues/355
     */
    private updateMediaElementDuration;
    updateSeekableRange(levelDetails: any): void;
    protected checkPendingTracks(): void;
    protected createSourceBuffers(tracks: TrackSet): void;
    private _onMediaSourceOpen;
    private _onMediaSourceClose;
    private _onMediaSourceEnded;
    private _onMediaEmptied;
    private get mediaSrc();
    private _onSBUpdateStart;
    private _onSBUpdateEnd;
    private _onSBUpdateError;
    private removeExecutor;
    private appendExecutor;
    private blockBuffers;
    private getSourceBufferTypes;
    private addBufferListener;
    private removeBufferListeners;
}

declare type BufferControllerConfig = {
    appendErrorMaxRetry: number;
    backBufferLength: number;
    liveDurationInfinity: boolean;
    /**
     * @deprecated use backBufferLength
     */
    liveBackBufferLength: number | null;
};

declare interface BufferCreatedData {
    tracks: TrackSet;
}

declare interface BufferEOSData {
    type?: SourceBufferName;
}

declare interface BufferFlushedData {
    type: SourceBufferName;
}

declare interface BufferFlushingData {
    startOffset: number;
    endOffset: number;
    endOffsetSubtitles?: number;
    type: SourceBufferName | null;
}

declare type BufferInfo = {
    len: number;
    start: number;
    end: number;
    nextStart?: number;
};

declare class CapLevelController implements ComponentAPI {
    private hls;
    private autoLevelCapping;
    private firstLevel;
    private media;
    private restrictedLevels;
    private timer;
    private clientRect;
    private streamController?;
    constructor(hls: Hls);
    setStreamController(streamController: StreamController): void;
    destroy(): void;
    protected registerListeners(): void;
    protected unregisterListener(): void;
    protected onFpsDropLevelCapping(event: Events.FPS_DROP_LEVEL_CAPPING, data: FPSDropLevelCappingData): void;
    protected onMediaAttaching(event: Events.MEDIA_ATTACHING, data: MediaAttachingData): void;
    protected onManifestParsed(event: Events.MANIFEST_PARSED, data: ManifestParsedData): void;
    private onLevelsUpdated;
    protected onBufferCodecs(event: Events.BUFFER_CODECS, data: BufferCodecsData): void;
    protected onMediaDetaching(): void;
    detectPlayerSize(): void;
    getMaxLevel(capLevelIndex: number): number;
    startCapping(): void;
    stopCapping(): void;
    getDimensions(): {
        width: number;
        height: number;
    };
    get mediaWidth(): number;
    get mediaHeight(): number;
    get contentScaleFactor(): number;
    private isLevelAllowed;
    static getMaxLevelByMediaSize(levels: Array<Level>, width: number, height: number): number;
}

declare type CapLevelControllerConfig = {
    capLevelToPlayerSize: boolean;
};

/**
 * Keep a CEA-608 screen of 32x15 styled characters
 * @constructor
 */
declare class CaptionScreen {
    rows: Row[];
    currRow: number;
    nrRollUpRows: number | null;
    lastOutputScreen: CaptionScreen | null;
    logger: CaptionsLogger;
    constructor(logger: CaptionsLogger);
    reset(): void;
    equals(other: CaptionScreen): boolean;
    copy(other: CaptionScreen): void;
    isEmpty(): boolean;
    backSpace(): void;
    clearToEndOfRow(): void;
    /**
     * Insert a character (without styling) in the current row.
     */
    insertChar(char: number): void;
    setPen(styles: Partial<PenStyles>): void;
    moveCursor(relPos: number): void;
    setCursor(absPos: number): void;
    setPAC(pacData: PACData): void;
    /**
     * Set background/extra foreground, but first do back_space, and then insert space (backwards compatibility).
     */
    setBkgData(bkgData: Partial<PenStyles>): void;
    setRollUpRows(nrRows: number | null): void;
    rollUp(): void;
    /**
     * Get all non-empty rows with as unicode text.
     */
    getDisplayText(asOneRow?: boolean): string;
    getTextAndFormat(): Row[];
}

declare class CaptionsLogger {
    time: number | null;
    verboseLevel: VerboseLevel;
    log(severity: VerboseLevel, msg: string | (() => string)): void;
}

declare class ChunkMetadata {
    readonly level: number;
    readonly sn: number;
    readonly part: number;
    readonly id: number;
    readonly size: number;
    readonly partial: boolean;
    readonly transmuxing: HlsChunkPerformanceTiming;
    readonly buffering: {
        [key in SourceBufferName]: HlsChunkPerformanceTiming;
    };
    constructor(level: number, sn: number, id: number, size?: number, part?: number, partial?: boolean);
}

