Site template packages, manifest, and scaffolding

The four-layer model

Templates slot cleanly into refrakt's existing layering and make the whole stack legible:

A template hard-depends on plugins (its content literally uses their runes — they must exist or the build breaks) and soft-depends on themes (it must render correctly under any theme, but only looks designed under the ones it was authored against). That asymmetry is the contract: works with any theme, sings with its recommended theme. It is a first-class fact in the manifest, not an accident.

Problem evidence

Measured against the current packages/create-refrakt tree:

• One axis, overloaded. --type site + the template-<framework> directories conflate framework choice with starting content. scaffoldSite copies a framework starter and generates a config from generateRefraktConfig(theme, target) — there is no seam for "and also lay down this purpose-built content + plugin/route wiring."
• Starters are empty by construction. template-html/content/ is three files. The starters exist to prove the adapter boots, not to give an author a running start. There is no richer content anywhere to scaffold from.
• No template format exists. There is a theme scaffold (scaffoldTheme) and a theme manifest (ThemeManifest in packages/types/src/theme.ts), but no analogous notion of a packaged, describable site template — no manifest, no required-plugin declaration, no recommended-theme field, no install path.
• Example content can't ship cheaply. Purpose-built content needs images — heroes, avatars, logos. Shipping binaries means weight and asset-licensing exposure, and a template that looks broken the moment the author deletes the bundled images. The placeholder: image scheme (packages/runes/src/lib/placeholder.ts) solves the no-asset case but is keyed by shape, not identity, so it cannot also drive a richer live preview of the same content.

Design

The work divides into four pieces: the package format and manifest, the scaffold-time composition model, the dual-mode asset scheme, and the CLI surface. A small reference template (a test fixture, not a catalog) backs all four.

1. Two axes: framework × purpose

Framework and purpose are orthogonal — a docs template should be installable on SvelteKit or Astro. The current single --template-as-framework overload is split:

• --framework <name> selects the adapter (svelte/astro/next/nuxt/eleventy/html). This is today's template-<framework> choice, renamed to what an author actually thinks they are choosing. ("Adapter" is the internal package term; "framework" is the author-facing one.) The existing --type/--target plumbing is reconciled onto this flag.
• --template <name> (the freed-up flag) selects the purpose — the site template to scaffold from. Absent, it falls back to today's minimal starter, so existing behaviour is preserved.

Scaffolding then composes three inputs:

1. Framework starter — app shell, build files, base package.json (today's template-<framework> dirs). Supplies the adapter wiring.
2. Site template — the content tree + a config fragment + manifest (this spec). Supplies the site.
3. Theme — the template's recommended theme, or a user override, pinned as a dependency.

The template's config fragment is framework-agnostic (plugins, routeRules, entityRoutes, recommended theme); the scaffolder injects the framework-specific target and dependency wiring. This keeps a template installable across every adapter.

2. Template package format and manifest

A site template is a package (or a directory) shaped as:

my-template/
  package.json        — name, version; deps: recommended theme + required plugins
  template.json       — the template manifest (see below)
  content/            — the content tree: .md pages + _layout.md cascade
  assets/             — optional real assets (usually empty; prefer the asset scheme, §3)

template.json is the descriptive contract the scaffolder and any catalog tooling read. The exact field set is settled in the work phase; the shape is:

{
  "name": "docs-starter",
  "title": "Documentation site",
  "description": "A multi-section docs site with sidebar nav, API reference, and changelog.",
  "category": "docs",
  "contentDir": "./content",
  "requiredPlugins": ["@refrakt-md/docs"],     // hard dependency — runes must resolve
  "recommendedTheme": {                          // soft dependency — the designed look
    "package": "@refrakt-md/lumina",
    "presets": ["@refrakt-md/lumina/presets/tideline"]
  },
  "configFragment": {                            // merged into the generated refrakt.config
    "plugins": ["@refrakt-md/docs", "@refrakt-md/marketing"],
    "routeRules": [{ "pattern": "**", "layout": "docs" }],
    "entityRoutes": []
  },
  "previewUrl": "https://…",                     // optional: where a built demo is published
  "assets": { /* asset manifest — see §3 */ }
}

