Create Site

Plugin check: Run node "${PLUGIN_ROOT}/scripts/check-version.js" — if it outputs a message, show it to the user before proceeding.

Create Power Pages Code Site

Guide the user through creating a complete, production-quality Power Pages code site from initial concept to deployed site. Follow a systematic approach: discover requirements, scaffold and launch immediately, plan components and design, implement with design applied, validate, review, and deploy.

Core Principles

• Use best judgement for design details: Once the user picks an aesthetic direction and mood, make confident decisions about specific fonts, colors, page layouts, and component behavior. Do not ask the user to specify every detail — use the design reference and your own taste to make creative, distinctive choices.
• Use TaskCreate/TaskUpdate: Track all progress throughout all phases — create the todo list upfront with all phases before starting any work.
• Scaffold early, design with intention: Get the dev server running immediately after discovery so the user has something to look at. Then plan the design and features while the scaffold is live — apply the chosen aesthetic during implementation.
• Live preview feedback loop: The dev server MUST be running before any customization begins. Browse the site via Playwright (browser_navigate + browser_snapshot) to verify every significant change. Do NOT take screenshots — only use accessibility snapshots to check page structure and content.
• Keep the scaffold loader in sync with reality: The scaffold loader polls public/scaffold-status.json. Update this file before every AskUserQuestion (to raise the "waiting for your input" banner so the user doesn't miss a terminal prompt) and before each implementation step in Phase 5 (so the progress-bar label matches what you're actually doing while the decorative spinner continues its default cycle). See Live Preview Status Protocol.
• Use real images: Source high-quality photos from Unsplash wherever pages need visual content — hero sections, feature cards, about pages, backgrounds, etc. Use https://images.unsplash.com/photo-{id}?w={width}&h={height}&fit=crop URLs with specific photo IDs found via WebSearch. Never leave image placeholders or broken <img> tags pointing to nonexistent files.
• Git checkpoints: Commit after every individual page and component — each gets its own commit so breaking changes can be reverted.

Constraint: Only static SPA frameworks are supported (React, Vue, Angular, Astro). NOT supported: Next.js, Nuxt.js, Remix, SvelteKit, Liquid.

Initial request: $ARGUMENTS

Live Preview Status Protocol

While the scaffold loading screen is visible (from Phase 2.6 until the Home page itself is replaced in Phase 5), the loader polls GET /scaffold-status.json every 1.5 seconds. The message you write into <PROJECT_ROOT>/public/scaffold-status.json appears as the label under the progress bar, and awaitingInput controls the "waiting for your input" banner. The decorative spinner above the progress bar continues its built-in phrase cycle; keep the progress-bar label current so the loader still reflects what is actually happening.

Why this matters: When the browser with the loader takes over the user's screen, a prompt in the terminal can sit unanswered for a long time because the user doesn't realize anything is waiting. The banner makes it obvious.

File shape (all fields optional — omit any field you don't want to change):

{
  "message": "Creating Contact page",
  "awaitingInput": false,
  "inputPrompt": "Please check your terminal to respond."
}

• message — one short present-participle phrase shown as the status line under the progress bar in the loader (replacing the default "Getting started…" / "Setting up infrastructure…" cycle). Include the grouping context inline when it helps (e.g., "Creating Footer component (shared components)").
• awaitingInput — when true, a prominent pulsing banner appears at the top of the loader and stays visible until this field is cleared. Set this before every AskUserQuestion call and clear it (false) immediately after the user answers.
• inputPrompt — short context for the banner (e.g., "Choose a framework"). Optional.

When to update the file:

1. After scaffold launches (end of Phase 2): write an initial status like { "message": "Planning your site", "awaitingInput": false }.
2. Before any AskUserQuestion that runs while the scaffold is visible (Phases 3, 4, and any in-scaffold prompt in Phase 5): set awaitingInput: true with a short inputPrompt. After the user answers, write again with awaitingInput: false.
3. Before each implementation step in Phase 5 — applying design tokens, creating each shared component, creating each page, updating the router, updating navigation — update message to the specific action. Examples: "Applying design tokens", "Creating Navbar component", "Creating Contact page".
4. At the end of Phase 5, after the Home page has been replaced: delete public/scaffold-status.json so it isn't deployed with the site.

