impl

Value Members

1. final def !=(arg0: Any): Boolean

   

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2. final def ##(): Int

   

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3. final def ==(arg0: Any): Boolean

   

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4. final def asInstanceOf[T0]: T0

   

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5. def clone(): AnyRef

   

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6. def computeFingerPrint(key: ByteVector): ByteVector

   

7. def computeHandshakeResponse(header: HttpRequestHeader, key: ByteVector): HttpResponseHeader

   

   creates the handshake response to complete websocket handshake on server side *

8. def controlStream[F[_]](pingPongs: Stream[F, PingPong], metronome: Stream[F, Unit], maxUnanswered: Int, flag: Boolean)(implicit F: Async[F]): Stream[F, WebSocketFrame]

   

   Creates control stream.

   Creates control stream. When control stream terminates WebSocket will terminate too.

   This takes ping-pong stream, for each Ping, this responds with Pong. For each Pong received this zeroes number of pings sent.

   pingPongs

   Stream of ping pongs received

   metronome

   A metronome that emits time to send Ping

   maxUnanswered

   Max unanswered pings to await before the stream terminates.

9. def createRequestHeaders(header: HttpRequestHeader, random: ⇒ ByteVector = randomBytes(16)): (HttpRequestHeader, ByteVector)

   

   Augments header to be correct for Websocket request (adding Sec-WebSocket-Key header) and returnng the correct header with expected SHA-1 response from the server

   Augments header to be correct for Websocket request (adding Sec-WebSocket-Key header) and returnng the correct header with expected SHA-1 response from the server

   random

   Random generator of 16 byte websocket keys

10. def cutFrame(in: ByteVector): Option[ByteVector]

    

    Cuts necessary data for decoding the frame, done by partially decoding the frame Empty if the data couldn't be decoded yet

    Cuts necessary data for decoding the frame, done by partially decoding the frame Empty if the data couldn't be decoded yet

    in

    Current buffer that may contain full frame

11. def decodeWebSocketFrame[F[_]](maxFrameSize: Int, flag: Boolean): Pipe[F, Byte, WebSocketFrame]

    

    Decodes websocket frame.

    Decodes websocket frame.

    This will fail when the frame failed to be decoded or when frame is larger than supplied maxFrameSize parameter.

    maxFrameSize

    Maximum size of the frame, including its header.

12. def encodeWebSocketFrame[F[_]](flag: Boolean): Pipe[F, WebSocketFrame, Byte]

    

    Encodes incoming frames to wire format.

13. final def eq(arg0: AnyRef): Boolean

    

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14. def equals(arg0: Any): Boolean

    

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15. def finalize(): Unit

    

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16. def frame2WebSocketFrame[F[_], A](maskKey: ⇒ Option[Int])(implicit W: Encoder[A]): Pipe[F, Frame[A], WebSocketFrame]

    

    Encodes received frome to WebSocketFrame.

    Encodes received frome to WebSocketFrame.

    maskKey

    A funtion that allows to generate random masking key. Masking is applied at client -> server direction only.

17. final def getClass(): Class[_]

    

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18. def hashCode(): Int

    

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19. final def isInstanceOf[T0]: Boolean

    

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20. val magic: ByteVector

    

21. final def ne(arg0: AnyRef): Boolean

    

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22. final def notify(): Unit

    

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23. final def notifyAll(): Unit

    

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24. def randomBytes(size: Int): ByteVector

    

    random generator, ascii compatible *

25. final def synchronized[T0](arg0: ⇒ T0): T0

    

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26. def toString(): String

    

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27. def validateResponse[F[_]](request: HttpRequestHeader, response: HttpResponseHeader, expectFingerPrint: ByteVector): Stream[F, Option[HttpResponseHeader]]

    

    Validates response received.

    Validates response received. If other than 101 status code is received, this evaluates to Some() If fingerprint won't match or the websocket headers wont match the request, this fails.

    request

    Sent request header

    response

    received header

    expectFingerPrint

    expected fingerprint in header

28. def verifyHeaderRequest[F[_]](header: HttpRequestHeader): Either[HttpResponse[F], ByteVector]

    

    Verifies validity of WebSocket header request (on server) and extracts WebSocket key

29. final def wait(): Unit

    

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30. final def wait(arg0: Long, arg1: Int): Unit

    

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31. final def wait(arg0: Long): Unit

    

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32. def webSocketFrame2Frame[F[_], A](pongQ: Queue[F, PingPong])(implicit R: Decoder[A]): Pipe[F, WebSocketFrame, Frame[A]]

    

    Collects incoming frames.

    Collects incoming frames. to produce and deserialize Frame[A].

    Also interprets WebSocket operations.

    • if Ping is received, supplied Queue is enqueued with true
    • if Pong is received, supplied Queue is enqueued with false
    • if Close is received, the WebSocket is terminated
    • if Continuation is received, the buffer of the frame is enqueued and later used to deserialize to A.

    pongQ

    Queue to notify about ping/pong frames.

33. def webSocketOf[F[_], I, O](pipe: Pipe[F, Frame[I], Frame[O]], pingInterval: Duration, maxFrameSize: Int, client2Server: Boolean)(implicit R: Decoder[I], W: Encoder[O], F: Async[F], S: Scheduler): Pipe[F, Byte, Byte]

    

    Creates websocket of supplied pipe

    Creates websocket of supplied pipe

    pingInterval

    If Finite, defines duration when keep-alive pings are sent to client If client won't respond with pong to 3x this internal, the websocket will be terminated by server.

    client2Server

    When true, this represent client -> server direction, when false this represents reverse direction