goavpipe

type AVClass = string

type AVFieldOrder int

type AVMediaType int

type AVStatType int

type AVType int

type CryptScheme int

type GlobalsT struct{}

type ImageType int

type InputHandler interface {
	// Read reads from input stream into buf.
	// Returns (0, nil) to indicate EOF.
	Read(buf []byte) (int, error)

	// Seek to specific offset of the input.
	Seek(offset int64, whence int) (int64, error)

	// Close the input.
	Close() error

	// Size returns the size of input, if the size is not known returns 0 or -1.
	Size() int64

	// Stat reports some stats
	Stat(streamIndex int, statType AVStatType, statArgs interface{}) error
}

type InputOpener interface {
	// Open returns an InputHandler or an error
	// fd determines uniquely opening input.
	// url determines input string for transcoding
	Open(fd int64, url string) (InputHandler, error)
}

type MuxOutputOpener interface {
	// Open returns an OutputHandler or an error
	// url and fd determines uniquely opening output.
	Open(url string, fd int64, outType AVType) (OutputHandler, error)
}

type OutputHandler interface {
	// Write writes encoded stream to the output.
	Write(buf []byte) (int, error)

	// Seek to specific offset of the output.
	Seek(offset int64, whence int) (int64, error)

	// Close the output.
	Close() error

	// Stat reports some stats
	Stat(streamIndex int, avType AVType, statType AVStatType, statArgs interface{}) error
}

type OutputOpener interface {
	// Open returns an OutputHandler or an error
	// h determines uniquely opening input.
	// fd determines uniquely opening output.
	Open(h, fd int64, streamIndex, segIndex int, pts int64, outType AVType) (OutputHandler, error)
}

