RtcPeerConnection#

Annotations: @SupportedBrowser.new(SupportedBrowser.CHROME), @Native.new("RTCPeerConnection,webkitRTCPeerConnection,mozRTCPeerConnection")

Constructors#

RtcPeerConnection() factory#

factory RtcPeerConnection(Map rtcIceServers, [Map? mediaConstraints]) {
  var constructorName = JS(
    'RtcPeerConnection',
    'window[#]',
    'RTCPeerConnection',
  );
  if (mediaConstraints != null) {
    return JS(
      'RtcPeerConnection',
      'new #(#,#)',
      constructorName,
      convertDartToNative_SerializedScriptValue(rtcIceServers),
      convertDartToNative_SerializedScriptValue(mediaConstraints),
    );
  } else {
    return JS(
      'RtcPeerConnection',
      'new #(#)',
      constructorName,
      convertDartToNative_SerializedScriptValue(rtcIceServers),
    );
  }
}

Properties#

connectionState no setter#

String? get connectionState native;

hashCode no setter inherited#

Inherited from Interceptor.

int get hashCode => Primitives.objectHashCode(this);

iceConnectionState no setter#

String? get iceConnectionState native;

iceGatheringState no setter#

String? get iceGatheringState native;

localDescription no setter#

RtcSessionDescription? get localDescription native;

on no setter inherited#

This is an ease-of-use accessor for event streams which should only be used when an explicit accessor is not available.

Inherited from EventTarget.

Events get on => new Events(this);

onAddStream no setter#

Stream of addstream events handled by this RtcPeerConnection.

Stream<MediaStreamEvent> get onAddStream => addStreamEvent.forTarget(this);

onConnectionStateChange no setter#

Stream of connectionstatechange events handled by this RtcPeerConnection.

Stream<Event> get onConnectionStateChange =>
    connectionStateChangeEvent.forTarget(this);

onDataChannel no setter#

Stream of datachannel events handled by this RtcPeerConnection.

Stream<RtcDataChannelEvent> get onDataChannel =>
    dataChannelEvent.forTarget(this);

onIceCandidate no setter#

Stream of icecandidate events handled by this RtcPeerConnection.

Stream<RtcPeerConnectionIceEvent> get onIceCandidate =>
    iceCandidateEvent.forTarget(this);

onIceConnectionStateChange no setter#

Stream of iceconnectionstatechange events handled by this RtcPeerConnection.

Stream<Event> get onIceConnectionStateChange =>
    iceConnectionStateChangeEvent.forTarget(this);

onNegotiationNeeded no setter#

Stream of negotiationneeded events handled by this RtcPeerConnection.

Stream<Event> get onNegotiationNeeded =>
    negotiationNeededEvent.forTarget(this);

onRemoveStream no setter#

Stream of removestream events handled by this RtcPeerConnection.

Stream<MediaStreamEvent> get onRemoveStream =>
    removeStreamEvent.forTarget(this);

onSignalingStateChange no setter#

Stream of signalingstatechange events handled by this RtcPeerConnection.

Stream<Event> get onSignalingStateChange =>
    signalingStateChangeEvent.forTarget(this);

onTrack no setter#

Stream of track events handled by this RtcPeerConnection.

Stream<RtcTrackEvent> get onTrack => trackEvent.forTarget(this);

remoteDescription no setter#

RtcSessionDescription? get remoteDescription native;

runtimeType no setter inherited#

Inherited from Interceptor.

Type get runtimeType =>
    getRuntimeTypeOfInterceptorNotArray(getInterceptor(this), this);

signalingState no setter#

String? get signalingState native;

Methods#

addEventListener() inherited#

Inherited from EventTarget.

void addEventListener(
  String type,
  EventListener? listener, [
  bool? useCapture,
]) {
  // TODO(leafp): This check is avoid a bug in our dispatch code when
  // listener is null.  The browser treats this call as a no-op in this
  // case, so it's fine to short-circuit it, but we should not have to.
  if (listener != null) {
    _addEventListener(type, listener, useCapture);
  }
}

addIceCandidate()#

Future addIceCandidate(
  Object candidate, [
  VoidCallback? successCallback,
  RtcPeerConnectionErrorCallback? failureCallback,
]) => promiseToFuture(
  JS(
    "",
    "#.addIceCandidate(#, #, #)",
    this,
    candidate,
    successCallback,
    failureCallback,
  ),
);

