Burns in drives for servers. SMART short, long and Surface Pass test to verify your drives before RAID deployment. Your drive(s) will be ZEROED out.
3e0000528f
Go live against real TrueNAS SCALE 25.10: - Remove mock-truenas dependency; mount SSH key as Docker secret - Filter expired disk records from /api/v2.0/disk (expiretime field) - Route all SMART operations through SSH (SCALE 25.10 removed REST smart/test endpoint) - Poll drive temperatures via POST /api/v2.0/disk/temperatures (SCALE-specific) - Store raw smartctl output in smart_tests.raw_output for proof of test execution - Fix percent-remaining=0 false jump to 100% on test start - Fix terminal WebSocket: add mounted key file fallback (/run/secrets/ssh_key) - Fix WebSocket support: uvicorn → uvicorn[standard] (installs websockets) HBA/system sensor temps on dashboard: - SSH to TrueNAS and run sensors -j each poll cycle - Parse coretemp (CPU package) and pch_* (PCH/chipset — storage I/O proxy) - Render as compact chips in stats bar, color-coded green/yellow/red - Live updates via new SSE system-sensors event every 12s Adaptive concurrency signal: - Thermal pressure indicator in stats bar: hidden when OK, WARM/HOT when running burn-in drives hit temp_warn_c / temp_crit_c thresholds - Thermal gate in burn-in queue: jobs wait up to 3 min before acquiring semaphore slot if running drives are already at warning temp; times out and proceeds Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> |
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