Pup - the AI's own browser

@@ -8,8 +8,46 @@ const path = require('path'); const win32 = require('./win32'); // v2.0.311: an in-memory ring of the identity/foreground log lines, exposed on /status as `log`, so // a birth or caption can be debugged from the cloud instead of guessing (AD keeps no bridge stdout on disk).+// v2.0.315 LOOP TRACKER (John: "if you're going to move those out of ab's activity log... you need+// a tracking mechanism so you can look at your logs and realize 'oh shit, i sure spam my own+// loops'"). Every periodic loop is wrapped in trackedLoop(name, cadenceMs, fn): ticks, time per+// tick, and ticks-per-minute are counted; a loop that ticks faster than 1.5x its declared cadence or+// whose tick exceeds 2s logs a [loops] warning; once a minute a [loops] summary (ticks per loop + in-+// process Win32 calls per function) lands in the ring and on /status.loops for the dashboard.+const _loopStats = new Map();+function trackedLoop(name, cadenceMs, fn) {+  const st = { name, cadenceMs, ticks: 0, minuteTicks: 0, minuteAt: Date.now(), totalMs: 0, maxMs: 0, lastMs: 0, lastAt: 0, slow: 0, warned: 0 };+  _loopStats.set(name, st);+  return async (...a) => {+    const t0 = Date.now();+    if (t0 - st.minuteAt > 60000) { st.minuteAt = t0; st.minuteTicks = 0; }+    st.ticks++; st.minuteTicks++; st.lastAt = t0;+    const expectedPerMin = Math.max(1, Math.ceil(60000 / cadenceMs));+    if (st.minuteTicks > expectedPerMin * 1.5 && Date.now() - st.warned > 60000) { st.warned = Date.now(); console.log(`[loops] WARNING "${name}" ticked ${st.minuteTicks}x in the last minute (declared cadence ${cadenceMs}ms = ${expectedPerMin}/min) — a loop is spamming`); }+    try { return await fn(...a); }+    finally {+      const ms = Date.now() - t0; st.lastMs = ms; st.totalMs += ms; if (ms > st.maxMs) st.maxMs = ms;+      if (ms > 2000) { st.slow++; console.log(`[loops] "${name}" tick took ${ms}ms (cadence ${cadenceMs}ms)`); }+    }+  };+}+function loopReport() {+  const out = {};+  for (const [n, st] of _loopStats) out[n] = { cadenceMs: st.cadenceMs, ticks: st.ticks, lastMin: (Date.now() - st.minuteAt <= 60000 ? st.minuteTicks : 0), avgMs: st.ticks ? Math.round(st.totalMs / st.ticks) : 0, maxMs: st.maxMs, lastMs: st.lastMs, slowTicks: st.slow, lastAt: st.lastAt };+  return out;+}+let _win32CallsPrev = {};+setInterval(() => {+  try {+    const r = loopReport();+    const now = win32.stats ? win32.stats() : {};+    const delta = {}; for (const k of Object.keys(now)) { const d = now[k] - (_win32CallsPrev[k] || 0); if (d) delta[k] = d; } _win32CallsPrev = { ...now };+    const parts = Object.entries(r).filter(([, v]) => v.lastMin).map(([k, v]) => `${k}=${v.lastMin}x/${v.avgMs}ms`);+    console.log(`[loops] last minute: ${parts.join(' ') || '(idle)'} | win32: ${Object.entries(delta).map(([k, v]) => `${k}=${v}`).join(' ') || 'none'} | ab enum=${_enumWindow && Date.now() - _enumWindow.at < 60000 ? _enumWindow.n : 0}`);+  } catch (e) {}+}, 60000); const _logRing = [];-{ const _orig = console.log.bind(console); console.log = (...a) => { try { const t = a.map(x => typeof x === 'string' ? x : JSON.stringify(x)).join(' '); if (/^\[(hwnd|birth|focus|foreground|caption|screenshot|settings|annotate|launch)\]/.test(t)) { _logRing.push(new Date().toISOString().slice(11, 23) + ' ' + t.slice(0, 300)); if (_logRing.length > 300) _logRing.shift(); } } catch (e) {} _orig(...a); }; }   // v2.0.310: in-process Win32 (SetProp/GetProp/EnumWindows), no PowerShell+{ const _orig = console.log.bind(console); console.log = (...a) => { try { const t = a.map(x => typeof x === 'string' ? x : JSON.stringify(x)).join(' '); if (/^\[(hwnd|birth|focus|foreground|caption|screenshot|settings|annotate|launch|loops|visibility|health)\]/.test(t)) { _logRing.push(new Date().toISOString().slice(11, 23) + ' ' + t.slice(0, 300)); if (_logRing.length > 300) _logRing.shift(); } } catch (e) {} _orig(...a); }; }   // v2.0.310: in-process Win32 (SetProp/GetProp/EnumWindows), no PowerShell const os = require('os'); const { execSync, execFileSync, execFile } = require('child_process'); // v1.8.29: run a PowerShell script file with NO console window (windowsHide) and no cmd@@ -1014,6 +1052,17 @@ function attachTab(session, sessionId, page, { makeActive = true, opener = 'user     // vault grows the adom-you identity automatically (John authorized). Self-guarded, page-local.     // A synchronous Puppeteer binding stores the cred BEFORE the submit navigates away (a     // navigation would wipe the page global); the sweep-harvested global is the SPA fallback.+    // v2.0.315: the corner-pencil click PUSHES (binding) instead of being polled every 4s per tab.+    page.exposeFunction('__pupFloatyPush', (tabHint) => {+      try {+        const sF = sessions.get(sessionId); if (!sF) return;+        if (sF._annotateArmed && Date.now() - sF._annotateArmed < 4000) return;+        sF._annotateArmed = Date.now();+        const tF = (sF.tabs || []).find(t => t && t.page === page);+        console.log(`[floaty] "${sessionId}" pencil clicked (push) — arming capture watcher on ${tF ? tF.tabId : '?'}`);+        startAnnotation(sF, sessionId, 'user-floaty', { tool: 'pen', tabId: tF ? tF.tabId : null }).catch(() => {});+      } catch (e) {}+    }).catch(() => {});     page.exposeFunction('__pupCredCapture', (json) => {       (async () => {         try {@@ -5321,7 +5370,8 @@ function scheduleIconAudit(reason, delayMs = 25000) {   global.__auditTimer = setTimeout(() => { auditTaskbarIcons(reason).catch(() => {}); }, delayMs); } if (process.platform === 'win32') {-  setInterval(() => { if (sessions.size) auditTaskbarIcons('steady-state').catch(() => {}); }, 4 * 60 * 1000);+  // v2.0.315 (audit): the 4-minute steady-state audit (one UIAutomation PowerShell crawl of the whole+  // taskbar, forever) is retired; the audit still runs 25s after every identity churn via scheduleIconAudit. } // v2.0.235: the overlayBadges apply loop existed TWICE (dashboard set-setting + pup_configure). // A progress-tracker edit landed in both copies but its variable was declared in only one, so every@@ -7525,7 +7575,7 @@ const FLOATY_JS = `(() => {     }, 600); }     function tipHide() { clearTimeout(timer); tip.style.opacity = '0'; tip.style.transform = 'translateY(4px)'; }     btn.onmouseenter = tipShow; btn.onmouseleave = tipHide;-    btn.onclick = function () { tipHide(); btn.style.borderColor = '#00d4cb'; if (window.__pupStartAnnotate) { window.__pupStartAnnotate('pen'); } window.__pupFloatyClick = Date.now(); setTimeout(function () { btn.style.borderColor = 'rgba(0,184,177,.45)'; }, 1500); };+    btn.onclick = function () { tipHide(); btn.style.borderColor = '#00d4cb'; if (window.__pupStartAnnotate) { window.__pupStartAnnotate('pen'); } window.__pupFloatyClick = Date.now(); if (typeof window.__pupFloatyPush === 'function') { try { window.__pupFloatyPush('btn'); window.