📦 Frontend Library Blueprint¶

📘 Purpose, Scope, and Placement in the Factory¶

This blueprint governs the autonomous generation of frontend UI libraries and component systems across the ConnectSoft AI Software Factory. It defines how agents scaffold, validate, test, and publish reusable, accessible, and observable frontend components.

🎯 Purpose¶

To provide a declarative contract that drives:

UI component scaffolding (e.g., Button, Card, Modal)
Full-featured frontend modules (e.g., BookingForm, Dashboard)
Static and dynamic page generation (e.g., HomePage, SettingsPage)
Integration with:
Styling systems (Tailwind, SCSS)
UI frameworks (React, Angular, Blazor)
L10n and i18n engines
Observability and telemetry
Storybook and visual regression tools
Secure, testable, versioned, and sharable artifacts

🧱 Scope¶

Domain	Included
Component Design	✅ Structure, slots, inputs/outputs, props
Styling	✅ CSS, tokens, responsive rules
Accessibility	✅ WCAG, ARIA roles, keyboard navigation
Localization	✅ i18n hooks, string injection
Observability	✅ Frontend telemetry, performance spans
Testing	✅ Unit, snapshot, E2E, a11y tests
Docs	✅ Storybook, usage, MDX
CI/CD	✅ Linting, previews, deploy pipelines

🧠 Blueprint's Role in the Factory¶

flowchart TD
    idea[Product Idea or Epic]
    --> vision["Vision → UX Agent"]
    --> blueprint["📘 Frontend Blueprint"]
    --> component[🧱 Generated UI Components]
    --> tests[🧪 Auto-Generated Tests]
    --> docs[📚 Storybook + Docs]
    --> pipeline[🔁 CI/CD + Deploy Previews]

Hold "Alt" / "Option" to enable pan & zoom

🪄 Example Use Case¶

Input:

name: ConnectSoft.UI.UserCard
framework: react
style: tailwind
slots:
  - avatar
  - username
  - actions

Output:

UserCard.tsx
UserCard.test.tsx
UserCard.stories.tsx
README.md
Tailwind + ARIA + test coverage hooks
Azure pipeline for deployment preview

🧠 Agents Triggered by This Blueprint¶

Agent	Role
Component Scaffolder Agent	Generates JSX/TSX, slots, state bindings
Style Agent	Injects theme-based Tailwind or SCSS
Accessibility Agent	Ensures WCAG/ARIA compliance
Test Generator Agent	Builds tests with coverage targets
Docs Agent	Storybook stories, props table
CI/CD Agent	Preview site and visual diff pipelines
Localization Agent	String extraction and translation stubs

📘 Files and Artifacts Produced¶

/src/components/UserCard.tsx
/src/components/UserCard.styles.ts
/tests/UserCard.test.tsx
/stories/UserCard.stories.tsx
/docs/UserCard.md
/ci/frontend-preview.yml
/package.json

✅ Summary¶

This blueprint governs the entire lifecycle of frontend libraries
Ensures all components are:
- Generated
- Localized
- Tested
- Documented
- Versioned
- Observable
Supports multi-framework (React, Angular, Blazor) generation
Enables end-to-end integration with CI/CD, design tokens, and UX agents

📦 Output Types: Components, Modules, Pages¶

This section defines the types of frontend artifacts that can be generated using the blueprint, how they differ in purpose, complexity, structure, and agent responsibilities. Each output type has its own generation pattern, testing scope, and documentation logic.

📘 Blueprint Field: `type`¶

type: component  # or module | page

This field drives branching in the scaffold logic and output structure.

🧱 Output Type Definitions¶

Type	Description
`component`	A reusable UI element, such as a `Button`, `Card`, or `Avatar`, meant to be composed inside larger modules
`module`	A self-contained UI unit with local state, multiple child components, service calls, etc. (e.g., `BookingForm`, `UserProfilePanel`)
`page`	A top-level route/view, possibly combining multiple modules and full layout responsibility (e.g., `DashboardPage`, `HomePage`)

🗂️ Folder Structures by Type¶

# Component
/components/
  └── UserCard/
        ├── UserCard.tsx
        ├── UserCard.styles.ts
        ├── UserCard.test.tsx
        └── UserCard.stories.tsx

# Module
/modules/
  └── BookingForm/
        ├── BookingForm.tsx
        ├── hooks.ts
        ├── useBooking.ts
        ├── BookingForm.test.tsx
        └── index.ts

# Page
/pages/
  └── DashboardPage/
        ├── DashboardPage.tsx
        ├── DashboardPage.test.tsx
        ├── route.ts
        └── layout.tsx

🧠 Agent Behavior Differences¶

Agent	`component`	`module`	`page`
Component Scaffolder	✅ JSX/TSX + props	✅ Multiple child components	✅ Layout with routing
Test Agent	✅ Unit tests	✅ State & validation tests	✅ Full render + route guards
Docs Agent	✅ Storybook	✅ Storybook + usage docs	✅ Page MDX
CI Agent	✅ Lint/test	✅ + coverage	✅ + visual regression

📘 DSL Differences (Example)¶

Component DSL:

name: UserCard
slots: [avatar, username, footer]

Module DSL:

name: BookingForm
state:
  - bookingDate: Date
  - selectedService: string
validation:
  - required: [bookingDate]

Page DSL:

name: DashboardPage
layout: MainLayout
route: /dashboard
modules:
  - BookingForm
  - UpcomingAppointments

🔁 Composability¶

Pages include multiple modules
Modules include multiple components
All can be generated separately or as part of a larger hierarchy

🧩 Prompt Injection Logic¶

Agents inject "type": "component" or "type": "module" into generation prompts, enabling multi-purpose skill templates.

✅ Summary¶

The blueprint supports 3 major frontend artifact types:
- UI components
- Logical modules
- Top-level pages
Each type affects:
- File layout
- Prompt shape
- Test scope
- Documentation expectations
The type field in the blueprint determines how agents scaffold the full artifact lifecycle

🎨 Styling Integration: CSS, Tailwind, Theme Tokens¶

This section defines how frontend blueprints handle styling strategies, including support for utility-first CSS frameworks, design tokens, component theming, and scoped CSS management. It ensures every generated artifact is visually consistent, configurable, and brandable.

📘 Blueprint Styling Field¶

style:
  engine: tailwind      # or css-modules | scss | tokens
  tokens: true
  responsive: true
  darkMode: supported

🎨 Supported Styling Engines¶

Engine	Description
`tailwind`	Utility-first CSS with JIT and configuration file (`tailwind.config.js`)
`css-modules`	Locally scoped styles with `.module.css` or `.module.scss`
`scss`	Sass-based hierarchical styles with optional global and scoped blocks
`tokens`	Design token-driven styling (e.g., spacing, color, border, typography) via JSON or CSS Variables

🧩 Blueprint → Styles Mapping¶

UserCard/
├── UserCard.tsx
├── UserCard.styles.ts       ← Tailwind or tokens helpers
├── user-card.module.css     ← If css-modules
├── theme.tokens.json        ← Optional per-token styles

🎯 Design Token Injection¶

Blueprints with tokens: true trigger agents to reference shared or module-specific design token libraries.

Example:

{
  "fontSize": "var(--font-body-sm)",
  "padding": "var(--spacing-xs)"
}

Injected as:

<div className="p-xs text-sm text-token-body">
  {username}
</div>

⚙️ Tailwind Configuration DSL¶

Blueprints may auto-generate scoped configuration files:

tailwind:
  extend:
    colors:
      primary: '#0060df'
      background: '#f7f8fa'
    spacing:
      xs: '4px'
      sm: '8px'
      md: '16px'

🌒 Dark Mode Support¶

Blueprints support dark mode modes:

style:
  darkMode: supported

Agents wrap generated code with:

<div className="bg-white dark:bg-gray-900 text-black dark:text-white">

Or create useDarkModeTokens() helpers.

🧠 Style Agent Responsibilities¶

Task	Output
Inject Tailwind classes	`.tsx` markup scaffolding
Create `*.styles.ts` files	Theme + token wrappers
Inject `css-modules` or SCSS	Based on `engine`
Apply tokens	From shared or module-local palette
Validate theme compliance	Token usage and override hooks

🧠 Prompt Context Injection¶

{
  "style": {
    "engine": "tailwind",
    "tokens": true,
    "responsive": true,
    "darkMode": "supported"
  }
}

This shapes how the generator agent constructs output HTML/JSX/CSS.

📘 Docs Snippet (README.md)¶

## 🎨 Styling

- Styling engine: Tailwind CSS (JIT)
- Design tokens enabled: ✅
- Responsive and dark mode supported
- Token usage from `theme.tokens.json`

✅ Summary¶

Blueprints allow rich styling strategy configuration
Support multiple styling engines + tokens and themes
Auto-wire design systems into generated components
Enforce consistency across modules and platforms

🧱 Blueprint Structure and Required Metadata¶

This section defines the core structure, required fields, and metadata layout for every frontend blueprint. It ensures agents receive a predictable, traceable, and extensible specification that drives code, tests, styles, and documentation.

