create-liteship

Scaffold a minimal Astro + @czap project — the "first five minutes" of constraint-based adaptive rendering, working on the first pnpm dev.

One command

npm create liteship
# or
pnpm create liteship my-liteship-app

With no directory argument you are prompted (default: my-liteship-app). The target must be empty or not exist yet — scaffolding never overwrites your files.

What it scaffolds

A complete adaptive loop in nine files:

my-liteship-app/
├── README.md                           # run instructions + optional @czap/genui path
├── astro.config.ts                     # @czap/astro integration, boundary/token dirs wired
├── package.json
├── tsconfig.json
├── .gitignore
└── src/
    ├── boundaries/layout.boundaries.ts # ONE Boundary: viewport.width → mobile/tablet/desktop
    ├── tokens/base.tokens.ts           # design tokens (compiled to --czap-* custom properties)
    ├── layouts/Base.astro              # @token blocks resolve against the token defs
    └── pages/index.astro               # ONE Satellite element + ONE @quantize block

The page's satelliteAttrs({ boundary: layout }) element and its @quantize layout { ... } style block share the same boundary export: the @quantize block compiles to static @container queries at build time, and the satellite runtime drives data-czap-state updates on the client. Resize across 768px / 1280px and watch both halves agree.

Next steps (printed after scaffolding)

cd my-liteship-app
pnpm install   # or npm install
pnpm dev       # or npm run dev

Then edit src/pages/index.astro — add a state to the boundary in src/boundaries/layout.boundaries.ts and both the compiled CSS and the runtime pick it up.

For structured LLM UI (optional), add @czap/genui and follow GETTING-STARTED — Generated UI. The scaffold's README.md repeats the install line.

License

MIT