The app looked like an admin panel. This is the product people actually see
when they open their library.
- Home: a landing screen with a Continue shelf (progress bars, straight from
the progress table) and per-type shelves of recent additions. One request
feeds it, so it does not pop in piece by piece.
- Browse: cover grid per media type with type chips, plus browse-all. Powered
by a new GET /items that lists across every visible library, filtered by
kind, through the same access chokepoint.
- Item page: cover, kind, title, authors, progress, a primary action that says
Continue when you have started, description, and the file list for
multi-file items. Cards now open the item page rather than jumping straight
into a reader.
- Search: results grouped by media type, cover-forward.
- Navigation moved from "libraries" to "media types" — you browse Ebooks, not
"the Ebooks folder". Libraries became an admin concern.
- Design system: dark by default, cover-forward, one accent, tighter type
scale, horizontal shelves, skeleton loaders.
- media: GET /home, GET /items, and authors on item detail.
Verified by screenshot in a live instance: home shelves, browse grid, and item
page all render correctly.
Multi-user was the central design decision and grants were API-only, which
made the whole thing unusable from the browser.
- Users screen lists each account with an expandable library panel.
- Read and Download checkboxes per library, loaded lazily per user.
- Clearing both flags deletes the grant, so "no grant" and "granted nothing"
stay the same state rather than two representations of the same thing.
- Admins show a note instead of checkboxes: they read every library by design.
Verified end to end: granted library visible and its items readable, ungranted
library 404s on both item access and search, revoke takes effect immediately.
README status table, package layout, and plan progress log now reflect what is
actually built: search, comics, metadata, audiobooks, and photos. Gaps listed
honestly: no PDF/CBR, no games, no video, no music or comic metadata, no
grants UI.
- photos: generates a downscaled JPEG thumbnail per image, because serving a
folder of 12-megapixel originals to a grid is unusable on a TV box. Uses
CatmullRom scaling via golang.org/x/image; decodes jpeg/png/gif/webp.
- an undecodable format returns no thumbnail rather than an error, so the grid
falls back to a placeholder.
- images already smaller than the 512px ceiling are passed through untouched.
- library items endpoint now returns library_id, which the viewer needs to
find its siblings for navigation.
- web: PhotoViewer with keyboard and button navigation within the library.
Verified: 900x1200 PNG thumbnailed to a 512-long-edge JPEG and served;
unit tests assert exact dimensions, aspect preservation, and that non-images
produce no thumbnail without erroring.
A book is a folder of chapters, not a file. The scanner gained a grouping
mode so a directory of tracks becomes one item with ordered files.
- registry: MediaType.Group (file | directory). Audiobooks and music group by
directory; everything else stays one item per file.
- scanner: builds groups, upserts one item per group, marks items missing when
their directory disappears, and keeps the file-level added/updated/missing
accounting. Tracks are ordered naturally, so chapter 2 precedes chapter 10.
- natsort: one shared natural-order comparator, now used by both the scanner
and the comics module (which had its own copy).
- media: GET /items/{id}/files/{fileID} streams one specific track. It
verifies the file belongs to the item, so an item id cannot be paired with
another item's file id.
No new module was needed for playback: the polymorphic progress table already
keys on file_id, so per-chapter resume fell out of the existing design. The
web player resumes the exact track and offset.
Verified: 3 chapters grouped into one book titled "Mistborn", natural order,
range request returned 206, mismatched file id 404s, per-track progress
round-trips.
- jobs: a table-backed queue in the same SQLite file. No Redis, no second
process, included in the same backup. claim() is a single UPDATE...RETURNING
so a job cannot run twice even with several workers. Failures back off
exponentially; a missing handler fails permanently rather than retrying a
bug.
- metadata: Provider interface plus Open Library and Google Books (both
keyless). The enricher tries providers in registration order, falls back on
empty, and continues past a provider error.
- migration 0004: metadata_fetch records the attempt, not just the match, so a
rescan does not re-hammer a rate-limited API for an item that will never
match. Errors are always retried; ok/notfound are cached for 30 days.
- enrichment writes provider_ids, updates title/year, links authors through
people/item_people, and downloads the cover as an asset. The cover download
runs outside the transaction: a slow image host must not hold a write lock.
- endpoints: queue enrichment per library, and inspect an item's matches.
- web: Enrich button per library.
Verified live against Open Library: "The Hobbit" matched /works/OL27482W,
title and year 1937 written, a 301x500 JPEG cover downloaded and served.
- migration 0003: an FTS5 index over media_items as an external-content table,
so the index stores no copy of the text. Triggers keep it in sync for every
write path, including the scanner's bulk inserts.
- migrate: splitStatements now tracks BEGIN...END depth, so CREATE TRIGGER
bodies survive as one statement. Without this, the trigger's internal
semicolons would tear it apart.
- search: every whitespace term is quoted before it reaches FTS5. Unquoted
input like a bare quote, a hyphen, or the word OR is valid FTS5 syntax and
would either error or silently change the query's meaning. Tested against a
list of hostile inputs, including a DROP TABLE attempt.
- scoped through the same VisibleLibraryIDs chokepoint; an empty library set
returns nothing, never everything.
- web: search box in the topbar and a results view.
Verified live: finds items across libraries, hostile input returns 200 with no
results, index stays in sync on insert/update/delete.