recommendedTheme reuses the SiteThemeConfig shape from packages/types/src/theme.ts ({ package, presets, tokens, modes, colorScheme }) so a template ships a complete starting configuration — a template + theme + preset + token overrides composed into one unit — without inventing a parallel type. A template with only requiredPlugins and a neutral theme is the minimal case; a fully-composed bundle is the same field set populated.

3. Scaffold-copy semantics (not a live dependency)

Templates are copied into the project at scaffold time and become the author's to edit; they are not served from node_modules (decided in ADR-021). Rationale:

• Content is meant to be rewritten. A live dependency you are supposed to edit is a contradiction, and "update the template" becomes an unwinnable merge against changed content.
• It yields a clean distinction from themes: themes are live dependencies that benefit from updates; templates are one-time copies. A template's ongoing value is "more templates to start from," not "this content auto-updates."

The hybrid that makes this ergonomic: a template pins its recommended theme and required plugins as real dependencies (installed into the new project) but copies only the content tree and the merged config fragment. Deps stay live and updatable; content is owned.

Because templates are copies that reference evolving rune syntax, each first-party template must be scaffold-built in CI — scaffold it, build it, assert no errors — ideally extended with the visual-regression harness from SPEC-094. This catches rune-syntax drift breaking a template before an author hits it.

4. Dual-mode asset resolution

The resolution model and its tradeoffs are decided in ADR-020; this section summarizes it. Example content needs images without shipping binaries or looking broken. The image-scheme registry is already pluggable — registerImageScheme(scheme, resolver), last-registration-wins (packages/runes/src/lib/image-schemes.ts). That makes two resolution modes over identical content nearly free:

• Distributed/scaffold mode (default). Content references logical image slots that resolve to the built-in generated placeholder: SVGs (packages/runes/src/lib/placeholder.ts). Zero binary assets, zero asset-licensing surface. This is exactly what the author downloads, and it renders cleanly with no extra files.
• Demo-build mode (opt-in). A build flag registers an override resolver that maps the same slots to author-provided hosted image URLs, so a template author can publish a live, fully- imaged preview of their template. Content is byte-identical between modes; only the resolver differs.

The one wrinkle: placeholder: is keyed by shape, so it cannot tell two heroes apart or map them to distinct preview images. The fix is a logical asset key — content references an asset: slot carrying a stable key and its aspect shape; a template's asset manifest (in template.json) maps each key to a previewUrl. The exact ref syntax is an open decision (candidates: asset:hero-main with shape resolved from the manifest, vs. a self-describing asset:cover/hero-main so a downloaded site needs no manifest at all — see Open Questions). Either way:

• In distributed mode the slot emits a shape-correct generated placeholder (delegating to placeholderSvg); the previewUrl values are not part of the scaffolded output, so the author's downloaded site is automatically placeholder-backed with nothing to strip.
• In demo mode the override resolver reads previewUrl from the manifest and emits a real <img>.

How preview URLs are produced and hosted is an operational concern entirely outside this spec and the repo; the manifest only ever holds author-provided URLs.

5. CLI surface

• create-refrakt --framework <name> --template <purpose> — the composed scaffold (§1). Both default sensibly: --framework to the current default adapter, --template to the minimal starter, preserving today's behaviour.
• Template resolution mirrors theme install: a --template value may be a bundled name, a local directory, or a package identifier. Install/copy robustness (tarball, alternate registries, multi-site targeting) is shared with theme install and specified in SPEC-110.
• A demo-build flag (env or config) toggles asset demo mode (§4) for authors publishing a preview. It is inert for normal builds.

