Keep release files at the archive root and reject product-named directory components before CI packages artifacts.
Use neutral directories for media staging, WebUI uploads, stream storage, and MCP downloads so packaged and runtime layouts remain consistent.
Make line endings deterministic across macOS, Windows, and Linux while preserving the native checkout format required by Windows launchers.
Pin the tested application runtime and Node type baseline, add a shared startup preflight, and keep independently published packages on their existing compatibility ranges.
Align local scripts, pull request validation, complete package builds, dependency metadata, and contributor documentation around the same Node and pnpm contract. The root test command now covers every tested workspace package while a focused Core command remains available for local iteration.
Replace the feature-specific MP3 verification command with a workspace-wide native test entry point.
Keep native regression cases in package-owned test suites so future checks can expand without adding workflow steps.
Use the dedicated audio conversion path for record output so mono QQ voice records produce valid MP3 data.
Add release-target smoke coverage and preserve conversion and cleanup failures for diagnostics.
Fixes#239
On push to `dev`, dispatch SnowLuma.Docker.Framework/docker-image.yml to build
and push motricseven7/snowluma:dev (rolling) + :dev-<12sha> (immutable) from
this run's workflow artifact — no GitHub Release involved. also_latest=false so
dev never touches the stable :latest; the downstream job prunes old dev-<sha>
tags (keep newest 5). The dispatch job writes source SHA / run id / downstream
run URL to the job summary.
Supporting changes:
- Bundle production node_modules (npm install --omit=dev) before packaging so
the lite tarball the image bakes is actually runnable — mirrors release.yml.
- Add a deterministic-name hand-off artifact (snowluma-dev-docker-linux-x64,
dev-only) that the cross-repo Docker build downloads by name.
- Concurrency: only `dev` shares a self-cancelling group; every other branch
keeps a unique per-run group, so their behavior is unchanged.
- Age-gate the artifact cleanup (delete >24h, collect-then-delete) so it can't
race-delete an in-flight dev hand-off artifact.
Replaces "runtime npm dependency that gets `npm install`-ed into
dist/" with "TS wrapper that loads the native `.node` from
`dist/native/` like every other native binding in the project".
Why the change
--------------
The previous approach (better-sqlite3 declared in
packages/runtime/package.json, materialized by `npm install
--omit=dev` in dist/) worked but produced an artifact that needed
runtime npm install — a step the rest of SnowLuma's native bindings
don't need (websocket / snowluma-hook / ffmpeg are all standalone
`.node` files copied into `dist/native/` by vite-plugin-cp). The
asymmetry was friction: dev mode required `pnpm dist:install`,
build artifacts carried a `dist/node_modules/` tree the other
modules didn't need, and Docker images had to special-case the
glibc-vs-musl ABI lookup that prebuild-install runs.
The new shape:
- `@snowluma/sqlite` (packages/sqlite/) — TS wrapper. Has
`better-sqlite3` as a devDep (for the JS-layer types + the
actual JS wrapper code that vite inlines). At runtime, calls
`createRequire().require()` against
`<dist|repo>/native/better-sqlite3-v<abi>-<platform>-<arch>.node`
and passes the resolved addon to `new Database(path, {
nativeBinding })`.
- `packages/runtime/native/better-sqlite3-v<abi>-<triplet>.node`
— prebuilt binaries vendored into the repo. Two ABIs ship side-
by-side (v127 = Node 22 LTS used by CI, v137 = Node 24 used by
dev boxes) so `process.versions.modules` picks the matching one
at load time.
- `tools/fetch-sqlite-prebuilts.mjs` — fetches all 5 platforms ×
N ABIs from WiseLibs's GitHub releases. Idempotent: existing
`.node` files skip. Accepts extra ABI args:
`node tools/fetch-sqlite-prebuilts.mjs 12.10.0 v127 v137 v115`.
What was unwound
----------------
- packages/runtime/package.json — dependencies removed (runtime
artifact is now self-contained, no `npm install` step needed).
- root package.json — `dist:install` script removed (no node_modules
to install).