📘 Minimal Valid Blueprint Structure¶

name: ConnectSoft.UI.UserCard
type: component
framework: react
style:
  engine: tailwind
  tokens: true
slots:
  - avatar
  - username
  - footer

🔖 Required Fields¶

Field	Type	Required	Description
`name`	string	✅	Fully qualified component/module/page name
`type`	string	✅	`component`, `module`, or `page`
`framework`	string	✅	Target UI framework (e.g., `react`, `angular`, `blazor`)
`style.engine`	string	✅	Styling strategy (e.g., `tailwind`, `scss`)
`slots`	list	✅ for components	Dynamic content placeholders
`state`	object	⛔️ (module only)	Local state management blueprint
`route`	string	⛔️ (page only)	Routing path for pages

🧩 Optional Metadata Fields¶

Field	Description
`tags`	UI, shared, auth, dashboard (used for doc grouping)
`group`	Logical grouping of related components
`description`	Short human-readable summary
`author`	Blueprint author or originating agent
`createdAt`	ISO timestamp or system-populated
`version`	Starting semantic version (e.g., `1.0.0`)
`repo`	Link to Git repo (if external component)
`priority`	Optional generation priority for multi-agent execution plans

📘 Metadata Example¶

metadata:
  tags: [shared, user, profile]
  group: Profile
  description: A card displaying user profile info
  author: ui-designer-agent
  createdAt: 2025-06-07T14:00Z
  version: 1.0.0

🧠 Metadata Use by Agents¶

Agent	Usage
Doc Agent	Groups and categorizes docs
Component Agent	Names output file/folder structure
Prompt Agent	Injects tags, type, and name into generation context
Pipeline Agent	Adds build metadata and badges
Observability Agent	Tags spans and events with metadata context

📘 Internal Normalization Flow¶

Agents apply enrichment defaults if fields are omitted:

type: component            → default = "component"
style.engine: tailwind    → default = "tailwind"
framework: react          → default = "react"

This ensures minimal blueprints can still execute fully.

📘 Validation Example¶

Invalid blueprint:

type: module
slots: [title]       # ❌ Modules should define state, not slots

Validator Agent Output:

{
  "status": "invalid",
  "errors": [
    "Modules should not define slots. Use `state` instead."
  ]
}

✅ Summary¶

Blueprint structure is cleanly divided into required and optional metadata
Used across prompt generation, validation, grouping, doc rendering, and runtime context
Enables modular, traceable, and multi-agent-compatible execution
Simplifies onboarding new agents and scaffolding consistent frontend libraries

📁 Folder and File Structure Conventions¶

This section defines the standardized output layout for all frontend blueprints, including how files are named, grouped, and exported for components, modules, and pages. This structure ensures predictable integration, testability, and reusability.

📘 Base Output Folder¶

name: ConnectSoft.UI.UserCard

This produces a folder under /src/components/UserCard/ (or /src/modules/ or /src/pages/ based on type).

📁 Standard Folder Structure (by Type)¶

🔹 Component¶

/src/components/UserCard/
├── UserCard.tsx
├── UserCard.styles.ts
├── UserCard.test.tsx
├── UserCard.stories.tsx
├── index.ts

🔹 Module¶

/src/modules/BookingForm/
├── BookingForm.tsx
├── useBookingForm.ts
├── BookingForm.test.tsx
├── BookingForm.stories.tsx
├── validation.schema.ts
├── index.ts

🔹 Page¶

/src/pages/DashboardPage/
├── DashboardPage.tsx
├── DashboardPage.test.tsx
├── DashboardPage.route.ts
├── DashboardPage.layout.tsx
├── index.ts

✅ All folders include a default index.ts for barrel exports

📦 Additional Folder Layers¶

Purpose	Location Example
Global styles	`/styles/theme.tokens.ts`, `/styles/base.css`
Hooks	`/hooks/useBooking.ts`
i18n	`/i18n/en/user-card.json`, `/i18n/es/user-card.json`
Types	`/types/UserCard.types.ts`
Docs	`/docs/components/UserCard.md`
Visual tests	`/tests/visual/UserCard.spec.ts`

🧩 File Purpose by Suffix¶

Suffix	Purpose
`.tsx`	Main implementation
`.styles.ts`	Utility + Tailwind + tokens
`.test.tsx`	Unit or functional test
`.stories.tsx`	Storybook story file
`.layout.tsx`	Page layout template (for pages only)
`.route.ts`	Routing definition (pages only)
`.schema.ts`	Optional validation schema
`.i18n.json`	Localized string bundles

🔁 Blueprint-to-Files Mapping Logic¶

flowchart TD
    blueprint["📝 frontend-library-blueprint.yaml"]
    --> ComponentAgent
    --> StylesAgent
    --> TestAgent
    --> DocsAgent
    --> Files["UserCard.tsx, UserCard.test.tsx, UserCard.stories.tsx"]

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🧠 Agents That Use File Convention¶

Agent	Output
Component Generator	`.tsx`, `index.ts`
Style Agent	`.styles.ts`, `tokens`
Test Agent	`.test.tsx`
Documentation Agent	`.stories.tsx`, `.md`
CI Agent	Visual regression tests and coverage mappings

📘 Example `index.ts` Export¶

export { UserCard } from './UserCard';
export type { UserCardProps } from './UserCard.types';

Used to support clean imports:

import { UserCard } from 'ConnectSoft.UI';

✅ Summary¶

Standard folder layout ensures consistent agent output
Naming conventions drive test discovery, doc rendering, and barrel exports
Supports clear boundaries between logic, styles, tests, stories, and schemas
Enables seamless usage across Storybook, design systems, CI, and downstream consumers

🔌 Dependency and UI Toolkit References¶

This section explains how frontend blueprints declare UI toolkit dependencies, shared libraries, and third-party packages. It enables agent-generated components to seamlessly integrate with design systems, shared UI kits, and external packages like Material UI, Radix UI, or Fluent.

📘 Blueprint Dependency Field¶

dependencies:
  uiToolkit: material-ui
  sharedLibraries:
    - ConnectSoft.UI.Base
    - ConnectSoft.Theme.Tokens
  external:
    - react-hook-form
    - zod
    - date-fns

🧩 UI Toolkit Options¶

Toolkit	Description
`material-ui`	Prebuilt MUI components, theming system
`radix-ui`	Low-level primitives with full accessibility
`fluent-ui`	Microsoft Fluent Design components
`bootstrap`	Basic grid and form layout components
`tailwind-ui`	Styled Tailwind component sets
`none` (default)	Pure atomic component generation

🔁 Agent Behavior with `uiToolkit`¶

Toolkit	Agent Behavior
`material-ui`	Uses `<Button />`, `<Card />`, `<ThemeProvider />`
`radix-ui`	Composes from primitives with ARIA attributes
`fluent-ui`	Wraps Fluent components, applies Fluent tokens
`tailwind-ui`	Uses Tailwind + pattern presets
`none`	Generates raw components from blueprint DSL + design tokens

📂 File Injection Patterns¶

// With Material UI
import { Button, Typography } from '@mui/material';

export function UserCard() {
  return (
    <Card>
      <Typography>{username}</Typography>
      <Button>Send</Button>
    </Card>
  );
}

// With Radix UI
import * as Avatar from '@radix-ui/react-avatar';

<Avatar.Root>
  <Avatar.Image src="/user.jpg" />
  <Avatar.Fallback>JD</Avatar.Fallback>
</Avatar.Root>

📦 `sharedLibraries` References¶

Used for:

Importing shared UI components (Avatar, Divider, etc.)
Composing utilities or themes (useTheme(), spacing())

Agents resolve the shared component blueprint first, then inject usage.

📘 Dependency Resolution in Prompts¶

Agents auto-inject into context:

{
  "uiToolkit": "material-ui",
  "usesThemeProvider": true,
  "sharedLibraries": ["ConnectSoft.UI.Base", "ConnectSoft.Theme.Tokens"]
}

This alters the generation prompt to wrap generated components accordingly.

📘 Output: `package.json` Snippet¶

{
  "dependencies": {
    "@mui/material": "^5.15.0",
    "react-hook-form": "^7.45.0",
    "zod": "^3.22.2",
    "date-fns": "^2.30.0"
  }
}

Injected by the Dependency Agent based on blueprint.

📘 CI/CD Linting for Declared vs Used¶

$ yarn lint:deps
# ✅ All declared deps are used
# ✅ No undeclared imports

Helps detect stale or missing sharedLibraries and enforces alignment.

✅ Summary¶

Blueprints declare toolkits, shared modules, and external libraries
Agent output adapts scaffolding to match design systems or component kits
Supports both composable primitives (Radix) and higher-order libraries (MUI, Fluent)
Drives correct file structure, props usage, and dependency declarations
Enables consistency and interoperability across frontend platforms

♿ Accessibility (ARIA, WCAG) Compliance Metadata¶

This section defines how frontend blueprints enforce accessibility (a11y) standards, such as ARIA roles, keyboard navigation, and WCAG 2.1 compliance. It ensures that every generated UI artifact is inclusive, navigable, and screen-reader friendly by design.

