figma-from-code

name	figma-from-code
description	Orchestrates the full code-to-Figma rebuild workflow for a web application. Thin dispatcher that delegates all substantial work to subagents and reads only small summary files. Runs eight tracked phases (phase0a, phase0b, phase1, phase2, phase2_5, phase3, phase4, phase5). Never calls use_figma or get_screenshot directly.
model	claude-sonnet-4-5

Skill: Build Figma from Code (Orchestrator)

Thin dispatcher. Delegates every phase to a subagent, reads only small summary files, and tracks progress in state.json. Never calls use_figma or get_screenshot directly.

Required Inputs

• fileKey: Figma file key
• resume (optional): true to skip completed phases
• config (optional): per-project overrides; any omitted key falls back to the generic default shown below

{
  "devServerUrl": "http://localhost:5173",
  "devServerStart": "npm run dev",
  "sourceDir": "src",                          // app source root
  "componentsRoot": ["src/components"],        // array of component directories (supports monorepos); populated after Phase 0a discovery
  "pagesRoot": "src/pages",                    // where page/screen sources + figma-screen.json live
  "cssPath": "src/index.css",                  // CSS custom-properties file for token extraction
  "tailwindConfigPath": "tailwind.config.js",  // or null for Tailwind v4 / vanilla CSS projects
  "iconLibrary": "lucide-react",               // or null to skip icon extraction
  "skillRoot": "plugins/figma-from-code/skills/figma-from-code"  // where this skill tree lives; ${CLAUDE_PLUGIN_ROOT}/skills/figma-from-code when running as an installed plugin
}

---

Hard Gates — Files the Orchestrator Must Never Read

The orchestrator is a thin dispatcher. It must not open, read, or load any sub-skill SKILL.md files. Those files are for subagents only.

Forbidden reads (orchestrator):

File	Why forbidden
1-discovery-components/SKILL.md	Subagent reads it to execute Phase 0a
2-discovery-assets/SKILL.md	Subagent reads it to execute Phase 0b
3-setup-tokens/SKILL.md	Subagent reads it to execute Phase 1
4-setup-structure/SKILL.md	Subagent reads it to execute Phase 2
5-precapture/SKILL.md	Subagent reads it to execute Phase 2.5
6-icon-preamble/SKILL.md	Subagent reads it to execute Phase 3 icon preamble
7-build-component/SKILL.md	Subagent reads it to execute per-component build + review/fix (steps 1–7)
8-build-screens/SKILL.md	Subagent reads it to execute Phase 4
9-validate/SKILL.md	Subagent reads it to execute Phase 5
10-validator/SKILL.md	Subagent reads it for validation logic and Component App Map

What the orchestrator reads instead: only small summary/output files under .temp/figma-from-code/ (e.g., discovery-summary.json, tokens-summary.json, structure-summary.json).

If you find yourself opening a sub-skill SKILL.md to understand inputs, outputs, or workflow steps — stop. That information belongs in the dispatch table and per-phase notes in this file. If those notes are missing, ask the user before proceeding.

---

Subagent Dispatch Pattern

When dispatching a subagent:

1. Give the subagent only: the skill filepath + fileKey + any state fields it needs (listed in the table below)
2. Instruct the subagent to read its own skill file for full instructions
3. Tell the subagent to report back only: { "success": true/false, "outputFile": "<path>" }
4. Read the output file yourself after the subagent completes

The orchestrator never re-explains what a skill does — the skill file is the source of truth. The orchestrator never opens a sub-skill's SKILL.md file — see Hard Gates above.

---

Config Placeholder Convention

Sub-skill files reference config values as {devServerUrl}, {sourceDir}, {componentsRoot}, {pagesRoot}, {cssPath}, {tailwindConfigPath}, {iconLibrary}, {skillRoot}, etc. Subagents resolve these placeholders from state.json → config before executing any commands. The orchestrator also substitutes resolved values from state.config when composing dispatch prompts so subagents always receive concrete paths and URLs.

componentsRoot is an array. Most config references pass the full array to subagents. Subagents that write .figma/ tracking files derive the write path from each component's sourcePath (in component-map.json) rather than from a single componentsRoot prefix. For synthetic components (icons, assets) that have no source file, use the first entry in the array.

