teahubxyzandClaude Fable 5.1
1aeebac6f2
tools/harness.sh resume seeds IndexedDB with a station and one rendered track, resumes it with no user gesture and expects the TAP TO PLAY wait. IndexedDB needs http, so the page is served from a temp folder; headless Chrome's virtual time doesn't wait for IndexedDB, so this mode is driven in real time over the DevTools protocol (tools/harness-cdp.py, stdlib only). The loop harness now prints state.phase too. ARCHITECTURE.md describes the machine as implemented; HANDOFF.md lists what was found and left alone; STORAGE.md gains db.get and the tapes store (the code already had both); README points at the new files. Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01K6897PWcUEwHiqZMcVnNF6
36 lines
3.0 KiB
HTML
36 lines
3.0 KiB
HTML
<!doctype html>
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<meta charset="utf-8">
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<title>harness</title>
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<p>This file is a fragment: tools/harness.sh appends everything from the marker below to index.html and runs it.</p>
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<!-- harness -->
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<script>
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try {
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let renderDelay = 50, n = 0;
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venice = async function (path, body, { raw = false } = {}) {
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if (path.includes("chat")) return { choices: [{ message: { content: JSON.stringify({ title: "T" + (++n), tags: "lo-fi, piano, instrumental", lyrics: "[verse]\nla\n[chorus]\nlo", bpm: 80, key: "C major", energy: 0.4, seconds: 30, meter: "4/4", station: "Test FM", line: "hi" }) } }] };
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if (path === "/render") { await new Promise((r) => setTimeout(r, renderDelay)); const b = wavBlob(new Int16Array(8000 * 2), 8000); return new Response(b, { headers: { "content-type": "audio/wav", "x-cost": "0.001", "x-renderer": "test" } }); }
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throw new Error("unexpected " + path);
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};
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const log = []; const dd = document.createElement("pre"); dd.id = "diag"; document.body.append(dd);
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const L = (m) => { log.push(m); dd.textContent = log.join("\n"); };
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const S = (tag) => L(tag + "\n phase=" + state.phase + " src=" + String(state.audio.src).slice(5, 14) + " paused=" + state.audio.paused + " playing=" + state.playing + " holding=" + !!state.holding + " cur=" + (state.current && state.current.spec.title) + " next=" + (state.nextJob && state.nextJob.spec.title) + " nextblob=" + !!(state.nextJob && state.nextJob.blob) + " crackle=" + crackle.on + " loop=" + state.audio.loop);
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window.addEventListener("error", (e) => L("ERR " + e.message + " @" + e.lineno));
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window.addEventListener("unhandledrejection", (e) => L("REJ " + (e.reason && (e.reason.stack || e.reason)).toString().slice(0, 200)));
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const sleep = (ms) => new Promise((r) => setTimeout(r, ms));
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const ended = () => { state.audio.dispatchEvent(new Event("ended")); };
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(async () => {
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document.dispatchEvent(new Event("keydown")); await sleep(300);
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openStation("test seed"); await sleep(1500); S("after first expect phase=playing cur=T1 playing, next=T2 nextblob=true");
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ended(); await sleep(600); S("after ended expect cur=T2 playing, holding=false");
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renderDelay = 3000; state.nextJob = null; cookNext(); await sleep(300); S("slow cook started expect next cooking, nextblob=false");
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ended(); await sleep(600); S("ended, nothing ready expect phase=holding holding=true loop=true");
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await sleep(3500); S("track landed expect holding=true loop=false (queued behind the crackle)");
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ended(); await sleep(600); S("crackle pass ended expect phase=playing cur=that track playing, holding=false");
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renderDelay = 50; document.querySelector("#play").click(); await sleep(600); S("after pause expect paused=true crackle=true");
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document.querySelector("#play").click(); await sleep(300); S("after resume expect paused=false crackle=false");
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document.querySelector("#skip").click(); await sleep(1500); S("after skip expect a new cur");
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L("END");
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})();
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} catch (e) { const p = document.createElement("pre"); p.id = "diag"; p.textContent = "TOPERR " + e.message; document.body.append(p); }
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</script>
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