📘 Blueprint Accessibility Field¶

accessibility:
  enabled: true
  roles:
    - button
    - region
  keyboardNavigation: true
  labelStrategy: auto
  contrast: enforce
  auditScoreTarget: 90

✅ Key Metadata Definitions¶

Field	Description
`enabled`	Enables a11y generation features
`roles`	ARIA roles applied to outer or semantic elements
`keyboardNavigation`	Auto-generates keyboard interaction logic
`labelStrategy`	`auto` (use slot names) or `manual` (require label DSL)
`contrast`	Enforce minimum color contrast
`auditScoreTarget`	Minimum Lighthouse accessibility score (0–100)

🧠 Generated Output Examples¶

Button with ARIA:

<button role="button" aria-label="Submit form" onKeyDown={handleKey}>
  Submit
</button>

Keyboard Navigation:

<div tabIndex={0} onKeyDown={handleArrowKeys}>
  <Avatar />
</div>

High-contrast Mode:

.color-text {
  color: var(--text-default);
}

@media (prefers-contrast: more) {
  .color-text {
    color: black;
    background-color: white;
  }
}

Auto-generated by Test Agent:

it('should have correct ARIA role', () => {
  render(<UserCard />);
  const el = screen.getByRole('region');
  expect(el).toBeInTheDocument();
});

🧠 Agents Using Accessibility Metadata¶

Agent	Action
Component Agent	Injects roles, aria-labels, keyboard handlers
Test Agent	Emits WCAG unit tests
Doc Agent	Adds a11y notes in README/stories
A11y Validator Agent	Audits Lighthouse accessibility score
Prompt Agent	Shapes generation to ensure semantic HTML and navigability

🧩 Blueprint → Audit Flow Diagram¶

flowchart TD
    blueprint --> A11yGenerator
    A11yGenerator --> A11yValidator
    A11yValidator --> Report["Accessibility Score ≥ 90"]

Hold "Alt" / "Option" to enable pan & zoom

📘 README.md Section (Generated)¶

## ♿ Accessibility

- Uses semantic HTML and ARIA roles
- Keyboard navigation enabled
- Contrast meets WCAG AA
- Accessibility score target: 90+

🧠 Prompt Context¶

{
  "accessibility": {
    "enabled": true,
    "roles": ["button", "region"],
    "keyboardNavigation": true,
    "contrast": "enforce",
    "auditScoreTarget": 90
  }
}

✅ Summary¶

Accessibility is first-class in all frontend blueprints
Metadata drives ARIA injection, keyboard navigation, contrast handling
Agents auto-generate a11y-focused tests and validation gates
Promotes inclusive, production-grade component generation

🌍 Localization and i18n/i10n Handling¶

This section defines how frontend blueprints handle internationalization (i18n) and localization (l10n). It ensures every generated UI element is language-ready, region-sensitive, and supports multi-language rendering from day one.

📘 Blueprint Localization Field¶

localization:
  enabled: true
  engine: i18next
  defaultLocale: en
  supportedLocales:
    - en
    - es
    - fr
  externalization: auto  # or manual
  fallback: true

🧩 Key Metadata Options¶

Field	Description
`enabled`	Enables localization for all text, labels, messages
`engine`	Library used: `i18next`, `ngx-translate`, `blazor-loc`, etc.
`defaultLocale`	Primary language fallback
`supportedLocales`	List of locales to generate translation files for
`externalization`	`auto`: agents extract hardcoded strings into JSON
`fallback`	Use default text if no translation exists

📂 Output: Locale Files¶

/i18n/
├── en/
│   └── user-card.json
├── es/
│   └── user-card.json
├── fr/
│   └── user-card.json

Each file includes:

{
  "title": "User Profile",
  "submit": "Submit",
  "cancel": "Cancel"
}

🧠 Component Integration Example (i18next)¶

import { useTranslation } from 'react-i18next';

export function UserCard() {
  const { t } = useTranslation('user-card');
  return (
    <div>
      <h2>{t('title')}</h2>
      <button>{t('submit')}</button>
    </div>
  );
}

🧠 Agent Responsibilities¶

Agent	Action
Component Agent	Wraps all user-facing strings with `t()`
i18n Agent	Extracts text → generates `*.json` bundles
Test Agent	Validates fallback and missing key behavior
Localization Agent	Syncs shared dictionary across modules/pages
Prompt Agent	Converts hardcoded labels into `t()` tokens in output

🧪 Tests for Localization¶

it('renders translated title in French', () => {
  i18n.changeLanguage('fr');
  render(<UserCard />);
  expect(screen.getByText('Profil Utilisateur')).toBeInTheDocument();
});

📘 README.md Auto-Section¶

## 🌍 Localization

- i18next enabled with auto-externalization
- Supported locales: en, es, fr
- Fallback to default if key missing
- All user-facing strings use `t()` syntax

🔁 i18n Context in Prompt¶

{
  "localization": {
    "engine": "i18next",
    "externalization": "auto",
    "defaultLocale": "en",
    "supportedLocales": ["en", "es", "fr"]
  }
}

✅ Summary¶

Blueprints define localization policy and supported languages
Agents generate translation-ready components and i18n files
Supports i18next, Angular i18n, or Blazor localization providers
Enables robust multilingual UI generation with fallback logic
Validated by tests, doc injection, and pipeline checks

⚙️ Component Configuration DSLs¶

This section introduces how frontend blueprints reference or embed Component DSLs (Domain-Specific Languages) to declaratively define a component’s props, slots, events, state, and validation logic. These DSLs act as the blueprint schema drivers for scaffolded UI code, tests, and stories.

📘 DSL Reference Field¶

dsl:
  type: component
  ref: dsl/components/user-card.dsl.yaml

OR inline:

dsl:
  type: component
  inline:
    props:
      avatarUrl: string
      username: string
      isVerified: boolean
    events:
      onClick: void
    slots:
      - avatar
      - footer

🧠 What Component DSLs Enable¶

Element	Effect
`props`	Generates typed props interface or `@Input()` decorators
`slots`	Renders `children` or Angular `<ng-content>`
`events`	Emits callback props or `@Output()` bindings
`state`	Injects `useState()` / local signals
`validation`	Adds form validation (Zod, yup, reactive forms)
`defaultValues`	Sets initial props or state defaults

🔎 DSL-Driven Type Output (React Example)¶

interface UserCardProps {
  avatarUrl: string;
  username: string;
  isVerified?: boolean;
  onClick?: () => void;
}

Used to scaffold:

export function UserCard({ avatarUrl, username, isVerified, onClick }: UserCardProps) {
  return (
    <div onClick={onClick}>
      <img src={avatarUrl} />
      <h2>{username}</h2>
      {isVerified && <VerifiedBadge />}
    </div>
  );
}

📘 Validation DSL Example¶

validation:
  avatarUrl: required
  username: required
  isVerified: optional

Mapped to:

const schema = z.object({
  avatarUrl: z.string().url(),
  username: z.string().min(1),
});

🧩 DSL for Angular / Blazor¶

framework: angular
dsl:
  props:
    inputData: string
    isEditable: boolean
  events:
    onSave: CustomEvent

Yields:

@Input() inputData!: string;
@Input() isEditable = false;
@Output() onSave = new EventEmitter<void>();

📂 DSL Location Patterns¶

dsl/components/ → for atomic UI elements
dsl/modules/ → for forms or logic-heavy UI units
dsl/pages/ → for layout and routing blueprints

🧠 Agent Responsibilities with DSLs¶

Agent	Task
Component Agent	Reads DSL and scaffolds props/slots/state
Test Agent	Generates test data from props + validation rules
Storybook Agent	Maps props into `argTypes` with controls
Docs Agent	Injects auto-generated props tables
Schema Validator	Verifies DSL structure against component type

📘 Prompt Injection Sample¶

{
  "dsl": {
    "props": {
      "username": "string",
      "isVerified": "boolean"
    },
    "events": {
      "onClick": "void"
    }
  }
}

✅ Summary¶

Component DSLs define the contract of a frontend artifact declaratively
Blueprints reference or embed them to enable precise agent scaffolding
Enables consistent generation of props, events, state, validation, and docs
Supported across React, Angular, and Blazor ecosystems
Fully integrated into testing, storybook, and documentation agents

🧪 Test Blueprint: Unit, Snapshot, E2E¶

This section defines how frontend blueprints specify the testing strategy for generated components, modules, or pages — including unit tests, snapshot tests, and end-to-end (E2E) flows. The blueprint acts as a test plan contract for agents to generate the correct coverage, structure, and assertions.

