FindDiskKiller 1.2.0
FindDiskKiller 1.2.0
This release adds AI Storage analysis and safe cleanup for supported Codex and
Claude Code conversations, with explicit user control over every scan and
deletion.
Highlights
- Analyze Codex and Claude Code storage in parallel, grouped by provider,
project, conversation, subagent, and file category. - Start or refresh analysis only after an explicit click. Opening AI Storage,
navigating back to it, rebuilding the view, or waking the Mac never starts a
scan automatically. - Distinguish physical disk measurement from conversation attribution quality,
with structured diagnostics that explain incomplete or ambiguous data. - Review and permanently delete selected supported conversations through the
providers' official interfaces. Active, changed, incompatible, and
unsupported conversations are skipped rather than force-deleted. - Batch-select conversations by age and filters, review provider capabilities,
immediate releasable bytes, logical cleanup, and retained project data before
confirming deletion.
Improvements
- Keep cached results interactive while an explicit refresh is running and show
real scan phases and processed counts without fabricated percentages. - Improve project attribution, responsive layouts, narrow-window navigation,
thread details, filters, selection controls, and cleanup result reporting. - After a successful cleanup, hide stale measurements and show a dedicated
completion summary until the user chooses to analyze again. - Avoid navigation skeletons when AI Storage has no data to load, eliminating a
flash when switching into the feature before the first analysis.
Safety and limitations
- AI Storage scans remain read-only and do not checkpoint or modify provider
databases. Cleanup never falls back to direct SQLite writes or manual file
deletion when an official provider operation fails. - Claude Desktop and Cowork conversations must still be deleted in Claude
Desktop because no stable public third-party deletion interface is available. - Database row deletion may be a logical cleanup without immediately shrinking
the SQLite file; only verified exclusive file allocations are reported as
immediately releasable space.