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## What PR 5/17 of the catalog system rollout. Adds the `hyperframes add` verb for installing blocks and components from the registry into an existing project, plus the `hyperframes.json` project config that tells `add` which registry to use and where to drop files. Stacks on #255. - **`packages/cli/src/commands/add.ts`** — new `hyperframes add <name>` command. Resolves an item, validates target paths, installs files in parallel, builds an include snippet, copies it to the clipboard. Exposes a testable `runAdd(opts)` function; the citty default wraps it with console output + exit handling - **`packages/cli/src/utils/projectConfig.ts`** — read/write/normalize `hyperframes.json`. Tolerant to missing and partial configs - **`packages/cli/src/utils/clipboard.ts`** — minimal cross-platform clipboard (pbcopy / clip.exe / wl-copy / xclip / xsel). Zero deps. Gracefully no-ops in headless environments - **`packages/cli/src/commands/init.ts`** — write `hyperframes.json` during scaffold if not already present - **`packages/cli/src/cli.ts`** + **`help.ts`** — register `add` under Getting Started (directly below `init`) Design doc: [Hyperframes Catalog System](https://www.notion.so/heygen/Hyperframes-Catalog-System-Design-Plan-341449792c69813f899dcd53b4c0383a). ## UX ```bash # Scaffold a project (now writes hyperframes.json too) npx hyperframes init my-video --example blank cd my-video # Add a block — files land, snippet copied to clipboard npx hyperframes add claude-code-window # ✓ Added claude-code-window (hyperframes:block) # compositions/claude-code-window.html # # Include snippet: # <iframe src="compositions/claude-code-window.html" data-start="0" data-duration="6"></iframe> # # Copied to clipboard — paste into your host composition. # Add a component effect npx hyperframes add shader-wipe # Headless / CI — no clipboard, JSON output for tooling npx hyperframes add shader-wipe --no-clipboard --json ``` Running `hyperframes add warm-grain` (an example) errors clearly pointing to `init --example`. ## Docs (bundled in this PR per the tracker principle) - `docs/packages/cli.mdx` — new `add` subsection under Commands (flags, examples, trigger rules) + new `hyperframes.json` section describing the config file shape ## Tests - **`packages/cli/src/commands/add.test.ts`** — 11 tests: - `remapTarget` / `buildSnippet` pure helpers (5 tests) - `runAdd` integration against a mocked `fetch` registry: block install lands files + returns snippet, component install respects `paths.components` remap, example-typed names throw `AddError` with code `example-type`, unknown names throw `AddError` with code `unknown-item` (4 tests plus 2 covering block default path and non-default path preservation) - **`packages/cli/src/utils/projectConfig.test.ts`** — 9 tests: - Write/read round-trip, partial-config normalization, corrupt-file handling, absent-file fallback to defaults, custom paths preserved - **CLI suite:** 92 passed (was 72 on #255, **+20**). Same 4 pre-existing failures unchanged ## Scope decisions - **`init.ts` full port to new resolver deferred.** The original plan bundled a removal of the `packages/cli/src/templates/` compat shim. That's ~300 more lines and isn't required for `add` to work. The compat shim from #254 still functions; a separate cleanup PR handles it - **No ajv runtime schema validation.** Manifests are trusted as schema-valid. Full validation lands when third-party registries arrive (PR 14/15). Path safety is still enforced by the installer's `assertSafeTarget` guard - **Default project paths stay under `compositions/`.** Blocks → `compositions/<name>.html`; components → `compositions/components/<name>/<file>`. Users override via `hyperframes.json#paths` ## Breaking / migration **None.** Pure additive — new command, new file types, no existing commands or flags change. `init.ts` now writes `hyperframes.json` but that's a new additional file, not a modification of existing output. ## Stacks on #255 — base branch. When #255 merges, this rebases onto `main`. ## Next in stack PR 6 — `feat(registry): seed block — claude-code-window`. First real registry item. Exercises the full `hyperframes add <name>` flow end-to-end against a committed item on `main`. 🤖 Generated with [Claude Code](https://claude.com/claude-code)
162 lines
5.6 KiB
Plaintext
162 lines
5.6 KiB
Plaintext
---
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title: Compositions
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description: "The fundamental building block of a Hyperframes video."
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---
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A composition is an HTML document that defines a video timeline. Every clip -- video, image, audio -- lives inside a composition.
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## Structure
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Every composition needs a root element with `data-composition-id`:
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```html index.html
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<div id="root" data-composition-id="root"
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data-start="0" data-width="1920" data-height="1080">
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<!-- Elements go here -->
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</div>
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```
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The `index.html` file is the top-level composition. It can contain nested compositions within it. Any composition can be imported into another -- there is no special "root" type.
