7c7d5970193713ea533257f4308686568a8342b4
11 Commits
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7c7d597019 |
Delete the kagane-specific cover path (#63) (#73)
Closes #63 Deletes the second way to reach a Cover. Since #62, every Site's cover bytes land in the content-addressed store at creation or on the poll, and the one public route serves them all — nothing needs the kagane proxy anymore. ## What went - **Template-level rewrite:** `Bookmark.CoverURL()` and both templates' use of it. Cards and chrome now render `.Cover` — the wire value — and nothing else. `Bookmark.CoverSource` was dead once `CoverURL` went, so it and its `bookmarkColumns` entry are gone too. - **Kagane-only cover route and its identifier validation:** `GET /img/kagane/{id}`, `web.CoverFetcher`, `coverIDRe`, and the whole `internal/web/cover.go`. - **The proxy's persistence:** `store.KaganeImageID`, `GetKaganeCover`, `PutKaganeCover`, `kaganeCoverSourceURL`, `kaganeCoverRe`. - **The kagane-shaped branch in the byte-fetch routing:** `fetchCoverBytes` no longer takes a `site` argument and no longer names a Site. The URL shape kagane's API publishes is claimed by the browser module itself — `kaganeImageURLRe` + `browserCoverURL` live in `latest/browser.go` with the rest of the per-Site knowledge — and `BrowserFetcher.Image` is now URL-driven (it validates the URL it will navigate to, same SSRF discipline as before). The no-plain-TLS-fallback rule for a claimed URL is preserved: a claimed address with no browser is an error, never a challenge-page fetch. ## What stayed (deliberately) - `BrowserFetcher.Image` and the browser-backed acquisition path: kagane genuinely serves cover bytes behind the challenge + `cross-origin-resource-policy: same-origin`, so the sidecar remains the only fetcher for them — it just routes by URL claim now instead of by Site name. - `fetcherFor`'s per-Site page routing (kagane/novelfull page fetches) — that is the page path, not a cover path. ## Acceptance criteria - [x] Template-level kagane cover rewrite gone - [x] Kagane-only cover route and its identifier validation gone - [x] Tests removed/rewritten against the general route, guarantees kept: unstored + traversal-shaped addresses serve nothing (`TestPublicCoverRejectsUnknownAddress`), non-image content types never echoed (`TestPublicCoverNeverEchoesNonImage` — new; the store-side gate was already pinned by `TestCoverStoreAcceptsAnySourceURL`). Store reopen-persistence and filesystem content-addressing tests rewritten against `PutCover`/`GetCover`, no guarantee lost. - [x] No Site name in a cover code path outside the acquisition module (`grep kagane backend`: store/web/templates/api are clean; remaining hits are `latest/browser.go` + `latest/sites.go`, tests, docs) - [x] Web UI and panel render Covers for all six Sites (templates render the wire address; panel renders `b.cover` — untouched, it never had a kagane path) - [x] `go test ./...` green ## Verification - `go vet ./...` clean - `go test ./...` — all packages pass (root 16.9s, latest 12.7s, store 12.7s, web 0.004s) - `CGO_ENABLED=0 go build` produces the static binary - Cover-path tests run verbosely: `TestPublicCoverServesStoredBytesUnauthenticated`, `TestPublicCoverRejectsUnknownAddress` (unknown/malformed/traversal/empty), `TestPublicCoverNeverEchoesNonImage`, `TestListRendersAcquiredCover`, `TestAcquireKaganeCoverThroughBrowser`, `TestRunOncePrefetchesKaganeCover`, `TestRunOnceRoutesNonKaganeCoverToPublicFetcher` all pass; the three `SMOKE_*` tests skip without the browser sidecar, as designed Live browser verification of the "web UI and panel render Covers for all six Sites" criterion is being run separately with Playwright against real Site pages and a locally mocked backend. Reviewed-on: #73 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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78234f3c19 |
Browser-backed Sites join the Cover pipeline (#62) (#72)
Fixes #62
Browser-backed Sites join the Cover pipeline: kagane and novelfull Series now get their Covers at creation, through the same acquisition path as every other Site, instead of waiting for a poll pass.
