c14ccd2df1
Round 1 stopped the compression worker deleting an upload's original on failure — a transient ENOSPC or a codec panic must never destroy the only copy of a photo a guest cannot retake. But it left `Upload::soft_delete`'s quota refund in place, so the bytes stayed on disk while the uploader was charged nothing for them. That is worse than it first looks. The row is soft-deleted, so the file is invisible and unowned; a guest hitting a reproducible codec failure can accumulate orphans indefinitely at zero personal cost. And `active_uploaders` counts only users with non-deleted uploads, so dropping out of that count RAISES everyone's per-user ceiling — the leak loosens the very quota meant to contain it. Keep the refund: the uploader didn't cause the failure and shouldn't silently lose quota to it. Bound the leak instead, with an hourly sweep alongside the existing session cleanup in `spawn_periodic_tasks`, reclaiming failed originals older than 14 days — comfortably longer than any single event, so an operator investigating a failed upload still has the file. The selection predicate is the entire safety argument, so it is deliberately narrow: `compression_status = 'failed'` AND soft-deleted AND past the window AND `original_path <> ''`. That is exactly the state the give-up path leaves behind, and it cannot reach a live upload, an owner-deleted one, or a failure still inside its recovery window. `original_path` is cleared after a successful reclaim, which makes the sweep idempotent — otherwise a row whose file is already gone is re-selected on every tick forever. The row itself is kept as the audit trail. Tests reproduce the selection verbatim (same pattern as upload_concurrency) and assert it against five near-misses that must survive, both sides of the retention boundary, and the idempotence property. Also fixes two comments in export.rs still claiming "the compression worker hard-deletes an original when its transcode fails" — no longer true, and the defensive handling they justify is now justified by this sweep and by ordinary deletes instead. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
6.5 KiB
6.5 KiB