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v1.9.1

jo-inc/camofox-browserv1.9.1May 7, 2026by skyfallsin

AI Summary

Optimizes memory leak reporting by raising thresholds and adding session gates to reduce noise, while fixing browser RSS capture and auto-close logic.

Key Highlights

  • Reduced memory leak noise by approximately 90% by raising the reporter threshold.
  • Added a session gate to skip reports when sessions are 0 and the browser is already dead.
  • Implemented browser RSS capture during growth to distinguish Node/Playwright leaks from Firefox shared-memory bleed.
  • Fixed misleading code comments regarding native memory metrics.
  • Auto-close bot now handles memory-leak issues with 0 contexts and 0 tabs.

New Features

  • Auto-close bot handling for memory-leak issues
  • Fixed misleading comment regarding native memory metrics

Full Release Notes

## Memory Leak Reporter Improvements

**Reduced noise from auto-reported memory leak issues by ~90%.**

### Changes

- **Raised reporter threshold** from 200MB → 400MB — the self-healing restart mechanism already handles growth at 200MB when idle, so we only report when self-healing *failed*
- **Added session gate** — skip reports when sessions=0 and browser is already dead (restart handled it). Extreme growth (>600MB) still reports as a safety net.
- **Capture browser RSS during growth** — `lastSeenBrowserRssMb` is now captured while the browser is alive (previously always null by report time). Enables distinguishing Node/Playwright leaks from Firefox shared-memory bleed.
- **Auto-close bot** now handles `memory-leak` issues with 0 contexts + 0 tabs (same pattern as stuck-issue handling)
- **Fixed misleading code comment** — native memory metric measures Node/Playwright state (CDP buffers, glibc arenas), not Firefox's jemalloc

### Context

Audit of 78 auto-reported memory-leak issues found all were self-healing conditions generating noise. The memory pressure restart (kills browser at 200MB growth when idle) was already handling these, but the reporter fired at the same threshold, creating duplicate signals for resolved conditions.