## What changed
`latest.Acquirer` (creation-time acquisition, fired by the first Bookmark of a Series) previously skipped kagane and novelfull entirely — their pages only yield a Cloudflare challenge to the TLS client, so the request was spent for nothing. It now routes them like the poller does, with the two Sites split exactly as the issue demands:
- **kagane** — page fetched through the browser sidecar, cover URL extracted from the API JSON, bytes fetched through the browser sidecar (the only path that clears the challenge) into the content-addressed store. With no `BROWSER_WS_URL` configured, acquisition is skipped entirely and nothing falls back to a plain fetch.
- **novelfull** — page fetched through the browser sidecar, cover URL extracted from the HTML, bytes fetched over plain TLS through the ordinary gated fetcher (its image paths answer 200 with `access-control-allow-origin: *`, measured 2026-08-09). With no browser configured, the page fetch falls back to the TLS client — novelfull's challenge is a live time-varying fact (AGENTS.md), so when the page body answers, the Cover still lands; when it is challenged, nothing happens.
The byte-routing rule (kagane → browser, every other Site → TLS) is now one shared function (`latest.fetchCoverBytes`) used by both the Poller and the Acquirer, so the two cannot drift apart.
## Acceptance criteria
- [x] kagane cover bytes are fetched through the browser sidecar and stored in the content-addressed store — `TestAcquireKaganeCoverThroughBrowser`
- [x] novelfull cover URLs are extracted from the browser-fetched HTML, and its bytes are fetched over plain TLS — `TestAcquireNovelfullCoverOverPlainTLS`
- [x] With no browser sidecar configured, kagane Covers are absent and nothing falls back to a plain fetch — `TestAcquireKaganeSkippedWithoutBrowser`
- [x] With no browser sidecar configured, novelfull Covers still work if its page body is available — `TestAcquireNovelfullCoverWithoutBrowser`
- [x] Manually verified on-device: a kagane Series shows its Cover in the panel, not a broken-image glyph — being run by a separate manual-verification agent against a mocked scenario (no prod data); not part of this PR
- [x] `go test ./...` is green, with live-network checks gated behind `SMOKE_BROWSER_WS_URL` like the existing kagane image smoke test — new `TestSmokeAcquireKaganeCover` proves the end-to-end acquire path against the real browser when the env var is set
## Verification
- `go test ./...` green across all packages
- New unit tests exercise every routing decision with fakes — no network in the default suite
- Smoke test gated behind `SMOKE_BROWSER_WS_URL`, skipped by default
## Post-review changes (
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b9220b3dfc |
The Poll fills blank Covers for every Site and both Libraries (#70)
Closes #61. ## Summary Permanently-blank Series (the half of #47 that creation-time acquisition cannot reach) heal on the next due poll cycle. The cover path is no longer kagane-only: every Site and both Libraries fill a blank Cover from the series page the chapter poll already fetched, and never replace a Cover that already exists. ## What changed ### `backend/internal/latest/poller.go` - **`fillBlankCover`** — when `Cover` and `CoverAddress` are both blank, extract a source URL via `coverFrom` from the series-page body and store bytes through `SetSeriesCover`. Skips any Series that already has a source URL (owned by prefetch) or a stored address (never overwrite). - **`prefetchCover`** — source-URL healing path, now site-uniform. Kagane no longer special-cases into `PutKaganeCover` alone; every Site lands on `SetSeriesCover`, so the wire Cover becomes a content-addressed public URL. Reuses already-stored bytes when present. - **`storeCover` / `fetchCoverBytes`** — shared fetch+persist. Only kagane routes image bytes through the browser fetcher; every other Site uses plain TLS `CoverBytesFetch`. Failures log with the Series key and never return to the chapter path. - **`checkOne`** — after a successful series-page fetch, calls `fillBlankCover` once regardless of whether chapter extraction succeeded (cover fill is independent of the chapter signal). ### `backend/internal/latest/poller_test.go` Extended the existing poller harness (real store, fake fetchers) rather than a new one: - `TestRunOnceFillsBlankCoverFromSeriesPage` — asura manga, lightnovelworld novel, kagane manga; asserts wire Cover + correct fetcher routing. - `TestRunOnceDoesNotReplaceExistingCover` — second poll does not refetch. - `TestRunOnceRetriesFailedBlankCoverOnNextPoll` — failed fill stays blank, next due cycle retries (no separate queue). - `TestRunOnceBlankCoverFailureDoesNotBlockChapter` — chapter still lands; failure log carries the Series key. - Kagane prefetch test now also asserts the content-addressed wire Cover. ## Acceptance criteria (#61) | Criterion | Status | |---|---| | Cover prefetch runs for every Site | done | | Cover prefetch runs for both Libraries | done | | Poll fills a blank Cover | done | | Poll never replaces an existing Cover | done | | Failed cover fetch does not fail/block chapter poll | done | | Failed cover fetch retried next poll, no separate queue | done | | Failures logged with the Series | done | | Existing poller tests extended | done | | `go test ./...