addStream()#

void addStream(MediaStream? stream, [Map? mediaConstraints]) {
  if (mediaConstraints != null) {
    var mediaConstraints_1 = convertDartToNative_Dictionary(mediaConstraints);
    _addStream_1(stream, mediaConstraints_1);
    return;
  }
  _addStream_2(stream);
  return;
}

addTrack()#

RtcRtpSender addTrack(MediaStreamTrack track, MediaStream streams) native;

close()#

void close() native;

createAnswer()#

Future<RtcSessionDescription> createAnswer([Map? options]) {
  var options_dict = null;
  if (options != null) {
    options_dict = convertDartToNative_Dictionary(options);
  }
  return promiseToFuture<RtcSessionDescription>(
    JS(
      "creates:RtcSessionDescription;",
      "#.createAnswer(#)",
      this,
      options_dict,
    ),
  );
}

createDataChannel()#

RtcDataChannel createDataChannel(String label, [Map? dataChannelDict]) {
  if (dataChannelDict != null) {
    var dataChannelDict_1 = convertDartToNative_Dictionary(dataChannelDict);
    return _createDataChannel_1(label, dataChannelDict_1);
  }
  return _createDataChannel_2(label);
}

createDtmfSender()#

@JSName('createDTMFSender')
RtcDtmfSender createDtmfSender(MediaStreamTrack track) native;

createOffer()#

Future<RtcSessionDescription> createOffer([Map? options]) {
  var options_dict = null;
  if (options != null) {
    options_dict = convertDartToNative_Dictionary(options);
  }
  return promiseToFuture<RtcSessionDescription>(
    JS(
      "creates:RtcSessionDescription;",
      "#.createOffer(#)",
      this,
      options_dict,
    ),
  );
}

dispatchEvent() inherited#

Inherited from EventTarget.

bool dispatchEvent(Event event) native;

getLegacyStats()#

Temporarily exposes _getStats and old getStats as getLegacyStats until Chrome fully supports new getStats API.

Future<RtcStatsResponse> getLegacyStats([MediaStreamTrack? selector]) {
  var completer = new Completer<RtcStatsResponse>();
  _getStats((value) {
    completer.complete(value);
  }, selector);
  return completer.future;
}

getLocalStreams()#

List<MediaStream> getLocalStreams() native;

getReceivers()#

List<RtcRtpReceiver> getReceivers() native;

getRemoteStreams()#

List<MediaStream> getRemoteStreams() native;

getSenders()#

List<RtcRtpSender> getSenders() native;

getStats()#

Future<RtcStatsReport> getStats() => promiseToFuture<RtcStatsReport>(
  JS("creates:RtcStatsReport;", "#.getStats()", this),
);

noSuchMethod() inherited#

Invoked when a nonexistent method or property is accessed.

A dynamic member invocation can attempt to call a member which doesn't exist on the receiving object. Example:

dynamic object = 1;
object.add(42); // Statically allowed, run-time error

This invalid code will invoke the noSuchMethod method of the integer 1 with an Invocation representing the .add(42) call and arguments (which then throws).

Classes can override noSuchMethod to provide custom behavior for such invalid dynamic invocations.

A class with a non-default noSuchMethod invocation can also omit implementations for members of its interface. Example:

class MockList<T> implements List<T> {
  noSuchMethod(Invocation invocation) {
    log(invocation);
    super.noSuchMethod(invocation); // Will throw.
  }
}
void main() {
  MockList().add(42);
}

This code has no compile-time warnings or errors even though the MockList class has no concrete implementation of any of the List interface methods. Calls to List methods are forwarded to noSuchMethod, so this code will log an invocation similar to Invocation.method(#add, [42]) and then throw.

If a value is returned from noSuchMethod, it becomes the result of the original invocation. If the value is not of a type that can be returned by the original invocation, a type error occurs at the invocation.

The default behavior is to throw a NoSuchMethodError.

Inherited from Interceptor.

dynamic noSuchMethod(Invocation invocation) {
  throw NoSuchMethodError.withInvocation(this, invocation);
}

removeEventListener() inherited#

Inherited from EventTarget.