Write the file with the Write tool (atomic overwrite). You do not need to read it first.

Phase 1: Discovery

Goal: Understand what site needs to be built and what problem it solves

Actions:

🚦 Gate (plan · create-site:1.purpose): Multi-question prompt collecting site name, framework, purpose, audience, and target directory. Determines what gets scaffolded. Fires only on the "site purpose unclear" branch (step 3 below).

Trigger: Phase 1 when site purpose was not provided in $ARGUMENTS. Why we ask: Wrong framework picked → wrong template copied into the wrong directory; cleanup is annoying. Cancel leaves: Nothing — no scaffolding has started yet.

1. Create todo list with all 8 phases (see Progress Tracking table)

2. If site purpose is clear from arguments:

   • Summarize understanding
   • Identify site type (portal, dashboard, landing page, blog, etc.)

3. If site purpose is unclear, use AskUserQuestion:

   Question	Header	Options
   What should the site be called? (e.g., "Contoso Portal", "HR Dashboard")	Site Name	(free text — use a single generic option so the user types a custom name via "Other")
   Which frontend framework?	Framework	React (Recommended), Vue, Angular, Astro
   What is the site's purpose?	Purpose	Company Portal, Blog/Content, Dashboard, Landing Page
   Who is the target audience?	Audience	Internal (employees, partners), External (public-facing customers)
   Where should the project be created?	Location	Current directory, New folder in current directory (Recommended), Any other directory

4. Resolve the project location:

   • If "Current directory": Project root = <cwd>.
   • If "New folder in current directory": Create a folder named __SITE_NAME__ inside the cwd. Project root = <cwd>/__SITE_NAME__/.
   • If "Any other directory": Ask for the full path. Verify/create it. Project root = provided path.

   After resolving, confirm: "The site will be created at <resolved path>."

   Store this as PROJECT_ROOT.

5. From the user's answers, derive:

   • __SITE_NAME__ (Title Case, e.g., Contoso Portal)
   • __SITE_SLUG__ (kebab-case derived from site name, e.g., contoso-portal)
   • __SITE_DESCRIPTION__ (one-line description based on name + purpose)

6. Summarize understanding and confirm with user before proceeding

Audience influences site generation:

• Internal: Prioritize data tables, dashboards, authentication, navigation depth, functional over flashy design
• External: Prioritize landing page appeal, SEO-friendly structure, contact forms, clean marketing-oriented layout

Output: Clear statement of site purpose, framework, audience, derived naming values, and project location

Phase 2: Scaffold & Launch Dev Server

Goal: Get a running site immediately so the user has something to preview while features and design are planned

The scaffold is a temporary branded loading screen — it shows a Power Pages animated "Building your site" experience with orbiting elements, status messages, and feature cards. Its only purpose is to get the dev server running quickly so the user has something to look at while you plan and build. During Phase 5 (Implementation), the entire scaffold — including theme.css, Layout, Home page, and all placeholder components — is completely replaced with the user's actual site: their chosen typography, color palette, pages, components, and navigation. Do NOT try to build on top of the loading screen; replace it entirely.

See ${PLUGIN_ROOT}/references/framework-conventions.md for the full framework → build tool → router → output path mapping.

Actions:

2.1 Copy Template

${PLUGIN_ROOT} is already resolved to the plugin's absolute path at runtime. Use it directly in Glob/Read paths — do NOT search for the plugin directory.

Read and copy all files from the matching asset template to the project directory:

Use Glob to discover all files in the asset directory, Read each file, then Write to the project directory preserving the relative path structure.

