org.webrtc

Class LibvpxVp8Encoder

java.lang.Object

org.webrtc.LibvpxVp8Encoder

All Implemented Interfaces:

VideoEncoder

public class LibvpxVp8Encoder
extends java.lang.Object

Nested Class Summary

Nested classes/interfaces inherited from interface org.webrtc.VideoEncoder

VideoEncoder.BitrateAllocation, VideoEncoder.Callback, VideoEncoder.CodecSpecificInfo, VideoEncoder.CodecSpecificInfoH264, VideoEncoder.CodecSpecificInfoVP8, VideoEncoder.CodecSpecificInfoVP9, VideoEncoder.EncodeInfo, VideoEncoder.ScalingSettings, VideoEncoder.Settings

Constructor Summary

Constructors

Constructor and Description
LibvpxVp8Encoder()

Method Summary

Modifier and Type	Method and Description
long	createNativeVideoEncoder() The encoder implementation backing this interface is either 1) a Java encoder (e.g., an Android platform encoder), or alternatively 2) a native encoder (e.g., a software encoder or a C++ encoder adapter).
VideoCodecStatus	encode(VideoFrame frame, VideoEncoder.EncodeInfo info) Requests the encoder to encode a frame.
java.lang.String	getImplementationName() Should return a descriptive name for the implementation.
VideoEncoder.ScalingSettings	getScalingSettings() Any encoder that wants to use WebRTC provided quality scaler must implement this method.
VideoCodecStatus	initEncode(VideoEncoder.Settings settings, VideoEncoder.Callback encodeCallback) Initializes the encoding process.
boolean	isHardwareEncoder() Returns true if the encoder is backed by hardware.
VideoCodecStatus	release() Releases the encoder.
VideoCodecStatus	setRateAllocation(VideoEncoder.BitrateAllocation allocation, int framerate) Sets the bitrate allocation and the target framerate for the encoder.

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

LibvpxVp8Encoder

public LibvpxVp8Encoder()

Method Detail

createNativeVideoEncoder

public long createNativeVideoEncoder()

Description copied from interface: VideoEncoder

The encoder implementation backing this interface is either 1) a Java encoder (e.g., an Android platform encoder), or alternatively 2) a native encoder (e.g., a software encoder or a C++ encoder adapter). For case 1), createNativeVideoEncoder() should return zero. In this case, we expect the native library to call the encoder through JNI using the Java interface declared below. For case 2), createNativeVideoEncoder() should return a non-zero value. In this case, we expect the native library to treat the returned value as a raw pointer of type webrtc::VideoEncoder* (ownership is transferred to the caller). The native library should then directly call the webrtc::VideoEncoder interface without going through JNI. All calls to the Java interface methods declared below should thus throw an UnsupportedOperationException.

Specified by:

createNativeVideoEncoder in interface VideoEncoder

isHardwareEncoder

public boolean isHardwareEncoder()

Description copied from interface: VideoEncoder

Returns true if the encoder is backed by hardware.

Specified by:

isHardwareEncoder in interface VideoEncoder

initEncode

public VideoCodecStatus initEncode(VideoEncoder.Settings settings,
                                   VideoEncoder.Callback encodeCallback)

Description copied from interface: VideoEncoder

Initializes the encoding process. Call before any calls to encode.

Specified by:

initEncode in interface VideoEncoder

release

public VideoCodecStatus release()

Description copied from interface: VideoEncoder

Releases the encoder. No more calls to encode will be made after this call.

Specified by:

release in interface VideoEncoder

encode

public VideoCodecStatus encode(VideoFrame frame,
                               VideoEncoder.EncodeInfo info)

Description copied from interface: VideoEncoder

Requests the encoder to encode a frame.

Specified by:

encode in interface VideoEncoder

setRateAllocation

public VideoCodecStatus setRateAllocation(VideoEncoder.BitrateAllocation allocation,
                                          int framerate)

Description copied from interface: VideoEncoder

Sets the bitrate allocation and the target framerate for the encoder.

Specified by:

setRateAllocation in interface VideoEncoder

getScalingSettings

public VideoEncoder.ScalingSettings getScalingSettings()

Description copied from interface: VideoEncoder

Any encoder that wants to use WebRTC provided quality scaler must implement this method.

Specified by:

getScalingSettings in interface VideoEncoder

getImplementationName

public java.lang.String getImplementationName()

Description copied from interface: VideoEncoder

Should return a descriptive name for the implementation. Gets called once and cached. May be called from arbitrary thread.

Specified by:

getImplementationName in interface VideoEncoder