/**
 * CMCD
 */
declare interface CMCD {
    /**
     * Encoded bitrate
     *
     * The encoded bitrate of the audio or video object being requested. This may not be known precisely by the player; however,
     * it MAY be estimated based upon playlist/manifest declarations. If the playlist declares both peak and average bitrate values,
     * the peak value should be transmitted.
     *
     * Integer kbps
     */
    br?: number;
    /**
     * Object duration
     *
     * The playback duration in milliseconds of the object being requested. If a partial segment is being requested, then this value
     * MUST indicate the playback duration of that part and not that of its parent segment. This value can be an approximation of the
     * estimated duration if the explicit value is not known.
     *
     * Integer milliseconds
     */
    d?: number;
    /**
     * Object type
     *
     * The media type of the current object being requested:
     * - `m` = text file, such as a manifest or playlist
     * - `a` = audio only
     * - `v` = video only
     * - `av` = muxed audio and video
     * - `i` = init segment
     * - `c` = caption or subtitle
     * - `tt` = ISOBMFF timed text track
     * - `k` = cryptographic key, license or certificate.
     * - `o` = other
     *
     * If the object type being requested is unknown, then this key MUST NOT be used.
     */
    ot?: CMCDObjectType;
    /**
     * Top bitrate
     *
     * The highest bitrate rendition in the manifest or playlist that the client is allowed to play, given current codec, licensing and
     * sizing constraints.
     *
     * Integer Kbps
     */
    tb?: number;
    /**
     * Buffer length
     *
     * The buffer length associated with the media object being requested. This value MUST be rounded to the nearest 100 ms. This key SHOULD only be
     * sent with an object type of ‘a’, ‘v’ or ‘av’.
     *
     * Integer milliseconds
     */
    bl?: number;
    /**
     * Deadline
     *
     * Deadline from the request time until the first sample of this Segment/Object needs to be available in order to not create a buffer underrun or
     * any other playback problems. This value MUST be rounded to the nearest 100ms. For a playback rate of 1, this may be equivalent to the player’s
     * remaining buffer length.
     *
     * Integer milliseconds
     */
    dl?: number;
    /**
     * Measured mtp CMCD throughput
     *
     * The throughput between client and server, as measured by the client and MUST be rounded to the nearest 100 kbps. This value, however derived,
     * SHOULD be the value that the client is using to make its next Adaptive Bitrate switching decision. If the client is connected to multiple
     * servers concurrently, it must take care to report only the throughput measured against the receiving server. If the client has multiple concurrent
     * connections to the server, then the intent is that this value communicates the aggregate throughput the client sees across all those connections.
     *
     * Integer kbps
     */
    mtp?: number;
    /**
     * Next object request
     *
     * Relative path of the next object to be requested. This can be used to trigger pre-fetching by the CDN. This MUST be a path relative to the current
     * request. This string MUST be URLEncoded. The client SHOULD NOT depend upon any pre-fetch action being taken - it is merely a request for such a
     * pre-fetch to take place.
     *
     * String
     */
    nor?: string;
    /**
     * Next range request
     *
     * If the next request will be a partial object request, then this string denotes the byte range to be requested. If the ‘nor’ field is not set, then the
     * object is assumed to match the object currently being requested. The client SHOULD NOT depend upon any pre-fetch action being taken – it is merely a
     * request for such a pre-fetch to take place. Formatting is similar to the HTTP Range header, except that the unit MUST be ‘byte’, the ‘Range:’ prefix is
     * NOT required and specifying multiple ranges is NOT allowed. Valid combinations are:
     *
     * - `"\<range-start\>-"`
     * - `"\<range-start\>-\<range-end\>"`
     * - `"-\<suffix-length\>"`
     *
     * String
     */
    nrr?: string;
    /**
     * Startup
     *
     * Key is included without a value if the object is needed urgently due to startup, seeking or recovery after a buffer-empty event. The media SHOULD not be
     * rendering when this request is made. This key MUST not be sent if it is FALSE.
     *
     * Boolean
     */
    su?: boolean;
    /**
     * Content ID
     *
     * A unique string identifying the current content. Maximum length is 64 characters. This value is consistent across multiple different
     * sessions and devices and is defined and updated at the discretion of the service provider.
     *
     * String
     */
    cid?: string;
    /**
     * Playback rate
     *
     * `1` if real-time, `2` if double speed, `0` if not playing. SHOULD only be sent if not equal to `1`.
     *
     * Decimal
     */
    pr?: number;
    /**
     * Streaming format
     *
     * The streaming format that defines the current request.
     *
     * - `d` = MPEG DASH
     * - `h` = HTTP Live Streaming (HLS)
     * - `s` = Smooth Streaming
     * - `o` = other
     *
     * If the streaming format being requested is unknown, then this key MUST NOT be used.
     */
    sf?: typeof CMCDStreamingFormatHLS;
    /**
     * Session ID
     *
     * A GUID identifying the current playback session. A playback session typically ties together segments belonging to a single media asset.
     * Maximum length is 64 characters. It is RECOMMENDED to conform to the UUID specification.
     *
     * String
     */
    sid?: string;
    /**
     * Stream type
     * - `v` = all segments are available – e.g., VOD
     * - `l` = segments become available over time – e.g., LIVE
     */
    st?: CMCDStreamType;
    /**
     * CMCD version
     *
     * The version of this specification used for interpreting the defined key names and values. If this key is omitted, the client and server MUST
     * interpret the values as being defined by version 1. Client SHOULD omit this field if the version is 1.
     *
     * Integer
     */
    v?: number;
    /**
     * Buffer starvation
     *
     * Key is included without a value if the buffer was starved at some point between the prior request and this object request,
     * resulting in the player being in a rebuffering state and the video or audio playback being stalled. This key MUST NOT be
     * sent if the buffer was not starved since the prior request.
     *
     * If the object type `ot` key is sent along with this key, then the `bs` key refers to the buffer associated with the particular
     * object type. If no object type is communicated, then the buffer state applies to the current session.
     *
     * Boolean
     */
    bs?: boolean;
    /**
     * Requested maximum throughput
     *
     * The requested maximum throughput that the client considers sufficient for delivery of the asset. Values MUST be rounded to the
     * nearest 100kbps. For example, a client would indicate that the current segment, encoded at 2Mbps, is to be delivered at no more
     * than 10Mbps, by using rtp=10000.
     *
     * Note: This can benefit clients by preventing buffer saturation through over-delivery and can also deliver a community benefit
     * through fair-share delivery. The concept is that each client receives the throughput necessary for great performance, but no more.
     * The CDN may not support the rtp feature.
     *
     * Integer kbps
     */
    rtp?: number;
}

