audiobookshelf/server/libs/fluentFfmpeg/index.d.ts

499 lines
21 KiB
TypeScript

/// <reference types="node" />
import * as events from "events";
import * as stream from "stream";
declare namespace Ffmpeg {
interface FfmpegCommandLogger {
error(...data: any[]): void;
warn(...data: any[]): void;
info(...data: any[]): void;
debug(...data: any[]): void;
}
interface FfmpegCommandOptions {
logger?: FfmpegCommandLogger | undefined;
niceness?: number | undefined;
priority?: number | undefined;
presets?: string | undefined;
preset?: string | undefined;
stdoutLines?: number | undefined;
timeout?: number | undefined;
source?: string | stream.Readable | undefined;
cwd?: string | undefined;
}
interface FilterSpecification {
filter: string;
inputs?: string | string[] | undefined;
outputs?: string | string[] | undefined;
options?: any | string | any[] | undefined;
}
type PresetFunction = (command: FfmpegCommand) => void;
interface Filter {
description: string;
input: string;
multipleInputs: boolean;
output: string;
multipleOutputs: boolean;
}
interface Filters {
[key: string]: Filter;
}
type FiltersCallback = (err: Error, filters: Filters) => void;
interface Codec {
type: string;
description: string;
canDecode: boolean;
canEncode: boolean;
drawHorizBand?: boolean | undefined;
directRendering?: boolean | undefined;
weirdFrameTruncation?: boolean | undefined;
intraFrameOnly?: boolean | undefined;
isLossy?: boolean | undefined;
isLossless?: boolean | undefined;
}
interface Codecs {
[key: string]: Codec;
}
type CodecsCallback = (err: Error, codecs: Codecs) => void;
interface Encoder {
type: string;
description: string;
frameMT: boolean;
sliceMT: boolean;
experimental: boolean;
drawHorizBand: boolean;
directRendering: boolean;
}
interface Encoders {
[key: string]: Encoder;
}
type EncodersCallback = (err: Error, encoders: Encoders) => void;
interface Format {
description: string;
canDemux: boolean;
canMux: boolean;
}
interface Formats {
[key: string]: Format;
}
type FormatsCallback = (err: Error, formats: Formats) => void;
interface FfprobeData {
streams: FfprobeStream[];
format: FfprobeFormat;
chapters: any[];
}
interface FfprobeStream {
[key: string]: any;
index: number;
codec_name?: string | undefined;
codec_long_name?: string | undefined;
profile?: number | undefined;
codec_type?: string | undefined;
codec_time_base?: string | undefined;
codec_tag_string?: string | undefined;
codec_tag?: string | undefined;
width?: number | undefined;
height?: number | undefined;
coded_width?: number | undefined;
coded_height?: number | undefined;
has_b_frames?: number | undefined;
sample_aspect_ratio?: string | undefined;
display_aspect_ratio?: string | undefined;
pix_fmt?: string | undefined;
level?: string | undefined;
color_range?: string | undefined;
color_space?: string | undefined;
color_transfer?: string | undefined;
color_primaries?: string | undefined;
chroma_location?: string | undefined;
field_order?: string | undefined;
timecode?: string | undefined;
refs?: number | undefined;
id?: string | undefined;
r_frame_rate?: string | undefined;
avg_frame_rate?: string | undefined;
time_base?: string | undefined;
start_pts?: number | undefined;
start_time?: number | undefined;
duration_ts?: string | undefined;
duration?: string | undefined;
bit_rate?: string | undefined;
max_bit_rate?: string | undefined;
bits_per_raw_sample?: string | undefined;
nb_frames?: string | undefined;
nb_read_frames?: string | undefined;
