Nothing said whether a release was finished. A pipeline step can fail, a
platform can gain a target, a title can be published from a laptop — and the
catalog happily serves a release with three of its seven assets. The only way
to find out was to open `/api/softwares/<name>/builds` one name at a time.
$ bin/rails warp_engine:builds:check
rabbitroller ebitengine v1.1.1 1/7
[x] html
[ ] win_x86
[ ] win_x64
[ ] linux_x64
[ ] linux_arm64
[-] mac_x64
[-] mac_arm64
The CI can build these and the release does not have them:
rabbitroller v1.1.1 (ebitengine): win_x86, win_x64, linux_x64, linux_arm64
5 softwares, 5 releases, 14/32 assets present, 16 missing from CI-built kinds
The third marker is the point. Two different questions were being conflated:
what the **updater** can ingest (`Platform#expected_kinds`) and what the
**pipeline** actually produces. For six of the seven platforms they are the
same list; for ebitengine they are not — the updater accepts macOS builds, the
Woodpecker builder cannot cross-compile them (osxcross), so `mac_x64` and
`mac_arm64` would be reported as gaps on every ebitengine release, for ever.
`[ ]` is now a real gap and `[-]` is "upload it by hand or not at all", so the
list stays worth reading.
That knowledge is data, next to the templates that produce it:
`PipelineConfig::BUILT_KINDS`, reachable through the adapter as
`built_kinds(platform)`. An adapter that cannot answer — no CI configured, a
platform with no builder — returns nil, and then nothing is excused: every
missing kind counts as a gap.
`WarpEngine::AssetCoverage` computes it (`#rows`, `#missing_rows`, `#totals`)
and `AssetCoverageChecklist` renders it, so the numbers are testable without a
terminal. Options are env vars: NAME, PLATFORM, RELEASES=all, ONLY=missing, and
STRICT=1 for a non-zero exit in CI. The default is the newest release per
software, using the same non-`dev-` rule the catalog API uses for "latest".
33 new examples, including two that keep BUILT_KINDS honest: every claimed kind
has to be a kind the updater knows, and has to appear in the platform's rendered
pipeline. Adding a platform without teaching this list about it fails the suite.
Ships in 0.8.0.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Four small duplications, each of which had already drifted or was one edit away
from it.
**The JSON error body.** The host's `ApiController` was a line-by-line copy of
the engine's four `rescue_from` blocks plus `resolve_mime`. It is a
`WarpEngine::ApiErrorRendering` concern now, included by both, so "what a
failure looks like on the wire" is decided once.
**Mime resolution.** The same three lines lived in the engine's API controller
and the host's. `WarpEngine::Storage.mime_for` owns it — next to the adapter
that hands out the files.
**Finding the asset behind a path.** `DownloadService` and `FileService` each
escaped `%` and `_` by hand and ran their own `LIKE` — the second one without
the exact-match attempt the first one had. `ReleaseAsset.for_relative_path` is
the one lookup: the absolute path first, then a suffix match anchored at `/`
rather than the old `%path%`, which could match a different file whose name
merely contained this one. Two now-unreachable helpers
(`DownloadService.base_path`, `FileService.base_path`) go with it.
**Ordering.** `PlatformLink` and `SoftwareImage` ordered inside their
`default_scope`, which leaks into every association and aggregate — the proof
was already in the tree: `admin/images.rb` had to write
`SoftwareImage.unscope(:order).distinct.pluck(:image_id)`, because MySQL will
not order a DISTINCT by a column it does not select. Ordering is a scope you
ask for now (`ordered`), the two places that need it ask (`for_platform`, the
`software_images` association, so the API's image order is unchanged), and the
`unscope` is gone.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The list of platforms lived on `PlatformLink::SUPPORTED_PLATFORMS` — a model
about links to a platform's website — and was copied around it four times in
the admin (`%w[tic80 ebitengine love c64 godot bevy phaser]`), spelled out in
three apipie descriptions, and turned into a class name by string
interpolation in three services:
"WarpEngine::Platforms::#{platform.camelize}::Service".constantize
Seven places that had to agree, and nothing that made them.
`WarpEngine::Platform` is now that one place. `Platform.names` is the list,
`Platform.find!("godot")` answers with a value object that knows its `label`,
its `expected_kinds` and its updater `service`, and the constantize is gone —
the registry holds the reference. `PublishService` and `BuildsService` ask it,
the admin selects read `Platform.names`, and
`PlatformLink::SUPPORTED_PLATFORMS` stays as an alias of `Platform::NAMES` so
a host pinned to 0.7 keeps working.