---

State Ledger

Maintain .temp/figma-from-code/state.json:

{
  "fileKey": "{fileKey}",
  "startedAt": "ISO timestamp",
  "config": {
    "devServerUrl": "http://localhost:5173",
    "devServerStart": "npm run dev",
    "sourceDir": "packages/client/src",
    "componentsRoot": ["packages/client/src/components"],
    "pagesRoot": "packages/client/src/pages",
    "cssPath": "packages/client/src/index.css",
    "tailwindConfigPath": "packages/client/tailwind.config.js",
    "iconLibrary": "lucide-react",
    "skillRoot": "plugins/figma-from-code/skills/figma-from-code"
  },
  "phases": {
    "phase0a" 
     
     
     
     
     
     
     
  
      
               
   
     
     
     
     
     
     
     
     
  
   
   
   
   
   
   
   
        
            

Subagents do not modify state.json. Each writes its own output file; the orchestrator reads it and updates state.

figmaNodes uses the pattern tier{N}FrameId for each tier (e.g., tier1FrameId, tier2FrameId, ...). The number of keys matches buildOrder.tierCount.

Fresh Run: Initialize state.json

Config detection (runs once, before Phase 0a). On a fresh run the orchestrator detects project-specific values before writing state.json:

1. Read package.json (root and any workspace roots) — find the dev or start script and extract the port from --port, PORT=, or Vite/CRA defaults; derive devServerUrl.
2. Set componentsRoot to [] (empty array). Component directories are discovered by Phase 0a and confirmed by the user at the Wave 1 pause. Set sourceDir to the most likely app source root (e.g., src, packages/client/src) based on package.json workspace structure.
3. Locate the pages/screens directory: look for pages, screens, or routes under sourceDir.
4. Locate the CSS custom-properties file: prefer src/index.css, packages/*/src/index.css, or any *.css file containing -- custom properties.
5. Detect tailwindConfigPath: check for tailwind.config.js, tailwind.config.ts, tailwind.config.cjs at the repo root and likely package roots; set to null if absent (Tailwind v4 / vanilla CSS project).
6. Detect iconLibrary: grep package.json dependencies for lucide-react, react-icons, @heroicons/react, @radix-ui/react-icons; use the first match or null.
7. Present the resolved config to the user in a compact table. Note that componentsRoot will be populated after Phase 0a discovery. Ask for confirmation or corrections before proceeding.
8. Persist the confirmed object as config in state.json. On resume, read config from state.json — never re-detect.

After confirming config, create .temp/figma-from-code/state.json from the template above. Set fileKey and startedAt to current ISO timestamp; set config to the confirmed object; all phases values to "pending"; all other fields empty.

---

Pre-Existing Components Rule

preExistingComponents is an immutable snapshot from Phase 0a. Never update it after Phase 0a.

Hard rule: Pause and get explicit user authorization before any action that modifies, replaces, or deletes a node in preExistingComponents. This includes rebuilding, running the icon preamble over existing icons, or any Phase 3 build that resolves to a pre-existing node.

---

Phase Dispatch Table

All skill files live under {skillRoot}/. Shell steps (normalization after Phase 0b, aggregation scripts after Phase 3 tiers and Phase 4) are in Per-Phase Notes. After each subagent succeeds, set phases.{phase}: complete in addition to the listed state fields.

Important: Each subagent does all of its work inline — no subagent spawns further subagents. Phase 3 dispatches one subagent per component (fresh context each time). The validation subagent (Phase 5) processes all screens sequentially.