📘 Blueprint Test Field¶

test:
  enabled: true
  types:
    - unit
    - snapshot
    - e2e
  coverageThreshold: 85
  scenarios:
    - "renders with minimal props"
    - "responds to click events"
    - "displays avatar and username"

🔎 Test Types Overview¶

Type	Description
`unit`	Validates logic, rendering, and props behavior
`snapshot`	Captures component render output to detect drift
`e2e`	Runs browser-based tests using Playwright or Cypress for full flow testing

🧠 Test Output File Examples¶

/tests/components/UserCard.test.tsx         ← unit tests
/tests/components/UserCard.snapshot.tsx     ← snapshots
/tests/e2e/UserCard.spec.ts                 ← Playwright/Cypress

🧪 Sample Unit Test Output¶

test('renders with default props', () => {
  render(<UserCard username="Alice" />);
  expect(screen.getByText('Alice')).toBeInTheDocument();
});

📸 Sample Snapshot Test¶

test('matches snapshot', () => {
  const tree = renderer.create(<UserCard username="Snapshot" />).toJSON();
  expect(tree).toMatchSnapshot();
});

🎯 E2E Test Structure¶

test('UserCard interaction works', async ({ page }) => {
  await page.goto('/components/user-card');
  await page.locator('text=Submit').click();
  await expect(page.locator('.confirmation')).toBeVisible();
});

📘 README.md Test Section¶

## 🧪 Tests

- Unit, Snapshot, and E2E tests auto-generated
- Coverage target: 85%
- Scenarios:
  - renders with minimal props
  - displays avatar and username
  - responds to click events

🧠 Test Agent Responsibilities¶

Task	Output
Scaffold basic render & assertion tests	✅
Snapshot generation using Jest or equivalent	✅
Auto-generate E2E flows with input + click simulation	✅
Enforce coverage thresholds in CI pipelines	✅
Align tests with DSL-provided props and event logic	✅

🧠 Prompt Context Example¶

{
  "test": {
    "types": ["unit", "snapshot", "e2e"],
    "coverageThreshold": 85,
    "scenarios": [
      "renders with minimal props",
      "responds to click events"
    ]
  }
}

✅ Summary¶

Blueprints define test strategies declaratively
Support full test stack: unit, snapshot, and E2E
Scenarios guide agent-generated assertions
Testing agents scaffold compliant and maintainable tests
Blueprint-driven testing ensures coverage from day one

🧠 Agent Roles in Frontend Generation¶

This section defines the roles of ConnectSoft AI Factory agents involved in the full lifecycle of frontend blueprint execution — from DSL parsing to component generation, styling, localization, testing, and publishing.

🧠 Primary Agents Involved¶

Agent Name	Purpose
`ComponentScaffolderAgent`	Generates JSX/TSX, props, slots, and layout based on DSL
`StyleAgent`	Applies Tailwind, SCSS, or design tokens styling
`TestAgent`	Builds unit, snapshot, and E2E tests
`LocalizationAgent`	Extracts strings, builds i18n bundles
`DocsAgent`	Generates README, Storybook, MDX
`AccessibilityAgent`	Injects ARIA roles, keyboard navigation, and WCAG hooks
`PipelineAgent`	Configures CI/CD pipelines for lint/test/deploy
`DependencyAgent`	Resolves npm packages, shared lib refs
`PromptShaperAgent`	Shapes DSL → generation prompt for LLM
`ValidatorAgent`	Ensures blueprint structure and test coverage thresholds
`StorybookAgent`	Creates `*.stories.tsx` and props tables
`VisualRegressionAgent`	Adds Playwright/Cypress visual tests
`FeatureFlagAgent`	Wraps outputs in feature toggles if enabled

🔁 Generation Flow with Agents¶

graph TD
    blueprint["📘 frontend-library-blueprint.yaml"]
    dsl["🧩 Component DSL"]
    blueprint --> dsl
    dsl --> prompt[🧠 PromptShaperAgent]
    prompt --> scaffold[🛠️ ComponentScaffolderAgent]
    scaffold --> test[🧪 TestAgent]
    scaffold --> style[🎨 StyleAgent]
    scaffold --> docs[📚 DocsAgent]
    scaffold --> loc[🌍 LocalizationAgent]
    style --> ci[⚙️ PipelineAgent]
    test --> ci
    docs --> ci

Hold "Alt" / "Option" to enable pan & zoom

🎯 Agent Collaboration Summary¶

Lifecycle Phase	Primary Agents
🛠️ Scaffold Code	ComponentScaffolderAgent, StyleAgent
🧪 Generate Tests	TestAgent, VisualRegressionAgent
♿ Inject Accessibility	AccessibilityAgent
🌍 Localization	LocalizationAgent
📦 Package/Deploy	PipelineAgent, DependencyAgent
📘 Document UI	DocsAgent, StorybookAgent
✅ Validate	ValidatorAgent, Coverage Checker Agent

🔌 Agent Interop¶

Agents publish blueprint status updates on event bus:
ComponentGenerated
TestsScaffolded
LocalizationBundleReady
All events include traceId, blueprintId, and agentId

🧠 Example Interaction Trace¶

{
  "event": "TestsScaffolded",
  "blueprintId": "ConnectSoft.UI.UserCard",
  "agentId": "TestAgent",
  "traceId": "abc123",
  "outputs": ["/tests/components/UserCard.test.tsx"]
}

📘 Agent Prompt Responsibilities¶

Enrich prompts with DSL, styling, localization, and a11y contexts
Route blueprint fields to specialized sub-skills (e.g., form logic, list rendering)

✅ Summary¶

Frontend blueprint execution involves a cooperative agent cluster
Each agent handles a modular, observable stage in the lifecycle
All agents publish events and trace IDs to ensure orchestrated output
Agentic separation ensures maintainability, parallelism, and extensibility

📊 Observability and Client-Side Telemetry¶

This section defines how frontend blueprints embed observability hooks, such as telemetry spans, event logging, and performance metrics. This ensures all generated components are production-grade, debuggable, and traceable in real-world usage.

📘 Blueprint Observability Field¶

observability:
  enabled: true
  tracing: true
  metrics: true
  events:
    - render
    - click
    - loadComplete
  provider: "@connectsoft/telemetry"

📦 What Gets Instrumented?¶

Event Type	Behavior
`render`	Logs a trace span when component mounts
`click`	Logs a custom event on button interactions
`loadComplete`	Marks performance timing when async data is resolved

🧠 Output Code Example (React)¶

import { useTelemetry } from '@connectsoft/telemetry';

export function UserCard({ username }: Props) {
  const telemetry = useTelemetry();

  useEffect(() => {
    telemetry.trace('UserCard.render');
  }, []);

  return (
    <div onClick={() => telemetry.event('UserCard.click')}>
      <h2>{username}</h2>
    </div>
  );
}

📘 Custom Metrics Injection¶

Blueprints can also define domain-specific metrics:

metrics:
  enabled: true
  values:
    - name: avatarLoadTime
      type: performance
    - name: userCardClicks
      type: counter

Emitted by the agent via:

telemetry.metric('userCardClicks', 1);

🔍 Performance Timing Snippet¶

const start = performance.now();
// ... render logic
telemetry.metric('UserCard.RenderTime', performance.now() - start);

📘 README.md – Observability Section¶

## 📊 Observability

- Tracing enabled: `UserCard.render`, `UserCard.click`
- Custom metrics: `avatarLoadTime`, `userCardClicks`
- Events auto-wired to ConnectSoft Telemetry SDK

🧠 Observability Agent Responsibilities¶

Task	Output
Wire telemetry provider usage	`import { useTelemetry } from ...`
Inject tracing spans	`telemetry.trace(...)`
Emit custom metrics	`telemetry.metric(...)`
Define test coverage for event emission	`expect(telemetry.event).toHaveBeenCalled()`
Enable opt-out via `observability.enabled: false`	Scaffold clean variant

📘 Prompt Context Example¶

{
  "observability": {
    "enabled": true,
    "events": ["render", "click"],
    "metrics": [
      { "name": "userCardClicks", "type": "counter" }
    ]
  }
}

✅ Summary¶

Observability-first design enables traceable, diagnosable UIs
Supports custom events, spans, metrics, and performance logs
Integrated into all generated components automatically if enabled
Agents follow blueprint instructions and inject telemetry accordingly
Powered by a pluggable SDK (ConnectSoft or external)

🔁 Feature Flags and Conditional Rendering¶

This section explains how frontend blueprints integrate with feature flag systems to support conditional logic, phased rollouts, A/B testing, and canary deployment of components. Agents use blueprint instructions to wrap logic and visuals with toggle checks or client-side experiments.