void removeEventListener(
  String type,
  EventListener? listener, [
  bool? useCapture,
]) {
  // TODO(leafp): This check is avoid a bug in our dispatch code when
  // listener is null.  The browser treats this call as a no-op in this
  // case, so it's fine to short-circuit it, but we should not have to.
  if (listener != null) {
    _removeEventListener(type, listener, useCapture);
  }
}

removeStream()#

void removeStream(MediaStream? stream) native;

removeTrack()#

void removeTrack(RtcRtpSender sender) native;

setConfiguration()#

void setConfiguration(Map configuration) {
  var configuration_1 = convertDartToNative_Dictionary(configuration);
  _setConfiguration_1(configuration_1);
  return;
}

setLocalDescription()#

Future setLocalDescription(Map description) {
  var description_dict = convertDartToNative_Dictionary(description);
  return promiseToFuture(
    JS("", "#.setLocalDescription(#)", this, description_dict),
  );
}

setRemoteDescription()#

Future setRemoteDescription(Map description) {
  var description_dict = convertDartToNative_Dictionary(description);
  return promiseToFuture(
    JS("", "#.setRemoteDescription(#)", this, description_dict),
  );
}

toString() inherited#

A string representation of this object.

Some classes have a default textual representation, often paired with a static parse function (like int.parse). These classes will provide the textual representation as their string representation.

Other classes have no meaningful textual representation that a program will care about. Such classes will typically override toString to provide useful information when inspecting the object, mainly for debugging or logging.

Inherited from Interceptor.

String toString() => Primitives.objectToHumanReadableString(this);

Operators#

operator ==() inherited#

The equality operator.

The default behavior for all Objects is to return true if and only if this object and other are the same object.

Override this method to specify a different equality relation on a class. The overriding method must still be an equivalence relation. That is, it must be:

• Total: It must return a boolean for all arguments. It should never throw.

• Reflexive: For all objects o, o == o must be true.

• Symmetric: For all objects o1 and o2, o1 == o2 and o2 == o1 must either both be true, or both be false.

• Transitive: For all objects o1, o2, and o3, if o1 == o2 and o2 == o3 are true, then o1 == o3 must be true.

The method should also be consistent over time, so whether two objects are equal should only change if at least one of the objects was modified.

If a subclass overrides the equality operator, it should override the hashCode method as well to maintain consistency.

Inherited from Interceptor.

bool operator ==(Object other) => identical(this, other);

Static Properties#

supported no setter#

Checks if Real Time Communication (RTC) APIs are supported and enabled on the current platform.

static bool get supported {
  // Currently in Firefox some of the RTC elements are defined but throw an
  // error unless the user has specifically enabled them in their
  // about:config. So we have to construct an element to actually test if RTC
  // is supported at the given time.
  try {
    new RtcPeerConnection({
      "iceServers": [
        {"url": "stun:localhost"},
      ],
    });
    return true;
  } catch (_) {
    return false;
  }
  return false;
}

Static Methods#

generateCertificate()#

static Future generateCertificate(/*AlgorithmIdentifier*/ keygenAlgorithm) =>
    JS('dynamic', 'generateCertificate(#)', keygenAlgorithm);

Constants#

addStreamEvent#

Static factory designed to expose addstream events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<MediaStreamEvent> addStreamEvent =
    const EventStreamProvider<MediaStreamEvent>('addstream');

connectionStateChangeEvent#

Static factory designed to expose connectionstatechange events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<Event> connectionStateChangeEvent =
    const EventStreamProvider<Event>('connectionstatechange');

dataChannelEvent#

Static factory designed to expose datachannel events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<RtcDataChannelEvent> dataChannelEvent =
    const EventStreamProvider<RtcDataChannelEvent>('datachannel');

iceCandidateEvent#

Static factory designed to expose icecandidate events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<RtcPeerConnectionIceEvent>
iceCandidateEvent = const EventStreamProvider<RtcPeerConnectionIceEvent>(
  'icecandidate',
);

iceConnectionStateChangeEvent#

Static factory designed to expose iceconnectionstatechange events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<Event> iceConnectionStateChangeEvent =
    const EventStreamProvider<Event>('iceconnectionstatechange');

negotiationNeededEvent#

Static factory designed to expose negotiationneeded events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<Event> negotiationNeededEvent =
    const EventStreamProvider<Event>('negotiationneeded');

removeStreamEvent#

Static factory designed to expose removestream events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<MediaStreamEvent> removeStreamEvent =
    const EventStreamProvider<MediaStreamEvent>('removestream');

signalingStateChangeEvent#

Static factory designed to expose signalingstatechange events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<Event> signalingStateChangeEvent =
    const EventStreamProvider<Event>('signalingstatechange');

trackEvent#

Static factory designed to expose track events to event handlers that are not necessarily instances of RtcPeerConnection.

See EventStreamProvider for usage information.

static const EventStreamProvider<RtcTrackEvent> trackEvent =
    const EventStreamProvider<RtcTrackEvent>('track');