use laminar::{Socket, Packet};
// create the socketlet (mut socket, packet_sender, _) = Socket::bind("127.0.0.1:12345")?;
// our datalet bytes = vec![...];
// You can create packets with different reliabilitieslet unreliable = Packet::unreliable(destination, bytes);let reliable = Packet::reliable_unordered(destination, bytes);
// We can specify on which stream and how to order our packets, checkout our book and documentation for more informationlet unreliable = Packet::unreliable_sequenced(destination, bytes, Some(1));let reliable_sequenced = Packet::reliable_sequenced(destination, bytes, Some(2));let reliable_ordered = Packet::reliable_ordered(destination, bytes, Some(3));
// send the created packetspacket_sender.send(unreliable_sequenced).unwrap();packet_sender.send(reliable).unwrap();packet_sender.send(unreliable_sequenced).unwrap();packet_sender.send(reliable_sequenced).unwrap();packet_sender.send(reliable_ordered).unwrap();

use laminar::{SocketEvent, Socket};
// create the socketlet (mut socket, _, packet_receiver) = Socket::bind("127.0.0.1:12346")?;
// wait until a socket event occurslet result = packet_receiver.recv();
match result {    Ok(socket_event) => {        match  socket_event {            SocketEvent::Packet(packet) => {                let endpoint: SocketAddr = packet.addr();                let received_data: &[u8] = packet.payload();            },            SocketEvent::Connect(connect_event) => { /* a client connected */ },            SocketEvent::Timeout(timeout_event) => { /* a client timed out */},        }    }    Err(e) => {        println!("Something went wrong when receiving, error: {:?}", e);    }}