nb_read_packets?: string | undefined;
sample_fmt?: string | undefined;
sample_rate?: number | undefined;
channels?: number | undefined;
channel_layout?: string | undefined;
bits_per_sample?: number | undefined;
disposition?: FfprobeStreamDisposition | undefined;
rotation?: string | number | undefined;
}
interface FfprobeStreamDisposition {
[key: string]: any;
default?: number | undefined;
dub?: number | undefined;
original?: number | undefined;
comment?: number | undefined;
lyrics?: number | undefined;
karaoke?: number | undefined;
forced?: number | undefined;
hearing_impaired?: number | undefined;
visual_impaired?: number | undefined;
clean_effects?: number | undefined;
attached_pic?: number | undefined;
timed_thumbnails?: number | undefined;
}
interface FfprobeFormat {
[key: string]: any;
filename?: string | undefined;
nb_streams?: number | undefined;
nb_programs?: number | undefined;
format_name?: string | undefined;
format_long_name?: string | undefined;
start_time?: number | undefined;
duration?: number | undefined;
size?: number | undefined;
bit_rate?: number | undefined;
probe_score?: number | undefined;
tags?: Record<string, string | number> | undefined;
}
interface ScreenshotsConfig {
count?: number | undefined;
folder?: string | undefined;
filename?: string | undefined;
timemarks?: number[] | string[] | undefined;
timestamps?: number[] | string[] | undefined;
fastSeek?: boolean | undefined;
size?: string | undefined;
}
interface AudioVideoFilter {
filter: string;
options: string | string[] | {};
}
// static methods
function setFfmpegPath(path: string): FfmpegCommand;
function setFfprobePath(path: string): FfmpegCommand;
function setFlvtoolPath(path: string): FfmpegCommand;
function availableFilters(callback: FiltersCallback): void;
function getAvailableFilters(callback: FiltersCallback): void;
function availableCodecs(callback: CodecsCallback): void;
function getAvailableCodecs(callback: CodecsCallback): void;
function availableEncoders(callback: EncodersCallback): void;
function getAvailableEncoders(callback: EncodersCallback): void;
function availableFormats(callback: FormatsCallback): void;
function getAvailableFormats(callback: FormatsCallback): void;
class FfmpegCommand extends events.EventEmitter {
constructor(options?: FfmpegCommandOptions);
constructor(input?: string | stream.Readable, options?: FfmpegCommandOptions);
// options/inputs
mergeAdd(source: string | stream.Readable): FfmpegCommand;
addInput(source: string | stream.Readable): FfmpegCommand;
input(source: string | stream.Readable): FfmpegCommand;
withInputFormat(format: string): FfmpegCommand;
inputFormat(format: string): FfmpegCommand;
fromFormat(format: string): FfmpegCommand;
withInputFps(fps: number): FfmpegCommand;
withInputFPS(fps: number): FfmpegCommand;
withFpsInput(fps: number): FfmpegCommand;
withFPSInput(fps: number): FfmpegCommand;
inputFPS(fps: number): FfmpegCommand;
inputFps(fps: number): FfmpegCommand;
fpsInput(fps: number): FfmpegCommand;
FPSInput(fps: number): FfmpegCommand;
nativeFramerate(): FfmpegCommand;
withNativeFramerate(): FfmpegCommand;
native(): FfmpegCommand;
setStartTime(seek: string | number): FfmpegCommand;
seekInput(seek: string | number): FfmpegCommand;
loop(duration?: string | number): FfmpegCommand;
// options/audio
withNoAudio(): FfmpegCommand;
noAudio(): FfmpegCommand;
withAudioCodec(codec: string): FfmpegCommand;
audioCodec(codec: string): FfmpegCommand;
withAudioBitrate(bitrate: string | number): FfmpegCommand;