__pupFloatyClick = null; } catch (e) {} } setTimeout(function () { btn.style.borderColor = 'rgba(0,184,177,.45)'; }, 1500); };     // drag by grip (floating-windows skill: visible grip, viewport-clamped); a drag PINS it     (function () {       var drag = null;@@ -7550,7 +7600,7 @@ const FLOATY_JS = `(() => {     if (e.altKey && e.shiftKey && !e.ctrlKey && !e.metaKey && (e.key === 'A' || e.key === 'a')) {       e.preventDefault(); e.stopPropagation();       if (window.__pupStartAnnotate) { window.__pupStartAnnotate('pen'); }-      window.__pupFloatyClick = Date.now();+      window.__pupFloatyClick = Date.now(); if (typeof window.__pupFloatyPush === 'function') { try { window.__pupFloatyPush('hotkey'); window.__pupFloatyClick = null; } catch (e) {} }     }   }, true); })()`;@@ -8534,6 +8584,8 @@ function statusCore() {     enumWindows: { total: _enumCalls, lastMin: (Date.now() - _enumWindow.at < 60000 ? _enumWindow.n : 0) },     win32: { inProcess: win32.available(), why: win32.why() },   // v2.0.310: koffi loaded? (else PowerShell fallback)     log: _logRing.slice(-120),+    loops: loopReport(),+    win32Calls: win32.stats ? win32.stats() : {},     // the CURRENT identity mode, so a test harness asserts against what pup IS, not an assumption     settings: {       taskbarMode: st.aumidIcons !== 'on' ? 'plain' : (st.threadTiles === 'on' ? 'tiles' : 'aumid'),@@ -9289,7 +9341,7 @@ async function highFpsDowngrade(sessionId, why) {     return true;   } catch (e) { console.log(`[highfps] "${sessionId}" downgrade failed: ${e.message}`); return false; } }-setInterval(() => {+setInterval(trackedLoop('highfps-lease-janitor', 30000, () => {   const now = Date.now();   for (const [sid, rec] of [..._highFps]) {     if (!sessions.has(sid)) { _highFps.delete(sid); continue; }@@ -9306,7 +9358,7 @@ setInterval(() => {       console.log(`[highfps] "${sid}" lease expires in ~${Math.ceil(left / 60000)} min — call pup_highfps_extend {sessionId,minutes} to keep it, or start a recording (a running recording holds it open indefinitely)`);     }   }-}, 30000);+}), 30000);  // v2.0.285 RENDER LEASE / focus-emulation blank-window fix: REVERTED. Emulation.setFocusEmulationEnabled // (the lever it used to keep an occluded window's page painted) ACTIVATES the OS window — it@@ -11391,7 +11443,9 @@ async function withTimeout(promise, ms, label) { // //   - Stale-file cleanup still runs (PID dead → file deleted) so we don't //     accumulate junk for Chromes that genuinely crashed.-setInterval(async () => {+// v2.0.315 (audit): the standalone 30s health loop is folded into the 15s probe loop below+// (every other tick), so there is ONE browser-death detector instead of two.+async function healthLegacyTick() {   for (const [profileName, be] of browsers) {     if (!be.browser.isConnected()) {       console.log(`[health] browser for profile "${profileName}" disconnected — attempting reconnect`);@@ -11435,7 +11489,7 @@ setInterval(async () => {       deleteSessionFile(sf.sessionId);     }   }-}, 30_000);+}  // v1.0.16: the single source of truth for per-verb HINTS — used BOTH by // `pup_describe` (so AD's Verbs tab shows hint/related/pitfalls under each@@ -12236,7 +12290,7 @@ async function dashboardSnapshot() {   let depsOk = false; try { require.resolve('puppeteer'); depsOk = true; } catch (e) {}   return {     ts: now,-    bridge: { version: BRIDGE_VERSION, platform: process.platform, uptimeMs: Math.round(process.uptime() * 1000), depsOk, minimalTouch: minimalTouch(), flashedPending: _flashedHwnds.size, settings: pupSettings() },+    bridge: { version: BRIDGE_VERSION, platform: process.platform, uptimeMs: Math.round(process.uptime() * 1000), depsOk, minimalTouch: minimalTouch(), flashedPending: _flashedHwnds.size, settings: pupSettings(), loops: loopReport(), win32Calls: (win32.stats ? win32.stats() : {}), win32InProcess: win32.available(), abEnumLastMin: (_enumWindow && Date.now() - _enumWindow.at < 60000 ? _enumWindow.n : 0) },     counts: { windows: wins.length, tabs: wins.reduce((a, w) => a + w.tabCount, 0), browsers: browsers.size, threads: threads.length },     threads, profiles,     taskbarButtons: [...buttons.values()],@@ -12296,6 +12350,12 @@ select,input{background:#111b23;color:#e6edf3;border:1px solid #23303c;border-ra .btn.danger{border-color:#5c2b2b;color:#ff9d95} .btn.danger:hover{background:#2a1717;border-color:#f85149} .sub{margin-left:auto;color:#7d8f9f;font-size:12px}+.loops{margin:18px 0 6px;padding:10px 12px;border:1px solid #30363d;border-radius:8px;background:#161b22;font:11.5px ui-monospace,monospace;color:#8b949e}+.lpt{color:#7d8f9f;margin:2px 0 6px}+.lp{display:inline-block;margin:0 10px 6px 0;padding:2px 7px;border:1px solid #30363d;border-radius:6px;color:#c9d1d9}+.lp b{color:#00b8b1}+.lp.hot{border-color:#f85149;color:#f85149}+.lp.hot b{color:#f85149}  /* taskbar strip: mimic of the real Windows taskbar */ #toasts{position:fixed;bottom:18px;left:50%;transform:translateX(-50%);z-index:99999;display:flex;flex-direction:column-reverse;gap:8px;align-items:center}@@ -12544,6 +12604,7 @@ footer{color:#5c6c7a;font-size:11px;padding:8px 18px 22px} </div> <div id="taskbar"></div> <main id="m"><div class="empty">connecting...</div></main>+<div id="loops" class="loops"></div> <footer id="ft"></footer> <script> const _q=s=>document.querySelector(s); let SNAP=null; const COLL=new Set();@@ -12666,7 +12727,16 @@ function render(){           ).join('')+'</div></div></div>';       }).join('')+'</div></div>';   }).join(''):'<div class="empty">no pup windows open'+(th||q?' matching this filter':'')+'</div>';-  _q('#ft').textContent='bridge up '+ago(d.bridge.uptimeMs)+' \u00b7 '+d.bridge.platform+' \u00b7 deps '+(d.bridge.depsOk?'ok':'MISSING');+  _q('#ft').textContent='bridge up '+ago(d.bridge.uptimeMs)+' \u00b7 '+d.bridge.platform+' \u00b7 deps '+(d.bridge.depsOk?'ok':'MISSING')+' \u00b7 win32 '+(d.bridge.win32InProcess?'in-process':'powershell fallback');+  // v2.0.315 LOOP RADAR (John): the periodic loops and in-process Win32 calls no longer show in ab's+  // activity log, so they are shown HERE, per minute, with the declared cadence next to each so a+  // spamming loop stands out (ticks/min far above 60000/cadence).+  try{+    const lp=d.bridge.loops||{}; const w=d.bridge.win32Calls||{};+    const rows=Object.entries(lp).map(([n,v])=>{const exp=Math.max(1,Math.ceil(60000/v.cadenceMs));const hot=v.lastMin>exp*1.5;return '<span class="lp'+(hot?' hot':'')+'" title="declared cadence '+v.cadenceMs+'ms = '+exp+'/min; avg '+v.avgMs+'ms, max '+v.maxMs+'ms, '+v.ticks+' ticks total, '+v.slowTicks+' slow">'+n+' <b>'+v.lastMin+'</b>/'+exp+'</span>';}).join('');+    const wc=Object.entries(w).map(([n,v])=>n+'='+v).join(' ');+    _q('#loops').innerHTML='<div class="lpt">loops, ticks in the last minute (actual/declared)</div>'+rows+'<div class="lpt">in-process win32 calls since boot: '+(wc||'none')+' \u00b7 ab enum_windows last minute: '+(d.bridge.abEnumLastMin||0)+'</div>';+  }catch(e){} } function toast(msg,type){   const t=document.createElement('div');t.className='toast '+(type||'info');t.textContent=msg;@@ -19013,10 +19083,10 @@ const _onPupBound = async () => {   // v1.9.47: reclaim on boot (catches windows orphaned by a crash/restart) and then as a slow safety   // net, so an unbranded window can never persist even if its window-opened event was missed.   