diff options
Diffstat (limited to 'scrypted/scrypted-viewport.ts')
| -rw-r--r-- | scrypted/scrypted-viewport.ts | 131 |
1 files changed, 75 insertions, 56 deletions
diff --git a/scrypted/scrypted-viewport.ts b/scrypted/scrypted-viewport.ts index 56b7186..7156fba 100644 --- a/scrypted/scrypted-viewport.ts +++ b/scrypted/scrypted-viewport.ts @@ -6,7 +6,7 @@ // short git hash of the commit that added this constant — if the // hash in the log doesn't match the HEAD this file came from, the // Scrypted Script editor is still on stale code. -const SCRIPT_VERSION = "568de10"; +const SCRIPT_VERSION = "pending"; // // Architecture // ------------ @@ -366,6 +366,18 @@ class ScryptedViewportProvider extends ScryptedDeviceBase if (G.__viewportRegisterInterval) { try { clearInterval(G.__viewportRegisterInterval); } catch {} } + // Tear down any camera event listeners left over from a + // previous script load (same Scripts-sandbox lifecycle gap as + // the setInterval handle). Without this every re-paste stacks + // an extra callback on the camera, producing duplicate stream + // starts + concurrent snapshot transforms that race for the + // firmware decoder lock and visibly degrade quality. + if (Array.isArray(G.__viewportListenerCleaners)) { + for (const remove of G.__viewportListenerCleaners) { + try { remove(); } catch {} + } + } + G.__viewportListenerCleaners = []; G.__viewportRegisterInterval = setInterval(() => { for (const v of this.viewports.values()) { this.registerViewport(v).catch(() => {}); @@ -539,6 +551,16 @@ class ScryptedViewportProvider extends ScryptedDeviceBase this.handleCameraEvent(v, details, data); }); this.listeners.set(v.nativeId!, reg); + // Track on globalThis so script reload can remove this + // listener from the camera plugin. Without that, every + // re-paste leaves a dead callback subscribed to the camera + // and every motion/doorbell event triggers handleCameraEvent + // N times for N stacked reloads — observable as duplicate + // "stream start" log lines + two simultaneous pushSnapshots + // racing for the firmware decoder lock. + const G = globalThis as any; + if (!G.__viewportListenerCleaners) G.__viewportListenerCleaners = []; + G.__viewportListenerCleaners.push(() => { try { reg.removeListener(); } catch {} }); this.console.log(`viewport "${tag}": subscribed to "${cam.name}"`); } @@ -953,70 +975,67 @@ class ScryptedViewportProvider extends ScryptedDeviceBase try { currentProc?.kill("SIGTERM"); } catch {} }); - // Periodic stream-health log. Emits delivered fps + sustained - // MB/s + socket.write p50/p95/max + drop count + backpressure - // flag every 10s. drops here count frames the demux loop - // threw away because the socket wasn't connected yet (initial - // race at stream start) — once the socket is up we keep - // writing past kernel backpressure and let the firmware's - // FIONREAD skip drop the stale frames before decode. - const skipLogger = setInterval(() => { + // Unified stream-health log every 10s: Scrypted-side sent fps + // + firmware-side painted fps side-by-side, so the user can + // see at a glance "we sent N, the panel showed M." The gap + // (sent - painted) is what the firmware's FIONREAD skip + // dropped to keep the panel showing the freshest frame. + // Includes firmware-side per-stage timings (recv/dec/paint/ + // idle min/avg/max) + glass-to-glass age of the most recent + // painted frame. /state poll is folded in so there's one log + // line per window instead of two interleaved timelines. + const streamLogger = setInterval(async () => { const now = Date.now(); const window = (now - lastLogUs) / 1000; - if (window > 0 && (sentFrames > 0 || droppedFrames > 0)) { - const sentRate = sentFrames / window; - const dropRate = droppedFrames / window; - const mbPerSec = (bytesSent / window) / (1024 * 1024); - const sortedW = writeLatencies.slice().sort((a, b) => a - b); - const p50 = sortedW.length ? sortedW[Math.floor(sortedW.length * 0.5)] : 0; - const p95 = sortedW.length ? sortedW[Math.floor(sortedW.length * 0.95)] : 0; - const max = sortedW.length ? sortedW[sortedW.length - 1] : 0; - this.console.log( - `stream "${v.name}": ${sentRate.toFixed(1)} fps, ${mbPerSec.toFixed(2)} MB/s ` + - `over ${window.toFixed(1)}s ` + - `(drops=${droppedFrames}=${dropRate.toFixed(1)} fps) ` + - `socket.write p50=${p50}ms p95=${p95}ms max=${max}ms ` + - `backpressured=${socketBackpressured}`); - droppedFrames = 0; - sentFrames = 0; - bytesSent = 0; - writeLatencies.length = 0; - lastLogUs = now; - } - }, 10_000); - abort.signal.addEventListener("abort", () => clearInterval(skipLogger)); - - // Periodic /state poll to surface firmware-side window stats + - // computed glass-to-glass. Runs every 5s while the stream is - // active. g2g = (nowUsLow - last_paint_event_us_low) with - // 32-bit wrap; clamped to a 30s sanity ceiling because event - // timestamps from before the stream started are stale and - // would yield gigantic apparent latencies. - const fwPoller = setInterval(async () => { + if (window <= 0 || (sentFrames === 0 && droppedFrames === 0)) return; + const sentRate = sentFrames / window; + const dropRate = droppedFrames / window; + const mbPerSec = (bytesSent / window) / (1024 * 1024); + const sortedW = writeLatencies.slice().sort((a, b) => a - b); + const p50 = sortedW.length ? sortedW[Math.floor(sortedW.length * 0.5)] : 0; + const p95 = sortedW.length ? sortedW[Math.floor(sortedW.length * 0.95)] : 0; + const max = sortedW.length ? sortedW[sortedW.length - 1] : 0; + + // Best-effort firmware-side snapshot. Timeout < 1s so a + // missed /state never wedges the logger. + let painted = "?", paintedMb = "?", g2g = "?", paintedNum = -1; + let recvStr = "?", decStr = "?", paintStr = "?", idleStr = "?"; try { const st: any = await fetch(`http://${v.host}/state`, { - signal: AbortSignal.timeout(1500), + signal: AbortSignal.timeout(800), }).then(r => r.json()); const fs = st?.stream; - if (!fs || !fs.frames) return; - const fps = fs.window_us > 0 ? (fs.frames / (fs.window_us / 1e6)) : 0; - const mb = fs.window_us > 0 ? ((fs.bytes / (fs.window_us / 1e6)) / (1024 * 1024)) : 0; - let g2gMs = -1; - if (fs.last_paint_event_us_low) { + if (fs?.frames && fs.window_us > 0) { + paintedNum = fs.frames / (fs.window_us / 1e6); + painted = paintedNum.toFixed(1); + paintedMb = ((fs.bytes / (fs.window_us / 1e6)) / (1024 * 1024)).toFixed(2); + recvStr = `${fs.recv_min_us}/${fs.recv_avg_us}/${fs.recv_max_us}`; + decStr = `${fs.dec_min_us}/${fs.dec_avg_us}/${fs.dec_max_us}`; + paintStr = `${fs.paint_min_us}/${fs.paint_avg_us}/${fs.paint_max_us}`; + idleStr = `${fs.idle_min_us}/${fs.idle_avg_us}/${fs.idle_max_us}`; + } + if (fs?.last_paint_event_us_low) { const nowUsLow = (Date.now() * 1000) >>> 0; const diff = (nowUsLow - fs.last_paint_event_us_low) >>> 0; - if (diff < 30_000_000) g2gMs = diff / 1000; + if (diff < 30_000_000) g2g = (diff / 1000).toFixed(0) + "ms"; } - this.console.log( - `firmware "${v.name}": fps=${fps.toFixed(1)} ${mb.toFixed(2)}MB/s | ` + - `recv=${fs.recv_min_us}/${fs.recv_avg_us}/${fs.recv_max_us}us | ` + - `dec=${fs.dec_min_us}/${fs.dec_avg_us}/${fs.dec_max_us}us | ` + - `paint=${fs.paint_min_us}/${fs.paint_avg_us}/${fs.paint_max_us}us | ` + - `idle=${fs.idle_min_us}/${fs.idle_avg_us}/${fs.idle_max_us}us | ` + - `g2g=${g2gMs >= 0 ? g2gMs.toFixed(0) + "ms" : "(no event yet)"}`); - } catch { /* /state timeout is fine, try next tick */ } - }, 5_000); - abort.signal.addEventListener("abort", () => clearInterval(fwPoller)); + } catch { /* keep the local stats; firmware-side just shows ? */ } + + const skipped = paintedNum >= 0 ? Math.max(0, sentRate - paintedNum).toFixed(1) : "?"; + this.console.log( + `stream "${v.name}": sent=${sentRate.toFixed(1)}fps painted=${painted}fps ` + + `(fw-skipped=${skipped}fps, drops=${droppedFrames}) ` + + `${mbPerSec.toFixed(2)}MB/s sent / ${paintedMb}MB/s painted | ` + + `socket.write p50=${p50}ms p95=${p95}ms max=${max}ms backpressured=${socketBackpressured} | ` + + `recv=${recvStr}us dec=${decStr}us paint=${paintStr}us idle=${idleStr}us | g2g=${g2g}`); + + droppedFrames = 0; + sentFrames = 0; + bytesSent = 0; + writeLatencies.length = 0; + lastLogUs = now; + }, 10_000); + abort.signal.addEventListener("abort", () => clearInterval(streamLogger)); const timeoutMs = v.idleTimeoutMs > 0 ? v.idleTimeoutMs : DEFAULT_IDLE_TIMEOUT_MS; const timeout = setTimeout(() => { |