/**
 * Controller to deal with Common Media Client Data (CMCD)
 * @see https://cdn.cta.tech/cta/media/media/resources/standards/pdfs/cta-5004-final.pdf
 */
declare class CMCDController implements ComponentAPI {
    private hls;
    private config;
    private media?;
    private sid?;
    private cid?;
    private useHeaders;
    private initialized;
    private starved;
    private buffering;
    private audioBuffer?;
    private videoBuffer?;
    constructor(hls: Hls);
    private registerListeners;
    private unregisterListeners;
    destroy(): void;
    private onMediaAttached;
    private onMediaDetached;
    private onBufferCreated;
    private onWaiting;
    private onPlaying;
    /**
     * Create baseline CMCD data
     */
    private createData;
    /**
     * Apply CMCD data to a request.
     */
    private apply;
    /**
     * Apply CMCD data to a manifest request.
     */
    private applyPlaylistData;
    /**
     * Apply CMCD data to a segment request
     */
    private applyFragmentData;
    /**
     * The CMCD object type.
     */
    private getObjectType;
    /**
     * Get the highest bitrate.
     */
    private getTopBandwidth;
    /**
     * Get the buffer length for a media type in milliseconds
     */
    private getBufferLength;
    /**
     * Create a playlist loader
     */
    private createPlaylistLoader;
    /**
     * Create a playlist loader
     */
    private createFragmentLoader;
    /**
     * Generate a random v4 UUI
     *
     * @returns {string}
     */
    static uuid(): string;
    /**
     * Serialize a CMCD data object according to the rules defined in the
     * section 3.2 of
     * [CTA-5004](https://cdn.cta.tech/cta/media/media/resources/standards/pdfs/cta-5004-final.pdf).
     */
    static serialize(data: CMCD): string;
    /**
     * Convert a CMCD data object to request headers according to the rules
     * defined in the section 2.1 and 3.2 of
     * [CTA-5004](https://cdn.cta.tech/cta/media/media/resources/standards/pdfs/cta-5004-final.pdf).
     */
    static toHeaders(data: CMCD): Partial<CMCDHeaders>;
    /**
     * Convert a CMCD data object to query args according to the rules
     * defined in the section 2.2 and 3.2 of
     * [CTA-5004](https://cdn.cta.tech/cta/media/media/resources/standards/pdfs/cta-5004-final.pdf).
     */
    static toQuery(data: CMCD): string;
    /**
     * Append query args to a uri.
     */
    static appendQueryToUri(uri: any, query: any): any;
}

declare type CMCDControllerConfig = {
    sessionId?: string;
    contentId?: string;
    useHeaders?: boolean;
};