` green | done | | Manually verified: blank Series gets Cover after a poll cycle | **left for you** | ## Out of scope / not closed - Does **not** close #47 or #55 (per ticket). - No migration/backfill script — the Poll walks every Series already. - No admin refetch (#54). ## Review notes addressed - Removed the kagane-only `PutKaganeCover` branch from prefetch so source-URL healing also sets `CoverAddress` (wire Cover). - Guard so `fillBlankCover` does not double-fetch after `prefetchCover` healed the same snapshot. - Single `fillBlankCover` call site after the series-page fetch. ## Test plan - [x] `go test ./...` (backend; needs Docker/Postgres via `pgtest`) - [ ] After deploy: pick a Series that was blank, wait one poll cycle, confirm Cover in web UI and userscript panel Reviewed-on: #70 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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92eba07da7 |
A newly bookmarked Series acquires its Cover at creation (#59) (#68)
Closes #59. Part of spec #55, and the ticket that fixes the reported bug #47. Architecture: `docs/adr/0007-backend-hosts-cover-bytes.md`. Does not close #47 or #55. ## What changed A Reader bookmarks a Series nobody holds yet — the exact case in #47 — and within seconds the list shows its artwork instead of a broken image. The first Bookmark to create a Series fires `Store.OnSeriesCreated` after commit, and the new `latest.Acquirer` turns that into **one** series-page fetch that yields both the Latest Chapter and the cover URL. The bytes go through the gated cover fetcher from #57 and are stored content-addressed through #56, so the wire carries an absolute URL on this deployment's own origin — never a third-party address, and never one that 404s. ### Store - Migration `0009_series_cover_address.sql` adds `series.cover_address`. The two facts are now split: `series.cover` is the third-party source address the bytes came from (the acquisition path's dedupe key), `series.cover_address` is the SHA-256 they are stored under. An empty `cover_address` is precisely what "no Cover yet" means, which is the distinction both the API and the UI depend on. - `SetSeriesCover` writes the address only after the bytes are on disk, so the wire can never name an object that is not there. - `CoverWireURL` builds `PUBLIC_BASE_URL + /covers/<sha256>` for every scanned row, and returns `""` for a blank address. - The cover columns are gone from `Upsert`'s `INSERT` and its `DO UPDATE`. A client-supplied cover cannot reach the shared Series row on any path, not just the creation path. - `Open` now rejects a base URL that is not an absolute `http(s)` origin: `PUBLIC_BASE_URL=bookmarks.example.com` would otherwise start cleanly and emit addresses no browser can load. ### Acquisition - `internal/latest/acquire.go`: one fetch, gated by the poller's own `fetchableSeriesURL` (a `series_url` arrives in a client-supplied PUT body, so without the gate a token-holder chooses what the server fetches from its own network position). - Asynchronous and log-and-drop. The Bookmark, its progress and its Latest Chapter are already committed; a Site that is down or a cover that cannot be produced disturbs none of them. - Bounded by a two-slot semaphore. A bulk sync creating N Series would otherwise fire N simultaneous requests from one IP — the traffic shape the poller's stagger exists to avoid. - Cancelled at shutdown (shares the poller's context) and stamps `latest_checked_at`, so the poller does not refetch the same page a tick later. - Browser-backed Sites (kagane, novelfull) are deliberately skipped: their pages only yield a Cloudflare challenge to the TLS client, so the request would be spent for nothing. They arrive in #62. ### Wire and route - `GET /covers/{address}` serves the bytes publicly and uncredentialed with `Cache-Control: public, max-age=604800, immutable`. The address is gated by a `^[0-9a-f]{64}$` pattern and cross-checked against