- comics: reads pages straight out of the archive on demand. No extraction
pass, so a 200-page CBZ is not materialised for a reader who views three
pages. Pages are read into memory and served via http.ServeContent, which
gives Range for free.
- natural page ordering: page2 sorts before page10. Lexical ordering shuffles
a numbered archive, which is the difference between a readable book and a
scrambled one.
- skips __MACOSX and dotfiles; rejects archives with no images.
- cover is the first page.
- media.Item gained ModTime (from the backing file) so page responses carry a
Last-Modified and support conditional GETs.
- web: ComicReader with a bounded prefetch window (two pages each way), page
jump, keyboard nav, and progress stored as a page number.
Verified: 3-page CBZ served in natural order, out-of-range 404, cover from
page 1, progress round-trip. svelte-check 0/0.
README status table, full env var reference including admin bootstrap and
cookie security, package layout, and build commands. Plan doc updated with a
progress log, the deviations from plan and why, and the gaps carried forward.
The frontend the app needs to be usable at all.
- web/: Svelte 5 + Vite + TypeScript SPA. Login, app shell with per-type nav,
library list/create/scan/delete, item grid with covers, admin user
management, and an epub.js reader that syncs progress.
- Reader resumes by spine index — an integer — which is why the polymorphic
progress table needs no text column.
- Session state uses classic stores in a plain .ts module rather than runes in
a .svelte.ts module, avoiding special module resolution.
- Embedding: web/embed.go embeds web/dist. A committed .gitkeep keeps the
directive valid before the frontend is built, so `go build ./...` never
fails. Unknown non-API paths serve index.html for client routes; /api/* and
/healthz always return JSON and never fall back to HTML.
- Dockerfile builds the UI in a node stage and overlays dist into the Go stage.
- pnpm 12 needs allowBuilds in pnpm-workspace.yaml; esbuild approved, the two
unused transitive scripts explicitly denied so install exits 0.
svelte-check: 0 errors, 0 warnings. Verified served: SPA shell at /, route
fallback, hashed asset, and JSON 404 on /api/*.
- stream: serving goes through http.ServeContent, so Range/If-Range/
If-Modified-Since are correct for every media type by construction
- progress: the polymorphic store. One row per user/item/file; the PK includes
the file so multi-track audiobooks resume per track later. Finished is
inferred when position reaches duration.
- media: generic item endpoints (detail, file, cover, progress, recent). Every
one routes through auth.CanAccessLibrary; an unauthorised item 404s.
- covers: a per-kind extractor registry. Extraction is lazy and recorded in
the assets table. A missing cover is a placeholder, never a 500.
- modules/ebooks: EPUB parsing (container.xml -> OPF -> metadata, spine, cover
with three fallback strategies), cover extraction to /config, and lazy
metadata parsing so parser fixes need no rescan.
Verified against a generated EPUB: title/2 authors/language/publisher/spine,
cover served as PNG, range request returned 206 with correct Content-Range,
progress round-tripped.
- library: CRUD with root-path resolution (absolute, symlink-free, must be
readable). A library name is unique; the root is validated at creation.
- registry: media types declare their extensions; the core never imports a
module. RegisterType is the extension point.
- scanner: walks a root, reconciles media_items/media_files in one
transaction, skips unchanged files by size+mtime, and marks vanished files
missing rather than deleting them (progress is the one thing here that
cannot be regenerated). A single unreadable file never fails a scan.
- migration 0002: `missing` flags on items and files, plus indexes.
- endpoints: media-types, library list/get/create/delete, per-library items,
and scan. Library reads go through the same grant chokepoint as everything
else; an unauthorised library 404s rather than 403s so its existence is not
leaked.
Multi-user from the first migration, as planned.
- auth: argon2id password hashing (PHC encoded, parameters travel with the
hash), opaque session tokens stored only as SHA-256, login rate limiting,
and account enumeration resistance (unknown user hashes anyway)
- sessions: cookie or Bearer auth, HttpOnly + SameSite=Lax, revocation on
password change
- grants: library_grants is the single access-control chokepoint. Admins see
every library; everyone else sees exactly their can_read grants
- bootstrap: VELLUM_ADMIN_USER/PASSWORD create the first admin only on an
empty database. No default password is ever invented.
- httpapi: mounts modules on a shared mux, session middleware innermost
- httpx: shared JSON helpers, strict body decoding
Gate: two users see different libraries. Tests cover that, plus session
expiry, token-at-rest, grant upsert, and the full login/me/logout flow.
Bootstraps Vellum as a single Go binary with one SQLite database.
- core: env-driven config, slog logging, SQLite (WAL) with pooled pragmas,
embedded migration runner keyed on PRAGMA user_version
- migrations/0001_core.sql: identity, media, user state, infra. Media items
are global; all per-user state (progress, favorites, grants) is a join.
One polymorphic progress table covers every media kind.
- httpapi: request-ID, structured request logging, panic recovery, JSON
endpoints for /healthz and /api/v1/version
- multi-arch Dockerfile (pure-Go SQLite, CGO_ENABLED=0) with an entrypoint
that honours PUID/PGID like the rest of the self-hosted stack
- tests for migration idempotency, FK enforcement, WAL, config, middleware
Media does not exist yet. Nothing is exposed beyond health and version.
