All Superinterfaces:

KurentoObject, MediaObject

All Known Subinterfaces:

BaseRtpEndpoint, Endpoint, FaceOverlayFilter, Filter, GenericMediaElement, GStreamerFilter, HttpEndpoint, HttpPostEndpoint, HubPort, ImageOverlayFilter, OpenCVFilter, PassThrough, PlayerEndpoint, RecorderEndpoint, RtpEndpoint, SdpEndpoint, SessionEndpoint, UriEndpoint, WebRtcEndpoint, ZBarFilter
```
public interface MediaElement
extends MediaObject
```
The basic building block of the media server, that can be interconnected inside a pipeline.
A MediaElement is a module that encapsulates a specific media capability, and that is able to exchange media with other MediaElements through an internal element called pad.

A pad can be defined as an input or output interface. Input pads are called sinks, and it's where the media elements receive media from other media elements. Output interfaces are called sources, and it's the pad used by the media element to feed media to other media elements. There can be only one sink pad per media element. On the other hand, the number of source pads is unconstrained. This means that a certain media element can receive media only from one element at a time, while it can send media to many others. Pads are created on demand, when the connect method is invoked. When two media elements are connected, one media pad is created for each type of media connected. For example, if you connect AUDIO and VIDEO between two media elements, each one will need to create two new pads: one for AUDIO and one for VIDEO.