Also copy the shared loader icon that the scaffold references from its CSS (url('/power-pages-icon.png')):

Read the binary file ${PLUGIN_ROOT}/skills/create-site/assets/shared/power-pages-icon.png and Write it to <PROJECT_ROOT>/public/power-pages-icon.png. (All four supported frameworks serve public/ at the web root, so the same /power-pages-icon.png URL works for every framework.)

Seed the live status file so the loader shows a real message the moment it mounts. Write <PROJECT_ROOT>/public/scaffold-status.json:

{ "message": "Planning your site", "awaitingInput": false }

See Live Preview Status Protocol for the full contract — from here on, update this file before every AskUserQuestion and before each Phase 5 implementation step.

2.2 Replace Placeholders

After copying, replace all __PLACEHOLDER__ tokens in every file. Use Edit with replace_all: true on each file.

• Name/slug/description placeholders: Use the actual values from Phase 1 (__SITE_NAME__, __SITE_SLUG__, __SITE_DESCRIPTION__).

Note: The scaffold loading screen uses hardcoded Power Pages branding colors — there are no color placeholders (__PRIMARY_COLOR__, etc.) to replace. The user's chosen color palette is applied fresh during Phase 5 when the scaffold is completely replaced.

2.3 Rename gitignore

Rename gitignore → .gitignore in the project root (stored without dot prefix to avoid git interference in the plugin repo).

2.4 Install Dependencies

Run npm install before initializing git so that package-lock.json is included in the initial commit:

cd "<PROJECT_ROOT>"
npm install

Astro requires Node 22.12 or newer. Astro 7 exits with Node.js vX is not supported by Astro! on anything older, so when the chosen framework is Astro, run node --version first and ask the user to upgrade before continuing.

2.5 Initialize Git Repository

Initialize a git repo and make the first commit. This captures all template files AND package-lock.json in one clean baseline:

cd "<PROJECT_ROOT>"
git init
git add -A
git commit -m "Initial scaffold: __SITE_NAME__ (__FRAMEWORK__)"

From this point, commit after every significant milestone so any breaking change can be reverted.

2.6 Start Dev Server

This MUST happen now — before any planning or customization begins. The dev server gives the user a live preview while features and design are being planned:

cd "<PROJECT_ROOT>"
npm run dev

Run npm run dev in the background using Bash with run_in_background: true. Note the local URL (typically http://localhost:5173 for Vite or http://localhost:4200 for Angular or http://localhost:4321 for Astro).

2.7 Verify in Playwright & Share URL

Immediately after the dev server starts, verify the scaffold is working:

1. Use mcp__plugin_power-pages_playwright__browser_navigate to open the dev server URL
2. Use mcp__plugin_power-pages_playwright__browser_snapshot to verify the page loaded correctly (do NOT take screenshots — only use accessibility snapshots)
3. Share the dev server URL with the user so they can preview the site in their own browser (e.g., "Your site is running at http://localhost:5173 — open it in your browser to follow along as I build.")

GATE: Do NOT proceed to Phase 3 until ALL of the following are true:

1. Template files copied and placeholders replaced
2. Git repo initialized with initial scaffold commit
3. npm install completed successfully
4. Dev server is running in the background (npm run dev)
5. Playwright has opened the site and verified it loads via browser_snapshot
6. The dev server URL has been shared with the user

If any of these are not done, complete them now before moving on.

Output: Running dev server with verified scaffold, URL shared with user

Phase 3: Component Planning

Goal: Determine what pages, components, and design elements the site needs — while the user previews the running scaffold

🚦 Gate (plan · create-site:3.requirements): Three sub-prompts (features multi-select, aesthetic, mood) — shape the Phase 4 plan and the Phase 5 implementation. Fires at step 2 of the action list below.

Trigger: Phase 3 entry; scaffold loader is up. Why we ask: Wrong feature set / aesthetic gets baked into the rendered plan — the Phase 4.7 gate would still catch most errors, but it's wasteful to defer the catch. Cancel leaves: Nothing — scaffold loader files are throwaway artifacts replaced wholesale in Phase 5.