a pure function of itself before any filesystem read, so no request shaped like a traversal reaches disk. - `PUT /bookmarks/{key}` still accepts a `cover` field and discards it, permanently. Rejecting it would break every installed userscript the moment this deploys, and ADR-0004's compatibility argument depends on those scripts continuing to work. The decode site says so in place of a TODO nobody intends to keep. - `store.CoverContentType` canonicalises comix's non-standard `image/jpg` to `image/jpeg`, so one image cannot land under two spellings. This one was found by the live smoke test, not by reading. ### Config `PUBLIC_BASE_URL` is new and required (cover URLs must go out absolute — the userscript renders them on third-party origins, where a relative path resolves against the Site). Documented in `.env.example`, `docker-compose.yml` (`:?` so compose fails too), `DEPLOY.md` and `backend/AGENTS.md`. ## Acceptance criteria All twelve of #59's criteria are met; the checklist on the issue is ticked with the evidence. ## Verification - `go test ./...` green (Docker-backed Postgres suite). - Live smoke against a real backend + Postgres: bookmarking `comix:n8we-dungeons-and-crayons` produced `"cover": "http://127.0.0.1:8099/covers/8ce74d80…"` and `"latest_chapter": "Chapter 81"` within seconds of the PUT; `curl` on that address returned `200`, `Content-Type: image/jpeg`, `Cache-Control: public, max-age=604800, immutable`, and a 280x420 JPEG. That run is what surfaced the `image/jpg` content type. - Mutation-checked the asynchrony test: removing the `go` from `Acquire` turns `TestAcquireDoesNotBlockTheWrite` red. ## Reviewed Both axes of `/code-review` were run against this diff before commit. Their findings that were actionable here are folded in: the concurrency bound, the shutdown tie, the `PUBLIC_BASE_URL` validation, the missing `latest_checked_at` stamp, and a test that could not fail. ## Known sequencing A kagane/novelfull Series created between this deploy and #62 has no cover source at all: the acquisition skips those Sites and `Upsert` no longer persists the userscript-scraped address. This is #59's stated boundary rather than a defect, but it is a user-visible gap on two Sites and should order #62 accordingly. Reviewed-on: #68 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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9d6d3bde72 |
Add gated cover byte fetcher (#66)
## Summary Adds a plain-TLS cover byte fetcher with a destination-class SSRF gate and wires public cover sources through the content-addressed filesystem store. ## Changes - Resolve hostnames before connecting; refuse non-HTTPS, loopback, private, link-local, unique-local, CGNAT, credentials, and mixed public/private DNS answers. - Re-check every redirect and resolve/classify again at dial time to close DNS rebinding. - Reuse `maxBodyBytes`; reject oversized responses and non-image content types before persistence. - Add generic `Store.GetCover`/`PutCover` source-URL storage while preserving the browser-backed kagane path. - Keep cover prefetch failures isolated from chapter polling. - Add observable tests for TLS, no-connection refusals, all refused address classes, redirect blocking, streaming body caps, non-image rejection, content-addressed persistence, DNS rebinding, and poller routing. ## Verification - `go test -count=1 ./...` - `go vet ./...` Both pass. No test touches the live network. Closes #57 Reviewed-on: #66 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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d1800d0707 |
Prefetch Kagane covers during latest polling (#51)
## Summary - Add an optional browser-backed cover fetcher to the latest-chapter poller. - Prefetch missing Kagane covers during the existing due-series cycle and persist them before a Reader opens the web UI. - Keep chapter polling, cooldown stamping, and on-first-view fallback independent from cover failures. ## Behavior and safety - Stored Kagane covers are detected before browser work, so later poll cycles do not refetch them. - Nil cover fetchers and non-Kagane series retain the existing behavior. - Shared Kagane image-id and content-type validation prevents challenge or non-image responses from poisoning persistent cover storage. - The browser is wired into both the chapter and cover poller paths from the composition root. ## Verification - `go test ./...` - Focused latest, store, and web package tests - Deterministic tests cover missing covers, cached covers, failed fetches, invalid content types, nil fetchers, and non-Kagane series. Closes #45 Reviewed-on: #51 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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cd3a7e3d01 |
feat(latest): split browser poll cooldown (#48)
