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13 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
| 92f00ab20a |
fix(image): ship node_modules in three layers, and count them before pushing
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The merge that landed phase 12 built its image and could not publish it. `docker push` answered 413 Payload Too Large on one blob and stopped, so the registry stayed empty and `needs: build` meant the deploy never ran — the site was merged and undeployed, and the log said only that a digest was too large. The limit is Cloudflare's, not Gitea's: the instance is proxied, and Cloudflare refuses a request body over 100 MB below Enterprise. A push uploads each layer as one monolithic PUT, so the ceiling is per layer and the rejection happens at the edge, where Gitea never sees it and no Gitea setting can lift it. One layer was over, by nine megabytes: COPY node_modules at 108.8 MB compressed, in a 188.6 MB image whose next largest layer is the 47.6 MB Node base. @pagefind and @img (sharp's libvips) account for it and both are needed at run time — the boot rewrite re-indexes the site and re-derives the brand images — so what could move is where they land, not whether they ship. The build stage moves them aside after `npm prune` and the runtime stage copies them as their own layers: 46.8 + 50.5 + 11.5 MB, and the image is exactly the same total size, the same bytes divided differently. Moving rather than copying twice keeps the three disjoint, so a dependency added later needs no maintenance here. A split is a margin and not a guarantee, so the workflow now counts layers before it pushes: docker save, re-compress anything over 8 MB the way the push would, fail at 90 MB — not 100, the blob is not the only thing in the request — naming the layer and what would have happened. Tested in both directions; on the broken image it reports 108 MB, which is what the registry recorded. Verified by running the built container, not only by measuring it: healthy in ~25s, the mounted brand rewritten across 51 files, 50 pages re-indexed by pagefind, and the favicon served as `x-brand-source: derived:mount` — which is sharp resolving from its new layer. npm run verify is green, all eleven checks and both suites. Recorded as D58; DEPLOY.md gains the symptom and what it means for the host (nothing — the running container is untouched). Co-Authored-By: Claude <noreply@anthropic.com> |
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| 1558111050 |
docs(deploy): correct the image size, and say what a missing rgcom runner does
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The image measures 757 MB, not the ~600 MB the requirements table guessed. And until the rgcom runner exists the deploy job simply queues, which is worth stating in both the workflow and DEPLOY.md: build has already published the image by then, so the manual pull works throughout and the queued job goes when the runner does. Co-Authored-By: Claude <noreply@anthropic.com> |
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| f2e59a2426 |
feat(delivery): phase 12 — the container, and the defect only a proxy could find
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PLAN.md §13 phase 12, the last one. Four decisions of record, D54–D57, taking the count to fifty-seven; recorded in §6, "How phase 12 delivered it". A two-stage Dockerfile, a pull-only docker-compose.yml carrying both bind mounts, .env.example, the workflow that publishes and deploys, CONTRIBUTING.md, the community-health files this was the only repository of the ten to lack, and DEPLOY.md. D54 — a merge deploys, amending D6. build-image.yml pushes runicgateway-site:latest and :sha-<7>, then rolls the container over on the `rgcom` runner out of /opt/runicgateway.com, and waits for the container's own healthcheck rather than for `up -d` to return. D55 — the site runs on its own host behind a generic reverse proxy, so DEPLOY.md states the four requirements rather than one worked example, and the container binds 127.0.0.1 so the safe configuration is the default. D56 — @astrojs/node derives the request protocol from req.socket.encrypted and never reads x-forwarded-proto, so behind a TLS-terminating proxy the browser sends Origin: https://… while the container computes http://… and Astro's CSRF check compares them for equality. Every beta signup, from every visitor, was answered 403. serve.mjs now normalises both forwarded headers, unconditionally — the image should deploy and work. Two assertions in test/headers.test.mjs hold both halves. D57 — DEPLOY.md rather than a README section; SECURITY.md and CODE_OF_CONDUCT.md are pointers to the org's copies rather than copies, because a copy would hard-code the contact address D13 confines to brand.json. Verified: npm run verify green (eleven checks, 36 unit tests, 7 served tests, astro check 0 errors). The image was built and run with both mounts — a mounted brand reached 51 files and all 50 search pages, /brand/* fell back per file, a proxy-shaped signup reached the store, and the export CLI wrote both Play files to the host mount. docker compose config caught a YAML trap in the healthcheck: a block sequence reads the `: ` in `r.ok ? 0 : 1` as a mapping. Co-Authored-By: Claude <noreply@anthropic.com> |
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| e71ff4acd4 |
feat(polish): phase 10 — search, accessibility, SEO and a real CSP
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PLAN.md §13 phase 10, with four decisions of record — D47-D50, taking the count
to fifty. Three were straightforward; the CSP turned into the phase's real work,
because the thing meant to be a configuration flag was broken in a dependency and
broken silently.