audioBitrate(bitrate: string | number): FfmpegCommand;
withAudioChannels(channels: number): FfmpegCommand;
audioChannels(channels: number): FfmpegCommand;
withAudioFrequency(freq: number): FfmpegCommand;
audioFrequency(freq: number): FfmpegCommand;
withAudioQuality(quality: number): FfmpegCommand;
audioQuality(quality: number): FfmpegCommand;
withAudioFilter(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
withAudioFilters(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
audioFilter(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
audioFilters(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
// options/video;
withNoVideo(): FfmpegCommand;
noVideo(): FfmpegCommand;
withVideoCodec(codec: string): FfmpegCommand;
videoCodec(codec: string): FfmpegCommand;
withVideoBitrate(bitrate: string | number, constant?: boolean): FfmpegCommand;
videoBitrate(bitrate: string | number, constant?: boolean): FfmpegCommand;
withVideoFilter(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
withVideoFilters(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
videoFilter(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
videoFilters(filters: string | string[] | AudioVideoFilter[]): FfmpegCommand;
withOutputFps(fps: number): FfmpegCommand;
withOutputFPS(fps: number): FfmpegCommand;
withFpsOutput(fps: number): FfmpegCommand;
withFPSOutput(fps: number): FfmpegCommand;
withFps(fps: number): FfmpegCommand;
withFPS(fps: number): FfmpegCommand;
outputFPS(fps: number): FfmpegCommand;
outputFps(fps: number): FfmpegCommand;
fpsOutput(fps: number): FfmpegCommand;
FPSOutput(fps: number): FfmpegCommand;
fps(fps: number): FfmpegCommand;
FPS(fps: number): FfmpegCommand;
takeFrames(frames: number): FfmpegCommand;
withFrames(frames: number): FfmpegCommand;
frames(frames: number): FfmpegCommand;
// options/videosize
keepPixelAspect(): FfmpegCommand;
keepDisplayAspect(): FfmpegCommand;
keepDisplayAspectRatio(): FfmpegCommand;
keepDAR(): FfmpegCommand;
withSize(size: string): FfmpegCommand;
setSize(size: string): FfmpegCommand;
size(size: string): FfmpegCommand;
withAspect(aspect: string | number): FfmpegCommand;
withAspectRatio(aspect: string | number): FfmpegCommand;
setAspect(aspect: string | number): FfmpegCommand;
setAspectRatio(aspect: string | number): FfmpegCommand;
aspect(aspect: string | number): FfmpegCommand;
aspectRatio(aspect: string | number): FfmpegCommand;
applyAutopadding(pad?: boolean, color?: string): FfmpegCommand;
applyAutoPadding(pad?: boolean, color?: string): FfmpegCommand;
applyAutopad(pad?: boolean, color?: string): FfmpegCommand;
applyAutoPad(pad?: boolean, color?: string): FfmpegCommand;
withAutopadding(pad?: boolean, color?: string): FfmpegCommand;
withAutoPadding(pad?: boolean, color?: string): FfmpegCommand;
withAutopad(pad?: boolean, color?: string): FfmpegCommand;
withAutoPad(pad?: boolean, color?: string): FfmpegCommand;
autoPad(pad?: boolean, color?: string): FfmpegCommand;
autopad(pad?: boolean, color?: string): FfmpegCommand;
// options/output
addOutput(target: string | stream.Writable, pipeopts?: { end?: boolean | undefined }): FfmpegCommand;
output(target: string | stream.Writable, pipeopts?: { end?: boolean | undefined }): FfmpegCommand;
seekOutput(seek: string | number): FfmpegCommand;
seek(seek: string | number): FfmpegCommand;
withDuration(duration: string | number): FfmpegCommand;
setDuration(duration: string | number): FfmpegCommand;
duration(duration: string | number): FfmpegCommand;