Actions:

1. Raise the "awaiting input" banner so the user notices the terminal prompt even while the browser loader is full-screen. Write <PROJECT_ROOT>/public/scaffold-status.json:

   { "message": "Planning your site", "awaitingInput": true, "inputPrompt": "Features, aesthetic, and mood — please answer in the terminal." }
   

   Immediately after the user answers, Write the same file again with "awaitingInput": false so the banner disappears.

2. Use AskUserQuestion to collect feature and design requirements:

   Question	Header	Options
   Which features? (multi-select)	Features	(generate 3-4 context-aware options based on the site name, purpose, and audience from Phase 1)
   What aesthetic direction do you want?	Aesthetic	Minimal & Clean (Recommended), Bold & Vibrant, Dark & Moody, Warm & Organic
   What's the overall mood?	Mood	Professional & Trustworthy (Recommended), Creative & Playful, Technical & Precise, Elegant & Premium

   Feature options are NOT hardcoded. Infer relevant features from Phase 1 answers. For example:

   • "HR Dashboard" + Internal → Employee Directory, Leave Requests, Announcements, Org Chart
   • "Contoso Portal" + External → Contact Form, Service Catalog, Knowledge Base, FAQ
   • "Partner Hub" + Internal → Document Library, Partner Directory, Deal Tracker, Notifications

   Always generate options that make sense for the specific site — never reuse a fixed list.

   If you include an Authentication feature option, describe it generically as "Login/signup for tracking application status" or similar. Do NOT mention a specific identity provider (e.g., "Entra ID", "SAML", "Google") in the feature description — the /power-pages:setup-auth skill will ask the user which provider they want.

3. AI Component Planning — Based on Phase 1 answers (site name, purpose, audience) and the feature selection above, propose which of the Power Pages generative-AI summarization APIs the site might use. The site itself does not depend on them — the page ships with reserved slots and runs without AI; /add-ai-webapi populates the slots later when the user is ready. Use AskUserQuestion with multi-select to let the user opt in:

   Question	Header	Options
   Which AI summarization features should the site have? (multi-select — each can be added later with /add-ai-webapi)	AI Summaries	(generate 2-4 context-aware options plus "None for now")

   Options are NOT hardcoded. Infer relevant AI summary features from Phase 1 and the features picked above. Examples:

   • "HR Dashboard" + Leave Requests feature → "Data summarization for leave requests", "Search summary on the knowledge base"
   • "Contoso Portal" + Knowledge Base → "Search summary on site-wide search", "Data summarization for articles"
   • "Customer Self-Service" + Support Cases / Incidents → "Data summarization for support cases (Microsoft-shipped recipe)", "Data summarization for attached knowledge articles"

   Treat the standard incident table like any other Dataverse table — propose Data Summarization for it when the site handles support cases, but don't force the Microsoft-shipped recipe ($select=description,title + the portal-comments expand) unless that genuinely fits the user's UX. A custom case-like table or a different facet of the standard incident is a regular Data Summarization pick. Always include None for now so the user can defer. Do NOT integrate the APIs in this skill — only record the user's picks so Phase 4's plan can mention them and Phase 8 can suggest /add-ai-webapi as a recommended next step.

   Capture the selection in memory as AI_SUMMARY_PICKS — a list of one or more of: search-summary, data-summarization.

4. Map picks to target pages. For each entry in AI_SUMMARY_PICKS, decide which page will carry the AI surface and store the mapping as AI_SUMMARY_PLACEMENTS. This is what Phase 4 shows the user and what Phase 5 reserves slots for. Use the feature selection from step 2 — and treat this mapping as an input to the page list Claude proposes in step 7: if a pick has no natural target page, add one to the plan so the summary has a home:

   Pick	Default target page	If no matching page is planned
   search-summary	A search / search-results page (e.g., SearchResults, Search)	Add a search page to the plan so the summary has a home
   data-summarization	The detail page of the table the user called out (e.g., ProductDetail for products, CaseDetail for support cases) — ask the user if ambiguous	Propose adding a detail page; if rejected, fall back to a list/dashboard page

   AI_SUMMARY_PLACEMENTS shape: one record per placement, e.g. [{ pick: "data-summarization", targetPage: "CaseDetail", marker: "POWERPAGES:AI-SLOT kind=data-summarization" }].