D47 — search reaches the marketing pages, and the header gets a box.
Base.astro marks its <main> as a Pagefind body, so all ten join the index the
docs already query, and Search.astro opens it in a <dialog>. Nothing is fetched
until the dialog is opened (the bundle is 120 kB and these pages otherwise ship
almost no JavaScript). Pagefind titles a result from the first <h1>, and these
pages have editorial ones — "The app for a deployment you already use" — so the
index is given the page's short name instead. applyBrand.mjs now re-indexes after
a rewrite, closing a note phase 2 left for this phase.
D48 — the CSP is a real response header, sent by the container. Not a <meta>,
which ignores frame-ancestors, and not advice for someone's reverse proxy, which
puts the strictest promise in §6 outside what this repo tests. Three things
fought it, all the same shape — correct build, broken page, no error:
* Astro does not hash <script is:inline>, and Starlight ships six per docs
page, so the first build with CSP on had a strict header and a dead theme
switcher. The hashes are now generated into src/config/cspHashes.mjs and
checkCsp.mjs verifies every inline block against its own page's policy.
* Expressive Code writes ~3,700 inline style ATTRIBUTES, which cannot be
hashed, hence style-src-attr 'unsafe-inline' — scoped to that directive, so
script-src is untouched.
* @astrojs/node matched a request to a policy with pathname.includes(), a
substring test: /modules/ was served /docs/modules/building-a-module's
policy and rendered with its own stylesheet refused. scripts/serve.mjs keeps
the same _headers.json and matches by equality; test/headers.test.mjs starts
the server and reads the responses, because nothing that reads dist/ can see
this.
D49 — robots.txt allows everything and names the sitemap (there was no way to
find it: no robots.txt, and D9 rules out a search console). D50 — Organization
and SoftwareApplication, no ratings and no docs-wide Article markup.
checkA11y.mjs is the eleventh check: seven structural rules over all fifty pages,
verified by breaking each in turn. The walk at 390/768/1280 found no overflow
anywhere, the CSP violations above, a 17x17 consent checkbox (WCAG 2.2 SC 2.5.8
wants 24), and a skip link that moved the scroll but not the focus.
npm run verify is green: fourteen steps, both test suites, all eleven checks.
Co-Authored-By: Claude <noreply@anthropic.com>
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| c29ec94f46 |
feat(screens): phase 9 — real screenshots, from a real shard
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D4 asked for screenshots of the review stack rather than placeholders. Seventeen
of them: eleven of the site in a browser, six of the app on a phone, all from one
demo deployment wired to a running ServUO shard over a real sidecar, captured on
one day (D42).
The deployment is branded "Runic Gateway Demo" rather than a real community (D43),
and the captures sit beside the claims they support — the homepage, /features/, and
five of the administration pages phase 7 could describe but not show (D44).
The rig is committed rather than remembered (D45):
scripts/seedDemo.mjs content, by driving the site's own API — never SQL,
because a row the product could not have produced is
a screenshot of a product that does not exist
src/data/screens.mjs every capture: route, viewport, scroll, alt, caption
scripts/captureScreens.mjs npm run screens:capture
scripts/checkScreens.mjs the ninth check script, in CI
Shard-side dressing is servuo-plugins' scaffolding (D46), never deployed.
The rig found five things nothing else had. One is fixed upstream — a fresh
module-uo install pinned wire protocol 3 against a sidecar speaking 4, released as
v1.0.2, which this repo's own facts check then caught in platform.json. Four are
raised as product observations and worked around in the rig: a renamed guild
member never reaches the site, a guild deleted while the shard is down is a ghost
row forever, "Houses in danger" cannot show a house that was already collapsing,
and the app's news list prints raw ISO timestamps.