📘 Blueprint Feature Flag Field¶

featureFlags:
  enabled: true
  provider: "@connectsoft/feature-flags"
  flags:
    - name: userCardRedesign
      default: false
      description: Enable redesigned layout with new avatar styling

🧠 Feature Flag Output Example¶

import { useFeatureFlag } from '@connectsoft/feature-flags';

export function UserCard({ username }: Props) {
  const showRedesign = useFeatureFlag('userCardRedesign');

  return showRedesign ? (
    <div className="rounded shadow bg-slate-100">
      <Avatar size="xl" />
      <h2 className="text-xl">{username}</h2>
    </div>
  ) : (
    <div>
      <Avatar size="md" />
      <span>{username}</span>
    </div>
  );
}

📦 Flag Declaration Snippet¶

If provider = LaunchDarkly, ConfigCat, or ConnectSoft SDK, agents generate required setup files and flag contracts:

export const FEATURE_FLAGS = {
  userCardRedesign: 'userCardRedesign',
};

📘 Test Output (Toggle Awareness)¶

test('renders redesign layout when flag is enabled', () => {
  mockFeatureFlag('userCardRedesign', true);
  render(<UserCard />);
  expect(screen.getByRole('heading')).toHaveTextContent('Alice');
});

🧠 Prompt Context Injection¶

{
  "featureFlags": {
    "enabled": true,
    "flags": [
      {
        "name": "userCardRedesign",
        "default": false,
        "description": "Enable redesigned layout"
      }
    ]
  }
}

📘 README.md Generated Section¶

## 🔁 Feature Flags

- Controlled by: `@connectsoft/feature-flags`
- Flags defined:
  - `userCardRedesign` → toggles new layout
- All flags injected with `useFeatureFlag()` hook

🧠 Agent Responsibilities¶

Agent	Action
Component Agent	Wraps UI blocks in `if (flag)` logic
Test Agent	Validates both toggled and default render paths
Pipeline Agent	Optionally deploys to separate environments (canary vs stable)
Docs Agent	Describes flag behavior in usage docs
FlagAgent	Optionally creates flag definitions in external systems

Phased rollout of redesigned UI components
Dynamic experimentation (A/B/C) per cohort or locale
Feature testing during development without risk to all users

✅ Summary¶

Blueprints support flag-driven rendering logic with SDKs
Allows conditional layout, props, or even entire render branches
Fully testable and documented in generated output
Enables seamless support for ConnectSoft or third-party flag providers

📚 Auto-Generated Documentation (README, Storybook, MDX)¶

This section defines how frontend blueprints automatically produce developer-facing documentation — including usage examples, prop tables, Storybook stories, and markdown READMEs — ensuring every generated artifact is self-documenting and discoverable.

📘 Blueprint Documentation Field¶

documentation:
  enabled: true
  formats:
    - readme
    - storybook
    - mdx
  includePropsTable: true
  includeUsageExamples: true
  includeAccessibilityNotes: true

📄 README.md Output Structure¶

# 🧩 UserCard Component

## 💡 Description
A reusable profile card component showing avatar and username.

## ✨ Props

| Prop       | Type     | Required | Description |
|------------|----------|----------|-------------|
| `username` | string   | ✅       | The user’s display name |
| `avatarUrl`| string   | ❌       | Optional image URL |

## 📦 Usage

```tsx
import { UserCard } from 'ConnectSoft.UI';

<UserCard username="Alice" avatarUrl="/a.jpg" />

♿ Accessibility¶

Uses <button> with ARIA labels
Fully keyboard navigable

---

### 📘 Storybook Generation (Auto)

**Output File:**

```plaintext
/src/components/UserCard/UserCard.stories.tsx

Content Example:

export default {
  title: 'Components/UserCard',
  component: UserCard,
  args: {
    username: 'Demo User',
    avatarUrl: '/user.jpg'
  }
};

export const Default = (args) => <UserCard {...args} />;

📘 MDX Documentation (Optional)¶

/docs/components/UserCard.mdx

Used for rendering in docs sites, with:

Props table (auto from DSL)
Design rationale
Links to design system Figma
Feature flag status
Accessibility score
I18n keys

🧠 Docs Agent Responsibilities¶

Task	Output
Generate README with usage, props, a11y	✅
Scaffold `*.stories.tsx` for Storybook	✅
Create `*.mdx` docs with metadata blocks	✅
Inject theme and locale controls in Storybook	✅
Sync doc URLs with platform docsite structure	✅

🧠 Prompt Context Injection¶

{
  "documentation": {
    "formats": ["readme", "storybook", "mdx"],
    "includePropsTable": true,
    "includeUsageExamples": true
  }
}

🔍 Agent Collaboration Hooks¶

DocsAgent receives enriched DSL + styling info + test coverage
Hooks into ComponentGenerated → DocsReady event stream
Storybook and MDX files are auto-linked to CI pipeline

✅ Summary¶

Blueprints define rich doc output preferences for each artifact
Docs cover usage, props, accessibility, localization, flags
Output includes README.md, *.stories.tsx, and optionally MDX
Generated by DocsAgent and injected into platform knowledge base
Enables plug-and-play Storybook with controls, themes, and locales

🧩 Slot and Composition Strategies¶

This section defines how frontend blueprints declare and manage slots, enabling flexible content injection, layout customization, and component composition. Slots allow blueprint-defined components to expose structured regions for consumer-defined content — similar to children, ng-content, or RenderFragment.

📘 Blueprint Slot Field¶

slots:
  - name: avatar
    required: true
    description: "Slot for user avatar image or initials"
  - name: footer
    required: false
    description: "Optional footer with actions or badges"

🧠 Output for React¶

type UserCardProps = {
  avatar: React.ReactNode;
  footer?: React.ReactNode;
  username: string;
};

export function UserCard({ avatar, footer, username }: UserCardProps) {
  return (
    <div className="user-card">
      <div className="avatar-slot">{avatar}</div>
      <div className="info">{username}</div>
      {footer && <div className="footer-slot">{footer}</div>}
    </div>
  );
}

🧠 Output for Angular¶

<ng-content select="[slot=avatar]"></ng-content>
<span>{{ username }}</span>
<ng-content select="[slot=footer]"></ng-content>

Used in consumer like:

<user-card username="Alice">
  <img slot="avatar" src="a.jpg" />
  <span slot="footer">Premium User</span>
</user-card>

📘 DSL-Powered Slot Definition¶

Blueprints can also define slots inside DSL:

dsl:
  slots:
    avatar: required
    footer: optional

🧠 Agents That Use Slot Definitions¶

Agent	Behavior
Component Agent	Injects `ReactNode` or `<ng-content>` placeholders
Test Agent	Verifies rendering behavior when slots are present/missing
Docs Agent	Renders slot usage examples and constraints
Storybook Agent	Creates multiple stories using different slot fills

📘 Generated Story Variants¶

export const WithFooter = () => (
  <UserCard username="Alice" footer={<span>VIP</span>}>
    <Avatar slot="avatar" />
  </UserCard>
);

📘 README.md Slot Section¶

## 🧩 Slots

| Name   | Required | Description |
|--------|----------|-------------|
| avatar | ✅        | Main user avatar |
| footer | ❌        | Actions or badges under the card |

🧠 Prompt Context Sample¶

{
  "slots": [
    { "name": "avatar", "required": true },
    { "name": "footer", "required": false }
  ]
}

Works with children in React
Converts to RenderFragment in Blazor
Supports ng-content select in Angular
Enables reusable shell-like layout blocks

✅ Summary¶

Slots are first-class in blueprint composition logic
Declared via blueprint metadata or DSL
Enable flexible injection of sub-elements or extensions
Used across code, stories, docs, and test generation
Promote reusable, composable UI patterns across frameworks

🚀 CI/CD: Linting, Previews, and Build Pipelines¶

This section defines how frontend blueprints automate continuous integration and deployment workflows — including linting, test execution, Storybook previews, static builds, and publishing — ensuring every UI artifact is pipeline-ready from creation.

📘 Blueprint CI/CD Field¶

cicd:
  enabled: true
  lint: true
  test: true
  storybookPreview: true
  buildArtifacts: true
  publishTo:
    - type: npm
      scope: "@connectsoft/ui"
    - type: storybook
      target: "https://ui.connectsoft.dev"

⚙️ Output Pipelines (Azure DevOps Example)¶

trigger:
  branches:
    include:
      - main

jobs:
  - job: lint
    steps:
      - script: yarn lint

  - job: test
    steps:
      - script: yarn test

  - job: build
    steps:
      - script: yarn build

  - job: storybook
    steps:
      - script: yarn build-storybook
        displayName: "Build Storybook"
      - task: PublishPipelineArtifact@1
        inputs:
          targetPath: storybook-static

📂 Artifacts Produced¶

Artifact	Description
`dist/UserCard/`	Transpiled component
`coverage/`	Jest or Cypress code coverage
`storybook-static/`	Static Storybook instance
`README.md`	Linked from docs site
`.test.tsx`, `.spec.ts`	Test logs and snapshot diffs

🧠 Agents That Drive CI/CD Output¶

Agent	Role
PipelineAgent	Assembles full `azure-pipelines.yml`
TestAgent	Adds coverage gates
DocsAgent	Adds publish-to-Storybook steps
DependencyAgent	Adds `npm publish` step if blueprint type is `library`
QualityAgent	Enforces thresholds (lint/test/coverage)

🔁 Blueprint to Pipeline Flow¶

flowchart TD
  blueprint["📘 frontend-library-blueprint.yaml"]
  blueprint --> cicd
  cicd --> PipelineAgent
  PipelineAgent --> YAML["azure-pipelines.yml"]
  YAML --> Artifact["dist + docs + storybook + test"]

Hold "Alt" / "Option" to enable pan & zoom

📘 README.md CI Section (Auto-Generated)¶

## 🚀 CI/CD

- Lint, Test, and Build enabled
- Storybook deployed to: https://ui.connectsoft.dev
- Artifacts:
  - /dist/UserCard
  - /coverage
  - /storybook-static

📘 Prompt Context Sample¶

{
  "cicd": {
    "lint": true,
    "test": true,
    "storybookPreview": true,
    "publishTo": [
      { "type": "npm", "scope": "@connectsoft/ui" }
    ]
  }
}

📦 Example Publishing Targets¶

Target Type	Destination
`npm`	`@connectsoft/ui`
`storybook`	`https://ui.connectsoft.dev`
`azure-storage`	Static preview site for marketing / QA
`docs-site`	Push MDX and metadata to ConnectSoft documentation

✅ Summary¶

CI/CD blueprint section ensures components are pipeline-ready
Agents generate azure-pipelines.yml, lint/test/build commands
Storybook previews and publishing logic are scaffolded
Coverage, build size, and test health are enforced by default
Artifacts are versioned, published, and traceable

🧩 Component Composition and Slot Injection¶

This section describes how frontend blueprints support compositional patterns, enabling one component to wrap, nest, or extend others using slot injection, children hierarchies, or template overrides. This promotes modular reuse, design system enforcement, and agentic UI layering.

