nio

Value Members

1. lazy val DefaultAsynchronousChannelGroup: AsynchronousChannelGroup

2. def connect(to: InetSocketAddress, reuseAddress: Boolean = true, sndBufferSize: Int = 256 * 1024, rcvBufferSize: Int = 256 * 1024, keepAlive: Boolean = false, noDelay: Boolean = false)(implicit AG: AsynchronousChannelGroup): Process[Task, Exchange[ByteVector, ByteVector]]

   Process that connects to remote server (TCP) and provides one exchange representing connection to that server

   Process that connects to remote server (TCP) and provides one exchange representing connection to that server

   to

   Address of remote server

   reuseAddress

   whether address has to be reused (@see java.net.StandardSocketOptions.SO_REUSEADDR)

   sndBufferSize

   size of send buffer (@see java.net.StandardSocketOptions.SO_SNDBUF)

   rcvBufferSize

   size of receive buffer (@see java.net.StandardSocketOptions.SO_RCVBUF)

   keepAlive

   whether keep-alive on tcp is used (@see java.net.StandardSocketOptions.SO_KEEPALIVE)

   noDelay

   whether tcp no-delay flag is set (@see java.net.StandardSocketOptions.TCP_NODELAY)

   returns

3. object file

4. def server(bind: InetSocketAddress, reuseAddress: Boolean = true, rcvBufferSize: Int = 256 * 1024)(implicit AG: AsynchronousChannelGroup): Process[Task, Process[Task, Exchange[ByteVector, ByteVector]]]

   Process that binds to supplied address and provides accepted exchanges representing incoming connections (TCP) with remote clients When this process terminates all the incoming exchanges will terminate as well

   Process that binds to supplied address and provides accepted exchanges representing incoming connections (TCP) with remote clients When this process terminates all the incoming exchanges will terminate as well

   bind

   address to which this process has to be bound

   reuseAddress

   whether address has to be reused (@see java.net.StandardSocketOptions.SO_REUSEADDR)

   rcvBufferSize

   size of receive buffer (@see java.net.StandardSocketOptions.SO_RCVBUF)

   returns