Players online reads 0. Logging a character in needs a UO client driven by hand,
and that is where this stopped — PLAN.md §10 says exactly why, and how to retake
the two frames that would change.
Co-Authored-By: Claude <noreply@anthropic.com>
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| d89ce06bb8 |
docs(builder): phase 8 — modules, architecture and reference
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Twenty pages completing the tree section 10 planned: Modules (8), Architecture
(5) and Reference (7). Four decisions, D38-D41, recorded in PLAN.md section 10.
D39 is the one that shaped the phase. Section 1 forbids re-specifying a
contract, and a Reference section is exactly where that rule is most tempting to
break, so the line is drawn at names: every environment variable, config key,
installer command, visibility rung and canonical document is listed with one
terse line saying what it is FOR, while shapes, semantics and every "why" stay
in the canonical document.
That is only safe because the names are checked. checkReference.mjs compares six
enumerations against the repositories that own them, over the Gitea API, as set
comparisons in BOTH directions -- and the second direction is the one that earns
its keep, because a reference page does not usually rot by describing something
that vanished, it rots by quietly not mentioning what was added since.
The check went green on its first run, which is the least trustworthy possible
outcome, so it was verified by breaking it: seven mutations, all caught. The one
worth keeping is the visibility ladder REORDERED with its membership unchanged
-- it is a security boundary, and a set comparison alone would have passed it.
D41 turns plannedSidebar from a checklist into a checked invariant, and finding
out why was the phase's first defect: it had already drifted, because phase 7
added the Content page under D37 and never updated the list. Nothing failed,
because nothing read it. checkSidebar.mjs now asserts the two trees agree on
groups, labels and order -- order because the order of Getting started IS the
installation path.
Two more things the writing found. PLAN.md's page count was wrong and had been
since section 10 was written ("roughly 38, 37 planned" for a tree of forty).
And module.json's `mounts` and the SPA's paths are different mechanisms that no
single document stated plainly -- module-uo declares admin: ["/shard",
"/uo-link"] while its screen lives at /admin/uo/link, because API routes are
deliberately NOT namespaced while SPA routes are. That is precisely the
distinction the installer got wrong in v0.1.0, and it now has a named home.
D40: the docs link to /architecture/'s drawn diagrams rather than importing
them. Those components carry marketing chrome and depend on diagram.css, which
Starlight does not load; the docs use text diagrams, which paste into an issue.
npm run verify green: 40 pages across 5 groups agree with plannedSidebar, 2390
internal links resolve, 123 repository links point at a branch, 19 facts, 59
quickstart checks, 22 reference enumerations, astro check 0 errors, 36 tests.
Co-Authored-By: Claude <noreply@anthropic.com>
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| f499f2b72b |
docs(journey): phase 7 — the installation path and administration
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Twenty documentation pages: Getting started (7) and Administration (13), the journey no existing document owns end to end because the repositories are organised by component and an operator is not. Four decisions of record, taken before anything was written (D34–D37, PLAN.md §10 "How phase 7 built the documentation journey"): - D34 one PR for all twenty pages. - D35 the install page is SELF-CONTAINED: it prints a complete Compose file and a complete .env that an operator copies without visiting another repository. That is a copy of somebody else's file, so it is checked rather than trusted — scripts/checkQuickstart.mjs re-reads website main:docker-compose.yml and main:.env.example over the Gitea API and fails on any disagreement, in both directions: a value that drifts fails, and a service or variable that appears upstream fails until it is either included or recorded as deliberately omitted with a reason. Its first run found two stale entries. - D36 every Administration screen was walked on a real deployment before it was described — the rig being the quickstart itself, against the published image, so one run proved the install page and produced the detail the admin pages needed. - D37 a thirteenth Administration page, Content, so that every admin nav row has a home without organising the docs by the app's menu. What the live deployment disproved, all three now documented: - The documented Compose deploy does not boot. SECRET_ENC_KEY is required in production (utils/secretBox.js throws at require time) and is missing from website's ROOT .env.example — the file Compose reads. It is present in server/.env.example, which is why dev never hits it. The quickstart carries it, declared as an upstream omission so the check fails the day it is fixed. - The installer points operators at a screen that no longer exists: it prints <site>/admin/shard, and INSTALL.md §5 repeats it, but since the module cutover the screen is /admin/uo/link. Both the binary and the guide are stale. - The admin Restart button opens a window.confirm whose text is the honest warning that a deployment with no supervisor does not come back — which is why `restart: unless-stopped` is called out as load-bearing rather than left as boilerplate. And the defect only a look found, three phases running: the .env block's prose promised that every highlighted line must be changed, while `mark` given the variable names highlighted the names alone and left the values unmarked. Every check passed on a page that was wrong about its own highlighting. verify green: 890 internal links, 52 branch links, 19 facts, 59 quickstart checks, 0 astro-check errors. Co-Authored-By: Claude <noreply@anthropic.com> |
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| a2faf07104 |
feat(legal): phase 6 — the privacy policy and the terms
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PLAN.md §9. Builds /privacy and /terms, links them from the footer on every page,
and generates the Play Data Safety notes from the same inventory the policy renders.