   The marker string is the comment tag Phase 5 emits into the page source as a reserved anchor that /add-ai-webapi later finds. Keep the shape uniform — one marker per placement, always the same tag, so the follow-up skill's explore step can grep for them deterministically.

5. Read the design aesthetics reference: ${PLUGIN_ROOT}/skills/create-site/references/design-aesthetics.md

6. Map aesthetic + mood to design choices using the Aesthetic x Mood Mapping table from the design reference. Record the chosen font direction, color direction, and motion direction.

7. Analyze requirements and determine needed components. If AI_SUMMARY_PLACEMENTS from step 4 implies a page that wasn't already in the plan (e.g., a CaseDetail page for a data-summarization pick on the support-case table), add it to the page list now. Present the component plan to the user as a table:

   | Component Type      | Count | Details |
   |---------------------|-------|---------|
   | Pages               | 4     | Home, About, Services, Contact |
   | Shared Components   | 3     | Navbar, Footer, ContactForm |
   | Design Elements     | 4     | Google Fonts (Playfair Display + Source Sans Pro), Color palette (6 CSS vars), Page transitions, Gradient backgrounds |
   | Routes              | 4     | /, /about, /services, /contact |
   

8. Use best judgement to determine the final color palette based on the chosen aesthetic + mood. These will be written fresh into a new theme.css during Implementation (Phase 5) when the scaffold loading screen is completely replaced:

   CSS Variable	Description	Value
   --color-primary	Primary hex color	(choose based on aesthetic + mood)
   --color-secondary	Complementary hex color	(choose based on aesthetic + mood)
   --color-bg	Background color	(choose based on aesthetic + mood)
   --color-surface	Surface/card color	(choose based on aesthetic + mood)
   --color-text	Main text color	(choose based on aesthetic + mood)
   --color-text-muted	Muted text color	(choose based on aesthetic + mood)

Output: Confirmed list of pages, components, design elements, and routes to create

Phase 4: Plan Approval

Goal: Render the implementation plan as an HTML document, open it in the user's default browser, and get approval before starting implementation.

Why HTML instead of a chat message: A structured HTML plan (like the ones produced by /integrate-backend, /add-server-logic, and /add-cloud-flow) lets the user skim sections, compare swatches, and preview typography — all impossible in a terminal. The scaffold loader in their browser may also be full-screen, so surfacing the plan in a new tab puts it where they can actually read it.

4.1 Read the Design Reference

Read the design aesthetics reference: ${PLUGIN_ROOT}/skills/create-site/references/design-aesthetics.md. Every field you populate below should be justified by the chosen aesthetic + mood from Phase 3.

AI Readiness in the plan. If AI_SUMMARY_PLACEMENTS from Phase 3 is non-empty, reflect each placement in the matching PAGES_DATA entry's description or content — e.g., "Reserved slot for an AI summary card; populated later by /add-ai-webapi. The page ships without AI." This keeps the user's expectation honest: the site does not depend on generative-AI features being enabled on the tenant, and there is no "Run /add-ai-webapi" placeholder visible to end-users. If AI_SUMMARY_PLACEMENTS is empty, omit any AI references from the plan.

4.2 Build the Plan Data

Assemble a single JSON object with the following keys. The plan template rejects any data that's missing a required key, so include all of them.

Write the data for the user, not for internal tooling — phrase description and reason fields in plain language.