- .github/workflows/dev-build.yml — `Bundle runtime dependencies`
step removed.
- .github/workflows/release.yml — kept the `Bundle runtime
dependencies` step (was a no-op already, but harmless safety net
in case a future runtime dep shows up).
- packages/core/vite.config.ts — `better-sqlite3` no longer
external; vite inlines the JS wrapper (+~33 KB to bundle, ~2.84
MB → 2.87 MB total).
Naming
------
Mirrors the existing `websocket-${triplet}.node` convention (flat
dir under `runtime/native/`, dash-separated `<platform>-<arch>`).
Adds a `v<abi>` segment because better-sqlite3 is NOT N-API — one
binary per Node ABI. Naming:
better-sqlite3-v127-darwin-arm64.node Node 22 / macOS arm
better-sqlite3-v127-darwin-x64.node Node 22 / macOS intel
better-sqlite3-v127-linux-arm64.node Node 22 / Linux arm
better-sqlite3-v127-linux-x64.node Node 22 / Linux x64
better-sqlite3-v127-win32-x64.node Node 22 / Windows x64
better-sqlite3-v137-... (5) Node 24 / same 5 hosts
Total: 10 binaries × ~1.9 MB = ~19 MB committed. Aligned with the
existing native-vendoring footprint (websocket ~2 MB × 5, snowluma-
hook ~10 MB × Windows + Linux, ffmpeg ~10-30 MB × 4).
What changes for consumers
--------------------------
Source-side: nothing. `import Database, { type Database, type
Statement } from '@snowluma/sqlite'` is a drop-in for the previous
`import Database from 'better-sqlite3'`. The wrapper re-exports the
same types and the `Database` callable factory has the same
overload set.
Runtime: `node` finds the binding at
`<dist|repo>/native/better-sqlite3-v${process.versions.modules}-
${process.platform}-${process.arch}.node`. If the ABI doesn't
match a vendored binary, the wrapper throws a clear error pointing
at `tools/fetch-sqlite-prebuilts.mjs` with the missing ABI/triplet.
Bumped better-sqlite3 from 11.10.0 → 12.10.0 because v11 only had
prebuilt up to Node ABI v127 (no v137 = no Node 24). v12.10.0
ships both. Both versions are API-compat (the breaking changes
between v11 and v12 were either internal or in error-handling
paths SnowLuma doesn't exercise).
Verification
------------
- pnpm -r typecheck (12 projects): clean
- @snowluma/core test: 302/302
- @snowluma/onebot test: 250/250 (552/552 combined, unchanged from
the perf-series baseline)
- Bench numbers preserved — wrapper indirection is sub-μs:
storeMeta ~11 μs, storeEvent ~17 μs, findMeta hit ~1.1 μs (all
within noise of the post-RoadMap-#5 measurements).
- Vite build clean, bundle = 2.87 MB / 230 KB gzip
- `dist/index.mjs` no longer contains a `node:sqlite` import (it
did before — media-store hadn't migrated; now neither it nor
message-store reach into the Node builtin).
Bonus side-fix: `packages/onebot/src/media-store.ts` also moved
off `node:sqlite` (caught by the post-build bundle grep — the
file was using `DatabaseSync` + `StatementSync` from the builtin
even though it had already been written to cache its prepared
statements). Its hot paths now go through the same wrapper.
Followup to 0b6541c. That commit added `better-sqlite3` as a
workspace dependency and marked it as a vite external — meaning
the bundled `dist/index.mjs` does `require('better-sqlite3')` at
runtime instead of inlining its JS wrapper. Without the binding
+ wrapper present in the production archive, every shipped
SnowLuma would crash on first SQLite op.
The fix is in three small pieces:
1. `packages/runtime/package.json` — declare `better-sqlite3` as a
runtime dep. `vite-plugin-cp` copies this manifest into
`dist/package.json` during build (see `runtimeDistFiles` in
`packages/core/vite.config.ts`), so the release workflow's
existing `npm install --omit=dev` step inside `dist/` picks it
up and compiles the native binding for the matrix target via
prebuild-install (with node-gyp fallback). This is the same
mechanism release.yml has used since v1.x — it was just empty
until now because the previous vite config bundled everything.
