val disconnect : t -> unit Lwt.tDisconnect from the dual IPv4 and IPv6 stack. While this might take some time to complete, it can never result in an error.
module UDP : Tcpip.Udp.S with type ipaddr = Ipaddr.tmodule TCP : Tcpip.Tcp.S with type ipaddr = Ipaddr.tmodule IP : Tcpip.Ip.S with type ipaddr = Ipaddr.tudp t obtains a descriptor for use with the UDP module, usually to transmit traffic.
tcp t obtains a descriptor for use with the TCP module, usually to initiate outgoing connections.
ip t obtains a descriptor for use with the IP module, which can handle raw IPv4 and IPv6 frames, or manipulate IP address configuration on the stack interface.
val listen_udp : t -> port:int -> UDP.callback -> unitlisten_udp t ~port cb registers the cb callback on the UDP port and immediately return. If port is invalid (not between 0 and 65535 inclusive), it raises Invalid_argument. Multiple bindings to the same port will overwrite previous bindings, so callbacks will not chain if ports clash.
val listen_tcp :
?keepalive:Tcpip.Tcp.Keepalive.t ->
t ->
port:int ->
(TCP.flow -> unit Lwt.t) ->
unitlisten_tcp ~keepalive t ~port cb registers the cb callback on the TCP port and immediately return. If port is invalid (not between 0 and 65535 inclusive), it raises Invalid_argument. Multiple bindings to the same port will overwrite previous bindings, so callbacks will not chain if ports clash. If ~keepalive is provided then these keepalive settings will be applied to the accepted connections before the callback is called.
val listen : t -> unit Lwt.tlisten t requests that the stack listen for traffic on the network interface associated with the stack, and demultiplex traffic to the appropriate callbacks.