/**
 * CMCD Headers
 */
declare interface CMCDHeaders {
    'CMCD-Object': string;
    'CMCD-Request': string;
    'CMCD-Session': string;
    'CMCD-Status': string;
}

/**
 * CMCD Object Type
 */
declare const enum CMCDObjectType {
    MANIFEST = "m",
    AUDIO = "a",
    VIDEO = "v",
    MUXED = "av",
    INIT = "i",
    CAPTION = "c",
    TIMED_TEXT = "tt",
    KEY = "k",
    OTHER = "o"
}

/**
 * CMCD Streaming Format
 */
declare const CMCDStreamingFormatHLS = "h";

/**
 * CMCD Streaming Type
 */
declare const enum CMCDStreamType {
    VOD = "v",
    LIVE = "l"
}

declare interface ComponentAPI {
    destroy(): void;
}

declare class ContentSteeringController implements NetworkComponentAPI {
    private readonly hls;
    private log;
    private loader;
    private uri;
    private pathwayId;
    private pathwayPriority;
    private timeToLoad;
    private reloadTimer;
    private updated;
    private started;
    private enabled;
    private levels;
    private audioTracks;
    private subtitleTracks;
    private penalizedPathways;
    constructor(hls: Hls);
    private registerListeners;
    private unregisterListeners;
    startLoad(): void;
    stopLoad(): void;
    clearTimeout(): void;
    destroy(): void;
    removeLevel(levelToRemove: Level): void;
    private onManifestLoading;
    private onManifestLoaded;
    private onManifestParsed;
    private onError;
    filterParsedLevels(levels: Level[]): Level[];
    private getLevelsForPathway;
    private updatePathwayPriority;
    private clonePathways;
    private loadSteeringManifest;
    private scheduleRefresh;
}

declare type ContentSteeringOptions = {
    uri: string;
    pathwayId: string;
};

declare interface CuesInterface {
    newCue(track: TextTrack | null, startTime: number, endTime: number, captionScreen: CaptionScreen): VTTCue[];
}

declare interface CuesParsedData {
    type: 'captions' | 'subtitles';
    cues: any;
    track: string;
}

declare class DateRange {
    attr: AttrList;
    private _startDate;
    private _endDate?;
    private _badValueForSameId?;
    constructor(dateRangeAttr: AttrList, dateRangeWithSameId?: DateRange);
    get id(): string;
    get class(): string;
    get startDate(): Date;
    get endDate(): Date | null;
    get duration(): number | null;
    get plannedDuration(): number | null;
    get endOnNext(): boolean;
    get isValid(): boolean;
}

declare interface DecryptData {
    uri: string;
    method: string;
    keyFormat: string;
    keyFormatVersions: number[];
    iv: Uint8Array | null;
    key: Uint8Array | null;
    keyId: Uint8Array | null;
    pssh: Uint8Array | null;
    encrypted: boolean;
    isCommonEncryption: boolean;
}

declare class Decrypter {
    private logEnabled;
    private removePKCS7Padding;
    private subtle;
    private softwareDecrypter;
    private key;
    private fastAesKey;
    private remainderData;
    private currentIV;
    private currentResult;
    private useSoftware;
    constructor(config: HlsConfig, { removePKCS7Padding }?: {
        removePKCS7Padding?: boolean | undefined;
    });
    destroy(): void;
    isSync(): boolean;
    flush(): Uint8Array | null;
    reset(): void;
    decrypt(data: Uint8Array | ArrayBuffer, key: ArrayBuffer, iv: ArrayBuffer): Promise<ArrayBuffer>;
    softwareDecrypt(data: Uint8Array, key: ArrayBuffer, iv: ArrayBuffer): ArrayBuffer | null;
    webCryptoDecrypt(data: Uint8Array, key: ArrayBuffer, iv: ArrayBuffer): Promise<ArrayBuffer>;
    private onWebCryptoError;
    private getValidChunk;
    private logOnce;
}

declare type DRMSystemConfiguration = {
    licenseUrl: string;
    serverCertificateUrl?: string;
    generateRequest?: (this: Hls, initDataType: string, initData: ArrayBuffer | null, keyContext: MediaKeySessionContext) => {
        initDataType: string;
        initData: ArrayBuffer | null;
    } | undefined | never;
};