## Summary Split latest-chapter polling cooldowns by fetch cost. Browser-backed kagane and novelfull series now rest longer without changing the cadence of plain-TLS sites. ## Behavior - Plain-TLS series keep the 1h default cooldown. - Browser-backed series use `LATEST_CHAPTER_POLL_BROWSER_COOLDOWN`, defaulting to 6h. - Both cooldowns share the existing 15m minimum floor; invalid values retain the existing fallback behavior. - The poller still selects both classes in one due query per cycle. - Existing ordering and exclusions remain unchanged: reader-count precedence, least-recently-checked ordering, finished exclusion, archived polling, and orphan exclusion. ## Implementation - Added the browser cooldown to backend configuration and passed it through production poller construction. - Added the browser-site list as the single routing source used for both due-query cutoff selection and fetcher choice. - Kept all query values parameterized; the site list is passed as a bound PostgreSQL array parameter. - Updated startup logging to report interval, plain cooldown, browser cooldown, batch, and stagger. - Documented the variable, default, and floor in `README.md`, `.env.example`, `backend/AGENTS.md`, and `docker-compose.yml`. ## Review findings addressed The first review found that configuration parsing was correct but `startLatestPoller` did not pass `BrowserCooldown` into `latest.Poller`; every browser-backed row would therefore have been due immediately. Production construction now goes through `newLatestPoller`, with a regression test covering both cooldown fields. The review also identified duplicated browser-site knowledge in fetch routing. `slices.Contains(browserBackedSites, site)` now reuses the same list already supplied to the store query. ## Verification - Focused backend tests pass: `go test ./internal/latest ./internal/store .`. - Full suite passes: `go test ./...`. - `graphify update .` completed. - Issue #42 was updated and closed. Reviewed-on: #48 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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bcc6b45515 |
feat(backend): Discord OAuth login with DB-backed sessions (#23) (#31)
Implements #23 per ADR-0002. - Discord authorization code grant (identify + guilds.members.read), form-encoded token exchange - Guild membership gate via the single-guild endpoint; optional DISCORD_REQUIRED_ROLE (empty default) - Owner Discord ID is the only identity allowed to sign in - Sessions are DB rows with opaque random ids; cookie carries only the id; expiry enforced; delete = revoke - HMAC session signing, derived key, and WEB_PASSWORD removed; no replacement signing secret - Login rate limiting preserved on the callback - Full flow tested through the real router against a local Discord stub (DISCORD_API_BASE) - Env: DISCORD_CLIENT_ID/_CLIENT_SECRET/_GUILD_ID/_REQUIRED_ROLE/_API_BASE/_REDIRECT_URI; docs updated go test ./... passes. Reviewed-on: #31 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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984965ed9f |
Split Series from Bookmark, keeping the wire format flat (#21) (#29)
Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |
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4229c179b0 |
rebrand: MangaBM → BookmarkManager, add novel library support (#15)
Two intertwined changes — the rebrand and the novel library were developed on
the same branch because the novel UI plumbing is part of the new "Bookmark
Manager" wordmark in the web shell.
## What it does
- **Rebrand**: MangaBM → BookmarkManager across the Go module, compose stack,
env vars, Traefik hostnames, container/image names, userscript storage
prefixes (`mangabm:cache` → `bmgr:manga:cache`, `mangabm:queue` → `bmgr:manga:queue`),
and docs.
- **Novel library**: same backend, two libraries. New `kind` column splits
bookmarks into `manga` / `novel`; PUT validates it. Two userscripts:
- `manga-bookmark.user.js` — unchanged behaviour, just stamps its own `kind`.
- `novel-bookmark.user.js` — separate Violentmonkey install with adapters
for **novelfull.com** (polled via headless browser — Cloudflare JS
challenge) and **lightnovelworld.net** (polled via plain TLS).
- **Web UI**: library switch on the app shell. Login art, libswitch, and
novel-site colours from the Cinder design snapshot.
## Plumbing
- `addedColumns` ALTER for `kind` runs on first start after upgrade; every
pre-existing row is backfilled to `'manga'`. No manual SQL, no down-time.