`Software` also defends its own value sets now. It validated neither `status`
nor `platform`, so a mistyped platform only surfaced later, at publish time,
as "Unsupported platform" — after the row existed. And `status` had three
different answers depending on where you looked: the admin offered
development/demo/released/archived, the API documentation claimed
"active, inactive", and the database holds the first four. `Software::STATUSES`
is the list, the inclusion validations enforce both, and the documentation
names the values the database actually has.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Két dolog volt beépítve az engine-be, ami nem az övé.
A **képtár** eddig `WarpEngine::Image` volt, pedig a modell teljesen általános:
a teletypegames-ben a tagok arcképét is ez hordozza, nem csak a katalógus
borítóit. Az `Image` modell, a feltöltött fájlok, az `/api/image/:id` végpont
és az admin oldal ezért átkerült a hosztba, az engine pedig adapteren szól
hozzá (`WarpEngine::Images`): `url_for` adja a katalógus JSON `imageUrl`-jét,
`select_options` a software-form képválasztóját, `build_from_upload` a
"tölts fel új képet" ágat. Az alapértelmezés az `Image` osztály, tehát a
default útvonal bitre a régi. A `SoftwareImage` (a katalógus-kapcsolat)
maradt az engine-ben, és **az `images` tábla nem mozdult**: az engine csak
abbahagyta a létrehozását, a generátor írja meg hoszt-kódként.
A **CI** eddig végig Woodpecker volt: kliens, aláírás-ellenőrzés,
pipeline-receptek, repo-szinkron, secret-kiosztás. Mindez egy adapter mögé
került (`WarpEngine.ci`), a Woodpecker-implementáció pedig az engine-ben
maradt `WarpEngine::CI::Woodpecker` néven — kliens, adapter, httpsig-ellenőrző
és a platformonkénti pipeline-receptek, mert a YAML-dialektus a szolgáltatóé.
Az engine saját kódja már nem nevez szolgáltatót: `CI::Repo` és `CI::Run`
értékeket kap, `CI::ConnectionError`/`ApiError`/`NotConfigured` hibákat dob, a
`Pipeline` pedig `remote_repo_id`-t ad a történelmi `woodpecker_repo_id`
kolumna fölött (a tábla itt sem mozdult). `c.ci_adapter = :none` azt jelenti,
hogy ez a hoszt nem buildel: az `/api/ci/*` 503, a `/build/config` elutasít,
az admin akciók elbújnak.
Mindkét seam a hoszt initializerében van kimondva, nem alapértelmezésre
hagyva — a hoszt megnevezi, mi a képtára és mi a CI-ja.
Törés a 0.6-hoz képest: `image_container_path`, `image_owners`,
`ci_platforms`, `ci_update_server`, `ci_extension_public_key(_url)`,
`woodpecker_url`, `woodpecker_api_token`, `woodpecker_repo_owner` és a
`WarpEngine.woodpecker_configured?` megszűnt; a helyük `c.image_class_name` /
`c.image_adapter` és `c.ci_adapter`. Az `/api/ci/*` `latest_run`/`trigger`
válasza a normalizált `CI::Run` alakot adja (number, status, branch, message,
createdAt, url), a `pipelines` lista pedig `repo_id`-t is közöl a megtartott
`woodpecker_repo_id` mellett.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Kérésre: minden magyarázó komment kikerült a forrásfájlokból — 89 Ruby, 16
TypeScript, 14 Vue, plusz a CSS/JS/CJS. Nem soralapú kereséssel: a Ruby-t a
Ripper tokenizálta, a JS/TS/CSS-t állapotgép járta végig, hogy az URL-ekben,
reguláris kifejezésekben és heredocokban álló // és # jelek helyükön
maradjanak.
Három komment maradt, mert nélkülük nem indul a kód: az entrypoint.sh
shebangja, a vite-env.d.ts hármas perjeles referenciája, és a sanitize
teszt @vitest-environment direktívája (ez utóbbi a magyarázó része nélkül).
Egy helyen kódot is kellett írni: a CommandBlock másolás-hibaágán a komment
volt a catch egyetlen tartalma, és üres blokkot az eslint nem enged — a
copied jelző visszaállítása került a helyére.
A yaml, Dockerfile, Makefile, erb és markdown fájlokat nem érintettem.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
A desktop client reading /api/software had no way to learn that a title costs
money. There was nothing in the response to say so, no way to sign in, and no
way to be told "you do not own this" — so a store with paid titles could only
hand the client a 403 at download time and let it guess why.
The fix belongs here rather than in the client. A client serves more than one
store, so anything it knows about a particular one has to arrive from that
store's own API; a rule compiled into the client is a rule that breaks every
other catalog it reads. Three seams, each following the storage adapter's
shape — documented contract, default that is byte for byte the old behaviour,
one config key to replace it:
- **access policy** — visible_software_scope / access_for / authorize_download.