When media elements are connected, it can be the case that the encoding required in both input and output pads is not the same, and thus it needs to be transcoded. This is something that is handled transparently by the MediaElement internals, but such transcoding has a toll in the form of a higher CPU load, so connecting MediaElements that need media encoded in different formats is something to consider as a high load operation. The event `MediaTranscodingStateChanged` allows to inform the client application of whether media transcoding is being enabled or not inside any MediaElement object.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`ListenerSubscription`	`addElementConnectedListener(EventListener<ElementConnectedEvent> listener)`	Add a `EventListener` for event `ElementConnectedEvent`.
`void`	`addElementConnectedListener(EventListener<ElementConnectedEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `ElementConnectedEvent`.
`ListenerSubscription`	`addElementDisconnectedListener(EventListener<ElementDisconnectedEvent> listener)`	Add a `EventListener` for event `ElementDisconnectedEvent`.
`void`	`addElementDisconnectedListener(EventListener<ElementDisconnectedEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `ElementDisconnectedEvent`.
`ListenerSubscription`	`addMediaFlowInStateChangedListener(EventListener<MediaFlowInStateChangedEvent> listener)`	Add a `EventListener` for event `MediaFlowInStateChangedEvent`.
`void`	`addMediaFlowInStateChangedListener(EventListener<MediaFlowInStateChangedEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `MediaFlowInStateChangedEvent`.
`ListenerSubscription`	`addMediaFlowInStateChangeListener(EventListener<MediaFlowInStateChangeEvent> listener)`	Add a `EventListener` for event `MediaFlowInStateChangeEvent`.
`void`	`addMediaFlowInStateChangeListener(EventListener<MediaFlowInStateChangeEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `MediaFlowInStateChangeEvent`.
`ListenerSubscription`	`addMediaFlowOutStateChangedListener(EventListener<MediaFlowOutStateChangedEvent> listener)`	Add a `EventListener` for event `MediaFlowOutStateChangedEvent`.
`void`	`addMediaFlowOutStateChangedListener(EventListener<MediaFlowOutStateChangedEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `MediaFlowOutStateChangedEvent`.
`ListenerSubscription`	`addMediaFlowOutStateChangeListener(EventListener<MediaFlowOutStateChangeEvent> listener)`	Add a `EventListener` for event `MediaFlowOutStateChangeEvent`.
`void`	`addMediaFlowOutStateChangeListener(EventListener<MediaFlowOutStateChangeEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `MediaFlowOutStateChangeEvent`.
`ListenerSubscription`	`addMediaTranscodingStateChangedListener(EventListener<MediaTranscodingStateChangedEvent> listener)`	Add a `EventListener` for event `MediaTranscodingStateChangedEvent`.
`void`	`addMediaTranscodingStateChangedListener(EventListener<MediaTranscodingStateChangedEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `MediaTranscodingStateChangedEvent`.
`ListenerSubscription`	`addMediaTranscodingStateChangeListener(EventListener<MediaTranscodingStateChangeEvent> listener)`	Add a `EventListener` for event `MediaTranscodingStateChangeEvent`.
`void`	`addMediaTranscodingStateChangeListener(EventListener<MediaTranscodingStateChangeEvent> listener, Continuation<ListenerSubscription> cont)`	Add a `EventListener` for event `MediaTranscodingStateChangeEvent`.
`void`	`connect(MediaElement sink)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(MediaElement sink, Continuation<Void> cont)`	Asynchronous version of connect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`connect(MediaElement sink, MediaType mediaType)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(MediaElement sink, MediaType mediaType, String sourceMediaDescription)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(MediaElement sink, MediaType mediaType, String sourceMediaDescription, String sinkMediaDescription)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(MediaElement sink, MediaType mediaType, String sourceMediaDescription, String sinkMediaDescription, Continuation<Void> cont)`	Asynchronous version of connect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`connect(MediaElement sink, MediaType mediaType, String sourceMediaDescription, Continuation<Void> cont)`	Asynchronous version of connect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`connect(MediaElement sink, MediaType mediaType, Continuation<Void> cont)`	Asynchronous version of connect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`connect(Transaction tx, MediaElement sink)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(Transaction tx, MediaElement sink, MediaType mediaType)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(Transaction tx, MediaElement sink, MediaType mediaType, String sourceMediaDescription)`	Connects two elements, with the media flowing from left to right.
`void`	`connect(Transaction tx, MediaElement sink, MediaType mediaType, String sourceMediaDescription, String sinkMediaDescription)`	Connects two elements, with the media flowing from left to right.
`void`	`disconnect(MediaElement sink)`	Disconnects two media elements.
`void`	`disconnect(MediaElement sink, Continuation<Void> cont)`	Asynchronous version of disconnect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`disconnect(MediaElement sink, MediaType mediaType)`	Disconnects two media elements.
`void`	`disconnect(MediaElement sink, MediaType mediaType, String sourceMediaDescription)`	Disconnects two media elements.
`void`	`disconnect(MediaElement sink, MediaType mediaType, String sourceMediaDescription, String sinkMediaDescription)`	Disconnects two media elements.
`void`	`disconnect(MediaElement sink, MediaType mediaType, String sourceMediaDescription, String sinkMediaDescription, Continuation<Void> cont)`	Asynchronous version of disconnect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`disconnect(MediaElement sink, MediaType mediaType, String sourceMediaDescription, Continuation<Void> cont)`	Asynchronous version of disconnect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`disconnect(MediaElement sink, MediaType mediaType, Continuation<Void> cont)`	Asynchronous version of disconnect: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`disconnect(Transaction tx, MediaElement sink)`	Disconnects two media elements.
`void`	`disconnect(Transaction tx, MediaElement sink, MediaType mediaType)`	Disconnects two media elements.
`void`	`disconnect(Transaction tx, MediaElement sink, MediaType mediaType, String sourceMediaDescription)`	Disconnects two media elements.
`void`	`disconnect(Transaction tx, MediaElement sink, MediaType mediaType, String sourceMediaDescription, String sinkMediaDescription)`	Disconnects two media elements.
`int`	`getEncoderBitrate()`	Get Target video bitrate for media transcoding.
`void`	`getEncoderBitrate(Continuation<Integer> cont)`	Get Target video bitrate for media transcoding.
`TFuture<Integer>`	`getEncoderBitrate(Transaction tx)`	Get Target video bitrate for media transcoding.
`String`	`getGstreamerDot()`	Return a .dot file describing the topology of the media element.
`void`	`getGstreamerDot(Continuation<String> cont)`	Asynchronous version of getGstreamerDot: `Continuation.onSuccess(F)` is called when the action is done.
`String`	`getGstreamerDot(GstreamerDotDetails details)`	Return a .dot file describing the topology of the media element.
`void`	`getGstreamerDot(GstreamerDotDetails details, Continuation<String> cont)`	Asynchronous version of getGstreamerDot: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<String>`	`getGstreamerDot(Transaction tx)`	Return a .dot file describing the topology of the media element.
`TFuture<String>`	`getGstreamerDot(Transaction tx, GstreamerDotDetails details)`	Return a .dot file describing the topology of the media element.
`int`	`getMaxEncoderBitrate()`	Get Maximum video bitrate for media transcoding.
`void`	`getMaxEncoderBitrate(Continuation<Integer> cont)`	Get Maximum video bitrate for media transcoding.
`TFuture<Integer>`	`getMaxEncoderBitrate(Transaction tx)`	Get Maximum video bitrate for media transcoding.
`int`	`getMinEncoderBitrate()`	Get Minimum video bitrate for media transcoding.
`void`	`getMinEncoderBitrate(Continuation<Integer> cont)`	Get Minimum video bitrate for media transcoding.
`TFuture<Integer>`	`getMinEncoderBitrate(Transaction tx)`	Get Minimum video bitrate for media transcoding.
`List<ElementConnectionData>`	`getSinkConnections()`	Gets information about the source pads of this media element.
`void`	`getSinkConnections(Continuation<List<ElementConnectionData>> cont)`	Asynchronous version of getSinkConnections: `Continuation.onSuccess(F)` is called when the action is done.
`List<ElementConnectionData>`	`getSinkConnections(MediaType mediaType)`	Gets information about the source pads of this media element.
`List<ElementConnectionData>`	`getSinkConnections(MediaType mediaType, String description)`	Gets information about the source pads of this media element.
`void`	`getSinkConnections(MediaType mediaType, String description, Continuation<List<ElementConnectionData>> cont)`	Asynchronous version of getSinkConnections: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`getSinkConnections(MediaType mediaType, Continuation<List<ElementConnectionData>> cont)`	Asynchronous version of getSinkConnections: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<List<ElementConnectionData>>`	`getSinkConnections(Transaction tx)`	Gets information about the source pads of this media element.
`TFuture<List<ElementConnectionData>>`	`getSinkConnections(Transaction tx, MediaType mediaType)`	Gets information about the source pads of this media element.
`TFuture<List<ElementConnectionData>>`	`getSinkConnections(Transaction tx, MediaType mediaType, String description)`	Gets information about the source pads of this media element.
`List<ElementConnectionData>`	`getSourceConnections()`	Gets information about the sink pads of this media element.
`void`	`getSourceConnections(Continuation<List<ElementConnectionData>> cont)`	Asynchronous version of getSourceConnections: `Continuation.onSuccess(F)` is called when the action is done.
`List<ElementConnectionData>`	`getSourceConnections(MediaType mediaType)`	Gets information about the sink pads of this media element.
`List<ElementConnectionData>`	`getSourceConnections(MediaType mediaType, String description)`	Gets information about the sink pads of this media element.
`void`	`getSourceConnections(MediaType mediaType, String description, Continuation<List<ElementConnectionData>> cont)`	Asynchronous version of getSourceConnections: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`getSourceConnections(MediaType mediaType, Continuation<List<ElementConnectionData>> cont)`	Asynchronous version of getSourceConnections: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<List<ElementConnectionData>>`	`getSourceConnections(Transaction tx)`	Gets information about the sink pads of this media element.
`TFuture<List<ElementConnectionData>>`	`getSourceConnections(Transaction tx, MediaType mediaType)`	Gets information about the sink pads of this media element.
`TFuture<List<ElementConnectionData>>`	`getSourceConnections(Transaction tx, MediaType mediaType, String description)`	Gets information about the sink pads of this media element.
`Map<String,Stats>`	`getStats()`	Gets the statistics related to an endpoint.
`void`	`getStats(Continuation<Map<String,Stats>> cont)`	Asynchronous version of getStats: `Continuation.onSuccess(F)` is called when the action is done.
`Map<String,Stats>`	`getStats(MediaType mediaType)`	Gets the statistics related to an endpoint.
`void`	`getStats(MediaType mediaType, Continuation<Map<String,Stats>> cont)`	Asynchronous version of getStats: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<Map<String,Stats>>`	`getStats(Transaction tx)`	Gets the statistics related to an endpoint.
`TFuture<Map<String,Stats>>`	`getStats(Transaction tx, MediaType mediaType)`	Gets the statistics related to an endpoint.
`boolean`	`isMediaFlowingIn(MediaType mediaType)`	This method indicates whether the media element is receiving media of a certain type.
`boolean`	`isMediaFlowingIn(MediaType mediaType, String sinkMediaDescription)`	This method indicates whether the media element is receiving media of a certain type.
`void`	`isMediaFlowingIn(MediaType mediaType, String sinkMediaDescription, Continuation<Boolean> cont)`	Asynchronous version of isMediaFlowingIn: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`isMediaFlowingIn(MediaType mediaType, Continuation<Boolean> cont)`	Asynchronous version of isMediaFlowingIn: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<Boolean>`	`isMediaFlowingIn(Transaction tx, MediaType mediaType)`	This method indicates whether the media element is receiving media of a certain type.
`TFuture<Boolean>`	`isMediaFlowingIn(Transaction tx, MediaType mediaType, String sinkMediaDescription)`	This method indicates whether the media element is receiving media of a certain type.
`boolean`	`isMediaFlowingOut(MediaType mediaType)`	This method indicates whether the media element is emitting media of a certain type.
`boolean`	`isMediaFlowingOut(MediaType mediaType, String sourceMediaDescription)`	This method indicates whether the media element is emitting media of a certain type.
`void`	`isMediaFlowingOut(MediaType mediaType, String sourceMediaDescription, Continuation<Boolean> cont)`	Asynchronous version of isMediaFlowingOut: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`isMediaFlowingOut(MediaType mediaType, Continuation<Boolean> cont)`	Asynchronous version of isMediaFlowingOut: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<Boolean>`	`isMediaFlowingOut(Transaction tx, MediaType mediaType)`	This method indicates whether the media element is emitting media of a certain type.
`TFuture<Boolean>`	`isMediaFlowingOut(Transaction tx, MediaType mediaType, String sourceMediaDescription)`	This method indicates whether the media element is emitting media of a certain type.
`boolean`	`isMediaTranscoding(MediaType mediaType)`	Indicates whether this media element is actively transcoding between input and output pads.
`boolean`	`isMediaTranscoding(MediaType mediaType, String binName)`	Indicates whether this media element is actively transcoding between input and output pads.
`void`	`isMediaTranscoding(MediaType mediaType, String binName, Continuation<Boolean> cont)`	Asynchronous version of isMediaTranscoding: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`isMediaTranscoding(MediaType mediaType, Continuation<Boolean> cont)`	Asynchronous version of isMediaTranscoding: `Continuation.onSuccess(F)` is called when the action is done.
`TFuture<Boolean>`	`isMediaTranscoding(Transaction tx, MediaType mediaType)`	Indicates whether this media element is actively transcoding between input and output pads.
`TFuture<Boolean>`	`isMediaTranscoding(Transaction tx, MediaType mediaType, String binName)`	Indicates whether this media element is actively transcoding between input and output pads.
`void`	`removeElementConnectedListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `ElementConnectedEvent`.
`void`	`removeElementConnectedListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `ElementConnectedEvent`.
`void`	`removeElementDisconnectedListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `ElementDisconnectedEvent`.
`void`	`removeElementDisconnectedListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `ElementDisconnectedEvent`.
`void`	`removeMediaFlowInStateChangedListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `MediaFlowInStateChangedEvent`.
`void`	`removeMediaFlowInStateChangedListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `MediaFlowInStateChangedEvent`.
`void`	`removeMediaFlowInStateChangeListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `MediaFlowInStateChangeEvent`.
`void`	`removeMediaFlowInStateChangeListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `MediaFlowInStateChangeEvent`.
`void`	`removeMediaFlowOutStateChangedListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `MediaFlowOutStateChangedEvent`.
`void`	`removeMediaFlowOutStateChangedListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `MediaFlowOutStateChangedEvent`.
`void`	`removeMediaFlowOutStateChangeListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `MediaFlowOutStateChangeEvent`.
`void`	`removeMediaFlowOutStateChangeListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `MediaFlowOutStateChangeEvent`.
`void`	`removeMediaTranscodingStateChangedListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `MediaTranscodingStateChangedEvent`.
`void`	`removeMediaTranscodingStateChangedListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `MediaTranscodingStateChangedEvent`.
`void`	`removeMediaTranscodingStateChangeListener(ListenerSubscription listenerSubscription)`	Remove a `ListenerSubscription` for event `MediaTranscodingStateChangeEvent`.
`void`	`removeMediaTranscodingStateChangeListener(ListenerSubscription listenerSubscription, Continuation<Void> cont)`	Remove a `ListenerSubscription` for event `MediaTranscodingStateChangeEvent`.
`void`	`setAudioFormat(AudioCaps caps)`	Set the type of data for the audio stream.
`void`	`setAudioFormat(AudioCaps caps, Continuation<Void> cont)`	Asynchronous version of setAudioFormat: `Continuation.onSuccess(F)` is called when the action is done.
`void`	`setAudioFormat(Transaction tx, AudioCaps caps)`	Set the type of data for the audio stream.
`void`	`setEncoderBitrate(int encoderBitrate)`	Set Target video bitrate for media transcoding.
`void`	`setEncoderBitrate(int encoderBitrate, Continuation<Void> cont)`	Set Target video bitrate for media transcoding.
`void`	`setEncoderBitrate(int encoderBitrate, Transaction tx)`	Set Target video bitrate for media transcoding.
`void`	`setMaxEncoderBitrate(int maxEncoderBitrate)`	Set Maximum video bitrate for media transcoding.
`void`	`setMaxEncoderBitrate(int maxEncoderBitrate, Continuation<Void> cont)`	Set Maximum video bitrate for media transcoding.
`void`	`setMaxEncoderBitrate(int maxEncoderBitrate, Transaction tx)`	Set Maximum video bitrate for media transcoding.
`void`	`setMinEncoderBitrate(int minEncoderBitrate)`	Set Minimum video bitrate for media transcoding.
`void`	`setMinEncoderBitrate(int minEncoderBitrate, Continuation<Void> cont)`	Set Minimum video bitrate for media transcoding.
`void`	`setMinEncoderBitrate(int minEncoderBitrate, Transaction tx)`	Set Minimum video bitrate for media transcoding.
`void`	`setVideoFormat(Transaction tx, VideoCaps caps)`	Set the type of data for the video stream.
`void`	`setVideoFormat(VideoCaps caps)`	Set the type of data for the video stream.
`void`	`setVideoFormat(VideoCaps caps, Continuation<Void> cont)`	Asynchronous version of setVideoFormat: `Continuation.onSuccess(F)` is called when the action is done.