declare type DRMSystemOptions = {
    audioRobustness?: string;
    videoRobustness?: string;
    audioEncryptionScheme?: string | null;
    videoEncryptionScheme?: string | null;
    persistentState?: MediaKeysRequirement;
    distinctiveIdentifier?: MediaKeysRequirement;
    sessionTypes?: string[];
    sessionType?: string;
};

declare type DRMSystemsConfiguration = Partial<Record<KeySystems, DRMSystemConfiguration>>;

declare interface ElementaryStreamInfo {
    startPTS: number;
    endPTS: number;
    startDTS: number;
    endDTS: number;
    partial?: boolean;
}

declare type ElementaryStreams = Record<ElementaryStreamTypes, ElementaryStreamInfo | null>;

declare const enum ElementaryStreamTypes {
    AUDIO = "audio",
    VIDEO = "video",
    AUDIOVIDEO = "audiovideo"
}

/**
 * Controller to deal with encrypted media extensions (EME)
 * @see https://developer.mozilla.org/en-US/docs/Web/API/Encrypted_Media_Extensions_API
 *
 * @class
 * @constructor
 */
declare class EMEController implements ComponentAPI {
    static CDMCleanupPromise: Promise<void> | void;
    private readonly hls;
    private readonly config;
    private media;
    private keyFormatPromise;
    private keySystemAccessPromises;
    private _requestLicenseFailureCount;
    private mediaKeySessions;
    private keyIdToKeySessionPromise;
    private setMediaKeysQueue;
    private onMediaEncrypted;
    private onWaitingForKey;
    private debug;
    private log;
    private warn;
    private error;
    constructor(hls: Hls);
    destroy(): void;
    private registerListeners;
    private unregisterListeners;
    private getLicenseServerUrl;
    private getServerCertificateUrl;
    private attemptKeySystemAccess;
    private requestMediaKeySystemAccess;
    private getMediaKeysPromise;
    private createMediaKeySessionContext;
    private renewKeySession;
    private getKeyIdString;
    private updateKeySession;
    selectKeySystemFormat(frag: Fragment): Promise<KeySystemFormats>;
    private getKeyFormatPromise;
    loadKey(data: KeyLoadedData): Promise<MediaKeySessionContext>;
    private throwIfDestroyed;
    private handleError;
    private getKeySystemForKeyPromise;
    private getKeySystemSelectionPromise;
    private _onMediaEncrypted;
    private _onWaitingForKey;
    private attemptSetMediaKeys;
    private generateRequestWithPreferredKeySession;
    private onKeyStatusChange;
    private fetchServerCertificate;
    private setMediaKeysServerCertificate;
    private renewLicense;
    private unpackPlayReadyKeyMessage;
    private setupLicenseXHR;
    private requestLicense;
    private onMediaAttached;
    private onMediaDetached;
    private onManifestLoading;
    private onManifestLoaded;
    private removeSession;
}

declare type EMEControllerConfig = {
    licenseXhrSetup?: (this: Hls, xhr: XMLHttpRequest, url: string, keyContext: MediaKeySessionContext, licenseChallenge: Uint8Array) => void | Uint8Array | Promise<Uint8Array | void>;
    licenseResponseCallback?: (this: Hls, xhr: XMLHttpRequest, url: string, keyContext: MediaKeySessionContext) => ArrayBuffer;
    emeEnabled: boolean;
    widevineLicenseUrl?: string;
    drmSystems: DRMSystemsConfiguration;
    drmSystemOptions: DRMSystemOptions;
    requestMediaKeySystemAccessFunc: MediaKeyFunc | null;
};

declare const enum ErrorActionFlags {
    None = 0,
    MoveAllAlternatesMatchingHost = 1,
    MoveAllAlternatesMatchingHDCP = 2,
    SwitchToSDR = 4
}

declare class ErrorController implements NetworkComponentAPI {
    private readonly hls;
    private playlistError;
    private penalizedRenditions;
    private log;
    private warn;
    private error;
    constructor(hls: Hls);
    private registerListeners;
    private unregisterListeners;
    destroy(): void;
    startLoad(startPosition: number): void;
    stopLoad(): void;
    private getVariantLevelIndex;
    private onManifestLoading;
    private onLevelUpdated;
    private onError;
    private keySystemError;
    private getPlaylistRetryOrSwitchAction;
    private getFragRetryOrSwitchAction;
    private getLevelSwitchAction;
    onErrorOut(event: Events.ERROR, data: ErrorData): void;
    private sendAlternateToPenaltyBox;
    private switchLevel;
    private redundantFailover;
    private penalizeRendition;
}