📘 Blueprint Composition Field¶

composition:
  extends: ConnectSoft.UI.BaseCard
  slots:
    content: Injects detailed content (username, avatar)
    actions: Button group slot for user operations
  template:
    layout: vertical
    border: true

🧠 Composition Strategies¶

Strategy	Description
`extends`	Inherits layout or styling from another component
`wraps`	Embeds the target component as child content
`slots`	Declares where downstream components inject content
`template`	Declares visual structure and styling intent

📦 Output (React Example – Composition + Slots)¶

export function UserCard({ children, actions }: Props) {
  return (
    <BaseCard layout="vertical" border>
      <div className="user-content">{children}</div>
      <div className="user-actions">{actions}</div>
    </BaseCard>
  );
}

Consumer usage:

<UserCard
  actions={<ButtonGroup />}>
  <UserDetails />
</UserCard>

🔗 Blueprint Inheritance Chain¶

extends: ConnectSoft.UI.BaseCard
wraps:
  - ConnectSoft.UI.Avatar
  - ConnectSoft.UI.UserInfo

Agents resolve these dependencies and inline references via:

Import statements
Slot bindings
Component tree structure

🧠 DSL Integration for Composition¶

dsl:
  slots:
    content: required
    actions: optional
  wraps:
    - Avatar
    - UsernameLabel

📘 Storybook Variant for Composition¶

export const Composed = () => (
  <UserCard
    actions={<div><Button>Edit</Button></div>}
  >
    <Avatar size="lg" />
    <span>Alice</span>
  </UserCard>
);

🧠 Agent Responsibilities¶

Agent	Role
Component Agent	Reads `extends`, `wraps`, and `slots` to build component tree
Docs Agent	Adds composition graph and usage
Test Agent	Verifies that injected content renders correctly
PromptShaperAgent	Uses composition graph to expand prompts for rendering logic
SlotAgent	Maps blueprint-defined slots into proper prop/slot constructs

📘 README.md Composition Section¶

## 🧩 Composition

- Extends: `BaseCard`
- Injects:
  - `children` (user content)
  - `actions` (button area)
- Uses: `Avatar`, `UsernameLabel`

📘 Prompt Context Example¶

{
  "composition": {
    "extends": "ConnectSoft.UI.BaseCard",
    "slots": {
      "content": "required",
      "actions": "optional"
    },
    "wraps": ["Avatar", "UsernameLabel"]
  }
}

✅ Summary¶

Composition allows components to inherit, extend, or wrap others
Enables UI layering, atomic reuse, and slot-based flexibility
Agents generate proper imports, slot maps, and rendering hierarchy
Storybook and docs reflect composed structure for developer clarity
Blueprint-driven composition supports both atomic and complex layouts

⚡ Performance Hints and Lighthouse Rules¶

This section defines how frontend blueprints encode performance budgets, rendering heuristics, and Lighthouse rules to guide agents in generating fast, optimized, and responsive UI components. These hints shape everything from asset loading to animation behavior.

📘 Blueprint Performance Field¶

performance:
  enabled: true
  lighthouseTargetScore: 95
  lazyLoadAssets: true
  debounceInputs: true
  avoidHeavyRerenders: true
  hydrationStrategy: optimized

🎯 Common Performance Targets¶

Hint	Description
`lighthouseTargetScore`	Target score (0–100) in CI Lighthouse runs
`lazyLoadAssets`	Lazy-load images, icons, subcomponents
`debounceInputs`	Add debounce to text fields and filters
`avoidHeavyRerenders`	Use `memo`, `PureComponent`, or `OnPush`
`hydrationStrategy`	Static HTML or optimized SSR compatibility

🧠 Output Examples¶

Lazy Image Load:

<img loading="lazy" src={avatarUrl} />

Debounced Input:

const [value, setValue] = useState('');
const debouncedValue = useDebounce(value, 300);

React Memoization:

export const UserCard = React.memo(function UserCard(props) { ... });

📘 Agent-Generated Lighthouse Audit Step (CI)¶

- job: lighthouse
  steps:
    - script: |
        npm run build
        npx lighthouse http://localhost:3000 \
          --output=json --output-path=report.json \
          --only-categories=performance \
          --budget-path=./budget.json

budget.json (example):

{
  "resourceSizes": [
    {
      "resourceType": "script",
      "budget": 125
    }
  ]
}

📘 README.md Performance Section¶

## ⚡ Performance

- Target Lighthouse score: ≥95
- Lazy load: enabled
- Debounced inputs: enabled
- Memoization: applied

🧠 Agent Responsibilities¶

Agent	Task
Component Agent	Inserts `loading="lazy"`, `React.memo`, `OnPush`
Test Agent	Validates render performance heuristics (e.g. debounce timing)
Pipeline Agent	Adds Lighthouse performance tests in CI
Docs Agent	Outputs expected behavior in docs
PromptShaperAgent	Injects performance targets into prompt context

📘 Prompt Context Example¶

{
  "performance": {
    "lighthouseTargetScore": 95,
    "lazyLoadAssets": true,
    "debounceInputs": true,
    "avoidHeavyRerenders": true
  }
}

✅ Summary¶

Performance hints guide low-latency UI generation from the start
Lazy loading, debouncing, and memoization are blueprint-driven
Lighthouse audits can be auto-configured in CI pipelines
Helps meet ConnectSoft’s observability-first and user-experience-first goals

📦 Packaging, Distribution, and Versioning¶

This section defines how frontend blueprints declare packaging, publishing, and versioning policies — enabling generated components and libraries to be shared, published, and consumed across multiple solutions within the ConnectSoft ecosystem or external registries.

📘 Blueprint Packaging Field¶

packaging:
  enabled: true
  type: library
  format: esm
  bundler: vite
  outputDir: dist/ui/user-card
  exportType: named
  registry:
    type: npm
    scope: "@connectsoft/ui"
  versioning:
    strategy: semantic
    initialVersion: 0.1.0

📦 Supported Options¶

Field	Description
`type`	`library` (component lib) or `bundle` (design system export)
`format`	`esm`, `cjs`, `umd`
`bundler`	`vite`, `rollup`, `tsup`, `webpack`
`registry`	Target NPM registry, GitHub packages, Azure artifacts
`versioning`	`semantic`, `manual`, `calver`

🧠 Output Example (ESM Package)¶

// dist/ui/user-card/index.js
export { UserCard } from './UserCard';

Package.json:

{
  "name": "@connectsoft/ui-user-card",
  "version": "0.1.0",
  "main": "dist/index.js",
  "module": "dist/index.js",
  "exports": {
    ".": "./dist/index.js"
  },
  "types": "dist/index.d.ts"
}

🧪 Versioning & Tags¶

semantic: auto-bumped via CI based on changesets or Git history
manual: user-defined bump via blueprint revision
calver: calendar-based (e.g., 2025.06.01)

📘 README.md Packaging Section¶

## 📦 Packaging

- Format: `esm` via Vite
- Output: `dist/ui/user-card`
- Registry: `@connectsoft/ui-user-card`
- Version: `0.1.0` (semantic versioning)

🧠 Agent Responsibilities¶

Agent	Action
Pipeline Agent	Builds bundle via `vite`, copies `dist/`
Docs Agent	Generates install/use instructions
Versioning Agent	Applies `0.1.0` and calculates bumps
PackageAgent	Publishes to NPM, GitHub, Azure registry
RegistryAgent	Validates name, scope, access permissions

📘 Prompt Context Example¶

{
  "packaging": {
    "type": "library",
    "format": "esm",
    "registry": {
      "type": "npm",
      "scope": "@connectsoft/ui"
    },
    "versioning": {
      "strategy": "semantic",
      "initialVersion": "0.1.0"
    }
  }
}

Packaging connects blueprint → artifact delivery
Enables inclusion via npm i @connectsoft/ui-user-card
Aligns with modular platform design for cross-project reuse

✅ Summary¶

Blueprints define how generated UI libraries are built, versioned, and published
Bundler (e.g., vite) and registry (npm, GitHub, Azure) are configurable
Versioning is managed by agents (semantic, manual, calver)
Supports ConnectSoft’s plug-and-play, reusable microfrontend strategy

🧾 Docs & UX Documentation Generation¶

This section focuses on how blueprints automate the generation of user experience documentation, including design intent, behavioral notes, Figma links, and UX decisions. These are in addition to technical READMEs and help developers, designers, and testers understand the “why” behind the UI.

