A library for easily creating WebRTC data channel connections in Rust.
toml
[dependencies]
cyberdeck = "0.0.12"
rust
let mut peer = Peer::new(move |peer_id, e| async move {
match e {
PeerEvent::DataChannelMessage(c, m) => {
println!(
"{}::Recieved a message from channel {} with id {}!",
peer_id,
c.label(),
c.id()
);
let msg_str = String::from_utf8(m.data.to_vec()).unwrap();
println!(
"{}::Message from DataChannel '{}': {}",
peer_id,
c.label(),
msg_str
);
}
PeerEvent::DataChannelStateChange(c) => {
if c.ready_state() == RTCDataChannelState::Open {
println!("{}::DataChannel '{}'", peer_id, c.label());
c.send_text("Connected to client!".to_string())
.await
.unwrap();
} else if c.ready_state() == RTCDataChannelState::Closed {
println!("{}::DataChannel '{}'", peer_id, c.label());
}
}
PeerEvent::PeerConnectionStateChange(s) => {
println!("{}::Peer connection state: {} ", peer_id, s)
}
}
})
.await?;
let answer = peer.receive_offer(&offer).await?;
You can try out this code by going to https://jsfiddle.net/ndgvLuyc/
echo <code you copied from above> | cargo run --example receiverWebRTC works in it's most basic form by having the client and server exchange strings that represent their networking information. A signaling server is just some API that you exchange that information through. You can see a simple signaling server implemented with a single POST http handler here in this example here.
bash
cargo run --example signaling_server
This project is licensed under either of
at your option.
Unless you explicitly state otherwise, any contribution intentionally submitted
for inclusion in cyberdeck by you, as defined in the Apache-2.0 license, shall be
dual licensed as above, without any additional terms or conditions.