Persist blob sizes (covers + chapter pages) and surface upload storage
usage to admins in two places:
- Admin System tab: total/covers/chapters totals, ratio of disk, average
image sizes, and top-5 largest mangas/chapters leaderboards, behind a
new GET /api/v1/admin/storage endpoint (separate from /admin/system so
the cheap DB aggregates aren't coupled to its 250ms CPU sample).
- Manga detail page: total chapter-content size and per-chapter size,
with an em-dash for uncrawled or not-yet-measured chapters.
Sizes are captured at write time (crawler put_stream return, uploaded
page/cover byte length) into nullable pages.size_bytes /
mangas.cover_size_bytes columns; NULL means "not yet measured", distinct
from a real 0. A one-shot, idempotent admin "Backfill sizes" action
(POST /api/v1/admin/storage/backfill) stats pre-existing blobs in
keyset-paginated, capped batches and reports more_remaining so a large
legacy library can be drained over multiple runs.
Aggregates and leaderboards treat NULL honestly (only fully-measured
entities are ranked); a dashboard banner flags unmeasured rows so partial
figures aren't read as complete. persist_pages now prunes stale page rows
on a shrinking re-crawl so totals and page_count stay consistent.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Admin-only crawler dashboard backed by an SSE live-status stream,
coordinated browser restart, runtime PHPSESSID refresh, dead-letter
requeue, and a batch of reliability fixes. Closes everything from
the two-pass audit (10 commits' worth) and bumps 0.52.0 -> 0.55.0.
Backend:
- New /admin/crawler/* surface (cookie-auth, RequireAdmin) split
into status / control / dead_jobs / backlog modules. SSE stream
composes in-memory status with DB-derived queue counts, memoizes
the counts for 1s and debounces watch pokes for 250ms (~10x QPS
reduction per subscriber). One-shot GET /admin/crawler shares the
same compose path.
- POST /admin/crawler/run gated by manual_pass_lock try_lock_owned
(409 Conflict on overlapping click); browser restart goes through
the coordinated_restart gate (drain + relaunch + auto-clear of the
sticky session_expired flag on Ok).
- Runtime PHPSESSID refresh via SessionController (allow-list
validation, never logged, audit row carries SHA-256 fingerprint).
Storage layer is repo::crawler::runtime_session_{load,persist}.
- Dead-letter requeue with four scopes (all/manga/chapter/job);
scope=all requires confirm:true; DISTINCT ON dedup keeps the
partial unique index from rejecting requeues for chapters with
multiple dead rows. SQL is four &'static str constants per scope.
- StatusHandle + ChapterGuard / CoverGuard RAII model survives
panics; last-writer-wins on cover so concurrent dispatches don't
clobber each other's slot. Pure functions (should_stop /
should_mark_clean_exit / should_abort_pass) with named regression
tests.
- Reliability bundle: per-lease heartbeat, jitter on retries,
per-job timeout, circuit breaker on consecutive failures, BrowserManager
coordinated restart gate, request fingerprint changes.
- Streaming page download: Storage::put_stream trait method,
LocalStorage impl atomic via temp + fsync + UUID-suffixed rename.
Pages stream through with peak memory ~one HTTP chunk + 64-byte
sniff prefix instead of one full image per dispatch.
- New partial indexes (migration 0022): mangas_missing_cover_idx
and crawler_jobs_dead_idx, both ordered by updated_at DESC to
match the dashboard's LIMIT/OFFSET reads.
- Security hardening: admin_csrf_guard (Origin/Referer allowlist
on /admin/* mutations, opt-in via ADMIN_ALLOWED_ORIGINS),
admin_no_store_guard (Cache-Control: no-store on admin
responses), audit rows carry per-scope target_id.
Frontend:
- /admin/crawler page decomposed into lib/components/crawler/
(11 components: ProgressBar, SearchBar, CrawlerHero,
CrawlerControls, ActiveChaptersCard, ActiveJobsTable,
MissingCoversTable, DeadJobsTable, RestartConfirmModal,
RequeueAllConfirmModal, SessionModal). Page is 532 LOC of
orchestration; each component 22-148 LOC.
- EventSource lifecycle wired to visibilitychange / pagehide /
pageshow (BFCache); after 5 consecutive errors probes the status
endpoint so a 401 routes through the global on401Hook instead of
infinite silent reconnects.
- Backlog $effect refetches debounced 500ms with per-loader
AbortControllers; refresh after a control action only runs when
the SSE stream is dead.