type XcParams struct {
	Url                string      `json:"url"`
	BypassTranscoding  bool        `json:"bypass,omitempty"`
	Format             string      `json:"format,omitempty"`
	StartTimeTs        int64       `json:"start_time_ts,omitempty"`
	StartPts           int64       `json:"start_pts,omitempty"` // Start PTS for output
	DurationTs         int64       `json:"duration_ts,omitempty"`
	StartSegmentStr    string      `json:"start_segment_str,omitempty"`
	VideoBitrate       int32       `json:"video_bitrate,omitempty"`
	AudioBitrate       int32       `json:"audio_bitrate,omitempty"`
	SampleRate         int32       `json:"sample_rate,omitempty"` // Audio sampling rate
	RcMaxRate          int32       `json:"rc_max_rate,omitempty"`
	RcBufferSize       int32       `json:"rc_buffer_size,omitempty"`
	CrfStr             string      `json:"crf_str,omitempty"`
	Preset             string      `json:"preset,omitempty"`
	AudioSegDurationTs int64       `json:"audio_seg_duration_ts,omitempty"`
	VideoSegDurationTs int64       `json:"video_seg_duration_ts,omitempty"`
	SegDuration        string      `json:"seg_duration,omitempty"`
	StartFragmentIndex int32       `json:"start_fragment_index,omitempty"`
	ForceKeyInt        int32       `json:"force_keyint,omitempty"`
	Ecodec             string      `json:"ecodec,omitempty"`    // Video encoder
	Ecodec2            string      `json:"ecodec2,omitempty"`   // Audio encoder
	Dcodec             string      `json:"dcodec,omitempty"`    // Video decoder
	Dcodec2            string      `json:"dcodec2,omitempty"`   // Audio decoder
	GPUIndex           int32       `json:"gpu_index,omitempty"` // GPU index if encoder/decoder is GPU (nvidia)
	EncHeight          int32       `json:"enc_height,omitempty"`
	EncWidth           int32       `json:"enc_width,omitempty"`
	CryptIV            string      `json:"crypt_iv,omitempty"`
	CryptKey           string      `json:"crypt_key,omitempty"`
	CryptKID           string      `json:"crypt_kid,omitempty"`
	CryptKeyURL        string      `json:"crypt_key_url,omitempty"`
	CryptScheme        CryptScheme `json:"crypt_scheme,omitempty"`
	XcType             XcType      `json:"xc_type,omitempty"`
	// UseCustomLiveReader is used to indicate that the custom live reader should be used
	// for reading the input stream, and possibly preprocessing it. If this is set to true, the
	// caller should either have already provided a custom live reader via `InitUrlIOHandler`. If it
	// has not been set by the time `XcInit` or `Xc` is called, the default input reader will be
	// used.
	UseCustomLiveReader bool `json:"use_custom_live_reader,omitempty"`
	// If true, the input MPEGTS stream will be copied to the output without any processing
	// TODO(Nate): Remove this to have better semantics, but for now adding a field is one of the
	// easiest ways to implement this. Likely change this before merging, or have the `CopyMpegts` field have values:
	// - "": no copy
	// - "raw": copy the input MPEGTS stream unedited
	// - "parsed": copy the MPEGTS stream as we do now from ffmpeg outputs
	CopyMpegtsFromInput    bool      `json:"copy_mpegts_from_input,omitempty"`
	CopyMpegts             bool      `json:"copy_mpegts,omitempty"`
	Seekable               bool      `json:"seekable,omitempty"`
	WatermarkText          string    `json:"watermark_text,omitempty"`
	WatermarkTimecode      string    `json:"watermark_timecode,omitempty"`
	WatermarkTimecodeRate  float32   `json:"watermark_timecode_rate,omitempty"`
	WatermarkXLoc          string    `json:"watermark_xloc,omitempty"`
	WatermarkYLoc          string    `json:"watermark_yloc,omitempty"`
	WatermarkRelativeSize  float32   `json:"watermark_relative_size,omitempty"`
	WatermarkFontColor     string    `json:"watermark_font_color,omitempty"`
	WatermarkShadow        bool      `json:"watermark_shadow,omitempty"`
	WatermarkShadowColor   string    `json:"watermark_shadow_color,omitempty"`
	WatermarkOverlay       string    `json:"watermark_overlay,omitempty"`      // Buffer containing overlay image
	WatermarkOverlayLen    int       `json:"watermark_overlay_len,omitempty"`  // Length of overlay image
	WatermarkOverlayType   ImageType `json:"watermark_overlay_type,omitempty"` // Type of overlay image (i.e PngImage, ...)
	StreamId               int32     `json:"stream_id"`                        // Specify stream by ID (instead of index)
	AudioIndex             []int32   `json:"audio_index"`                      // the length of this is equal to the number of audios
	ChannelLayout          int       `json:"channel_layout"`                   // Audio channel layout
	MaxCLL                 string    `json:"max_cll,omitempty"`
	MasterDisplay          string    `json:"master_display,omitempty"`
	VideoLayout            int32     `json:"video_layout,omitempty"`
	BitDepth               int32     `json:"bitdepth,omitempty"`
	SyncAudioToStreamId    int       `json:"sync_audio_to_stream_id"`
	ForceEqualFDuration    bool      `json:"force_equal_frame_duration,omitempty"`
	MuxingSpec             string    `json:"muxing_spec,omitempty"`
	Listen                 bool      `json:"listen"`
	ConnectionTimeout      int       `json:"connection_timeout"`
	FilterDescriptor       string    `json:"filter_descriptor"`
	SkipDecoding           bool      `json:"skip_decoding"`
	DebugFrameLevel        bool      `json:"debug_frame_level"`
	ExtractImageIntervalTs int64     `json:"extract_image_interval_ts,omitempty"`
	ExtractImagesTs        []int64   `json:"extract_images_ts,omitempty"`
	VideoTimeBase          int       `json:"video_time_base,omitempty"`
	VideoFrameDurationTs   int       `json:"video_frame_duration_ts,omitempty"`
	Rotate                 int       `json:"rotate,omitempty"`
	Profile                string    `json:"profile,omitempty"`
	Level                  int       `json:"level,omitempty"`
	Deinterlace            int       `json:"deinterlace,omitempty"`
	Timecode               string    `json:"timecode,omitempty"`
}

type XcProfile int

type XcType int