toFormat(format: string): FfmpegCommand;
withOutputFormat(format: string): FfmpegCommand;
outputFormat(format: string): FfmpegCommand;
format(format: string): FfmpegCommand;
map(spec: string): FfmpegCommand;
updateFlvMetadata(): FfmpegCommand;
flvmeta(): FfmpegCommand;
// options/custom
addInputOption(options: string[]): FfmpegCommand;
addInputOption(...options: string[]): FfmpegCommand;
addInputOptions(options: string[]): FfmpegCommand;
addInputOptions(...options: string[]): FfmpegCommand;
withInputOption(options: string[]): FfmpegCommand;
withInputOption(...options: string[]): FfmpegCommand;
withInputOptions(options: string[]): FfmpegCommand;
withInputOptions(...options: string[]): FfmpegCommand;
inputOption(options: string[]): FfmpegCommand;
inputOption(...options: string[]): FfmpegCommand;
inputOptions(options: string[]): FfmpegCommand;
inputOptions(...options: string[]): FfmpegCommand;
addOutputOption(options: string[]): FfmpegCommand;
addOutputOption(...options: string[]): FfmpegCommand;
addOutputOptions(options: string[]): FfmpegCommand;
addOutputOptions(...options: string[]): FfmpegCommand;
addOption(options: string[]): FfmpegCommand;
addOption(...options: string[]): FfmpegCommand;
addOptions(options: string[]): FfmpegCommand;
addOptions(...options: string[]): FfmpegCommand;
withOutputOption(options: string[]): FfmpegCommand;
withOutputOption(...options: string[]): FfmpegCommand;
withOutputOptions(options: string[]): FfmpegCommand;
withOutputOptions(...options: string[]): FfmpegCommand;
withOption(options: string[]): FfmpegCommand;
withOption(...options: string[]): FfmpegCommand;
withOptions(options: string[]): FfmpegCommand;
withOptions(...options: string[]): FfmpegCommand;
outputOption(options: string[]): FfmpegCommand;
outputOption(...options: string[]): FfmpegCommand;
outputOptions(options: string[]): FfmpegCommand;
outputOptions(...options: string[]): FfmpegCommand;
filterGraph(
spec: string | FilterSpecification | Array<string | FilterSpecification>,
map?: string[] | string,
): FfmpegCommand;
complexFilter(
spec: string | FilterSpecification | Array<string | FilterSpecification>,
map?: string[] | string,
): FfmpegCommand;
// options/misc
usingPreset(preset: string | PresetFunction): FfmpegCommand;
preset(preset: string | PresetFunction): FfmpegCommand;
// processor
renice(niceness: number): FfmpegCommand;
kill(signal: string): FfmpegCommand;
_getArguments(): string[];
// capabilities
setFfmpegPath(path: string): FfmpegCommand;
setFfprobePath(path: string): FfmpegCommand;
setFlvtoolPath(path: string): FfmpegCommand;
availableFilters(callback: FiltersCallback): void;
getAvailableFilters(callback: FiltersCallback): void;
availableCodecs(callback: CodecsCallback): void;
getAvailableCodecs(callback: CodecsCallback): void;
availableEncoders(callback: EncodersCallback): void;
getAvailableEncoders(callback: EncodersCallback): void;
availableFormats(callback: FormatsCallback): void;
getAvailableFormats(callback: FormatsCallback): void;
// ffprobe
ffprobe(callback: (err: any, data: FfprobeData) => void): void;
ffprobe(index: number, callback: (err: any, data: FfprobeData) => void): void;
ffprobe(options: string[], callback: (err: any, data: FfprobeData) => void): void; // tslint:disable-line unified-signatures
ffprobe(index: number, options: string[], callback: (err: any, data: FfprobeData) => void): void;
// event listeners
/**
* Emitted just after ffmpeg has been spawned.