- Inline requeue button on /admin/mangas patches the affected row's
sync_state locally (no full chapter-list refetch); proper
aria-label. Requeue-all gets its own confirm modal; both confirm
modals autofocus Cancel.
- SvelteKit reverse proxy bypasses its 5-minute AbortController
for Accept: text/event-stream; pure shouldBypassProxyTimeout
helper covered by unit tests.
Config / docs:
- New env vars (.env.example): ADMIN_ALLOWED_ORIGINS,
CRAWLER_JOB_TIMEOUT_SECS, CRAWLER_METADATA_MAX_CONSECUTIVE_FAILURES,
CRAWLER_BROWSER_RESTART_THRESHOLD.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The user-facing chapter list ordered by (number ASC, created_at ASC),
which broke the source site's order in two ways: non-numeric entries
("notice. : Officials") parsed to number=0 and clustered at the top,
even though the site placed them mid-list, and variants sharing a
number ("Ch.14 : PH" / "Ch.14 : Official") were torn apart by the
created_at tiebreak.
Capture each chapter's position in the source DOM as `source_index`
(0 = first = newest on this site) on every crawler sync, including the
UPDATE branch so a new chapter prepended on the source shifts every
existing row down by one on the next tick. The list query reverses
this with `ORDER BY source_index DESC NULLS LAST, number ASC,
created_at ASC` so the oldest chapter appears first, variants stay
adjacent in the order the site shows them, and non-numeric entries
land where the site placed them. User-uploaded chapters and pre-
migration rows keep their NULL source_index and fall through to the
prior number/created_at tiebreak via NULLS LAST.
The reader's client-side `[...chapters].sort((a,b) => a.number - b.number)`
is dropped; prev/next now walks the server-ordered array positionally
so it traverses variants and non-numeric entries in display order.
Existing data populates on the next cron tick or via admin force-resync.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The chapter dispatcher's URL resolver had no dropped_at filter and no
ORDER BY — a chapter whose only chapter_sources row had been soft-
dropped was still dispatched against the stale URL, eating retry
budget on guaranteed transients. With multiple live sources the LIMIT
1 winner was nondeterministic.
Add `AND cs.dropped_at IS NULL` and `ORDER BY cs.last_seen_at DESC`
to dispatch_target, bringing it in lockstep with the enqueue queries
in pipeline.rs that already filter on dropped_at. Returns None when
all sources are dropped — callers in daemon.rs already treat None
as "ack the job, skip the work."
Tests in tests/repo_chapter.rs cover the three branches (freshest
live wins, dropped sources skipped, all-dropped returns None).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Three layering cleanups from REVIEW.md §5 / §3:
- Drop the three private `is_unique_violation` helpers in
repo::{user,chapter,bookmark} in favour of sqlx 0.8's
`DatabaseError::is_unique_violation()` method (already used by
repo::collection).
- Remove the unreachable 23505 branch in repo::chapter::create — the
(manga_id, number) UNIQUE was dropped in 0013, so the defensive arm
could no longer fire. A doc note records what to do if uniqueness
is re-added.
- Move three inline SQL queries out of handlers/daemon into repo
functions: bookmarks' chapter-belongs-to-manga guard
(`repo::chapter::belongs_to_manga`), the daemon's dispatch lookup
(`repo::chapter::dispatch_target`), and the daemon's page_count
safety net (`repo::chapter::page_count`). Restores the
handlers→repo layering invariant in CLAUDE.md.
- New `crawler::url_utils` module consolidates host_of / origin_of /
registrable_domain — they used to live in three crawler submodules
with diverging edge-case behaviour. Tests moved with them.
- Doc cross-references on repo::author::set_for_manga and
repo::genre::set_for_manga pointing to the crawler's name-keyed
variants, so the intentional duplication is discoverable.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Real-world sources publish multiple chapters at the same number:
different scanlators ("Ch.52 from bloomingdale" + "Ch.52 from mina"),
translator notices and farewells, alt-translations. The (manga_id,
number) UNIQUE constraint from 0001 silently collapsed all of those
into a single row via the upsert path in repo::crawler. Migration 0013
drops the constraint; sync_manga_chapters now plain-INSERTs each
SourceChapterRef so every parsed chapter survives as its own row.