Every catalog entry now carries an `access` block (gated, entitled, price,
purchaseUrl, webUrl) and both /api/download and /file/* ask before serving.
The vocabulary is deliberately generic: a word from one host's domain would
make every client that reads it specific to that host.
- **client sign-in** — the device authorization grant (RFC 8628), over the
host's own user model. The approval page stays the host's, because approving
needs a session and HTML. Tokens are ApplicationTokens with a `catalog`
scope, so publishing and reading stay separable.
- **service descriptor** — GET /api/service says what this deployment is and
whether it has a sign-in at all, which is how a client stops guessing.
With no policy and no subject class configured — every deployment today — the
API is unchanged: /api/auth/* answers 404, /api/service reports auth: null, and
the 187 pre-existing examples pass untouched.
A policy that raises is treated as a refusal, not permission. An artifact
served because the gatekeeper crashed is the one failure mode this must not
have, so a broken policy empties the catalog and denies the download.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The step assumed one project shape: plain sources concatenated with cat
and Phaser pulled from a CDN. trickster-tiles is the other shape — Vite
plus TypeScript, built with `tsc && vite build` — so `cat src/*.js`
found nothing to bundle and the build failed. The earlier guard on the
syntax check fixed only the first symptom of that mismatch.
A project with a build script now runs npm ci && npm run build and is
packaged from its own dist/, which already contains index.html and the
hashed assets. Plain projects keep the existing path untouched.
The bundler's base has to be relative, since games are served out of
/file/<name>-<version>/; the step fails loudly if the build leaves no
dist/index.html rather than shipping an empty zip.
Verified in the phaser-builder image against trickster-tiles: a 344 kB
package with index.html at the root and ./assets/ references.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Batocera and the ES-family distributions run on ARM as much as on
x86_64 — Raspberry Pi, Odroid, the retro handhelds — and a linux_x64
binary installs there but will not start. There was no Linux ARM asset
kind at all: KINDS had linux_x86 and linux_x64 and mac_arm64, but
nothing for 64-bit ARM Linux.
Registering the kind is deliberately separate from producing it: a
platform service only includes BuildLinuxArm64 once its pipeline builds
the artifact, otherwise /api/builds would report it missing for every
release. Hence Ebitengine and Bevy only. Godot needs a Linux arm64
export preset in each game repo first; LÖVE fuses an upstream AppImage
that ships x86_64 only; TIC-80's export command has no ARM target.
Ebitengine needs cgo on Linux, so binary_build gained a cross-compiler
argument — and unsets CC for native targets, otherwise a build after
the ARM one silently picks up the cross gcc.
Verified by cross-compiling both demos in the rebuilt images: each
produced a genuine AArch64 ELF (e_machine 183), not a silent fallback.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Two seams the hosts needed, both backward compatible.
Storage: artifacts are served through WarpEngine::Storage.adapter instead of
raw filesystem calls. The default :local adapter keeps the previous behaviour
byte for byte, including the path traversal guard. A host can now set
config.storage_adapter to any object answering file?/directory?/locate and
serve builds from an object store - FileService and /api/download both honour
a Location.redirect, so a signing adapter turns them into redirects.
DownloadService#create still returns an absolute path (nil when missing) for
existing callers; #locate is the new entry point that can also return a
redirect. Ingestion (upload, extraction, file manager) stays local for now.
Publish: PublishService emits ActiveSupport::Notifications
("warp_engine.publish") with platform/name/version/software/release, so hosts
can react to a new build without hanging callbacks on the models.
WarpEngine.instruments_publish? lets a host feature-detect and keep its
fallback for older engine versions.
- all catalog services (update/software/highlighted/builds/file/file-manager/
download/image + SoftwareResponseBuilder), the SoftwareUpdater platform
services and their concerns, Blueprinter serializers (incl. TimestampFields)
and the 4 DTOs now live in the engine under WarpEngine::
- constantize dispatch strings use absolute names
(WarpEngine::SoftwareUpdater::<Platform>Service)
- container paths read from WarpEngine.config everywhere (FileService,
DownloadService, FileManagerService, ArchiveExtraction, ReleaseSerializer
path rewriting); FileManagerService base path is now lazy
- engine requires blueprinter itself; gemspec declares blueprinter + rubyzip
- engine test suite: spec/dummy app (mysql warp_engine_test, catalog-only
schema), rails_helper with engine-local factories; catalog model/service
specs and factories moved from the host
- host suite keeps TTG specs and loads catalog factories from the engine
Verified: engine suite 40 green, host suite 14 green, /api/software and
/api/builds byte-identical to baselines, admin OK.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
mr.zero