Four decisions taken by the org lead before either page was written, recorded in
§9 under "How phase 6 built the legal pages":
D30 DNS-only records, so the reverse proxy on the host keeps the only access
log. Described qualitatively — the retention belongs to the proxy, and a
policy that quotes a number the deployment does not enforce is worse than
one that does not.
D31 Eighteen or older. Above the children's-consent threshold everywhere in the
EEA, so consent works with no parental-consent machinery this form could not
honestly operate. Four surfaces render it from src/data/legal.mjs, and every
one says plainly that nothing verifies it.
D32 No governing-law clause. Nothing of value is contracted for here.
D33 PLAY_DATA_SAFETY.md is generated from src/data/collection.mjs and checked in
CI, so the published policy and the answers given to Google cannot drift.
/privacy is three separately-scoped sections because "we" means three different
parties: this site (one form, no cookies, no third-party requests), the Android app
(we operate no server it talks to — the rows are what the DEVICE holds), and a
self-hosted deployment (the operator is the controller, not us). Every row names the
file it was read out of, because a policy is the document most likely to be written
from a template and least likely to be re-read against the software.
/terms governs only what we run: this site, the beta list, and the APK we publish.
The software is governed by its licence, and a community's deployment by that
community — a terms page claiming authority over every install of a GPL program is
the thing a generated template gets wrong.
Also here:
- the age clause changed CONSENT_TEXT, so CONSENT_VERSION gained a suffix; rows
written from now on carry the new sentence and older rows keep theirs
- PLANNED_ROUTES is now empty — these were its last two entries, and its reverse
check is what forced the deletion; the list stays for phases 7 and 8
- test/legal.test.mjs asserts the structural promises no build check can see,
including that every mapped Play row still answers "not collected, not shared"
- --check normalises line endings: the repo has no .gitattributes and Windows
checkouts are CRLF, so a byte comparison would fail for every Windows developer
while passing in CI
Verified: npm run verify green end to end (tokens, brand, data safety, astro check,
36 tests, build, 214 links, 19 facts), both pages walked in a browser, and neither
overflows at 390px. One defect the checks could not see and a look could: the
retention line was being pushed to the foot of the tallest card in its row, opening
a void in the middle of the short ones.