- `ALLOWED_ORIGINS` gains the two novel sites.
- New `NOVEL_USERSCRIPT_PATH` env (default `/userscript/novel-bookmark.user.js`),
bindmounted alongside the manga script.
- Traefik router names `mangabm*` → `bmapi*` / `bmweb*`.
## Test status
- `go test ./...` — green
- `node --test userscript/test/logic.test.js` — 34 pass
- `node --test userscript/test/novel-logic.test.js` — 11 pass
- `node --check` on both userscripts — clean
## Notes for the redeploy
.env keys were renamed (`MANGA_API_HOST` → `BOOKMARK_API_HOST`,
`MANGA_WEB_HOST` → `BOOKMARK_WEB_HOST`). Update DNS / Traefik labels on the
prod override before pulling, otherwise the public hostnames go dark.
See the redeploy instructions I'll post next to this PR.
Reviewed-on: #15
Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com>
Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com>
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180ee78b1f |
Add comix.to and kagane.to support (#13)
Tracks read progress on comix.to and kagane.to alongside asura and demonic, in both the userscript and the backend. Implements `docs/superpowers/plans/2026-08-03-comix-kagane-support.md`. ## Userscript - `comix` adapter — `/title/<id>-<slug>`; only the id prefix is identity (the slug follows the title). No `og:image`, so the cover is matched by `alt`. - `kagane` adapter — reader URLs are uuids with no chapter number, so it comes out of `og:title`; anchor scanning is structurally impossible, replaced by `latestChapterFromApi` against kagane's same-origin JSON API. - `seriesId` threaded through `latestChapterFromAnchors` so comix can scope its scan to its own series and a recommendation strip cannot win the maximum. - `@match` for both hosts, panel chips, v1.6.0. ## Backend - `latestChapterFrom` cases: comix parses the SSR JSON state blob (`latestChapterUrl`, scoped to the series id); kagane parses API JSON (`chapter_no`). - Poller allowlist extended; `Poller.BrowserFetch` with `fetcherFor(site)` routes kagane to a browser fetcher. Nil means kagane is not polled at all — never a fallback to the TLS fetcher, which would only ever retrieve a challenge page. - `BrowserFetcher`: chromedp against a `headless-shell` sidecar. kagane sits behind a Cloudflare JS challenge that no TLS fingerprint clears, and the request is made inside the page rather than by replaying `cf_clearance`. - `BROWSER_WS_URL` wiring, sidecar in both compose files (no `ports:`, dedicated non-external network), Dockerfile on `golang:1.26-alpine` — chromedp requires go 1.26. - Web UI `--comix` / `--kagane` tokens in both colour branches. ## Notes for review - `series_url` is client-supplied and a headless browser is a strong SSRF primitive, so kagane's host is pinned twice: in `fetchableSeriesURL` and again in `kaganeAPIURL`. - Three chained defects found during verification made the browser path dead under Compose (sidecar flag collision, Chrome's Host-header DNS-rebinding check, the wrong chromedp option). Fixed; the compose comments record the wrong configurations too, so they don't get "simplified" back. - `ALLOWED_ORIGINS` now includes both new origins. Without it every write from comix/kagane silently fails CORS preflight, parks in the retry queue, and drops at the cap. ## Verification 221 backend tests, 32 userscript tests, static `CGO_ENABLED=0` build, both compose configs. Two gaps, both real: 1. The userscript on live pages via Violentmonkey needs a human browser profile — not run. Check: comix series page (title/cover, no chapter), comix chapter page (records the number; an *older* chapter must not regress it), comix SPA navigation without reload, kagane series page (og:image cover), kagane reader (number from `og:title`), both chips opening the right sites. 2. The kagane browser path has not completed end-to-end anywhere. Dial/navigate/fetch is confirmed, but Cloudflare 403'd headless-shell's Chrome on every attempt from the dev sandbox, and comix's poll-through-Docker was blocked by that environment's TLS interception. Both environment-dependent rather than branch defects — the first real deploy is the actual verification. Reviewed-on: #13 Co-authored-by: Sulthan Zaki <sultankiki05@gmail.com> Co-committed-by: Sulthan Zaki <sultankiki05@gmail.com> |