Package org.eclipse.jetty.websocket.javax.common

Class JavaxWebSocketFrameHandler

java.lang.Object
org.eclipse.jetty.websocket.javax.common.JavaxWebSocketFrameHandler
All Implemented Interfaces:
FrameHandler, IncomingFrames
public class JavaxWebSocketFrameHandler extends Object implements FrameHandler

  • Field Details

    • dataType

      protected byte dataType

  • Constructor Details

  • Method Details

    • getEndpoint

      public Object getEndpoint()

    • getEndpointConfig

      public javax.websocket.EndpointConfig getEndpointConfig()

    • getSession

      public JavaxWebSocketSession getSession()

    • onOpen

      public void onOpen(CoreSession coreSession, Callback callback)
      Description copied from interface: FrameHandler
      Async notification that Connection is being opened.

      FrameHandler can write during this call, but can not receive frames until the callback is succeeded.

      If the FrameHandler succeeds the callback we transition to OPEN state and can now receive frames if not demanding, or can now call CoreSession.demand(long) to receive frames if demanding. If the FrameHandler fails the callback a close frame will be sent with CloseStatus.SERVER_ERROR and the connection will be closed.

      Specified by:
      onOpen in interface FrameHandler
      Parameters:
      coreSession - the session associated with this connection.
      callback - the callback to indicate success in processing (or failure)

    • onFrame

      public void onFrame(Frame frame, Callback callback)
      Description copied from interface: FrameHandler
      Receiver of all Frames. This method will never be called in parallel for the same session and will be called sequentially to satisfy all outstanding demand signaled by calls to CoreSession.demand(long). Control and Data frames are passed to this method. Close frames may be responded to by the handler, but if an appropriate close response is not sent once the callback is succeeded, then a response close will be generated and sent.
      Specified by:
      onFrame in interface FrameHandler
      Specified by:
      onFrame in interface IncomingFrames
      Parameters:
      frame - the raw frame
      callback - the callback to indicate success in processing frame (or failure)

    • onClose

      public void onClose(Frame frame, Callback callback)

    • onClosed

      public void onClosed(CloseStatus closeStatus, Callback callback)
      Description copied from interface: FrameHandler
      This is the Close Handshake Complete event.

      The connection is now closed, no reading or writing is possible anymore. Implementations of FrameHandler can cleanup their resources for this connection now. This method will be called only once.

      Specified by:
      onClosed in interface FrameHandler
      Parameters:
      closeStatus - the close status received from remote, or in the case of abnormal closure from local.
      callback - the callback to indicate success in processing (or failure)

    • onError

      public void onError(Throwable cause, Callback callback)
      Description copied from interface: FrameHandler
      An error has occurred or been detected in websocket-core and being reported to FrameHandler. A call to onError will be followed by a call to FrameHandler.onClosed(CloseStatus, Callback) giving the close status derived from the error. This will not be called more than once, FrameHandler.onClosed(CloseStatus, Callback) will be called on the callback completion.
      Specified by:
      onError in interface FrameHandler
      Parameters:
      cause - the reason for the error
      callback - the callback to indicate success in processing (or failure)

    • isDemanding

      public boolean isDemanding()
      Description copied from interface: FrameHandler
      Does the FrameHandler manage it's own demand?
      Specified by:
      isDemanding in interface FrameHandler
      Returns:
      true iff the FrameHandler will manage its own flow control by calling CoreSession.demand(long) when it is willing to receive new Frames. Otherwise the demand will be managed by an automatic call to demand(1) after every succeeded callback passed to FrameHandler.onFrame(Frame, Callback).

    • getMessageHandlers

      public Set<javax.websocket.MessageHandler> getMessageHandlers()

    • getMessageHandlerMap

      public Map<Byte,RegisteredMessageHandler> getMessageHandlerMap()

    • getBinaryMetadata

      public JavaxWebSocketMessageMetadata getBinaryMetadata()

    • getTextMetadata

      public JavaxWebSocketMessageMetadata getTextMetadata()

    • addMessageHandler

      public <T> void addMessageHandler(Class<T> clazz, javax.websocket.MessageHandler.Partial<T> handler)

    • addMessageHandler

      public <T> void addMessageHandler(Class<T> clazz, javax.websocket.MessageHandler.Whole<T> handler)

    • removeMessageHandler

      public void removeMessageHandler(javax.websocket.MessageHandler handler)

    • toString

      public String toString()
      Overrides:
      toString in class Object

    • onPing

      public void onPing(Frame frame, Callback callback)

    • onPong

      public void onPong(Frame frame, Callback callback)

    • onText

      public void onText(Frame frame, Callback callback)

    • onBinary

      public void onBinary(Frame frame, Callback callback)

    • onContinuation

      public void onContinuation(Frame frame, Callback callback)

    • getUpgradeRequest

      public UpgradeRequest getUpgradeRequest()