2. `.github/workflows/dev-build.yml` — mirror the
`Bundle runtime dependencies` step from release.yml. Dev-build
was packaging `dist/` straight after vite, which would have
shipped a broken artifact (no `dist/node_modules/`). Added the
`npm install --omit=dev` step before the tar/zip packaging
steps so dev-build archives carry the binding too.
3. `package.json` root — add `dist:install` script (just
`cd dist && npm install --omit=dev`) so local prod-mimic flows
work: `pnpm build && pnpm dist:install && pnpm dev:mode`. Not
chained into `pnpm build` itself to keep the watch-cycle fast
for users who only need the vite build output; the install
step adds ~17s.
Note on dev mode: `pnpm dev` continues to work unchanged — it
runs via tsx against workspace `node_modules/`, which already has
`better-sqlite3` compiled (from the workspace-level pnpm install).
Only the dist/-based prod-mimic path needed the explicit install.
Verification
------------
- `pnpm build` (with stubbed native binary): clean, dist/ has the
updated `dist/package.json` with the dependency declared
- `pnpm dist:install`: installs 38 packages, compiles
`dist/node_modules/better-sqlite3/build/Release/better_sqlite3.node`
- Smoke-test from `dist/`: `node -e "import('better-sqlite3')..."`
prints `OK: [ { id: 42 } ]`, confirming the binding loads + a
basic INSERT/SELECT roundtrip works.
CI matrix coverage: win-x64, linux-x64, linux-arm64 (release.yml +
dev-build.yml share the same matrix). Each builds its own native
binding during the install step — prebuild-install hits
better-sqlite3's prebuilt-binary registry for these three targets
(no source compile needed in the common case, falls back to
node-gyp if a prebuilt isn't available).
Delete the "Bundle runtime dependencies" step from .github/workflows/dev-build.yml. The removed step changed to working-directory: dist and ran npm install --omit=dev, so CI will no longer install runtime deps into dist during the dev build, reducing build time and avoiding bundling node modules into the dev artifacts.
Introduce a `typecheck` job to GitHub Actions that sets up pnpm and Node.js (v22), installs dependencies, and runs `pnpm typecheck` on the workspace. Make the `build` job depend on `typecheck`. Also add a `typecheck` script (`tsc --noEmit`) to packages/websocket/package.json to enable package-level type checking. This ensures TypeScript errors are caught before the build runs.
Temporarily comment out the linux-arm64 matrix entry in .github/workflows/dev-build.yml (name, os, target) to prevent the ARM64 job from running. Lines are commented rather than removed so the job can be re-enabled easily later.
Restructure GitHub Actions to build Windows and Linux matrix targets and produce platform-specific artifacts.
- .github/workflows/dev-build.yml: split cleanup/build jobs, add matrix (win-x64, linux-x64), set SNOWLUMA_TARGET for builds, produce full and -lite archives (.zip on Windows, .tar.gz on Linux), unify upload step and ensure errors when artifacts missing.
- .github/workflows/release.yml: convert release build to matrix, produce platform archives, download/collect artifacts, generate multi-platform release notes (bash), and create the GitHub release with both .zip and .tar.gz assets.
- packages/core/vite.config.ts: add fs import and SNOWLUMA_TARGET handling, pick platform-specific runtime files (launcher.bat or launcher.sh), enumerate native files per target, fail CI if expected native binaries are missing, and copy native files into dist/native.
- packages/runtime/launcher.sh: add a portable launcher for Linux that prefers a bundled node binary or falls back to PATH and execs index.mjs.
These changes enable cross-target CI packaging and enforce that native binaries are present before releasing.
Simplify CI by removing job matrices and always building the WebUI flavor. Both dev and release workflows now run build:all, verify the websocket native module, and produce two archives: a zero-install bundle that includes node.exe and a no-node variant (requires Node >=22). Artifact names and upload steps were adjusted (dev uses SHA-based names; release uses tag-based names), and release notes were updated to document the two packages and WebUI defaults.
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