6. Reference template (test fixture)

Ship exactly one template in-repo, framed as a fixture and worked example — not a catalog. It earns its place three ways: it is what CI scaffolds-builds-(and visually regresses) to prove the mechanism end-to-end; it is the canonical example third-party authors copy to learn the format; and it dogfoods the manifest. Keep it deliberately generic (a plain multi-section starter), so its presence implies a format, not a content library. Whether to grow beyond one in-repo template is explicitly out of scope here.

Implications

• create-refrakt gains a composition step. Scaffolding moves from "copy one framework starter + generate config" to "compose framework starter + template content + theme dep + merged config." The framework axis rename touches the bin's flag parsing and docs.
• A new image scheme + build mode. asset: and the demo-mode resolver are additive to the registry; no existing content changes. Distributed builds behave exactly as today.
• Templates are CI-built artifacts. Each first-party template is scaffolded and built in CI, reusing the SPEC-094 gallery/harness where possible, so rune-syntax drift can't silently rot a template.
• No coupling to a distribution channel. Templates resolve as bundled names, directories, or packages via the shared install surface (SPEC-110); the format presumes nothing about where templates come from.

Acceptance Criteria

• create-refrakt separates the framework axis (--framework) from the purpose axis (--template), with both defaulting to preserve current behaviour; the existing --type/--target plumbing is reconciled onto --framework and documented.
• A site-template package format is defined: a template.json manifest (name, title, description, category, contentDir, requiredPlugins, recommendedTheme as a SiteThemeConfig, configFragment, optional previewUrl + asset manifest) plus a content/ tree.
• Scaffolding composes three inputs — framework starter, site template, theme — copying the template's content and merging its framework-agnostic configFragment into the generated refrakt.config.json, with the framework target and dependency wiring injected by the scaffolder.
• Templates are scaffold-copied (content owned by the author), while the recommended theme and required plugins are pinned as live dependencies of the new project.
• An asset: logical-key image scheme renders shape-correct generated placeholders in distributed/scaffold mode (zero binary assets, no manifest required in the downloaded site) and resolves to author-provided previewUrls under an opt-in demo-build mode via the last-wins resolver registry.
• Exactly one in-repo reference template exists as a fixture/worked example and is scaffolded-and-built in CI (extended with the SPEC-094 visual-regression harness where applicable) to guard against rune-syntax drift.
• Theme-authoring/scaffolding docs gain a template-authoring guide covering the manifest, the framework × purpose model, scaffold-copy semantics, and the asset: scheme.

Open Questions

• asset: ref syntax. Self-describing (asset:<shape>/<key>, so a downloaded site needs no manifest) vs. key-only (asset:<key>, shape resolved from a copied manifest). Settle in the work phase against the "downloaded site needs zero extra files" goal.
• Config-fragment merge precedence. How a template's configFragment composes with user-supplied flags and with the recommended-theme override (template default vs. explicit --theme) when they conflict.
• Section/page templates. Full-site only here; whether a "drop in a pricing page" granularity is a later refinement of the same format (a one-page template) is deferred.

References

• Scaffolding today: packages/create-refrakt/src/scaffold.ts (scaffoldSite, scaffoldTheme, generateRefraktConfig), packages/create-refrakt/src/bin.ts, the template-<framework> dirs.
• Theme manifest + site theme config: packages/types/src/theme.ts (ThemeManifest, SiteThemeConfig, getThemePackage).
• Image schemes: packages/runes/src/lib/image-schemes.ts (registerImageScheme, resolveImageScheme), packages/runes/src/lib/placeholder.ts (placeholderSvg, PLACEHOLDER_SHAPES).
• Theme system foundations (gallery/harness, fonts, layouts): SPEC-094.
• Framework-agnostic theme packages: ADR-009.
• Scaffold-copy vs. live-dependency decision: ADR-021.
• Dual-mode asset resolution decision: ADR-020.
• Shared install robustness (tarball, registries, multi-site, templates): SPEC-110.