Methods inherited from interface org.kurento.client.KurentoObject
addEventListener, invoke, isCommited, release, release, release, removeEventListener, waitCommited, whenCommited, whenCommited

Methods inherited from interface org.kurento.client.MediaObject
addErrorListener, addErrorListener, addTag, addTag, addTag, getChildren, getChildren, getChildren, getCreationTime, getCreationTime, getCreationTime, getId, getId, getId, getMediaPipeline, getMediaPipeline, getMediaPipeline, getName, getName, getName, getParent, getParent, getParent, getSendTagsInEvents, getSendTagsInEvents, getSendTagsInEvents, getTag, getTag, getTag, getTags, getTags, getTags, removeErrorListener, removeErrorListener, removeTag, removeTag, removeTag, setName, setName, setName, setSendTagsInEvents, setSendTagsInEvents, setSendTagsInEvents

- Method Detail
  - getEncoderBitrate
```
int getEncoderBitrate()
```
    Get Target video bitrate for media transcoding.
    The bitrate of a video has a direct impact on its perceived image quality. Higher bitrate means higher quality, but also a larger amount of bytes to transmit or store. Use this parameter to set the desired average bitrate in videos that are transcoded by the media server.
    
    This parameter is most useful for :rom:cls:`RecorderEndpoint` and :rom:cls:`RtpEndpoint`: when media is being transcoded (either for streaming or storing on disk), the resulting quality is directly controlled with this value.
    
    For :rom:cls:`WebRtcEndpoint`, this value should be left as default, as remote WebRTC receivers will already send feedback to inform the media server about what is the optimal bitrate to send.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 300000 (300 kbps).
  - getEncoderBitrate
```
void getEncoderBitrate(Continuation<Integer> cont)
```
    Get Target video bitrate for media transcoding.
    The bitrate of a video has a direct impact on its perceived image quality. Higher bitrate means higher quality, but also a larger amount of bytes to transmit or store. Use this parameter to set the desired average bitrate in videos that are transcoded by the media server.
    
    This parameter is most useful for :rom:cls:`RecorderEndpoint` and :rom:cls:`RtpEndpoint`: when media is being transcoded (either for streaming or storing on disk), the resulting quality is directly controlled with this value.
    
    For :rom:cls:`WebRtcEndpoint`, this value should be left as default, as remote WebRTC receivers will already send feedback to inform the media server about what is the optimal bitrate to send.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 300000 (300 kbps).
  - getEncoderBitrate
```
TFuture<Integer> getEncoderBitrate(Transaction tx)
```
    Get Target video bitrate for media transcoding.
    The bitrate of a video has a direct impact on its perceived image quality. Higher bitrate means higher quality, but also a larger amount of bytes to transmit or store. Use this parameter to set the desired average bitrate in videos that are transcoded by the media server.
    
    This parameter is most useful for :rom:cls:`RecorderEndpoint` and :rom:cls:`RtpEndpoint`: when media is being transcoded (either for streaming or storing on disk), the resulting quality is directly controlled with this value.
    
    For :rom:cls:`WebRtcEndpoint`, this value should be left as default, as remote WebRTC receivers will already send feedback to inform the media server about what is the optimal bitrate to send.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 300000 (300 kbps).
  - setEncoderBitrate
```
void setEncoderBitrate(int encoderBitrate)
```
    Set Target video bitrate for media transcoding.
    The bitrate of a video has a direct impact on its perceived image quality. Higher bitrate means higher quality, but also a larger amount of bytes to transmit or store. Use this parameter to set the desired average bitrate in videos that are transcoded by the media server.
    
    This parameter is most useful for :rom:cls:`RecorderEndpoint` and :rom:cls:`RtpEndpoint`: when media is being transcoded (either for streaming or storing on disk), the resulting quality is directly controlled with this value.
    
