// workerID is the ID for this transport endpoint.
// addr is the networking address to listen to.
func (s *System) NewTransport(workerID n.WorkerID, addr net.Addr) n.Transport {
u := tele.NewStructOverTCP()
l := newListener(workerID, os.Getpid(), u.Listen(addr))
return &Transport{
WorkerID: workerID,
Dialer: newDialer(l.Addr(), u),
Listener: l,
}
}
func NewServer(inAddr, outAddr string) (*Server, error) {
t := tele.NewStructOverTCP()
l := t.Listen(tcp.Addr(outAddr))
if outAddr == "" {
outAddr = l.Addr().String()
fmt.Println(outAddr)
}
srv := &Server{frame: trace.NewFrame("tele", "server"), tele: t, inAddr: inAddr, outAddr: outAddr}
srv.frame.Bind(srv)
go srv.loop(l)
return srv, nil
}
// workerID is the ID for this transport endpoint.
// addr is the networking address to listen to.
func (s *System) NewTransport(workerID n.WorkerID, addr net.Addr, key []byte) n.Transport {
var u *blend.Transport
if len(key) == 0 {
u = tele.NewStructOverTCP()
} else {
u = tele.NewStructOverTCPWithHMAC(key)
}
l := newListener(workerID, os.Getpid(), u.Listen(addr))
return &Transport{
WorkerID: workerID,
Dialer: newDialer(l.Addr(), u),
Listener: l,
}
}
func NewClient(inAddr, outAddr string) {
cli := &Client{frame: trace.NewFrame("tele", "client"), outAddr: outAddr}
cli.frame.Bind(cli)
// Make teleport transport
t := tele.NewStructOverTCP()
// Listen on input TCP address
l, err := net.Listen("tcp", inAddr)
if err != nil {
cli.frame.Printf("listen on teleport address %s (%s)", inAddr, err)
os.Exit(1)
}
if inAddr == "" {
inAddr = l.Addr().String()
fmt.Println(inAddr)
}
cli.tele, cli.inAddr = t, inAddr
go cli.loop(l)
return
}