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https://github.com/logsol/chuck.js.git
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Jeena
47faae81e5
Self-contained test under poc-webrtc/ that does not touch the game. Spins up an Express + WebSocket signaling + node-datachannel server alongside a Socket.IO server, serves a simple browser client that runs the same game-like traffic pattern (14Hz worldUpdates, input events, ping/pong) over either transport based on a URL flag. Captures per-session stats to a JSONL file and ships an analyze.js that prints a per-(transport, phase) summary of RTT percentiles, receive rate, and seq-gap counts so the TCP-vs-UDP-style comparison becomes quantitative rather than eyeball. Confirms node-datachannel installs and works on this platform and that the dual-channel (reliable + unreliable) pattern is feasible to maintain — both prerequisites for the real integration.
20 lines
769 B
JavaScript
20 lines
769 B
JavaScript
// Socket.IO comparison client. Uses the same POC.attach() / POC.handleMessage()
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// interface as the WebRTC client so the comparison is apples-to-apples.
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(function () {
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const POC = window.POC;
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POC.setStatus("connecting (socketio)…", "wait");
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const sock = io({ path: "/socketio" });
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sock.on("connect", () => {
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POC.log("socket.io connected " + sock.id);
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POC.setStatus("connected (socket.io)", "ok");
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POC.attach((obj) => sock.emit("msg", obj));
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});
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sock.on("disconnect", () => {
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POC.log("socket.io disconnected");
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POC.setStatus("disconnected", "bad");
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});
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sock.on("connect_error", (err) => POC.log("socket.io error: " + err.message));
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sock.on("msg", (data) => POC.handleMessage(data));
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})();
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