    For :rom:cls:`WebRtcEndpoint`, this value should be left as default, as remote WebRTC receivers will already send feedback to inform the media server about what is the optimal bitrate to send.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 300000 (300 kbps).
  - setEncoderBitrate
```
void setEncoderBitrate(int encoderBitrate,
                       Continuation<Void> cont)
```
    Set Target video bitrate for media transcoding.
    The bitrate of a video has a direct impact on its perceived image quality. Higher bitrate means higher quality, but also a larger amount of bytes to transmit or store. Use this parameter to set the desired average bitrate in videos that are transcoded by the media server.
    
    This parameter is most useful for :rom:cls:`RecorderEndpoint` and :rom:cls:`RtpEndpoint`: when media is being transcoded (either for streaming or storing on disk), the resulting quality is directly controlled with this value.
    
    For :rom:cls:`WebRtcEndpoint`, this value should be left as default, as remote WebRTC receivers will already send feedback to inform the media server about what is the optimal bitrate to send.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 300000 (300 kbps).
  - setEncoderBitrate
```
void setEncoderBitrate(int encoderBitrate,
                       Transaction tx)
```
    Set Target video bitrate for media transcoding.
    The bitrate of a video has a direct impact on its perceived image quality. Higher bitrate means higher quality, but also a larger amount of bytes to transmit or store. Use this parameter to set the desired average bitrate in videos that are transcoded by the media server.
    
    This parameter is most useful for :rom:cls:`RecorderEndpoint` and :rom:cls:`RtpEndpoint`: when media is being transcoded (either for streaming or storing on disk), the resulting quality is directly controlled with this value.
    
    For :rom:cls:`WebRtcEndpoint`, this value should be left as default, as remote WebRTC receivers will already send feedback to inform the media server about what is the optimal bitrate to send.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 300000 (300 kbps).
  - getMinEncoderBitrate
```
int getMinEncoderBitrate()
```
    Get Minimum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to force a higher bitrate than what is being requested by receivers.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
  - getMinEncoderBitrate
```
void getMinEncoderBitrate(Continuation<Integer> cont)
```
    Get Minimum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to force a higher bitrate than what is being requested by receivers.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
  - getMinEncoderBitrate
```
TFuture<Integer> getMinEncoderBitrate(Transaction tx)
```
    Get Minimum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to force a higher bitrate than what is being requested by receivers.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
  - setMinEncoderBitrate
```
void setMinEncoderBitrate(int minEncoderBitrate)
```
    Set Minimum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to force a higher bitrate than what is being requested by receivers.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
  - setMinEncoderBitrate
```
void setMinEncoderBitrate(int minEncoderBitrate,
                          Continuation<Void> cont)
```
    Set Minimum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to force a higher bitrate than what is being requested by receivers.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
  - setMinEncoderBitrate
```
void setMinEncoderBitrate(int minEncoderBitrate,
                          Transaction tx)
```
    Set Minimum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to force a higher bitrate than what is being requested by receivers.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
  - getMaxEncoderBitrate
```
int getMaxEncoderBitrate()
```
    Get Maximum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
    
    0 = unlimited. Encoding performed with bitrate as requested by receivers.
  - getMaxEncoderBitrate
```
void getMaxEncoderBitrate(Continuation<Integer> cont)
```
    Get Maximum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
    
    0 = unlimited. Encoding performed with bitrate as requested by receivers.
  - getMaxEncoderBitrate
```
TFuture<Integer> getMaxEncoderBitrate(Transaction tx)
```
    Get Maximum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
    
    0 = unlimited. Encoding performed with bitrate as requested by receivers.
  - setMaxEncoderBitrate
```
void setMaxEncoderBitrate(int maxEncoderBitrate)
```
    Set Maximum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
    
    0 = unlimited. Encoding performed with bitrate as requested by receivers.
  - setMaxEncoderBitrate
```
void setMaxEncoderBitrate(int maxEncoderBitrate,
                          Continuation<Void> cont)
```
    Set Maximum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
    
    0 = unlimited. Encoding performed with bitrate as requested by receivers.
  - setMaxEncoderBitrate
```
void setMaxEncoderBitrate(int maxEncoderBitrate,
                          Transaction tx)
```
    Set Maximum video bitrate for media transcoding.
    This parameter can be used to fine tune the automatic bitrate selection that normally takes place within elements that are able to dynamically change the encoding bitrate according to the conditions of the streaming, such as :rom:cls:`WebRtcEndpoint`.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    This should be left as default in most cases, given that remote WebRTC receivers already send feedback to inform the media server about what is the optimal bitrate to send. Otherwise, this parameter could be used for example to limit the total bitrate that is handled by the server, by setting a low maximum output for all endpoints.
    
    Setting a value will only work if done before the media starts to flow.
    
    Unit: bps (bits per second).
    
    Default: 0.
    
    0 = unlimited. Encoding performed with bitrate as requested by receivers.
  - getSourceConnections
```
List<ElementConnectionData> getSourceConnections(MediaType mediaType,
                                                 String description)
```
    Gets information about the sink pads of this media element.
    Since sink pads are the interface through which a media element gets it's media, whatever is connected to an element's sink pad is formally a source of media. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    description - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    Returns:
    
    A list of the connections information that are sending media to this element. The list will be empty if no sources are found. *
  - getSourceConnections
```
void getSourceConnections(MediaType mediaType,
                          String description,
                          Continuation<List<ElementConnectionData>> cont)
```
    Asynchronous version of getSourceConnections: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    description - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    See Also:
    
    getSourceConnections(org.kurento.client.MediaType, java.lang.String)
  - getSourceConnections
```
TFuture<List<ElementConnectionData>> getSourceConnections(Transaction tx,
                                                          MediaType mediaType,
                                                          String description)
```
    Gets information about the sink pads of this media element.
    Since sink pads are the interface through which a media element gets it's media, whatever is connected to an element's sink pad is formally a source of media. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    description - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    Returns:
    
    A list of the connections information that are sending media to this element. The list will be empty if no sources are found. *
  - getSinkConnections
```
List<ElementConnectionData> getSinkConnections(MediaType mediaType,
                                               String description)
```
    Gets information about the source pads of this media element.
    Since source pads connect to other media element's sinks, this is formally the sink of media from the element's perspective. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    description - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    Returns:
    
    A list of the connections information that are receiving media from this element. The list will be empty if no sources are found. *
  - getSinkConnections
```
void getSinkConnections(MediaType mediaType,
                        String description,
                        Continuation<List<ElementConnectionData>> cont)
```
    Asynchronous version of getSinkConnections: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    description - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    See Also:
    
    getSinkConnections(org.kurento.client.MediaType, java.lang.String)
  - getSinkConnections
```
TFuture<List<ElementConnectionData>> getSinkConnections(Transaction tx,
                                                        MediaType mediaType,
                                                        String description)
```
    Gets information about the source pads of this media element.
    Since source pads connect to other media element's sinks, this is formally the sink of media from the element's perspective. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    description - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    Returns:
    
    A list of the connections information that are receiving media from this element. The list will be empty if no sources are found. *
  - connect
```
void connect(MediaElement sink,
             MediaType mediaType,
             String sourceMediaDescription,
             String sinkMediaDescription)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    sinkMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - connect
```
void connect(MediaElement sink,
             MediaType mediaType,
             String sourceMediaDescription,
             String sinkMediaDescription,
             Continuation<Void> cont)
```
    Asynchronous version of connect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    sinkMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    See Also:
    
    connect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - connect
```
void connect(Transaction tx,
             MediaElement sink,
             MediaType mediaType,
             String sourceMediaDescription,
             String sinkMediaDescription)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    sinkMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - disconnect
```
void disconnect(MediaElement sink,
                MediaType mediaType,
                String sourceMediaDescription,
                String sinkMediaDescription)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    sinkMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - disconnect
```
void disconnect(MediaElement sink,
                MediaType mediaType,
                String sourceMediaDescription,
                String sinkMediaDescription,
                Continuation<Void> cont)
```
    Asynchronous version of disconnect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    sinkMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    See Also:
    
    disconnect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - disconnect
```
void disconnect(Transaction tx,
                MediaElement sink,
                MediaType mediaType,
                String sourceMediaDescription,
                String sinkMediaDescription)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    sinkMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - setAudioFormat
```
void setAudioFormat(AudioCaps caps)
```
    Set the type of data for the audio stream.
    MediaElements that do not support configuration of audio capabilities will throw a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR exception.
    