Co-Authored-By: Claude <noreply@anthropic.com>
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| 1313e748ae |
feat(beta): phase 5 — the app page and the closed-beta signup
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Builds `/app/` and `/beta/`, the SQLite signup store, the rate limiting and the export CLI of PLAN.md §8, and adds this repository's first test suite. Four decisions of record, D26–D29 (§8, "How phase 5 built the app and the beta"): - D26 — the screenshot slot ships empty, reserved for phase 9. §10 promised `/app/` "the 14 existing screenshots"; they are a July trusted-device smoke test against an unseeded dev instance, captured before the theming work, and five of the fourteen are two-factor prompts. Shipping them would break D4. Phase 9 already builds the rig, so it gains an emulator pass. - D27 — the public demo is the tester target. `ConnectScreen.kt` gates the whole app on a validated deployment address, so a tester needs somewhere to point it. The beta therefore waits on the demo VM, and the page says so. - D28 — `/beta` handles its own POST; there is no `/api/beta-signup`. An endpoint cannot report a validation error without JavaScript. §6's diagram is amended. - D29 — the APK and the beta get equal billing, and the APK link is off: `androidApk.serviceable` is false because the published v0.5.0 build does not work. The panel stays and states that plainly rather than being removed. Three mechanisms the plan did not anticipate: - `liveBrand()` — a server-rendered page never passes through the boot rewrite, so `/beta` reads the mounted brand.json itself. Pasting the Play opt-in URL in takes effect on the next request rather than the next restart. - `checkLinks.mjs` derives on-demand routes from `prerender = false` in the source. A PLANNED_ROUTES entry would have been wrong: its reverse check fires when a route has been built, and an on-demand route never produces a file, so the entry could never rot out. - `npm test` — the five existing checks all read built output, and none of this logic appears there. A honeypot can stop working and leave the build identical. Also: `checkFacts.mjs` gains the APK assets and `minSdk`, and learns that RFC 2606 reserved domains are not contact addresses; the D13 rule is otherwise unchanged. Verified end to end against the built server: every outcome renders with no JavaScript, cross-origin POSTs are refused, a mounted opt-in URL appears without a restart, and the export CLI round-trips. Co-Authored-By: Claude <noreply@anthropic.com> |
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| 2d19ee4220 |
feat(marketing): phase 4 — the marketing pages
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PLAN.md §13 phase 4: /features/, /architecture/, /modules/, /integrations/, and /community/ — plus the two scope items the phase table never assigned to anyone. Six decisions taken by the org lead before coding, recorded in PLAN.md §10 as D20-D25: - D20 /features/ is the homepage's list with a `detail` line, not a second list. One data file, two renderings, so they cannot disagree about what exists. - D21 /architecture/ draws reasons, not reference: three new inline SVGs, one per boundary. No endpoint tables, no config keys — those are phase 8's and stay canonical in docs/. - D22 The deliberate absences of §2 become one tagged data file, rendered on the three pages that promise them. - D23 Phase 4 absorbs /community/ (specified in §10 and §14 N3, linked from the header since phase 1, built by no phase) and checkLinks.mjs. - D24 `needsModule`: writing the Teams detail exposed a false claim phase 3 shipped. Teams are module-sourced only — teams.module_id is NOT NULL, there is no create route, sync is gated on providerModuleId() — so the Community group no longer says a bare core does all of it. - D25 The per-capability demo affordance brand.json had promised since phase 2 is a deep link, filled at boot from data-demo-path. checkLinks.mjs reads the built HTML rather than src/, because half these links are assembled from data files and template literals. Its PLANNED_ROUTES list is checked in both directions, so it cannot rot into a permanent exemption. applyBrand.mjs gained a pass that recomputes deep links from their immutable path, making it idempotent and reversible; checkBrand.mjs lifts that pattern out and runs it against the stock markup so the two cannot drift. Both proved against a real mount, in both directions. Fixes a cascade bug the checks could not see: [data-demo-url=''] and a scoped component class are both specificity 0,1,0, so .demo-link's `display` beat the hide rule and twelve links to a nonexistent demo rendered, each resolving to the current page. The rule is now !important. The four diagrams' shared SVG vocabulary moved to src/styles/diagram.css. Verified from a clean checkout: npm ci, all five checks, astro check (0 errors), production build, and a live browser pass at desktop and 390px. Co-Authored-By: Claude <noreply@anthropic.com> |
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| fe4abe0ebf |
feat(brand): phase 2 — the branding pipeline