Phase	Skill file	Inputs to pass	Output file to read	State fields to update	Skip if
0a	1-discovery-components/SKILL.md	fileKey; config: devServerUrl, sourceDir	discovery-summary.json	buildOrder, builtComponents, preExistingComponents, preExistingScreens; also extract figma.variableCollections → existingCollections and figma.pages → existingPages from the summary	phase0a: complete
0b	2-discovery-assets/SKILL.md	config: sourceDir, iconLibrary	icons-summary.json	iconDiscovery	phase0b: complete
1	3-setup-tokens/SKILL.md	fileKey, existingCollections; config: cssPath, tailwindConfigPath	tokens-summary.json	variableMapPath	phase1: complete AND tokens-summary.json AND variables.json AND resolved-colors.json all exist under .temp/figma-from-code/
2	4-setup-structure/SKILL.md	fileKey, existingPages	structure-summary.json	figmaNodes (foundationsPageId, componentsPageId, screensPageId, foundationsFrameId, iconsFrameId, screensFrameId)	phase2: complete AND page/icons/screens IDs in figmaNodes are non-null

---

Phase Execution Order

Phases have dependency constraints but several can overlap. Follow this wave structure to minimize wall-clock time:

Wave 1  (parallel): Phase 0a  ||  Phase 0b
          - 0a: static route enumeration + browser crawl + interaction pass
            (interactions.json reveals dialogs/menus/edit modes) + Figma inspection
          - 0b: static icon/asset scan (no Figma, no browser needed)
          After Phase 0b completes: run normalization script (before the pause)
          ⏸ PAUSE — Component Directory Confirmation (see below); then ask
            user to continue or stop

Wave 2  (as soon as normalization + Phase 0a are both done):
          Phase 1  ||  Phase 2  (parallel — both only need 0a outputs)
          ⏸ PAUSE — write progress.md, ask user to continue or stop

Wave 3  (starts when normalization + Phase 1 + Phase 2 are ALL done):
          Before dispatching Phase 2.5, start the shared browser server:
            node {skillRoot}/scripts/browser-server.js &
          (Background process. Scripts fall back to per-script browsers if it
          isn't running. Phase 5 (9-validate) kills it via pw-server.pid.)
          Phase 2.5 — dispatch ONE subagent with unified manifest (all
          components in a single sorted batch; chunked at 15 entries per
          script run to stay within the 60s timeout)
          Subagent owns and builds all manifests; read precapture-all.json and precapture-screens.json after complete.
          ⏸ PAUSE — write progress.md, ask user to continue or stop

Wave 4  (sequential): Phase 3 preamble → Phase 3 tiers (one tier at a time)
          Each tier waits for the prior tier; preamble runs before Tier 1.
          Within a tier, one subagent per component (fresh context each time).
          ⏸ PAUSE after preamble
          ⏸ PAUSE after EACH tier — write progress.md, ask user

Wave 5  (parallel): Phase 4 screens — dispatch ALL in parallel
          Screens only instance built components, never modify masters.
          ⏸ PAUSE — write progress.md, ask user to continue or stop

Wave 6  (sequential): Phase 5 validation
          ⏸ PAUSE — write final progress.md (build complete)

Wave 1 Pause: Component Directory Confirmation

At the Wave 1 pause, read componentDirectories and excludedDirectories from discovery-summary.json and present them to the user for confirmation before proceeding:

One directory found:

I found 1 component directory with {count} components:

• {path} ({count} components, subdirs: {list})

Is this the correct directory to use?

Multiple directories found (monorepo or multi-app):

I found {N} component directories across your project:

#	Directory	Components	Subdirs
1	{path1}	{count1}	{subdirs1}
2	{path2}	{count2}	{subdirs2}
…	…	…	…

Which directories should be included? (Select all that apply, or provide a custom list.)

Zero directories found:

No component directories were automatically detected. Please provide the path(s) to your component directories.

Excluded directories (always shown if any):

The following directories were excluded by default:

• {path} — {reason} (e.g., "shadcn primitives (ui/ under components/)", "test directory")

Let me know if any should be included.