4.3 Render the HTML Plan

Pick an output path under <PROJECT_ROOT>/docs/. Default is create-site-plan.html; if that file already exists, pick a descriptive variant like create-site-plan-v2.html (the render script refuses to overwrite existing files).

node "${PLUGIN_ROOT}/scripts/render-createsite-plan.js" --output "<PROJECT_ROOT>/docs/create-site-plan.html" --data-inline '<json-string>'

Use --data-inline so no temp JSON file is written. If the JSON is too large for a single shell argument, write it to a temp file and use --data <path> instead, then delete the temp file after the render succeeds.

The script prints {"status":"ok","output":"<path>"} on success. Capture and use that actual output path for the next step.

4.4 Open the Plan in the Default Browser

Open <OUTPUT_PATH> in the default browser using the platform-appropriate file opener for the current environment. For example, use open on macOS, xdg-open on Linux, or the equivalent default-browser opener available on Windows.

4.5 Present a Brief Summary in the Terminal

Keep the terminal message short — the full plan lives in the HTML file now. Include:

• One sentence confirming the plan was rendered and where (the output path).
• A 3-5 line bullet summary: framework, page count, component count, palette primary + mood.
• A pointer: "See the open browser tab for pages, color swatches, typography samples, and deployment options."

Do NOT dump the full plan contents into the terminal — that defeats the purpose of the HTML view.

4.6 Raise the "Awaiting Input" Banner

The user may still be looking at the full-screen scaffold loader when you ask for approval. Write <PROJECT_ROOT>/public/scaffold-status.json:

{ "message": "Ready to build", "awaitingInput": true, "inputPrompt": "Plan approval needed — review the plan in your browser and answer in the terminal." }

Immediately after the user answers, Write the same file again with "awaitingInput": false.

4.7 Ask for Approval

🚦 Gate (plan · create-site:4.7.plan-approval): Final sign-off on the rendered HTML plan before Phase 5 starts replacing the scaffold with real pages, components, and design tokens.

Trigger: Phase 4.3 rendered docs/create-site-plan.html; Phase 4.4 opened it in the browser. Why we ask: Phase 5 rewrites the entire scaffold (theme.css, Layout, Home page, components, routes) — undoing that touches every commit in the implementation phase. Cancel leaves: Nothing destructive — the scaffold itself can be deleted with the project directory; no Dataverse / deploy fired.

Use AskUserQuestion:

• If "Approve": Proceed to Phase 5.
• If "I'd like to make changes": Ask what they want changed, update the JSON, and re-render to a new filename (the render script won't overwrite). Re-open that new file in the browser and repeat 4.5–4.7.

Output: Approved implementation plan, with an HTML copy committed alongside the project for the user to reference during and after implementation.

Phase 5: Implementation

Goal: Build all pages, components, and design elements with the chosen aesthetic applied from the start

Prerequisite: The dev server MUST already be running and verified via Playwright (completed in Phase 2). If it is not, go back and complete Phase 2.

Design reference: Read ${PLUGIN_ROOT}/skills/create-site/references/design-aesthetics.md and apply its principles throughout this phase. All pages and components should be built with the chosen typography, color palette, motion, and backgrounds from the start — do NOT build with neutral styling first and redesign later.

Actions:

5.1 Create Todos for All Work

Before writing any code, use TaskCreate to create a todo for every piece of work. This gives the user full visibility into what will be built:

• One todo per page — e.g., "Create Contact page (/contact)", "Create Dashboard page (/dashboard)"
• One todo per shared component — e.g., "Create ContactForm component", "Create DataTable component"
• One todo for routing — "Update router with all new routes"
• One todo for navigation — "Update Layout/Header with navigation links"
• One todo for design foundations — "Apply design tokens (fonts, colors, motion, backgrounds)"

Each todo should have a clear subject, activeForm, and description that includes the file path and what the page/component does. Then work through the todos in order, marking each in_progress → completed.

5.2 Replace the Scaffold & Build

The scaffold is a temporary loading screen — it must be completely replaced during this phase. Do NOT build on top of it or try to modify the loading animation into a real page. Start fresh with the user's chosen design.