    NOTE: This method is not implemented yet by the Media Server to do anything useful.
    
    Parameters:
    
    caps - The format for the stream of audio
  - setAudioFormat
```
void setAudioFormat(AudioCaps caps,
                    Continuation<Void> cont)
```
    Asynchronous version of setAudioFormat: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    caps - The format for the stream of audio
    
    See Also:
    
    setAudioFormat(org.kurento.client.AudioCaps)
  - setAudioFormat
```
void setAudioFormat(Transaction tx,
                    AudioCaps caps)
```
    Set the type of data for the audio stream.
    MediaElements that do not support configuration of audio capabilities will throw a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR exception.
    
    NOTE: This method is not implemented yet by the Media Server to do anything useful.
    
    Parameters:
    
    caps - The format for the stream of audio
  - setVideoFormat
```
void setVideoFormat(VideoCaps caps)
```
    Set the type of data for the video stream.
    MediaElements that do not support configuration of video capabilities will throw a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR exception
    
    NOTE: This method is not implemented yet by the Media Server to do anything useful.
    
    Parameters:
    
    caps - The format for the stream of video
  - setVideoFormat
```
void setVideoFormat(VideoCaps caps,
                    Continuation<Void> cont)
```
    Asynchronous version of setVideoFormat: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    caps - The format for the stream of video
    
    See Also:
    
    setVideoFormat(org.kurento.client.VideoCaps)
  - setVideoFormat
```
void setVideoFormat(Transaction tx,
                    VideoCaps caps)
```
    Set the type of data for the video stream.
    MediaElements that do not support configuration of video capabilities will throw a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR exception
    
    NOTE: This method is not implemented yet by the Media Server to do anything useful.
    
    Parameters:
    
    caps - The format for the stream of video
  - getGstreamerDot
```
String getGstreamerDot(GstreamerDotDetails details)
```
    Return a .dot file describing the topology of the media element.
    The element can be queried for certain type of data:
    
    SHOW_ALL: default value
    
    SHOW_CAPS_DETAILS
    
    SHOW_FULL_PARAMS
    
    SHOW_MEDIA_TYPE
    
    SHOW_NON_DEFAULT_PARAMS
    
    SHOW_STATES
    
    SHOW_VERBOSE
    Parameters:
    
    details - Details of graph
    
    Returns:
    
    The dot graph. *
  - getGstreamerDot
```
void getGstreamerDot(GstreamerDotDetails details,
                     Continuation<String> cont)
```
    Asynchronous version of getGstreamerDot: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    details - Details of graph
    
    See Also:
    
    getGstreamerDot(org.kurento.client.GstreamerDotDetails)
  - getGstreamerDot
```
TFuture<String> getGstreamerDot(Transaction tx,
                                GstreamerDotDetails details)
```
    Return a .dot file describing the topology of the media element.
    The element can be queried for certain type of data:
    
    SHOW_ALL: default value
    
    SHOW_CAPS_DETAILS
    
    SHOW_FULL_PARAMS
    
    SHOW_MEDIA_TYPE
    
    SHOW_NON_DEFAULT_PARAMS
    
    SHOW_STATES
    
    SHOW_VERBOSE
    Parameters:
    
    details - Details of graph
    
    Returns:
    
    The dot graph. *
  - getStats
```
Map<String,Stats> getStats(MediaType mediaType)
```
    Gets the statistics related to an endpoint. If no media type is specified, it returns statistics for all available types.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    Delivers a successful result in the form of a RTC stats report. A RTC stats report represents a map between strings, identifying the inspected objects (RTCStats.id), and their corresponding RTCStats objects. *
  - getStats
```
void getStats(MediaType mediaType,
              Continuation<Map<String,Stats>> cont)
```
    Asynchronous version of getStats: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    See Also:
    
    getStats(org.kurento.client.MediaType)
  - getStats
```
TFuture<Map<String,Stats>> getStats(Transaction tx,
                                          MediaType mediaType)
```
    Gets the statistics related to an endpoint. If no media type is specified, it returns statistics for all available types.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    Delivers a successful result in the form of a RTC stats report. A RTC stats report represents a map between strings, identifying the inspected objects (RTCStats.id), and their corresponding RTCStats objects. *
  - isMediaFlowingIn
```
boolean isMediaFlowingIn(MediaType mediaType,
                         String sinkMediaDescription)
```
    This method indicates whether the media element is receiving media of a certain type. The media sink pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    sinkMediaDescription - Description of the sink
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaFlowingIn
```
void isMediaFlowingIn(MediaType mediaType,
                      String sinkMediaDescription,
                      Continuation<Boolean> cont)
```
    Asynchronous version of isMediaFlowingIn: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    sinkMediaDescription - Description of the sink
    
    See Also:
    
    isMediaFlowingIn(org.kurento.client.MediaType, java.lang.String)
  - isMediaFlowingIn
```
TFuture<Boolean> isMediaFlowingIn(Transaction tx,
                                  MediaType mediaType,
                                  String sinkMediaDescription)
```
    This method indicates whether the media element is receiving media of a certain type. The media sink pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    sinkMediaDescription - Description of the sink
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaFlowingOut
```
boolean isMediaFlowingOut(MediaType mediaType,
                          String sourceMediaDescription)
```
    This method indicates whether the media element is emitting media of a certain type. The media source pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    sourceMediaDescription - Description of the source
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaFlowingOut
```
void isMediaFlowingOut(MediaType mediaType,
                       String sourceMediaDescription,
                       Continuation<Boolean> cont)
```
    Asynchronous version of isMediaFlowingOut: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    sourceMediaDescription - Description of the source
    
    See Also:
    
    isMediaFlowingOut(org.kurento.client.MediaType, java.lang.String)
  - isMediaFlowingOut
```
TFuture<Boolean> isMediaFlowingOut(Transaction tx,
                                   MediaType mediaType,
                                   String sourceMediaDescription)
```
    This method indicates whether the media element is emitting media of a certain type. The media source pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    sourceMediaDescription - Description of the source
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaTranscoding
```
boolean isMediaTranscoding(MediaType mediaType,
                           String binName)
```
    Indicates whether this media element is actively transcoding between input and output pads. This operation is only supported for AUDIO and VIDEO media types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. The internal GStreamer processing bin can be indicated, if needed; if the bin doesn't exist, the return value will be FALSE.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    binName - Internal name of the processing bin, as previously given by MediaTranscodingStateChanged.
    
    Returns:
    
    TRUE if media is being transcoded, FALSE otherwise. *
  - isMediaTranscoding
```
void isMediaTranscoding(MediaType mediaType,
                        String binName,
                        Continuation<Boolean> cont)
```
    Asynchronous version of isMediaTranscoding: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    binName - Internal name of the processing bin, as previously given by MediaTranscodingStateChanged.
    