setTimeout(() => { reclaimUnmanagedWindows().catch(() => {}); }, 12000);-  setInterval(() => { if (minimalTouch()) return; reclaimUnmanagedWindows().catch(() => {}); }, 90000);+  setInterval(trackedLoop('reclaim-unmanaged', 90000, () => { if (minimalTouch()) return; return reclaimUnmanagedWindows().catch(() => {}); }), 90000);   // v1.9.279: the reconciler runs UNGATED (bookkeeping + identity only, never a process kill), so   // closed windows are reaped and stamp/settings drift is corrected within seconds, in every mode.-  setInterval(() => { reconcileModel('periodic').catch(() => {}); }, 8000);+  setInterval(trackedLoop('reconcile-model', 8000, () => reconcileModel('periodic').catch(() => {})), 8000);   // v2.0.161 (John: AUMID icons need a JANITOR, not just close-time cleanup): sweep orphaned   // Adom.Pup.* registry keys + prior-generation .ico caches on a slow cadence, so leaks from   // generation bumps, renamed/closed threads, and crashed windows never accumulate over a long@@ -19024,7 +19094,7 @@ const _onPupBound = async () => {   // sweep runs every 5 min and reaps even when nothing is live (an empty map long after boot means   // the keys are genuinely orphaned, and a re-stamp self-heals the rare reclaim race). reg.exe is   // only spawned every 5 min, so it adds no ab-log noise.-  setInterval(() => { try { pruneStaleAumids(); } catch (e) {} }, 300000);+  setInterval(trackedLoop('prune-stale-aumids', 300000, () => { try { pruneStaleAumids(); } catch (e) {} }), 300000);   // Build the notched category tiles once at boot (John's clean-backdrop-for-the-overlay idea).   // Fire-and-forget: pupIconPath serves the un-notched tile until this finishes, then it re-stamps.   ensureNotchedIcons().catch(() => {});@@ -19036,7 +19106,7 @@ const _onPupBound = async () => {   // reconnects, and every rescan already reconciles inline — the patrol is just a backstop, and a   // hot one multiplies any probe-judgement bug across every window (today's lesson).   setTimeout(() => { for (const [sid, s] of [...sessions]) reconcileSessionTabs(s, sid).catch(() => {}); }, 8000);-  setInterval(() => { if (minimalTouch()) return; for (const [sid, s] of [...sessions]) reconcileSessionTabs(s, sid).catch(() => {}); }, 300000);+  setInterval(trackedLoop('reconcile-session-tabs', 300000, () => { if (minimalTouch()) return; for (const [sid, s] of [...sessions]) reconcileSessionTabs(s, sid).catch(() => {}); }), 300000);   // v1.9.171 — CRASH SELF-HEAL. The shared Chrome dies two ways on heavy/hostile pages (measured   // repeatedly on the Autodesk sign-in flow), and pup must recover from BOTH without a human:   //@@ -19070,7 +19140,7 @@ const _onPupBound = async () => {   // it does not forbid resurrecting DEAD windows to restore the user's state - that restoration is   // exactly what the user wants after a sleep. (Hung-Chrome teardown, which DOES kill, stays gated.)   let _lastRecoveryTick = Date.now();-  setInterval(async () => {+  setInterval(trackedLoop('sleep-wake-heal', 20000, async () => {     if (process.platform !== 'win32' || pupSettings().sleepRecovery !