Narrate progress in the loader: Before each of the steps below, update <PROJECT_ROOT>/public/scaffold-status.json so the user — who may still be watching the Home page loader — sees what's actually happening instead of the hardcoded placeholder cycle. Use a short present-participle message (e.g., "Creating Navbar component", "Creating Contact page"). Include any useful grouping context inline in the message itself. The loader picks up changes within ~1.5 seconds. Updates become no-ops once step 4 replaces the Home page.

1. Design foundations — Completely rewrite theme.css (or styles.css for Angular) from scratch with the chosen color palette as CSS custom properties, Google Fonts, motion/animation utilities, and background treatments. The scaffold's loading screen CSS is discarded entirely. Commit after this step. Before starting, set the loader status to { "message": "Applying design tokens" }.

2. Layout — Rewrite the Layout component (and Header/Footer for Astro) with proper navigation, header, and footer that reflect the chosen design. The scaffold's passthrough Layout is replaced with a real layout structure. Set status to { "message": "Rewriting Layout" }.

3. Shared components — Build reusable components (Navbar, Footer, ContactForm, etc.) that pages will use. For each component, set status to { "message": "Creating <Component> component" }.

4. Pages — Create route components for each requested page, replacing the scaffold Home page and About placeholder entirely. Each page component must update document.title on mount to reflect the current page (e.g., "Contact — Contoso Portal"). Use the framework's idiomatic lifecycle hook: useEffect (React), onMounted (Vue), ngOnInit (Angular), or a <title> tag in the frontmatter (Astro). Format: "<Page Name> — <Site Name>", with the home page using just "<Site Name>". For each page, set status to { "message": "Creating <Page> page" } before writing the file. The loader disappears when the Home page itself is replaced — no further status updates are needed after that.

5. Router — Register all new routes (the scaffold only has / and /about — add all requested routes)

6. Navigation — Add links to the new Layout/Header component

7. Entry HTML — Update index.html (or Layout.astro for Astro) to load the chosen Google Fonts instead of the scaffold's DM Sans + Outfit

8. Reserve AI summary slots — only if AI_SUMMARY_PLACEMENTS from Phase 3 is non-empty. For each placement, insert a single comment marker in the target page source at the intended insertion point. No visible placeholder UI, no stub components, no extra routes — just a grep-able anchor that /add-ai-webapi will later find and replace. Syntax depends on the framework:

   Framework	Marker syntax
   React (JSX)	{/* POWERPAGES:AI-SLOT kind=<pick> */} inside the component's return JSX
   Vue (SFC template)	<!-- POWERPAGES:AI-SLOT kind=<pick> --> inside <template>
   Angular (HTML template)	<!-- POWERPAGES:AI-SLOT kind=<pick> --> inside the component template
   Astro	<!-- POWERPAGES:AI-SLOT kind=<pick> --> inside the component's HTML

   Where <pick> is one of search-summary, data-summarization — verbatim from the placement record.

   Placement within the page:

   • data-summarization (record detail): directly after the page heading, above the detail content — this is where a Copilot-style summary card naturally reads in the reading order.
   • data-summarization (list page): directly above the list / table, below the page heading and any filter bar.
   • search-summary: directly above the search-results list, below the search input — the summary paragraph reads before the keyword hits.

   One marker per placement, exactly as defined in the marker field of the AI_SUMMARY_PLACEMENTS record. Do NOT add stub components (<CopilotSummaryCard />, etc.), CSS classes, or empty <aside> elements — the slot is just a comment. The site must ship as if AI is not a consideration; the follow-up skill does the real work.

Important: Build real, functional UI with distinctive design applied — not placeholder "coming soon" pages, and not generic unstyled markup. Every page and component should reflect the chosen aesthetic from the moment it's created. The scaffold loading screen should be completely gone after this phase — no trace of the Power Pages branded animation should remain.

5.3 Source Real Images

Use high-quality photos from Unsplash wherever the site needs visual content. Do NOT use placeholder services (e.g., placeholder.com, placehold.co), broken <img> tags, or leave empty image slots.