    See Also:
    
    isMediaTranscoding(org.kurento.client.MediaType, java.lang.String)
  - isMediaTranscoding
```
TFuture<Boolean> isMediaTranscoding(Transaction tx,
                                    MediaType mediaType,
                                    String binName)
```
    Indicates whether this media element is actively transcoding between input and output pads. This operation is only supported for AUDIO and VIDEO media types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. The internal GStreamer processing bin can be indicated, if needed; if the bin doesn't exist, the return value will be FALSE.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    binName - Internal name of the processing bin, as previously given by MediaTranscodingStateChanged.
    
    Returns:
    
    TRUE if media is being transcoded, FALSE otherwise. *
  - getSourceConnections
```
List<ElementConnectionData> getSourceConnections()
```
    Gets information about the sink pads of this media element.
    Since sink pads are the interface through which a media element gets it's media, whatever is connected to an element's sink pad is formally a source of media. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Returns:
    
    A list of the connections information that are sending media to this element. The list will be empty if no sources are found. *
  - getSourceConnections
```
void getSourceConnections(Continuation<List<ElementConnectionData>> cont)
```
    Asynchronous version of getSourceConnections: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    See Also:
    
    getSourceConnections(org.kurento.client.MediaType, java.lang.String)
  - getSourceConnections
```
TFuture<List<ElementConnectionData>> getSourceConnections(Transaction tx)
```
    Gets information about the sink pads of this media element.
    Since sink pads are the interface through which a media element gets it's media, whatever is connected to an element's sink pad is formally a source of media. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Returns:
    
    A list of the connections information that are sending media to this element. The list will be empty if no sources are found. *
  - getSourceConnections
```
List<ElementConnectionData> getSourceConnections(MediaType mediaType)
```
    Gets information about the sink pads of this media element.
    Since sink pads are the interface through which a media element gets it's media, whatever is connected to an element's sink pad is formally a source of media. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    Returns:
    
    A list of the connections information that are sending media to this element. The list will be empty if no sources are found. *
  - getSourceConnections
```
void getSourceConnections(MediaType mediaType,
                          Continuation<List<ElementConnectionData>> cont)
```
    Asynchronous version of getSourceConnections: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    See Also:
    
    getSourceConnections(org.kurento.client.MediaType, java.lang.String)
  - getSourceConnections
```
TFuture<List<ElementConnectionData>> getSourceConnections(Transaction tx,
                                                          MediaType mediaType)
```
    Gets information about the sink pads of this media element.
    Since sink pads are the interface through which a media element gets it's media, whatever is connected to an element's sink pad is formally a source of media. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    Returns:
    
    A list of the connections information that are sending media to this element. The list will be empty if no sources are found. *
  - getSinkConnections
```
List<ElementConnectionData> getSinkConnections()
```
    Gets information about the source pads of this media element.
    Since source pads connect to other media element's sinks, this is formally the sink of media from the element's perspective. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Returns:
    
    A list of the connections information that are receiving media from this element. The list will be empty if no sources are found. *
  - getSinkConnections
```
void getSinkConnections(Continuation<List<ElementConnectionData>> cont)
```
    Asynchronous version of getSinkConnections: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    See Also:
    
    getSinkConnections(org.kurento.client.MediaType, java.lang.String)
  - getSinkConnections
```
TFuture<List<ElementConnectionData>> getSinkConnections(Transaction tx)
```
    Gets information about the source pads of this media element.
    Since source pads connect to other media element's sinks, this is formally the sink of media from the element's perspective. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Returns:
    
    A list of the connections information that are receiving media from this element. The list will be empty if no sources are found. *
  - getSinkConnections
```
List<ElementConnectionData> getSinkConnections(MediaType mediaType)
```
    Gets information about the source pads of this media element.
    Since source pads connect to other media element's sinks, this is formally the sink of media from the element's perspective. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    Returns:
    
    A list of the connections information that are receiving media from this element. The list will be empty if no sources are found. *
  - getSinkConnections
```
void getSinkConnections(MediaType mediaType,
                        Continuation<List<ElementConnectionData>> cont)
```
    Asynchronous version of getSinkConnections: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    See Also:
    
    getSinkConnections(org.kurento.client.MediaType, java.lang.String)
  - getSinkConnections
```
TFuture<List<ElementConnectionData>> getSinkConnections(Transaction tx,
                                                        MediaType mediaType)
```
    Gets information about the source pads of this media element.
    Since source pads connect to other media element's sinks, this is formally the sink of media from the element's perspective. Media can be filtered by type, or by the description given to the pad though which both elements are connected.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO, MediaType.VIDEO or MediaType.DATA
    
    Returns:
    
    A list of the connections information that are receiving media from this element. The list will be empty if no sources are found. *
  - connect
```
void connect(MediaElement sink)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
  - connect
```
void connect(MediaElement sink,
             Continuation<Void> cont)
```
    Asynchronous version of connect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    See Also:
    
    connect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - connect
```
void connect(Transaction tx,
             MediaElement sink)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
  - connect
```
void connect(MediaElement sink,
             MediaType mediaType)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
  - connect
```
void connect(MediaElement sink,
             MediaType mediaType,
             Continuation<Void> cont)
```
    Asynchronous version of connect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    See Also:
    
    connect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - connect
```
void connect(Transaction tx,
             MediaElement sink,
             MediaType mediaType)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
  - connect
```
void connect(MediaElement sink,
             MediaType mediaType,
             String sourceMediaDescription)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - connect
```
void connect(MediaElement sink,
             MediaType mediaType,
             String sourceMediaDescription,
             Continuation<Void> cont)
```
    Asynchronous version of connect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    See Also:
    
    connect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - connect
```
void connect(Transaction tx,
             MediaElement sink,
             MediaType mediaType,
             String sourceMediaDescription)
```
    Connects two elements, with the media flowing from left to right.
    The element that invokes the connect will be the source of media, creating one sink pad for each type of media connected. The element given as parameter to the method will be the sink, and it will create one sink pad per media type connected.
    
    If otherwise not specified, all types of media are connected by default (AUDIO, VIDEO and DATA). It is recommended to connect the specific types of media if not all of them will be used. For this purpose, the connect method can be invoked more than once on the same two elements, but with different media types.
    
    The connection is unidirectional. If a bidirectional connection is desired, the position of the media elements must be inverted. For instance, webrtc1.connect(webrtc2) is connecting webrtc1 as source of webrtc2. In order to create a WebRTC one-2one conversation, the user would need to specify the connection on the other direction with webrtc2.connect(webrtc1).
    
    Even though one media element can have one sink pad per type of media, only one media element can be connected to another at a given time. If a media element is connected to another, the former will become the source of the sink media element, regardless whether there was another element connected or not.
    
    Parameters:
    
    sink - the target MediaElement that will receive media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - disconnect
```
void disconnect(MediaElement sink)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
  - disconnect
```
void disconnect(MediaElement sink,
                Continuation<Void> cont)
```
    Asynchronous version of disconnect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    See Also:
    
    disconnect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - disconnect
```
void disconnect(Transaction tx,
                MediaElement sink)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
  - disconnect
```
void disconnect(MediaElement sink,
                MediaType mediaType)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
  - disconnect
```
void disconnect(MediaElement sink,
                MediaType mediaType,
                Continuation<Void> cont)
```
    Asynchronous version of disconnect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    See Also:
    
    disconnect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - disconnect
```
void disconnect(Transaction tx,
                MediaElement sink,
                MediaType mediaType)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
  - disconnect
```
void disconnect(MediaElement sink,
                MediaType mediaType,
                String sourceMediaDescription)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - disconnect
```
void disconnect(MediaElement sink,
                MediaType mediaType,
                String sourceMediaDescription,
                Continuation<Void> cont)
```
    Asynchronous version of disconnect: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
    
    See Also:
    
    disconnect(org.kurento.client.MediaElement, org.kurento.client.MediaType, java.lang.String, java.lang.String)
  - disconnect
```
void disconnect(Transaction tx,
                MediaElement sink,
                MediaType mediaType,
                String sourceMediaDescription)
```
    Disconnects two media elements. This will release the source pads of the source media element, and the sink pads of the sink media element.
    