== 'on') return;     const now = Date.now();     const gap = now - _lastRecoveryTick;@@ -19108,7 +19178,7 @@ const _onPupBound = async () => {         _healingIds.delete(sid);       }     }-  }, 20000);+  }), 20000);    // v1.9.255 NO-FAULT WATCH (John: "if the window does get foreground by chrome itself or a focus   // or some other reason, you do watch it for 20 seconds and put up a caption saying something like@@ -19117,7 +19187,7 @@ const _onPupBound = async () => {   // (zero steady-state cost). If the window surfaces without a granted foregroundReason: show the   // disclaimer caption (2s), mark it foreground (the IRON LAW: whatever raised it, it stays up),   // disarm. NEVER a knockback - that variant shipped as 1.9.252 and was rightly killed same day.-  setInterval(async () => {+  setInterval(trackedLoop('notmine-caption-watch', 2500, async () => {     // v2.0.292: fgWatch removed (its foreground-STEAL purpose died with off-screen birth; it was     // caption-only, a 20s-scoped duplicate of notMineCaption). The 20s self-foreground caption now     // honors notMineCaption — the single control for "a window fronted itself, Adom did not do it".@@ -19157,14 +19227,14 @@ const _onPupBound = async () => {         } catch (e) {}       }     } catch (e) {}-  }, 2500);+  }), 2500);    // v1.9.243 (John: "you have red led's galore in your dashboard. why?"). The overlay ENFORCER was   // dead on arrival: it sat inside the health interval ABOVE, whose first line is `if (minimalTouch())   // return;` — and minimal-touch is the normal mode, so it never ran once. Overlays are explicitly   // ALLOWED in minimal-touch (v1.9.191, gentle branding), so enforcement gets its OWN interval with no   // minimal-touch gate. 10s cadence: a window is never knowingly bare for more than ~10s.-setInterval(async () => {+setInterval(trackedLoop('overlay-enforcer', 4000, async () => {     if (process.platform !== 'win32') return;     // v2.0.67: floaty-click harvest runs BEFORE the identity gate (the pencil must work even when     // identity stamping is unsupported) and heartbeats so a dead sweep is visible in the log.@@ -19176,7 +19246,10 @@ setInterval(async () => {     // owner, so the in-page code returns immediately). At ~10 tabs that was 7.5 renderer wakeups per     // second, forever, on an idle machine. Now: ONE evaluate per tab returning both harvests, the     // dead title sweep deleted, and tabs are skipped entirely when neither feature can fire.-    try {+    // v2.0.315: both harvests now arrive by BINDING (push) the instant they happen; this poll is only+    // the fallback for a page that somehow lacks the bindings, so it runs every 8th tick (~32s).+    global.__floatyPollTick = (global.__floatyPollTick || 0) + 1;+    if (global.__floatyPollTick % 8 === 0) try {       const _capOn = pupSettings().captureLogins !== 'off';       for (const [sidF, sF] of [...sessions]) {         if (sF._lostBrowser || !(sF.tabs || []).length) continue;@@ -19276,9 +19349,12 @@ setInterval(async () => {         }).catch(() => {});       }     } catch (e) {}-  }, 4000);   // v1.9.329: 4s sweep (was 10s) — a bare window is now a visible notch-hole; heal it fast+  }), 4000);   // v1.9.329: 4s sweep (was 10s) — a bare window is now a visible notch-hole; heal it fast -  setInterval(async () => {+  let _healthTick = 0;+  setInterval(trackedLoop('health+user-activity', 15000, async () => {+    _healthTick++;+    if (_healthTick % 2 === 0) { try { await healthLegacyTick(); } catch (e) {} }   // the old 30s loop's duties     if (process.platform !