declare interface ErrorData {
    type: ErrorTypes;
    details: ErrorDetails;
    error: Error;
    fatal: boolean;
    errorAction?: IErrorAction;
    buffer?: number;
    bytes?: number;
    chunkMeta?: ChunkMetadata;
    context?: PlaylistLoaderContext;
    event?: keyof HlsListeners | 'demuxerWorker';
    frag?: Fragment;
    part?: Part | null;
    level?: number | undefined;
    levelRetry?: boolean;
    loader?: Loader<LoaderContext>;
    networkDetails?: any;
    stats?: LoaderStats;
    mimeType?: string;
    reason?: string;
    response?: LoaderResponse;
    url?: string;
    parent?: PlaylistLevelType;
    sourceBufferName?: SourceBufferName;
    /**
     * @deprecated Use ErrorData.error
     */
    err?: {
        message: string;
    };
}

declare enum ErrorDetails {
    KEY_SYSTEM_NO_KEYS = "keySystemNoKeys",
    KEY_SYSTEM_NO_ACCESS = "keySystemNoAccess",
    KEY_SYSTEM_NO_SESSION = "keySystemNoSession",
    KEY_SYSTEM_NO_CONFIGURED_LICENSE = "keySystemNoConfiguredLicense",
    KEY_SYSTEM_LICENSE_REQUEST_FAILED = "keySystemLicenseRequestFailed",
    KEY_SYSTEM_SERVER_CERTIFICATE_REQUEST_FAILED = "keySystemServerCertificateRequestFailed",
    KEY_SYSTEM_SERVER_CERTIFICATE_UPDATE_FAILED = "keySystemServerCertificateUpdateFailed",
    KEY_SYSTEM_SESSION_UPDATE_FAILED = "keySystemSessionUpdateFailed",
    KEY_SYSTEM_STATUS_OUTPUT_RESTRICTED = "keySystemStatusOutputRestricted",
    KEY_SYSTEM_STATUS_INTERNAL_ERROR = "keySystemStatusInternalError",
    MANIFEST_LOAD_ERROR = "manifestLoadError",
    MANIFEST_LOAD_TIMEOUT = "manifestLoadTimeOut",
    MANIFEST_PARSING_ERROR = "manifestParsingError",
    MANIFEST_INCOMPATIBLE_CODECS_ERROR = "manifestIncompatibleCodecsError",
    LEVEL_EMPTY_ERROR = "levelEmptyError",
    LEVEL_LOAD_ERROR = "levelLoadError",
    LEVEL_LOAD_TIMEOUT = "levelLoadTimeOut",
    LEVEL_PARSING_ERROR = "levelParsingError",
    LEVEL_SWITCH_ERROR = "levelSwitchError",
    AUDIO_TRACK_LOAD_ERROR = "audioTrackLoadError",
    AUDIO_TRACK_LOAD_TIMEOUT = "audioTrackLoadTimeOut",
    SUBTITLE_LOAD_ERROR = "subtitleTrackLoadError",
    SUBTITLE_TRACK_LOAD_TIMEOUT = "subtitleTrackLoadTimeOut",
    FRAG_LOAD_ERROR = "fragLoadError",
    FRAG_LOAD_TIMEOUT = "fragLoadTimeOut",
    FRAG_DECRYPT_ERROR = "fragDecryptError",
    FRAG_PARSING_ERROR = "fragParsingError",
    FRAG_GAP = "fragGap",
    REMUX_ALLOC_ERROR = "remuxAllocError",
    KEY_LOAD_ERROR = "keyLoadError",
    KEY_LOAD_TIMEOUT = "keyLoadTimeOut",
    BUFFER_ADD_CODEC_ERROR = "bufferAddCodecError",
    BUFFER_INCOMPATIBLE_CODECS_ERROR = "bufferIncompatibleCodecsError",
    BUFFER_APPEND_ERROR = "bufferAppendError",
    BUFFER_APPENDING_ERROR = "bufferAppendingError",
    BUFFER_STALLED_ERROR = "bufferStalledError",
    BUFFER_FULL_ERROR = "bufferFullError",
    BUFFER_SEEK_OVER_HOLE = "bufferSeekOverHole",
    BUFFER_NUDGE_ON_STALL = "bufferNudgeOnStall",
    INTERNAL_EXCEPTION = "internalException",
    INTERNAL_ABORTED = "aborted",
    UNKNOWN = "unknown"
}

declare enum ErrorTypes {
    NETWORK_ERROR = "networkError",
    MEDIA_ERROR = "mediaError",
    KEY_SYSTEM_ERROR = "keySystemError",
    MUX_ERROR = "muxError",
    OTHER_ERROR = "otherError"
}