    Parameters:
    
    sink - the target MediaElement that will stop receiving media
    
    mediaType - the MediaType of the pads that will be connected
    
    sourceMediaDescription - A textual description of the media source. Currently not used, aimed mainly for MediaType.DATA sources
  - getGstreamerDot
```
String getGstreamerDot()
```
    Return a .dot file describing the topology of the media element.
    The element can be queried for certain type of data:
    
    SHOW_ALL: default value
    
    SHOW_CAPS_DETAILS
    
    SHOW_FULL_PARAMS
    
    SHOW_MEDIA_TYPE
    
    SHOW_NON_DEFAULT_PARAMS
    
    SHOW_STATES
    
    SHOW_VERBOSE
    Returns:
    
    The dot graph. *
  - getGstreamerDot
```
void getGstreamerDot(Continuation<String> cont)
```
    Asynchronous version of getGstreamerDot: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    See Also:
    
    getGstreamerDot(org.kurento.client.GstreamerDotDetails)
  - getGstreamerDot
```
TFuture<String> getGstreamerDot(Transaction tx)
```
    Return a .dot file describing the topology of the media element.
    The element can be queried for certain type of data:
    
    SHOW_ALL: default value
    
    SHOW_CAPS_DETAILS
    
    SHOW_FULL_PARAMS
    
    SHOW_MEDIA_TYPE
    
    SHOW_NON_DEFAULT_PARAMS
    
    SHOW_STATES
    
    SHOW_VERBOSE
    Returns:
    
    The dot graph. *
  - getStats
```
Map<String,Stats> getStats()
```
    Gets the statistics related to an endpoint. If no media type is specified, it returns statistics for all available types.
    
    Returns:
    
    Delivers a successful result in the form of a RTC stats report. A RTC stats report represents a map between strings, identifying the inspected objects (RTCStats.id), and their corresponding RTCStats objects. *
  - getStats
```
void getStats(Continuation<Map<String,Stats>> cont)
```
    Asynchronous version of getStats: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    See Also:
    
    getStats(org.kurento.client.MediaType)
  - getStats
```
TFuture<Map<String,Stats>> getStats(Transaction tx)
```
    Gets the statistics related to an endpoint. If no media type is specified, it returns statistics for all available types.
    
    Returns:
    
    Delivers a successful result in the form of a RTC stats report. A RTC stats report represents a map between strings, identifying the inspected objects (RTCStats.id), and their corresponding RTCStats objects. *
  - isMediaFlowingIn
```
boolean isMediaFlowingIn(MediaType mediaType)
```
    This method indicates whether the media element is receiving media of a certain type. The media sink pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaFlowingIn
```
void isMediaFlowingIn(MediaType mediaType,
                      Continuation<Boolean> cont)
```
    Asynchronous version of isMediaFlowingIn: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    See Also:
    
    isMediaFlowingIn(org.kurento.client.MediaType, java.lang.String)
  - isMediaFlowingIn
```
TFuture<Boolean> isMediaFlowingIn(Transaction tx,
                                  MediaType mediaType)
```
    This method indicates whether the media element is receiving media of a certain type. The media sink pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaFlowingOut
```
boolean isMediaFlowingOut(MediaType mediaType)
```
    This method indicates whether the media element is emitting media of a certain type. The media source pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaFlowingOut
```
void isMediaFlowingOut(MediaType mediaType,
                       Continuation<Boolean> cont)
```
    Asynchronous version of isMediaFlowingOut: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    See Also:
    
    isMediaFlowingOut(org.kurento.client.MediaType, java.lang.String)
  - isMediaFlowingOut
```
TFuture<Boolean> isMediaFlowingOut(Transaction tx,
                                   MediaType mediaType)
```
    This method indicates whether the media element is emitting media of a certain type. The media source pad can be identified individually, if needed. It is only supported for AUDIO and VIDEO types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. If the pad indicated does not exist, if will return false.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    TRUE if there is media, FALSE in other case. *
  - isMediaTranscoding
```
boolean isMediaTranscoding(MediaType mediaType)
```
    Indicates whether this media element is actively transcoding between input and output pads. This operation is only supported for AUDIO and VIDEO media types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. The internal GStreamer processing bin can be indicated, if needed; if the bin doesn't exist, the return value will be FALSE.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    TRUE if media is being transcoded, FALSE otherwise. *
  - isMediaTranscoding
```
void isMediaTranscoding(MediaType mediaType,
                        Continuation<Boolean> cont)
```
    Asynchronous version of isMediaTranscoding: Continuation.onSuccess(F) is called when the action is done. If an error occurs, Continuation.onError(java.lang.Throwable) is called.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    See Also:
    
    isMediaTranscoding(org.kurento.client.MediaType, java.lang.String)
  - isMediaTranscoding
```
TFuture<Boolean> isMediaTranscoding(Transaction tx,
                                    MediaType mediaType)
```
    Indicates whether this media element is actively transcoding between input and output pads. This operation is only supported for AUDIO and VIDEO media types, raising a MEDIA_OBJECT_ILLEGAL_PARAM_ERROR otherwise. The internal GStreamer processing bin can be indicated, if needed; if the bin doesn't exist, the return value will be FALSE.
    
    Parameters:
    
    mediaType - One of MediaType.AUDIO or MediaType.VIDEO
    
    Returns:
    
