livekit-android-sdk/io.livekit.android.room.track/RemoteVideoTrack

RemoteVideoTrack

class RemoteVideoTrack @AssistedInject constructor(@Assisted name: String, @Assisted val rtcTrack: VideoTrack, @Assisted val autoManageVideo: Boolean = false, @Named(value = "dispatcher_default") dispatcher: CoroutineDispatcher, @Assisted receiver: RtpReceiver, val rtcThreadToken: RTCThreadToken) : VideoTrack

Constructors

RemoteVideoTrack

@AssistedInject

constructor(@Assisted name: String, @Assisted rtcTrack: VideoTrack, @Assisted autoManageVideo: Boolean = false, @Named(value = "dispatcher_default") dispatcher: CoroutineDispatcher, @Assisted receiver: RtpReceiver, rtcThreadToken: RTCThreadToken)

Types

Factory

@AssistedFactory

interface Factory

Properties

autoManageVideo

val autoManageVideo: Boolean = false

enabled

var enabled: Boolean

events

val events: EventListenable<TrackEvent>

kind

var kind: Track.Kind

name

var name: String

rtcThreadToken

val rtcThreadToken: RTCThreadToken

rtcTrack

open override val rtcTrack: VideoTrack

sid

var sid: String?

statsGetter

var statsGetter: RTCStatsGetter?

streamState

var streamState: Track.StreamState

Functions

addRenderer

open override fun addRenderer(renderer: VideoSink)

If autoManageVideo is enabled, a VideoSinkVisibility should be passed, using ViewVisibility if using a traditional View layout, or ComposeVisibility if using Jetpack Compose.

fun addRenderer(renderer: VideoSink, visibility: VideoSinkVisibility)

dispose

open override fun dispose()

Disposes the track. LiveKit will generally take care of disposing tracks for you.

getRTCStats

suspend fun getRTCStats(): RTCStatsReport?

Return the RTCStatsReport for this track, or null if none is available.

fun getRTCStats(callback: RTCStatsCollectorCallback)

Calls the callback with the RTCStatsReport for this track, or null if none is available.

removeRenderer