declare enum Events {
    MEDIA_ATTACHING = "hlsMediaAttaching",
    MEDIA_ATTACHED = "hlsMediaAttached",
    MEDIA_DETACHING = "hlsMediaDetaching",
    MEDIA_DETACHED = "hlsMediaDetached",
    BUFFER_RESET = "hlsBufferReset",
    BUFFER_CODECS = "hlsBufferCodecs",
    BUFFER_CREATED = "hlsBufferCreated",
    BUFFER_APPENDING = "hlsBufferAppending",
    BUFFER_APPENDED = "hlsBufferAppended",
    BUFFER_EOS = "hlsBufferEos",
    BUFFER_FLUSHING = "hlsBufferFlushing",
    BUFFER_FLUSHED = "hlsBufferFlushed",
    MANIFEST_LOADING = "hlsManifestLoading",
    MANIFEST_LOADED = "hlsManifestLoaded",
    MANIFEST_PARSED = "hlsManifestParsed",
    LEVEL_SWITCHING = "hlsLevelSwitching",
    LEVEL_SWITCHED = "hlsLevelSwitched",
    LEVEL_LOADING = "hlsLevelLoading",
    LEVEL_LOADED = "hlsLevelLoaded",
    LEVEL_UPDATED = "hlsLevelUpdated",
    LEVEL_PTS_UPDATED = "hlsLevelPtsUpdated",
    LEVELS_UPDATED = "hlsLevelsUpdated",
    AUDIO_TRACKS_UPDATED = "hlsAudioTracksUpdated",
    AUDIO_TRACK_SWITCHING = "hlsAudioTrackSwitching",
    AUDIO_TRACK_SWITCHED = "hlsAudioTrackSwitched",
    AUDIO_TRACK_LOADING = "hlsAudioTrackLoading",
    AUDIO_TRACK_LOADED = "hlsAudioTrackLoaded",
    SUBTITLE_TRACKS_UPDATED = "hlsSubtitleTracksUpdated",
    SUBTITLE_TRACKS_CLEARED = "hlsSubtitleTracksCleared",
    SUBTITLE_TRACK_SWITCH = "hlsSubtitleTrackSwitch",
    SUBTITLE_TRACK_LOADING = "hlsSubtitleTrackLoading",
    SUBTITLE_TRACK_LOADED = "hlsSubtitleTrackLoaded",
    SUBTITLE_FRAG_PROCESSED = "hlsSubtitleFragProcessed",
    CUES_PARSED = "hlsCuesParsed",
    NON_NATIVE_TEXT_TRACKS_FOUND = "hlsNonNativeTextTracksFound",
    INIT_PTS_FOUND = "hlsInitPtsFound",
    FRAG_LOADING = "hlsFragLoading",
    FRAG_LOAD_EMERGENCY_ABORTED = "hlsFragLoadEmergencyAborted",
    FRAG_LOADED = "hlsFragLoaded",
    FRAG_DECRYPTED = "hlsFragDecrypted",
    FRAG_PARSING_INIT_SEGMENT = "hlsFragParsingInitSegment",
    FRAG_PARSING_USERDATA = "hlsFragParsingUserdata",
    FRAG_PARSING_METADATA = "hlsFragParsingMetadata",
    FRAG_PARSED = "hlsFragParsed",
    FRAG_BUFFERED = "hlsFragBuffered",
    FRAG_CHANGED = "hlsFragChanged",
    FPS_DROP = "hlsFpsDrop",
    FPS_DROP_LEVEL_CAPPING = "hlsFpsDropLevelCapping",
    ERROR = "hlsError",
    DESTROYING = "hlsDestroying",
    KEY_LOADING = "hlsKeyLoading",
    KEY_LOADED = "hlsKeyLoaded",
    LIVE_BACK_BUFFER_REACHED = "hlsLiveBackBufferReached",
    BACK_BUFFER_REACHED = "hlsBackBufferReached",
    STEERING_MANIFEST_LOADED = "hlsSteeringManifestLoaded"
}

declare class EwmaBandWidthEstimator {
    private defaultEstimate_;
    private minWeight_;
    private minDelayMs_;
    private slow_;
    private fast_;
    private defaultTTFB_;
    private ttfb_;
    constructor(slow: number, fast: number, defaultEstimate: number, defaultTTFB?: number);
    update(slow: number, fast: number): void;
    sample(durationMs: number, numBytes: number): void;
    sampleTTFB(ttfb: number): void;
    canEstimate(): boolean;
    getEstimate(): number;
    getEstimateTTFB(): number;
    destroy(): void;
}