Identity moves from the (manga_id, number) tuple to the chapter UUID:
- `GET /api/v1/mangas/:manga_id/chapters/:chapter_id` (replaces :number)
- `GET /api/v1/mangas/:manga_id/chapters/:chapter_id/pages`
- `repo::chapter::find_by_id_in_manga` (replaces find_by_manga_and_number)
- Frontend reader route renamed to `/manga/[id]/chapter/[chapter_id]`
- Chapter links throughout (manga page list, continue-reading CTA,
reader prev/next, history rows, bookmark cards) use chapter.id
- API clients getChapter/getChapterPages take a chapter id string
read_progress + bookmarks already FK chapter_id; they only enrich with
chapter_number for display, which is preserved.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Per-user reading progress and uploader attribution.
Schema (migration 0011): `read_progress` table (one row per (user,
manga); chapter_id nullable on chapter delete) and nullable
`uploaded_by` columns on mangas + chapters with partial indexes
scoped to non-null rows.
Endpoints (all `/me/*`, auth-scoped):
- PUT `/v1/me/read-progress` upserts. FK violations + cross-manga
chapter ids both surface as 4xx (404 / 422) so the API can't be
used to write logically invalid rows.
- GET `/v1/me/read-progress` paged newest-first list.
- GET `/v1/me/read-progress/:manga_id` enriched with chapter_number
for the manga page's Continue CTA.
- DELETE `/v1/me/read-progress/:manga_id` idempotent.
- GET `/v1/me/uploads` interleaved manga + chapter uploads as a
tagged union; limit-only pagination.
Existing manga + chapter upload handlers stamp `uploaded_by`.
Frontend:
- Reader emits progress on mount + page change (debounce) and via
IntersectionObserver in continuous mode. High-water mark is seeded
from the persisted server value so re-opening a chapter doesn't
regress to page 1. Tab close survives via `sendBeacon` (fallback
`keepalive` fetch); SPA navigation flushes via regular fetch.
- Manga detail page shows "Continue reading Chapter N — page M"
above the chapters list, working even for mangas with >50
chapters.
- New `/profile/history` tab with reading history (clear-per-row,
inline error on failure) and uploads (mangas + chapters mixed
chronologically with type-aware rendering).
171 backend tests (incl. 16 history tests covering ownership, FK
race, cross-link guard, chapter SET NULL behaviour) and 97 frontend
tests + svelte-check clean.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Previously a storage failure mid-chapter-upload left a partial chapter
row pointing at a `page_count` that didn't match what was on disk, plus
any successfully-inserted page rows. Same shape for a manga create
where the cover put or cover_image_path UPDATE failed after the manga
row was already inserted.
Fix at the DB layer: open `pool.begin()` at the start of the create,
do all DB writes against `&mut *tx`, commit only after the full
sequence succeeds. If anything before commit fails, the transaction is
rolled back on drop and the DB stays consistent. Bytes already written
to storage on a rolled-back transaction become orphans on disk; a
future reaper can sweep them, and we prioritise DB consistency over
storage tidiness in this branch.
- repo::manga::create / set_cover_image_path: signature changed to
`impl PgExecutor<'_>` so handlers can pass either `&PgPool` or
`&mut *tx`. set_cover_image_path is new — replaces the inline
`UPDATE` in the manga upload handler so the call site stays
consistent.
- repo::chapter::create / set_page_count: same shape.
- repo::page::create: same.
- api::mangas::create and api::chapters::create both open a
transaction around their DB writes; storage puts happen inside the
transaction window (since they must precede the page-row insert), so
a failed put aborts before commit.
New integration test (api_uploads::chapter_upload_rolls_back_when_
storage_fails_mid_loop) uses a `FailingStorage` helper that errors on
the N-th `put`. With N=1 (page 2 fails), the handler returns 500 and
the chapter + page tables stay empty.
`harness_with_failing_storage` is exposed alongside the existing
`harness` so future tests can reuse it for other fault-injection
cases.
Lockstep version bump to 0.9.3.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Both endpoints are public reads — anyone browsing can see a manga's
table of contents and chapter metadata. Uploads land in feat/uploads.
- GET /api/v1/mangas/{id}/chapters returns the paged envelope
({items, page}) ordered by chapter number ASC. Surfaces 404 if the
parent manga doesn't exist so an empty result can't be mistaken for
"no chapters yet" on a real manga.
- GET /api/v1/mangas/{id}/chapters/{number} returns a single chapter,
404 if either manga or chapter is missing.
repo::chapter exposes list_for_manga, find_by_manga_and_number, and
create. create translates the (manga_id, number) unique violation into
AppError::Conflict so the upload handler can later return a clean 409.
Frontend lib/api/chapters.ts mirrors the shape with listChapters and
getChapter; Vitest asserts the URL shape, paged response handling, and
404 envelope propagation.
Lockstep version bump to 0.4.0.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