How to find images:

1. Use WebSearch to search Unsplash for relevant photos (e.g., site:unsplash.com modern office workspace)
2. Pick specific photos and use their direct URL with sizing parameters: https://images.unsplash.com/photo-{id}?w={width}&h={height}&fit=crop
3. Choose images that match the site's aesthetic and mood

Where to use images:

• Hero sections — Striking, high-resolution photos that set the tone for the site
• Feature/service cards — Relevant photos that illustrate each feature or service
• About/team sections — Professional or contextual photos matching the site's purpose
• Backgrounds — Atmospheric photos used as full-bleed or overlay backgrounds
• Content sections — Supporting photos that break up text and add visual interest

Guidelines:

• Pick images that feel cohesive together — consistent style, lighting, and color tone
• Use appropriate sizing (w=800 for cards, w=1600 for heroes/backgrounds) to avoid slow loads
• Add descriptive alt text to every <img> for accessibility
• For icons and logos, use inline SVGs instead of photos

5.4 Git Commit Checkpoints

Commit after every individual page and component so breaking changes can be reverted. Each page and each component gets its own commit — do NOT batch multiple pages or components into a single commit.

git add -A
git commit -m "<short description of what was added/changed>"

When to commit:

• After applying design foundations (fonts, colors, motion)
• After creating each page (e.g., "Add Home page", "Add Contact page")
• After creating each shared component (e.g., "Add Navbar component", "Add Footer component")
• After updating routing and navigation
• Before attempting anything risky or experimental

If something breaks, revert to the last good commit:

git revert HEAD

5.5 Live Verification

After each significant change (new page or component), browse the site via Playwright to ensure everything is up to the mark:

1. Use mcp__plugin_power-pages_playwright__browser_navigate to reload or navigate to the updated page
2. Use mcp__plugin_power-pages_playwright__browser_snapshot to verify the page structure and content are correct — do NOT take screenshots
3. If something looks wrong in the snapshot, fix it before proceeding

The user is previewing in their own browser via the dev server URL shared in Phase 2.7.

5.6 Clean Up the Live Status File

Once the scaffold loader is gone, public/scaffold-status.json is just dead weight that would ship with the deployed site. Delete the file from <PROJECT_ROOT>/public/ and commit the removal alongside the final implementation.

GATE: Do NOT proceed to Phase 6 until ALL customization is complete with design applied. The site must have distinctive typography (Google Fonts — no generic Inter/Roboto/Arial), a cohesive color palette (CSS variables), motion/animations, and all requested pages/features before moving to accessibility verification.

Output: All pages, components, and design elements implemented and verified

Phase 6: Accessibility Verification

Goal: Verify the site meets WCAG 2.2 AA standards using axe-core automated testing and fix any violations

Prerequisite: All pages and components must be fully implemented (Phase 5 complete). The dev server MUST be running.

Actions:

6.1 Install Playwright Dependency

Install playwright as a dev dependency in the project so the audit script can launch a headless browser. This uses the system-installed browser (Edge/Chrome) — no browser download is needed:

cd "<PROJECT_ROOT>"
npm install --save-dev playwright

6.2 Run axe-core Audit on Every Page

Run the audit script via Bash, passing the dev server URL and all site routes:

node "${PLUGIN_ROOT}/skills/create-site/scripts/axe-audit.js" --url <DEV_SERVER_URL> --routes /,/about,/services,/contact --project-root "<PROJECT_ROOT>"

The script launches a headless browser, navigates to each route, injects axe-core from CDN, runs the analysis, and outputs a JSON array of per-route results to stdout. Each result contains violations (with id, impact, description, helpUrl, and affected nodes), passes count, and incomplete count. The script exits with code 1 if any critical or serious violations are found.

Parse the JSON output and record all violations.

6.3 Fix Accessibility Violations

For each violation found, identify the source file and apply the fix:

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