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PLAN.md §7: swapping a logo or recolouring the site is a file copy and a container restart, never a rebuild. Phase 2 builds the mechanism and the checks that keep it true. GET /brand/* resolves every file against the mount first and the baked-in defaults second, per file, at stable unhashed URLs with an ETag and a five minute TTL. Nothing goes through Vite, which would fingerprint the names out of the mount's reach. An X-Brand-Source header says which step answered. Three decisions were taken with the org lead (recorded as D14-D16 in §7): D14 — one raster in, every size out. brand-default holds a single logo.png; the header mark at three pixel ratios, both install icons, the apple-touch icon, the favicons and a real multi-resolution favicon.ico are derived on request from whichever logo.png is in force, cached, and limited to an allowlist of sizes. Shipping fifteen precomputed files would have meant an operator producing fifteen to change a mark — and getting a new header with the old favicon. D15 — brand text is applied at boot. Pages are prerendered, so §7's promise about the site name, tagline and links could not hold at render time. npm start now runs scripts/applyBrand.mjs first, rewriting the built HTML from what it last applied to what the mount says. It rewrites from a record in dist/.brand-applied.json rather than from the defaults, because the naive version works exactly once and then silently ignores every later edit. An empty mount is a no-op; removing a mount restores the stock build byte for byte. Verified both ways, plus a second rename. D16 — the header shows the real emblem, replacing phase 1's placeholder glyph, so the site, the product and the Android launcher icon are one mark. It is raster art, so theme.css cannot recolour it; replacing logo.png is how the mark changes. Two defects found and fixed while proving it: The mounted theme.css did not win. Astro emits its own stylesheet after the head markup, so linking the operator's last was not enough and every override was silently a no-op. tokens.css now lives in @layer tokens and the mounted file is unlayered, which takes order out of the mechanism entirely. The documentation was a different site. Starlight builds its own head, so the docs linked a Starlight default /favicon.svg that does not exist here, carried no manifest or OG card, and never loaded the brand stylesheet — a mounted theme recoloured the marketing pages and left the docs stock. A Head override fixes it; half a rebrand looks like a product bug rather than a missed step. brand-default/wordmark.svg and og-image.png are generated by scripts/buildBrandAssets.mjs from the emblem and Cinzel's outlines and are committed, so CI needs neither the artwork nor a font. Type is converted to paths, because an SVG in an <img> can see neither the page's @font-face rules nor fontconfig — the same isolation that broke currentColor in phase 1. Its glyphs are drawn at the origin and translated: opentype.js emits NaN coordinates at a non-zero origin for some glyphs, and a path parser stops at the first malformed command, so the first lockup read "Runic Gate" and looked like a typo rather than a bug. scripts/checkBrand.mjs is the mechanism for the two failures that are otherwise silent: it puts every literal /brand/... URL in the source through the route's own classifier, so a size that is not on the allowlist fails the build instead of 404ing in a browser, and it rejects a brand string short enough that a blind replacement at boot could corrupt a page. Negative-tested three ways before being trusted. It runs in CI ahead of the type check. Co-Authored-By: Claude <noreply@anthropic.com> |
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| b287728c19 |
ci(facts): use the existing org-level REGISTRY_TOKEN
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checkFacts needs to read link, servuo-plugins, website and installer, and the automatic per-run token is scoped to this repo alone. Rather than mint a new secret, the workflow uses REGISTRY_TOKEN, which already exists at the org level with the right permissions. The secret is named for the registry and the script reads GITEA_TOKEN; the mapping stays in the workflow so the script keeps asking for what it actually wants -- a Gitea token -- rather than this org's secret name. Co-Authored-By: Claude <noreply@anthropic.com> |
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| 66187dde5d |
feat(site): phase 1 — the foundation
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Astro 7 with the Node adapter, Starlight mounted at /docs, the token file, both self-hosted typefaces, the layout shell, and the two build-time checks from §12. The palette's gold and cyan are sampled from runic-emblem.png rather than guessed, per §11: 494,059 opaque pixels binned by hue, each value annotated with its measured contrast against the ground, and restricted rather than brightened where a ratio fails. - checkTokens.mjs fails the build on any colour literal outside tokens.css, which is what keeps §7's "recolouring is a file copy" promise true. - checkFacts.mjs re-reads all 14 externally-sourced facts from their authorities over the Gitea API and fails on disagreement. It also enforces D13: no email address in the source outside brand-default/brand.json. - Both were negative-tested; neither has ever been allowed to pass by default. §6 asks for output:'server' with per-page prerender=true. Astro 7 expresses the same runtime shape as output:'static' with an adapter, opting individual routes out — so the default is static rather than accidentally server-rendered. Co-Authored-By: Claude <noreply@anthropic.com> |