declare type ExtendedSourceBuffer = SourceBuffer & {
    ended?: boolean;
    ending?: boolean;
    changeType?: (type: string) => void;
};

declare class FPSController implements ComponentAPI {
    private hls;
    private isVideoPlaybackQualityAvailable;
    private timer?;
    private media;
    private lastTime;
    private lastDroppedFrames;
    private lastDecodedFrames;
    private streamController;
    constructor(hls: Hls);
    setStreamController(streamController: StreamController): void;
    protected registerListeners(): void;
    protected unregisterListeners(): void;
    destroy(): void;
    protected onMediaAttaching(event: Events.MEDIA_ATTACHING, data: MediaAttachingData): void;
    checkFPS(video: HTMLVideoElement, decodedFrames: number, droppedFrames: number): void;
    checkFPSInterval(): void;
}

declare type FPSControllerConfig = {
    capLevelOnFPSDrop: boolean;
    fpsDroppedMonitoringPeriod: number;
    fpsDroppedMonitoringThreshold: number;
};

declare interface FPSDropData {
    currentDropped: number;
    currentDecoded: number;
    totalDroppedFrames: number;
}

declare interface FPSDropLevelCappingData {
    droppedLevel: number;
    level: number;
}

declare interface FragBufferedData {
    stats: LoadStats;
    frag: Fragment;
    part: Part | null;
    id: string;
}

declare interface FragChangedData {
    frag: Fragment;
}

declare interface FragDecryptedData {
    frag: Fragment;
    payload: ArrayBuffer;
    stats: {
        tstart: number;
        tdecrypt: number;
    };
}

declare interface FragLoadedData {
    frag: Fragment;
    part: Part | null;
    payload: ArrayBuffer;
    networkDetails: unknown;
}

declare interface FragLoadEmergencyAbortedData {
    frag: Fragment;
    part: Part | null;
    stats: LoaderStats;
}

declare interface FragLoadFailResult extends ErrorData {
    frag: Fragment;
    part?: Part;
    response?: {
        data: any;
        code: number;
        text: string;
        url: string;
    };
    networkDetails: any;
}

declare interface FragLoadingData {
    frag: Fragment;
    part?: Part;
    targetBufferTime: number | null;
}

/**
 * Object representing parsed data from an HLS Segment. Found in {@link hls.js#LevelDetails.fragments}.
 */
declare class Fragment extends BaseSegment {
    private _decryptdata;
    rawProgramDateTime: string | null;
    programDateTime: number | null;
    tagList: Array<string[]>;
    duration: number;
    sn: number | 'initSegment';
    levelkeys?: {
        [key: string]: LevelKey;
    };
    readonly type: PlaylistLevelType;
    loader: Loader<FragmentLoaderContext> | null;
    keyLoader: Loader<KeyLoaderContext> | null;
    level: number;
    cc: number;
    startPTS?: number;
    endPTS?: number;
    startDTS: number;
    endDTS: number;
    start: number;
    deltaPTS?: number;
    maxStartPTS?: number;
    minEndPTS?: number;
    stats: LoadStats;
    urlId: number;
    data?: Uint8Array;
    bitrateTest: boolean;
    title: string | null;
    initSegment: Fragment | null;
    endList?: boolean;
    gap?: boolean;
    constructor(type: PlaylistLevelType, baseurl: string);
    get decryptdata(): LevelKey | null;
    get end(): number;
    get endProgramDateTime(): number | null;
    get encrypted(): boolean;
    setKeyFormat(keyFormat: KeySystemFormats): void;
    abortRequests(): void;
    setElementaryStreamInfo(type: ElementaryStreamTypes, startPTS: number, endPTS: number, startDTS: number, endDTS: number, partial?: boolean): void;
    clearElementaryStreamInfo(): void;
}

declare class FragmentLoader {
    private readonly config;
    private loader;
    private partLoadTimeout;
    constructor(config: HlsConfig);
    destroy(): void;
    abort(): void;
    load(frag: Fragment, onProgress?: FragmentLoadProgressCallback): Promise<FragLoadedData>;
    loadPart(frag: Fragment, part: Part, onProgress: FragmentLoadProgressCallback): Promise<FragLoadedData>;
    private updateStatsFromPart;
    private resetLoader;
}

/**
 * @deprecated use fragLoadPolicy.default
 */
declare type FragmentLoaderConfig = {
    fragLoadingTimeOut: number;
    fragLoadingMaxRetry: number;
    fragLoadingRetryDela