/// <summary>
/// Try to synchronously connect to the remote end of a pipe.
/// If peers is set to a vector containing a list of peers,
/// the connection will be attempted to be established with the listed
/// peer(s). The number of peers that the vector may contain depends on
/// the type of type. Unicast typically can only connect to a single peer.
/// </summary>
/// <param name="adv">Pipe Advertisement</param>
/// <param name="timeout">timeout in micro-seconds</param>
/// <param name="peers">optional vector of peers</param>
/// <returns></returns>
internal Pipe TimedConnect(PipeAdvertisement adv, long timeout, List <Peer> peers)
{
IntPtr ret = new IntPtr();
if (peers != null)
{
JxtaVector jVec = new JxtaVector();
jVec.self = jxta_vector_new(0);
foreach (Peer peer in peers)
{
jVec.Add(peer.self);
}
jxta_pipe_service_timed_connect(this.self, adv.self, timeout, jVec.self, ref ret);
}
else
{
jxta_pipe_service_timed_connect(this.self, adv.self, timeout, IntPtr.Zero, ref ret);
}
if (ret != IntPtr.Zero)
{
return(new Pipe(ret, adv));
}
else
{
return(null);
}
}
/// <summary>
/// Accept an incoming connection.
/// This function waits until the pipe is ready to receive messages, or until
/// the timeout is reached. The semantics of being ready to receive messages
/// depends on the type of pipe. After the first call to connect, the pipe
/// is set to wait for connection request. If a connection request arrives after
/// the timeout has been reached, it will be queued up, and a following call to
/// TimedAccept() will retrieve the connection request, until the pipe is released.
/// </summary>
/// <param name="adv">Pipe Advertisment of the pipe to connect to.</param>
/// <param name="timeout">timeout in micro-seconds</param>
/// <returns></returns>
internal Pipe TimedAccept(PipeAdvertisement adv, long timeout)
{
IntPtr ret = new IntPtr();
Errors.check(jxta_pipe_service_timed_accept(this.self, adv.self, timeout, ref ret));
return(new Pipe(ret, adv));
}
public InputPipe CreateInputPipe(PipeAdvertisement adv, PipeMsgListener pipeListener)
{
InputPipeImpl pipe = (InputPipeImpl)CreateInputPipe(adv);
pipe.AddListener(pipeListener);
return(pipe);
}
public OutputPipe CreateOutputPipe(PipeAdvertisement adv, long timeout)
{
Pipe pipe = new Pipe();
if (_pipeDictionary.TryGetValue(adv, out pipe) == true)
{
return(pipe.OutputPipe);
}
pipe = TimedConnect(adv, timeout * 1000, null);
_pipeDictionary.Add(adv, pipe);
return((pipe != null) ? pipe.OutputPipe : null);
}
public InputPipe CreateInputPipe(PipeAdvertisement adv)
{
Pipe pipe = new Pipe();
if (_pipeDictionary.TryGetValue(adv, out pipe) == true)
{
return(pipe.InputPipe);
}
pipe = TimedAccept(adv, 1000);
_pipeDictionary.Add(adv, pipe);
return(pipe.InputPipe);
}
internal Pipe(IntPtr self, PipeAdvertisement a)
: base(self)
{
adv = a;
}
internal InputPipeImpl(IntPtr self, PipeAdvertisement a)
: base(self)
{
adv = a;
}