    TRUE if media is being transcoded, FALSE otherwise. *
  - addElementConnectedListener
```
ListenerSubscription addElementConnectedListener(EventListener<ElementConnectedEvent> listener)
```
    Add a EventListener for event ElementConnectedEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on ElementConnectedEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addElementConnectedListener
```
void addElementConnectedListener(EventListener<ElementConnectedEvent> listener,
                                 Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event ElementConnectedEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on ElementConnectedEvent
    
    cont - Continuation to be called when the listener is registered
  - removeElementConnectedListener
```
void removeElementConnectedListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event ElementConnectedEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeElementConnectedListener
```
void removeElementConnectedListener(ListenerSubscription listenerSubscription,
                                    Continuation<Void> cont)
```
    Remove a ListenerSubscription for event ElementConnectedEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addElementDisconnectedListener
```
ListenerSubscription addElementDisconnectedListener(EventListener<ElementDisconnectedEvent> listener)
```
    Add a EventListener for event ElementDisconnectedEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on ElementDisconnectedEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addElementDisconnectedListener
```
void addElementDisconnectedListener(EventListener<ElementDisconnectedEvent> listener,
                                    Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event ElementDisconnectedEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on ElementDisconnectedEvent
    
    cont - Continuation to be called when the listener is registered
  - removeElementDisconnectedListener
```
void removeElementDisconnectedListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event ElementDisconnectedEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeElementDisconnectedListener
```
void removeElementDisconnectedListener(ListenerSubscription listenerSubscription,
                                       Continuation<Void> cont)
```
    Remove a ListenerSubscription for event ElementDisconnectedEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addMediaFlowOutStateChangeListener
```
ListenerSubscription addMediaFlowOutStateChangeListener(EventListener<MediaFlowOutStateChangeEvent> listener)
```
    Add a EventListener for event MediaFlowOutStateChangeEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowOutStateChangeEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addMediaFlowOutStateChangeListener
```
void addMediaFlowOutStateChangeListener(EventListener<MediaFlowOutStateChangeEvent> listener,
                                        Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event MediaFlowOutStateChangeEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowOutStateChangeEvent
    
    cont - Continuation to be called when the listener is registered
  - removeMediaFlowOutStateChangeListener
```
void removeMediaFlowOutStateChangeListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event MediaFlowOutStateChangeEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeMediaFlowOutStateChangeListener
```
void removeMediaFlowOutStateChangeListener(ListenerSubscription listenerSubscription,
                                           Continuation<Void> cont)
```
    Remove a ListenerSubscription for event MediaFlowOutStateChangeEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addMediaFlowOutStateChangedListener
```
ListenerSubscription addMediaFlowOutStateChangedListener(EventListener<MediaFlowOutStateChangedEvent> listener)
```
    Add a EventListener for event MediaFlowOutStateChangedEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowOutStateChangedEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addMediaFlowOutStateChangedListener
```
void addMediaFlowOutStateChangedListener(EventListener<MediaFlowOutStateChangedEvent> listener,
                                         Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event MediaFlowOutStateChangedEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowOutStateChangedEvent
    
    cont - Continuation to be called when the listener is registered
  - removeMediaFlowOutStateChangedListener
```
void removeMediaFlowOutStateChangedListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event MediaFlowOutStateChangedEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeMediaFlowOutStateChangedListener
```
void removeMediaFlowOutStateChangedListener(ListenerSubscription listenerSubscription,
                                            Continuation<Void> cont)
```
    Remove a ListenerSubscription for event MediaFlowOutStateChangedEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addMediaFlowInStateChangeListener
```
ListenerSubscription addMediaFlowInStateChangeListener(EventListener<MediaFlowInStateChangeEvent> listener)
```
    Add a EventListener for event MediaFlowInStateChangeEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowInStateChangeEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addMediaFlowInStateChangeListener
```
void addMediaFlowInStateChangeListener(EventListener<MediaFlowInStateChangeEvent> listener,
                                       Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event MediaFlowInStateChangeEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowInStateChangeEvent
    
    cont - Continuation to be called when the listener is registered
  - removeMediaFlowInStateChangeListener
```
void removeMediaFlowInStateChangeListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event MediaFlowInStateChangeEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeMediaFlowInStateChangeListener
```
void removeMediaFlowInStateChangeListener(ListenerSubscription listenerSubscription,
                                          Continuation<Void> cont)
```
    Remove a ListenerSubscription for event MediaFlowInStateChangeEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addMediaFlowInStateChangedListener
```
ListenerSubscription addMediaFlowInStateChangedListener(EventListener<MediaFlowInStateChangedEvent> listener)
```
    Add a EventListener for event MediaFlowInStateChangedEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowInStateChangedEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addMediaFlowInStateChangedListener
```
void addMediaFlowInStateChangedListener(EventListener<MediaFlowInStateChangedEvent> listener,
                                        Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event MediaFlowInStateChangedEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on MediaFlowInStateChangedEvent
    
    cont - Continuation to be called when the listener is registered
  - removeMediaFlowInStateChangedListener
```
void removeMediaFlowInStateChangedListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event MediaFlowInStateChangedEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeMediaFlowInStateChangedListener
```
void removeMediaFlowInStateChangedListener(ListenerSubscription listenerSubscription,
                                           Continuation<Void> cont)
```
    Remove a ListenerSubscription for event MediaFlowInStateChangedEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addMediaTranscodingStateChangeListener
```
ListenerSubscription addMediaTranscodingStateChangeListener(EventListener<MediaTranscodingStateChangeEvent> listener)
```
    Add a EventListener for event MediaTranscodingStateChangeEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on MediaTranscodingStateChangeEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addMediaTranscodingStateChangeListener
```
void addMediaTranscodingStateChangeListener(EventListener<MediaTranscodingStateChangeEvent> listener,
                                            Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event MediaTranscodingStateChangeEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on MediaTranscodingStateChangeEvent
    
    cont - Continuation to be called when the listener is registered
  - removeMediaTranscodingStateChangeListener
```
void removeMediaTranscodingStateChangeListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event MediaTranscodingStateChangeEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeMediaTranscodingStateChangeListener
```
void removeMediaTranscodingStateChangeListener(ListenerSubscription listenerSubscription,
                                               Continuation<Void> cont)
```
    Remove a ListenerSubscription for event MediaTranscodingStateChangeEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed
  - addMediaTranscodingStateChangedListener
```
ListenerSubscription addMediaTranscodingStateChangedListener(EventListener<MediaTranscodingStateChangedEvent> listener)
```
    Add a EventListener for event MediaTranscodingStateChangedEvent. Synchronous call.
    
    Parameters:
    
    listener - Listener to be called on MediaTranscodingStateChangedEvent
    
    Returns:
    
    ListenerSubscription for the given Listener
  - addMediaTranscodingStateChangedListener
```
void addMediaTranscodingStateChangedListener(EventListener<MediaTranscodingStateChangedEvent> listener,
                                             Continuation<ListenerSubscription> cont)
```
    Add a EventListener for event MediaTranscodingStateChangedEvent. Asynchronous call. Calls Continuation<ListenerSubscription> when it has been added.
    
    Parameters:
    
    listener - Listener to be called on MediaTranscodingStateChangedEvent
    
    cont - Continuation to be called when the listener is registered
  - removeMediaTranscodingStateChangedListener
```
void removeMediaTranscodingStateChangedListener(ListenerSubscription listenerSubscription)
```
    Remove a ListenerSubscription for event MediaTranscodingStateChangedEvent. Synchronous call.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
  - removeMediaTranscodingStateChangedListener
```
void removeMediaTranscodingStateChangedListener(ListenerSubscription listenerSubscription,
                                                Continuation<Void> cont)
```
    Remove a ListenerSubscription for event MediaTranscodingStateChangedEvent. Asynchronous call. Calls Continuation<Void> when it has been removed.
    
    Parameters:
    
    listenerSubscription - Listener subscription to be removed
    
    cont - Continuation to be called when the listener is removed

Interface MediaElement

Method Summary

Methods inherited from interface org.kurento.client.KurentoObject

Methods inherited from interface org.kurento.client.MediaObject

Method Detail

getEncoderBitrate

getEncoderBitrate

getEncoderBitrate

setEncoderBitrate

setEncoderBitrate

setEncoderBitrate

getMinEncoderBitrate

getMinEncoderBitrate

getMinEncoderBitrate

setMinEncoderBitrate

setMinEncoderBitrate

setMinEncoderBitrate

getMaxEncoderBitrate

getMaxEncoderBitrate

getMaxEncoderBitrate

setMaxEncoderBitrate

setMaxEncoderBitrate

setMaxEncoderBitrate

getSourceConnections

getSourceConnections

getSourceConnections

getSinkConnections

getSinkConnections

getSinkConnections

connect

connect

connect

disconnect

disconnect

disconnect

setAudioFormat

setAudioFormat

setAudioFormat

setVideoFormat

setVideoFormat

setVideoFormat

getGstreamerDot

getGstreamerDot

getGstreamerDot

getStats

getStats

getStats

isMediaFlowingIn

isMediaFlowingIn

isMediaFlowingIn

isMediaFlowingOut

isMediaFlowingOut

isMediaFlowingOut

isMediaTranscoding

isMediaTranscoding

isMediaTranscoding

getSourceConnections

getSourceConnections

getSourceConnections

getSourceConnections

getSourceConnections

getSourceConnections

getSinkConnections

getSinkConnections

getSinkConnections

getSinkConnections

getSinkConnections

getSinkConnections

connect

connect

connect

connect

connect

connect

connect

connect

connect

disconnect

disconnect

disconnect