📘 Blueprint UX Documentation Field¶

uxDocumentation:
  enabled: true
  sections:
    - usageGuidelines
    - doAndDont
    - figmaReference
    - behaviorNotes
    - accessibilityConsiderations
  figmaUrl: "https://www.figma.com/file/abc123/UserCardDesign"

📄 Output: UX .mdx or Markdown Block¶

## 🧠 UX Guidelines

This component is intended to display a user’s avatar and name in a compact card layout. Avoid overloading it with detailed profile info.

### ✅ Do
- Use it in profile lists
- Combine with action menus

### ❌ Don’t
- Nest within table cells
- Display inside modals without spacing

### 🎨 Figma Reference
[Figma: User Card Design Spec](https://www.figma.com/file/abc123/UserCardDesign)

### ⚠️ Behavior Notes
- Avatar loads lazily on scroll
- Card has hover and focus states

### ♿ Accessibility Considerations
- Keyboard tab order enforced
- ARIA roles and landmarks used

📘 README.md Embedded Section (if `includeInReadme: true`)¶

## 🧠 UX Guidelines

- Optimized for lists, toolbars, and sidebars
- Avoid nesting in narrow containers
- Reference Figma spec: [link]

📘 Figma Agent Collaboration¶

If figmaUrl is provided:

Agent will fetch metadata (component name, tokens, layout notes)
Embed links or previews
Optionally validate that blueprint matches spec

🧠 Agent Responsibilities¶

Agent	Task
DocsAgent	Scaffolds UX guidelines section (MDX or .md)
UXNarrativeAgent	Translates blueprint logic into plain-English UX rationale
FigmaAgent	Pulls or verifies design specs from Figma
DocsFormatterAgent	Merges UX content with API docs
StorybookAgent	Optionally renders usage tips or UX notes in preview panel

📘 Prompt Context Example¶

{
  "uxDocumentation": {
    "enabled": true,
    "sections": ["usageGuidelines", "behaviorNotes", "figmaReference"],
    "figmaUrl": "https://www.figma.com/file/abc123/UserCardDesign"
  }
}

📚 Benefits¶

Brings UX best practices into generated artifacts
Provides context for devs who consume components
Enables automated documentation without relying on manual writing
Enhances handoff from design to engineering

✅ Summary¶

UX documentation is first-class in blueprint generation
Supports markdown and MDX output, optionally embedded in README or Storybook
Pulls metadata from Figma and enriches it with usage rationale
Ensures components are not just functional — but understandable and usable

🔁 Drift Detection and Visual Regression Testing¶

This section defines how frontend blueprints enable visual regression tracking and blueprint drift detection, ensuring that changes to components — intentional or accidental — are observable, traceable, and testable across commits, environments, or blueprint revisions.

📘 Blueprint Drift & Visual Regression Field¶

visualRegression:
  enabled: true
  strategy: storybook-snapshots
  baselineStorage: azure-blob
  diffThreshold: 0.01
  monitoredStates:
    - default
    - hover
    - focused

🖼️ Output: Snapshot & Diff Storage¶

File	Description
`__snapshots__/UserCard.snap.png`	Baseline image
`__snapshots__/UserCard.diff.png`	Pixel diff overlay
`__snapshots__/UserCard.new.png`	New render for PR comparison

🧠 Output Tooling (Playwright Example)¶

test('UserCard visual snapshot', async ({ page }) => {
  await page.goto('/storybook');
  const userCard = page.locator('#user-card-default');
  expect(await userCard.screenshot()).toMatchSnapshot('usercard.png', {
    threshold: 0.01
  });
});

☁️ Cloud-Based Diff Storage¶

If baselineStorage = azure-blob, agents:

Push baseline and diff images to a storage account container
Expose public links or markdown embeds for diff PR comments
Auto-expire after TTL if configured

🔁 Drift Detection Blueprint Comparison¶

If blueprint definition changes (e.g. props, styles, layout):

BlueprintDriftAgent computes structural diff
Emits BlueprintDriftDetected event with summary

{
  "event": "BlueprintDriftDetected",
  "component": "UserCard",
  "changedFields": ["styles.border", "props.avatarSize"],
  "origin": "commit abc123"
}

📘 README.md Snapshot Section (Optional)¶

## 📸 Visual Testing

- Snapshots generated for:
  - Default
  - Hover
  - Focused
- Visual diff threshold: 1%

🧠 Agent Responsibilities¶

Agent	Task
VisualRegressionAgent	Generates snapshots and diffs using Playwright/Cypress
SnapshotPublisherAgent	Uploads diffs to blob storage or GitHub PRs
BlueprintDriftAgent	Tracks YAML/DSL mutations across commits
TestAgent	Validates diff acceptance threshold in CI
DocsAgent	Embeds drift info into generated docs if needed

📘 Prompt Context Example¶

{
  "visualRegression": {
    "enabled": true,
    "diffThreshold": 0.01,
    "monitoredStates": ["default", "hover"]
  }
}

📈 Use Cases¶

Prevent regressions after LLM prompt updates
Detect unexpected UI shifts during refactoring
Enable trust and review for auto-generated components
Make visual changes traceable and auditable

✅ Summary¶

Blueprints enable visual testing and change tracking out of the box
Snapshots, diffs, and structural drifts are managed by agents
Integration with blob storage or GitHub PRs ensures visibility
Reinforces design fidelity and CI confidence

🧠 Blueprint Memory and Traceability Metadata¶

This section describes how frontend blueprints embed metadata for traceability, long-term memory indexing, and reproducibility. These metadata fields ensure every generated component is traceable to its agent lineage, source DSL, design origin, and factory run context — vital for audits, drift handling, reuse, and agentic learning.

📘 Blueprint Metadata Fields¶

metadata:
  id: ConnectSoft.UI.UserCard
  version: 0.1.0
  createdBy: ComponentScaffolderAgent
  createdAt: 2025-06-07T13:00:00Z
  originatingRunId: RUN-3421
  designSource:
    figmaUrl: "https://figma.com/file/abc/UserCard"
    designSystemToken: "card.avatar.compact"
  memoryScope: global
  traceTags:
    - frontend
    - profile
    - card
    - interactive

📦 Purpose of Each Field¶

Field	Description
`id`	Unique identifier in blueprint registry
`version`	Semantic version or Git SHA of blueprint snapshot
`createdBy`	Which agent generated the blueprint
`originatingRunId`	Factory execution session for trace replay
`designSource`	Link back to design tool or token system
`memoryScope`	`global`, `project`, `module` — memory storage context
`traceTags`	Used for search, similarity indexing, prompt enrichment

🧠 Output: Embedded in Artifact Headers¶

/**
 * Blueprint: ConnectSoft.UI.UserCard
 * Version: 0.1.0
 * Generated By: ComponentScaffolderAgent
 * Source: RUN-3421
 * Tags: [frontend, profile, card]
 */

Also attached as blueprint.meta.json:

{
  "id": "ConnectSoft.UI.UserCard",
  "version": "0.1.0",
  "createdBy": "ComponentScaffolderAgent",
  "originatingRunId": "RUN-3421"
}

🧠 Memory and Search Indexing¶

Metadata is embedded in:
vector DB (blueprint-memory-graph)
file system (.factory-cache)
Azure Table/Blob (long-term trace archive)

Agents use these to:

Search similar blueprints
Detect reuse opportunities
Regenerate from blueprint-only snapshots

🔁 Blueprint Run Trace Events¶

{
  "event": "BlueprintPublished",
  "blueprintId": "ConnectSoft.UI.UserCard",
  "version": "0.1.0",
  "agentId": "DocsAgent",
  "traceId": "abc-trace-20250607"
}

📘 README.md Metadata Block (Optional)¶

## 🧠 Metadata

- Blueprint ID: `ConnectSoft.UI.UserCard`
- Version: `0.1.0`
- Generated by: `ComponentScaffolderAgent`
- Figma: [link]

🧠 Agent Responsibilities¶

Agent	Task
MemoryIndexerAgent	Stores metadata in factory memory graphs
TraceLoggerAgent	Emits `BlueprintPublished` and `ArtifactLinked`
DocsAgent	Embeds metadata in docs and headers
RegenerationAgent	Uses metadata to restore or fork blueprints
AuditAgent	Verifies provenance and generation trace logs

✅ Summary¶

Blueprint metadata provides a structured identity for every UI artifact
Enables traceability, versioning, regeneration, and agent coordination
Stored across memory systems (vector, blob, table) for long-term use
Ensures reproducibility and insight into how each component was created

📊 Analytics and Feedback Hooks¶

This section defines how frontend blueprints include support for usage analytics, user feedback hooks, and runtime behavior tracking. These enable ConnectSoft agents to observe real-world component adoption, interaction frequency, and usability outcomes — feeding back into future agent decisions and blueprint refinements.