*
* @event FfmpegCommand#start
* @param {String} command ffmpeg command line
*/
on(event: "start", listener: (command: string) => void): this;
/**
* Emitted when ffmpeg reports progress information
*
* @event FfmpegCommand#progress
* @param {Object} progress progress object
* @param {Number} progress.frames number of frames transcoded
* @param {Number} progress.currentFps current processing speed in frames per second
* @param {Number} progress.currentKbps current output generation speed in kilobytes per second
* @param {Number} progress.targetSize current output file size
* @param {String} progress.timemark current video timemark
* @param {Number} [progress.percent] processing progress (may not be available depending on input)
*/
on(
event: "progress",
listener: (progress: {
frames: number;
currentFps: number;
currentKbps: number;
targetSize: number;
timemark: string;
percent?: number | undefined;
}) => void,
): this;
/**
* Emitted when ffmpeg outputs to stderr
*
* @event FfmpegCommand#stderr
* @param {String} line stderr output line
*/
on(event: "stderr", listener: (line: string) => void): this;
/**
* Emitted when ffmpeg reports input codec data
*
* @event FfmpegCommand#codecData
* @param {Object} codecData codec data object
* @param {String} codecData.format input format name
* @param {String} codecData.audio input audio codec name
* @param {String} codecData.audio_details input audio codec parameters
* @param {String} codecData.video input video codec name
* @param {String} codecData.video_details input video codec parameters
*/
on(
event: "codecData",
listener: (codecData: {
format: string;
audio: string;
audio_details: string;
video: string;
video_details: string;
}) => void,
): this;
/**
* Emitted when an error happens when preparing or running a command
*
* @event FfmpegCommand#error
* @param {Error} error error object, with optional properties 'inputStreamError' / 'outputStreamError' for errors on their respective streams
* @param {String|null} stdout ffmpeg stdout, unless outputting to a stream
* @param {String|null} stderr ffmpeg stderr
*/
on(event: "error", listener: (error: Error, stdout: string | null, stderr: string | null) => void): this;
/**
* Emitted when a command finishes processing
*
* @event FfmpegCommand#end
* @param {Array|String|null} [filenames|stdout] generated filenames when taking screenshots, ffmpeg stdout when not outputting to a stream, null otherwise
* @param {String|null} stderr ffmpeg stderr
*/
on(event: "end", listener: (filenames: string[] | string | null, stderr: string | null) => void): this;
// recipes
saveToFile(output: string): FfmpegCommand;
save(output: string): FfmpegCommand;
writeToStream(stream: stream.Writable, options?: { end?: boolean | undefined }): stream.Writable;
pipe(stream?: stream.Writable, options?: { end?: boolean | undefined }): stream.Writable | stream.PassThrough;
stream(stream: stream.Writable, options?: { end?: boolean | undefined }): stream.Writable;
takeScreenshots(config: number | ScreenshotsConfig, folder?: string): FfmpegCommand;
thumbnail(config: number | ScreenshotsConfig, folder?: string): FfmpegCommand;
thumbnails(config: number | ScreenshotsConfig, folder?: string): FfmpegCommand;
screenshot(config: number | ScreenshotsConfig, folder?: string): FfmpegCommand;
screenshots(config: number | ScreenshotsConfig, folder?: string): FfmpegCommand;
mergeToFile(target: string | stream.Writable, tmpFolder: string): FfmpegCommand;
concatenate(target: string | stream.Writable, options?: { end?: boolean | undefined }): FfmpegCommand;
concat(target: string | stream.Writable, options?: { end?: boolean | undefined }): FfmpegCommand;
clone(): FfmpegCommand;
run(): void;
}
function ffprobe(file: string, callback: (err: any, data: FfprobeData) => void): void;
function ffprobe(file: string, index: number, callback: (err: any, data: FfprobeData) => void): void;
function ffprobe(file: string, options: string[], callback: (err: any, data: FfprobeData) => void): void; // tslint:disable-line unified-signatures
function ffprobe(
file: string,
index: number,
options: string[],
callback: (err: any, data: FfprobeData) => void,
): void;
}
declare function Ffmpeg(options?: Ffmpeg.FfmpegCommandOptions): Ffmpeg.FfmpegCommand;
declare function Ffmpeg(input?: string | stream.Readable, options?: Ffmpeg.FfmpegCommandOptions): Ffmpeg.FfmpegCommand;
export = Ffmpeg;