After the user confirms:

1. Update state.json → config.componentsRoot with the confirmed array of directory paths
2. Derive sourceDir from the common ancestor of all confirmed roots if it's not already set correctly (e.g., if all roots are under packages/client/src/, set sourceDir to packages/client/src; if roots span multiple packages, keep sourceDir as the repo root or the user-confirmed value)
3. Write progress.md

---

Dependency summary:

• Phase 1 needs: Phase 0a (existingCollections)
• Phase 2 needs: Phase 0a (existingPages)
• Phase 2.5 needs: normalization done (normalized component-map.json for capture data — exact URL, selector, fallbacks, interaction replay per component); Phase 1 + Phase 2 must also be done before Phase 3 can start, but Phase 2.5 itself only needs normalization
• Phase 3 needs: Phase 1 (variables.json), Phase 2 (figmaNodes), Phase 2.5 (screenshots)
• Phase 4 needs: Phase 3 (builtComponents), Phase 2 (figmaNodes.screensFrameId)
• Phase 5 needs: Phase 4 (all screens built)

---

Per-Phase Notes

After Phase 0b: Normalization (Phase 0b+)

Run the normalization script, then re-read discovery-summary.json to refresh buildOrder in state. Skip if phase0b: complete AND phase3 is in_progress or complete (normalization already applied).

node {skillRoot}/scripts/normalize-component-map.js \
  .temp/figma-from-code/component-map.json \
  .temp/figma-from-code/icons.json \
  --write

The script rewrites component-map.json in place with normalized names and regenerates discovery-summary.json from the normalized map. Re-read discovery-summary.json and update buildOrder in state.

Phase 2.5: Reading pre-capture results

After the pre-capture subagent completes, read both output files and verify that screenshot file counts are non-zero. There is no aggregation script — the orchestrator reads each file directly.

• precapture-all.json — component screenshots; schema: { "components": [{ "name", "selector", "screenshotFile", "status": "captured|failed|skipped" }] }
• precapture-screens.json — full-page screen screenshots; schema: { "screens": [{ "screenName", "route", "pageSourceFile", "keyComponents": [], "appScreenshot", "textFile", "status": "captured|failed|skipped" }] }

Before Phase 3 (preamble): Materialize builtComponents.json

builtComponents.json is the on-disk pass mechanism for all Phase 3 and Phase 4 subagents — they read it directly rather than receiving builtComponents inline. Keep it in sync with state.builtComponents before every dispatch.

Write current state.builtComponents to disk before dispatching the preamble subagent:

node -e "const s=JSON.parse(require('fs').readFileSync('.temp/figma-from-code/state.json','utf-8')); require('fs').writeFileSync('.temp/figma-from-code/builtComponents.json', JSON.stringify(s.builtComponents||{},null,2));"

After preamble completes, merge new icons into state.builtComponents and rewrite builtComponents.json. The file persists through all of Phase 3 and Phase 4 as the live registry of built components.

Phase 3 Tiers: Post-tier aggregation

build-tier{N}.json schema:

{
  "tier": 1,
  "tierFrameId": "<figma-node-id>",
  "status": "complete|complete_with_failures",
  "completed": [{ "name": "...", "nodeId": "...", "variants": 1, "matchPct": 95 }],
  "failed": [{ "name": "...", "status": "failed", "reason": "..." }]
}

After reading build-tier{N}.json, extract tierFrameId and store it as figmaNodes.tier{N}FrameId in state. Then run:

node {skillRoot}/scripts/collect-tier-results.js --tier {N} --components "{comma-separated}" --tier-frame-id "{tierFrameId}"

Read stdout for the one-line JSON summary. Then follow the End-of-Phase Pause Protocol: update state.json, write progress.md, and ask the user whether to continue to the next tier or stop. Each tier is a full pause point — the user may stop and a new orchestrator agent can resume from the next tier.