📘 Blueprint Analytics Field¶

analytics:
  enabled: true
  provider: "@connectsoft/analytics"
  events:
    - name: userCardViewed
      trigger: onRender
    - name: userCardClicked
      trigger: onClick
  feedback:
    enabled: true
    type: thumbs
    storage: azure-table

📊 Event Emission Example (React)¶

import { useAnalytics } from '@connectsoft/analytics';

const analytics = useAnalytics();

useEffect(() => {
  analytics.track('userCardViewed');
}, []);

return (
  <div onClick={() => analytics.track('userCardClicked')}>
    <Avatar />
    <span>{username}</span>
  </div>
);

🧠 Feedback Button Injection (Optional)¶

<FeedbackWidget component="UserCard" variant="thumbs" />

Stores:

{
  component: "UserCard",
  feedback: "👍",
  userId: "anon-9812",
  timestamp: "2025-06-07T14:10:00Z"
}

📂 Output: Storage Targets¶

Type	Output
Analytics	Azure App Insights, Segment, PostHog
Feedback	Azure Table, CosmosDB, file blob
Agent Memory	Feedback aggregated into blueprint scoring models

📘 README.md Analytics Section¶

## 📊 Analytics

- Tracks: `userCardViewed`, `userCardClicked`
- Feedback: Thumbs rating (enabled)
- Events published via `@connectsoft/analytics`

📘 Prompt Context Example¶

{
  "analytics": {
    "enabled": true,
    "events": [
      { "name": "userCardViewed", "trigger": "onRender" },
      { "name": "userCardClicked", "trigger": "onClick" }
    ],
    "feedback": {
      "enabled": true,
      "type": "thumbs",
      "storage": "azure-table"
    }
  }
}

🧠 Agent Responsibilities¶

Agent	Task
AnalyticsAgent	Injects event bindings, initializes tracking client
FeedbackAgent	Adds feedback widget and storage logic
TraceLoggerAgent	Captures usage + feedback in platform memory
QualityAgent	Uses event/failure frequency for blueprint scoring
UXImprovementAgent	Analyzes feedback for blueprint evolution suggestions

📈 Use Cases¶

Measure which UI elements get most attention
Identify drop-off points or missing states
Collect user feedback in a low-friction way
Guide agentic UX optimization across factory runs

✅ Summary¶

Analytics and feedback enhance visibility into real usage
Hooks are injected automatically if enabled in the blueprint
Feedback is stored and traceable per component or user cohort
Reinforces observability-first and continuous-improvement goals

🧩 Final Summary and Blueprint Lifecycle Diagram¶

This final section consolidates the full scope of a frontend library blueprint and presents the end-to-end lifecycle — from DSL and agent prompts to artifact generation, deployment, usage feedback, and memory integration — within the AI Software Factory.

✅ Final Summary: What a Frontend Blueprint Encodes¶

Area	Encoded by Blueprint
📐 Structure	Component name, props, slots, layouts
🧠 Behavior	Events, feature flags, conditional logic
🧪 Quality	Test expectations, coverage, a11y rules
📚 Documentation	README, Storybook, UX guidelines
🚀 CI/CD	Pipelines, artifacts, publish rules
📦 Packaging	Registry metadata, bundling config
📊 Observability	Telemetry hooks, performance rules
🎨 UX Context	Figma link, usability rationale
🔁 Traceability	Metadata, run ID, memory scope
🧾 Analytics	Runtime feedback, usage metrics

🔁 Blueprint Lifecycle Diagram¶

flowchart TD
  subgraph Authoring
    A1[DSL / YAML / Prompt]
    A2[Agent Prompts]
  end

  subgraph Generation
    G1[Component Generator]
    G2[Test Generator]
    G3[Docs Generator]
    G4[CI/CD Pipeline]
    G5[Telemetry Hook Inserter]
    G6[Storybook + MDX Writer]
  end

  subgraph Publishing
    P1[NPM / GitHub / Azure]
    P2[Storybook Deployment]
    P3[README + Metadata Index]
  end

  subgraph Runtime
    R1[Usage + Analytics]
    R2[Feedback Collector]
    R3[Visual Drift Detector]
  end

  subgraph Memory
    M1[Blueprint Trace Store]
    M2[Memory Index (vector + table)]
    M3[Agent Scoring & Evolution]
  end

  A1 --> G1
  A2 --> G1
  G1 --> G2 --> G3 --> G4 --> G5 --> G6 --> P1 & P2 & P3
  P1 --> R1 --> R2
  P3 --> M1
  R2 --> M2
  M2 --> M3

Hold "Alt" / "Option" to enable pan & zoom

🔗 Blueprint Longevity and Reusability¶

Blueprints live across:
🔄 Agent retries
🧠 Factory memory graphs
🧪 Regeneration attempts
📦 Microfrontend registries
Each blueprint:
Is reproducible and version-controlled
Can be forked by new agents
Has traceable memory impact and usage footprint

📘 Future Extension Topics¶

Area	Description
🧩 Multi-Framework Targets	Generate for React, Angular, Blazor, Vue
🧪 Behavioral Testing DSLs	Auto-generate Cypress, Playwright
🔧 Custom UI SDK Integration	Tailwind, Chakra, Material UI configs
🧠 Active Learning Loops	Feed analytics into LLM prompt refinement
🧰 Live Playground Scaffolds	Auto-deploy component playgrounds for QA/UX review

🧠 Blueprint = Executable Design Contract¶

“Each frontend blueprint is a modular contract between agents — describing not just what to build, but how it behaves, how it performs, and how it evolves.”

📦 Frontend Library Blueprint¶

📘 Purpose, Scope, and Placement in the Factory¶

🎯 Purpose¶

🧱 Scope¶

🧠 Blueprint's Role in the Factory¶

🪄 Example Use Case¶

🧠 Agents Triggered by This Blueprint¶

📘 Files and Artifacts Produced¶

✅ Summary¶

📦 Output Types: Components, Modules, Pages¶

📘 Blueprint Field: type¶

🧱 Output Type Definitions¶

🗂️ Folder Structures by Type¶

🧠 Agent Behavior Differences¶

📘 DSL Differences (Example)¶

🔁 Composability¶

🧩 Prompt Injection Logic¶

✅ Summary¶

🎨 Styling Integration: CSS, Tailwind, Theme Tokens¶

📘 Blueprint Styling Field¶

🎨 Supported Styling Engines¶

🧩 Blueprint → Styles Mapping¶

🎯 Design Token Injection¶

⚙️ Tailwind Configuration DSL¶

🌒 Dark Mode Support¶

🧠 Style Agent Responsibilities¶

🧠 Prompt Context Injection¶

📘 Docs Snippet (README.md)¶

✅ Summary¶

🧱 Blueprint Structure and Required Metadata¶

📘 Minimal Valid Blueprint Structure¶

🔖 Required Fields¶

🧩 Optional Metadata Fields¶

📘 Metadata Example¶

🧠 Metadata Use by Agents¶

📘 Internal Normalization Flow¶

📘 Validation Example¶

✅ Summary¶

📁 Folder and File Structure Conventions¶

📘 Base Output Folder¶

📁 Standard Folder Structure (by Type)¶

🔹 Component¶

🔹 Module¶

🔹 Page¶

📦 Additional Folder Layers¶

🧩 File Purpose by Suffix¶

🔁 Blueprint-to-Files Mapping Logic¶

🧠 Agents That Use File Convention¶

📘 Example index.ts Export¶

✅ Summary¶

🔌 Dependency and UI Toolkit References¶

📘 Blueprint Dependency Field¶

🧩 UI Toolkit Options¶

🔁 Agent Behavior with uiToolkit¶

📂 File Injection Patterns¶

📦 sharedLibraries References¶

📘 Dependency Resolution in Prompts¶

📘 Output: package.json Snippet¶

📘 CI/CD Linting for Declared vs Used¶

✅ Summary¶

♿ Accessibility (ARIA, WCAG) Compliance Metadata¶

📘 Blueprint Accessibility Field¶

✅ Key Metadata Definitions¶

🧠 Generated Output Examples¶

🧪 A11y Tests Example¶

🧠 Agents Using Accessibility Metadata¶

🧩 Blueprint → Audit Flow Diagram¶

📘 README.md Section (Generated)¶

🧠 Prompt Context¶

✅ Summary¶

🌍 Localization and i18n/i10n Handling¶

📘 Blueprint Localization Field¶

🧩 Key Metadata Options¶

📂 Output: Locale Files¶

🧠 Component Integration Example (i18next)¶

🧠 Agent Responsibilities¶

🧪 Tests for Localization¶

📘 README.md Auto-Section¶

🔁 i18n Context in Prompt¶

✅ Summary¶

📘 Blueprint Field: `type`¶

📘 Example `index.ts` Export¶

🔁 Agent Behavior with `uiToolkit`¶

📦 `sharedLibraries` References¶

📘 Output: `package.json` Snippet¶