== 'win32') return;     // v1.9.185 minimal-touch: NEVER kill or relaunch the user's Chrome behind their back. John:     // "you're just slapping monitoring on top of it so you can fucking restart it on me which is@@ -19339,19 +19415,19 @@ setInterval(async () => {         }       }     } catch (e) {}-  }, 15000);+  }), 15000);   // v1.9.166: taskbar-progress reconciler — clear any bar that is lit but shouldn't be.   // v1.9.181: only for sessions whose bar is ACTUALLY lit (_progressSince set). The old loop fired an   // AD desktop_taskbar call (a PowerShell round-trip on the desktop) for EVERY session EVERY 20s   // forever — with 10 windows that was 30 pointless PS invocations a minute pounding the machine pup   // is supposed to stay invisible on. Steady-state is now zero calls.-  setInterval(async () => {+  setInterval(trackedLoop('progress-reconciler', 20000, async () => {     if (process.platform !== 'win32' || taskbarActivityMode() !== 'progress') return;   // v2.0.292     for (const [sid, sess] of [...sessions]) {       const st = _busyState.get(sid);       if ((!st || !st.busy) && sess && sess._progressSince) { try { await setSessionProgress(sid, false); } catch (e) {} }     }-  }, 20000);+  }), 20000);   // v1.9.145 (John found v21-review stranded at -32000 all day) — PLACEMENT SWEEP. The healer   // (healOffscreenWindow) existed but only ran from a few verb paths, so a long-lived window that   // predated the on-screen park kept its off-screen geometry FOREVER — made worse by the reparent:@@ -19492,7 +19568,7 @@ public static class VS {   // unopenable window is not a safety net, it is the bug with a longer fuse. One PowerShell per   // 30s across the whole population is cheap next to that.   setTimeout(() => { sweepVisibility('startup').catch(() => {}); }, 8000);-  setInterval(() => { sweepVisibility('periodic').catch(() => {}); }, 30000);+  setInterval(trackedLoop('visibility-sweep', 30000, () => sweepVisibility('periodic').catch(() => {})), 30000);    // v1.9.89: reap ORPHANED pup chrome/renderers — any process under a pup-profiles dir whose profile   // has no live session (a previous bridge crash left them, or renderers that outlived a close and are@@ -19503,19 +19579,19 @@ public static class VS {   // v2.0.230: skip the PowerShell process enumeration entirely when there is nothing that could   // have leaked (no live sessions AND no session files on disk) — it was ~20 PowerShell spawns an   // hour on a totally idle machine.-  setInterval(() => {+  setInterval(trackedLoop('reap-orphan-chromes', 180000, () => {     if (!sessions.size) { try { if (!listSessionFiles().length) return; } catch (e) {} }     reapOrphanPupChromes().catch(() => {});-  }, 180000);+  }), 180000);    // v2.0.129: reap LEAKED isolated profile DIRECTORIES (iso-* throwaways whose window is long gone).   // Boot pass waits 60s so session recovery has fully settled first (never delete a profile an iso   // session is mid-recovery on); then a slow 15-min net drains the backlog a few at a time.   setTimeout(() => { reapLeakedIsolatedProfiles().catch(() => {}); }, 60000);-  setInterval(() => {+  setInterval(trackedLoop('reap-leaked-profiles', 900000, () => {     if (!sessions.size) { try { if (!listSessionFiles().length) return; } catch (e) {} }     reapLeakedIsolatedProfiles().catch(() => {});-  }, 15 * 60 * 1000);+  }), 15 * 60 * 1000);    // (audit 2.0.314) the 5-minute stale-session-file cleanup was a byte-for-byte duplicate of the   // tail of the 30s health loop; deleted.