Phase 4: Post-screen aggregation

After all screen subagents complete:

mkdir -p .temp/figma-from-code/build-results/screens
node {skillRoot}/scripts/collect-screen-results.js --screens "{comma-separated}"

---

Progress File

After every pause point, the orchestrator writes .temp/figma-from-code/progress.md — a human-readable narrative that allows a fresh orchestrator agent (with no memory of prior work) to understand what happened and where to continue.

progress.md is the handoff document. state.json is the machine-readable truth. Both must exist and stay in sync.

Template

# Figma-from-Code Build Progress

**File Key:** {fileKey}
**Last Updated:** {ISO timestamp}
**Status:** Paused after {phase/tier description}

## Completed Phases

| Phase | Description          | Key Output                                       | Completed At |
| ----- | -------------------- | ------------------------------------------------ | ------------ |
| 0a    | Component discovery  | {component count} components, {tier count} tiers | {timestamp}  |
| 0b    | Asset/icon discovery | {icon count} icons, {asset count} assets         | {timestamp}  |
| ...   | ...                  | ...                                              | ...          |

## Current State

- **Built components:** {count} / {total}
- **Tiers completed:** {N} / {total tiers}
- **Screens built:** {count} / {total}
- **Figma nodes created:** {list key node IDs}

## Next Step

**Phase to execute:** {phase ID and name}
**Prerequisites:** {what must be true — e.g., "dev server running on {devServerUrl}"}
**What it does:** {one-sentence description}
**Estimated dispatches:** {number of subagents or script runs}

## Warnings / Partial State

- {any incomplete tiers, failed retries, or pre-existing component conflicts}

---

Startup Protocol

On every invocation, before doing any work:

1. Check if .temp/figma-from-code/progress.md exists
2. If it exists:
   • Read progress.md in full
   • Present a concise summary to the user: which phases are done, what comes next
   • Ask: "A previous build was paused after {phase}. Resume from {next phase}?"
   • If user confirms → read state.json, validate it matches progress.md, skip to next incomplete phase
   • If user declines → ask if they want a fresh start (which deletes .temp/figma-from-code/) or manual phase selection
3. If it does not exist:
   • Check if state.json exists (orphaned state without progress file)
   • If state.json exists → warn user, offer to reconstruct progress from state or start fresh
   • If neither exists → initialize fresh run (create state.json from template, proceed to Phase 0a)

---

End-of-Phase Pause Protocol

After completing any pause point (see Pause Points below), the orchestrator MUST:

1. Update state.json — mark the phase/tier complete, update all relevant state fields

2. Write progress.md — regenerate the full file from current state.json using the template above

3. Report to user — show key metrics (counts, node IDs, any warnings)

4. Ask the user:

   "{Phase/tier} complete. {Brief metric summary}. Continue to {next phase/tier}, or stop here so a new agent can resume later?"

5. If user says stop → confirm progress.md is written, say "Build paused. A new agent can resume by invoking this skill." and terminate

6. If user says continue → proceed to the next dispatch

The orchestrator never auto-continues to the next pause point without explicit user confirmation.

Pause Points

Every wave boundary and every Phase 3 tier is a mandatory pause point:

Pause Point	After	Before
Wave 1 → 2	Phase 0a + 0b complete (+ normalization)	Phase 1 + Phase 2
Wave 2 → 3	Phase 1 + Phase 2 complete	Phase 2.5
Wave 3 → 4	Phase 2.5 complete	Phase 3 preamble
Phase 3 preamble	Icon preamble complete	Tier 1
Phase 3 Tier N	Tier N complete	Tier N+1 (or Wave 5 if last tier)
Wave 4 → 5	Phase 3 all tiers complete	Phase 4 screens
Wave 5 → 6	Phase 4 screens complete	Phase 5 validation
End	Phase 5 complete	— (build finished)

---

Error Handling

Scenario	Action
Dev server not running	Halt before Phase 2.5, tell user to start it
Subagent reports success: false	Report error, offer retry — never silently skip
State inconsistency	Trust per-tier build JSON files; rebuild state from outputs
Pre-existing component needs modification	Pause, apply authorization protocol, wait for user