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storybook

Create and review Storybook examples using real production UI components. Separate display components from business logic, add local interaction demos when needed, and apply consistent rules for component composition, demo names, file placement, and navigation groups.

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ACTIVATE when creating storybook stories, reviewing PRs with .stories.tsx files, or planning Storybook-related work with rpi:* skills.

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适用场景

  • Creating static Storybook examples for production UI components
  • Adding dialog and toggle interaction demos
  • Reviewing component boundaries in .stories.tsx pull requests
  • Organizing complex demos and their navigation groups

包含的文件(1)

  • SKILL.md6.6 KB

SKILL.md(原文)

安装前可以查看交给 AI 代理的指令内容。

Storybook Component Taxonomy

This skill defines the three-tier component taxonomy for Storybook stories and the patterns to follow.

Component Taxonomy

TypeDefinitionIn Storybook?
PureStateless or low-state production component with no app stores, queries, routing, or providersYes — default
ShellDemoStorybook-only wrapper that composes real components to demonstrate interactivity, layouts, or stateYes — sparingly
WiredProduction component connected to business logic, hotkeys, stores, queriesNo

Pure/Wired Production Pattern

Wired* is the only prefix for connected production components. Connected* is retired repo-wide. A Wired component owns queries, stores, routing, hotkeys, and business logic, then composes Pure shells and leaves. Storybook interaction wrappers are always named *ShellDemo, never Wired*.

Avoid prop-forwarding pure intermediates. A Pure layout component exposes literal children; the Wired layer fills those slots with Wired leaves, and each Wired leaf renders its Pure leaf with a flat, one-hop interface. The canonical production/story pairs are:

  • KanbanBoard / WiredKanbanCard
  • the shell kit in packages/ui/src/components/sidebar/ / WiredSidebarTaskTree, WiredTaskRow, and WiredSessionRow
  • ArtifactCommentPanel / WiredCommentThread, using keyed children and NEW_COMMENT_KEY

Stories use the same Pure shells as production and fill their slots with Pure leaves. They are provider-free. Never render or wrap a Wired component in a story.

Pure composition has one seam: literal children. Do not add named ReactNode props, component props, or render props for Storybook convenience. When a shell must associate caller content with its own layout records, use keyed children, following ArtifactCommentPanel.

Anti-Pattern: Mock-ups

Mock-up — defines fake inline UI instead of importing real production components. These create noise and mislead developers about what's real vs. prototype. DELETE mock-ups; do not convert them.

Smell test: The story file defines JSX/markup inline instead of importing a component from a production path like ../components/ or @humanlayer/ui.

Story Patterns

1. Pure Story — Static Args (Default)

The preferred form. Import the real Pure component and pass static data via args.

// packages/ui/src/components/session-label-badge.stories.tsx
import type { Meta, StoryObj } from "@storybook/react"
import { SessionLabelBadge } from "./session-label-badge"

const meta = {
  title: "Components/SessionLabelBadge",
  component: SessionLabelBadge,
} satisfies Meta<typeof SessionLabelBadge>

export default meta
type Story = StoryObj<typeof meta>

export const Default: Story = {
  args: { label: "bug-fix", color: "blue" },
}

2. ShellDemo — Inline Wrapper for Interactivity

For Pure components needing demo-only interactivity (dialogs, toggles), define a small provider-free *ShellDemo inside the .stories.tsx. The ShellDemo owns local state; the real Pure component is imported from production.

// packages/ui/src/components/bypass-permissions-dialog.stories.tsx
const BypassPermissionsDialogShellDemo = ({ sessionCount }: { sessionCount?: number }) => {
  const [open, setOpen] = useState(false)
  return (
    <>
      <Button onClick={() => setOpen(true)}>Open Bypass Dialog</Button>
      <BypassPermissionsDialog
        open={open}
        onOpenChange={setOpen}
        onConfirm={(minutes) => console.log("Confirmed with timeout:", minutes)}
        sessionCount={sessionCount}
      />
    </>
  )
}

export const Default: Story = {
  render: () => <BypassPermissionsDialogShellDemo />,
}

3. ShellDemo — Companion File for Complex Composition

When a ShellDemo needs significant local state or composes multiple real Pure components, put it in storybook/*.tsx. Keep the .stories.tsx thin. ShellDemos remain provider-free; if a component requires app providers, story the Pure shells and leaves below that boundary instead.

// storybook/session-table.tsx — ShellDemo companion
export const SessionTableShellDemo: FC<SessionTableShellDemoProps> = (props) => {
  const [selectedId, setSelectedId] = useState<string>()
  return <SessionTable {...props} selectedId={selectedId} onSelect={setSelectedId} />
}

// storybook/session-table.stories.tsx — thin
const meta: Meta<typeof SessionTableShellDemo> = {
  title: "Shell Demos/SessionTable",
  component: SessionTableShellDemo,
}
export const Default: Story = { args: {} }

4. ShellDemo — Page Layout Composition (Rare)

For demonstrating page layouts or how multiple real components sit together. Use sparingly.

import { SidebarShell, TaskRow } from "@humanlayer/ui"

export const WithTask: Story = {
  render: () => (
    <SidebarShell>
      <ul><TaskRow {...taskRowProps}>Pure session rows go here</TaskRow></ul>
    </SidebarShell>
  ),
}

KanbanBoard.stories.tsx, the sidebar stories, and the artifact-comment-panel stories are the canonical slot-composition examples. Their shells are production components, their slot contents are Pure leaves, and none requires an app provider.

ShellDemo Nav Group

All ShellDemos must use the Shell Demos/ top-level nav group prefix in their title to visually separate them from Pure component stories:

const meta = {
  title: "Shell Demos/SessionTable", // NOT "Components/SessionTable"
  component: SessionTableDemo,
}

Quick Checklist

Before creating or approving a story:

  1. Does the story import a real production component? If no → DELETE or fix
  2. Does the story render only Pure components and stay provider-free? If no → move down to the Pure boundary
  3. Does composition use only literal children (keyed when matching layout records)? If no → fix the production seam
  4. Does the demo add local interaction state? Name it *ShellDemo; complex state → companion file in .../storybook/
  5. Is the title correct? ShellDemos → Shell Demos/...; Pure → Components/... or existing group

Locations

  • packages/ui/src/ — shared component library stories (port 6006)
  • apps/riptide-ui/src/ — app-specific stories (port 6007)
  • apps/riptide-ui/storybook/ companion directories for complex ShellDemo wrappers
  • packages/ui/storybook/ companion directories for complex ShellDemo wrappers

Running Storybook

cd packages/ui && bun --bun run storybook    # port 6006
cd apps/riptide-ui && bun --bun run storybook # port 6007

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