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## Clip Types
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A clip is any discrete block on the timeline, represented as an HTML element with [data attributes](/concepts/data-attributes):
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- `<video>` -- Video clips, B-roll, A-roll
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- `<img>` -- Static images, overlays
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- `<audio>` -- Music, sound effects
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- `<div data-composition-id="...">` -- Nested compositions (animations, grouped sequences)
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See the [HTML Schema Reference](/reference/html-schema) for the full list of attributes on each clip type.
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## Nested Compositions
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You can embed one composition inside another in two ways: loading from an external file or defining it inline. External files are the recommended approach for reusable compositions.
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<Tabs>
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<Tab title="External file">
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Reference another HTML file with `data-composition-src`. The framework automatically fetches the file, extracts the `<template>` content, mounts it, executes scripts, and registers the timeline.
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```html index.html
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<div
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id="el-5"
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data-composition-id="intro-anim"
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data-composition-src="compositions/intro-anim.html"
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data-start="0"
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data-track-index="3"
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></div>
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```
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Each external composition file wraps its content in a `<template>` tag:
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```html compositions/intro-anim.html
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<template id="intro-anim-template">
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<div data-composition-id="intro-anim" data-width="1920" data-height="1080">
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<div class="title">Welcome!</div>
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<style>
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[data-composition-id="intro-anim"] .title {
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font-size: 72px; color: white; text-align: center;
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}
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</style>
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<script>
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const tl = gsap.timeline({ paused: true });
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tl.from(".title", { opacity: 0, y: -50, duration: 1 });
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window.__timelines["intro-anim"] = tl;
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</script>
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</div>
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</template>
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```
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</Tab>
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<Tab title="Inline">
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Define a nested composition directly inside the parent. This is simpler for one-off compositions that do not need to be reused.
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```html index.html
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<div id="root" data-composition-id="root"
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data-start="0" data-width="1920" data-height="1080">
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<!-- Inline nested composition -->
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<div id="el-5" data-composition-id="intro-anim"
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data-start="0" data-track-index="3"
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data-width="1920" data-height="1080">
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<div class="title">Welcome!</div>
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</div>
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<script>
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// Timeline for the inline composition
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const introTl = gsap.timeline({ paused: true });
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introTl.from(".title", { opacity: 0, y: -50, duration: 1 });
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window.__timelines["intro-anim"] = introTl;
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</script>
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</div>
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```
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Inline compositions do not use `<template>` tags or `data-composition-src`.
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</Tab>
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</Tabs>
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### Project Structure
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<Tree>
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<Tree.Folder name="project" defaultOpen>
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<Tree.File name="index.html" />
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<Tree.Folder name="compositions" defaultOpen>
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<Tree.File name="intro-anim.html" />
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<Tree.File name="caption-overlay.html" />
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<Tree.File name="outro-title.html" />
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</Tree.Folder>
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<Tree.Folder name="assets">
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<Tree.File name="video.mp4" />
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<Tree.File name="music.mp3" />
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<Tree.File name="logo.png" />
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</Tree.Folder>
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</Tree.Folder>
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</Tree>
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## Two Layers: Primitives and Scripts
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Every composition has two layers:
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- **HTML** -- primitive clips (`video`, `img`, `audio`, nested compositions). The declarative structure: what plays, when, and on which track. Controlled by [data attributes](/concepts/data-attributes).
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- **Script** -- effects, transitions, dynamic DOM, canvas, SVG -- creative animation via [GSAP](/guides/gsap-animation). Scripts do **not** control media playback or clip visibility.
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<Warning>
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Never use scripts to play/pause/seek media elements or to show/hide clips based on timing. The framework handles this automatically from data attributes. Scripts that duplicate this behavior will conflict with the framework. See [Common Mistakes](/guides/common-mistakes) for examples.
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</Warning>
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## Variables
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Compositions can expose variables for dynamic content:
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```html compositions/card.html
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<div data-composition-id="card" data-var-title="string" data-var-color="color">
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```
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Variables make compositions reusable as [examples](/examples) -- the same composition can render different content by injecting variable values at render time.
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## Listing Compositions
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Use the [CLI](/packages/cli) to see all compositions in a project:
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```bash
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npx hyperframes compositions
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```
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## Next Steps
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<CardGroup cols={2}>
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<Card title="Data Attributes" icon="code" href="/concepts/data-attributes">
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Full reference for timing, media, and composition attributes
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</Card>
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<Card title="GSAP Animation" icon="wand-magic-sparkles" href="/guides/gsap-animation">
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Add animations to your compositions with GSAP timelines
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</Card>
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<Card title="Examples" icon="grid-2" href="/examples">
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Start from built-in examples for common video patterns
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</Card>
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<Card title="HTML Schema Reference" icon="book" href="/reference/html-schema">
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Complete schema for authoring compositions
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</Card>
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</CardGroup>
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