figma-generate-library

You can synchronize code-based design tokens with a live Figma design system by using a checkpoint-driven workflow that orchestrates token creation, component scaffolding, and theming deterministically. This ensures alignment between code and design.

Wiring Figma components with Code Connect is best handled through a phased orchestration workflow that maps code components to Figma. This deterministic process uses a persistent state ledger to ensure safe, idempotent builds and recovery.

The checkpoint-driven workflow operates across Discovery through QA phases, using a persistent state ledger and frontmatter to track progress. This mechanism ensures idempotent builds, allowing safe recovery and deterministic component wiring without repeating completed steps.

Yes, the Figma MCP workflow is required to enable deterministic token creation and component scaffolding. It works in conjunction with frontmatter and a persistent state ledger to ensure safe, idempotent builds and recovery across all phases.

Yes, you can build a complete Figma design system from code by following Phases 0 through 4 in order. This end-to-end workflow covers foundations, components, documentation, theming, and Code Connect integration for full lifecycle alignment.

The main limitation is the strict dependency on the MCP workflow, frontmatter, and a persistent state ledger to ensure idempotent builds. Deviating from the phased Discovery through QA workflow or bypassing the state ledger risks breaking deterministic recovery and safe synchronization.