component-to-code

Component-to-code translates a component inventory and screen inventory into framework-specific specs, mapping variants to explicit prop combinations and concrete states. This constrains AI-assisted frontend generation to declared props and ensures end-to-end traceability.

Mapping component variants to concrete states requires linking each variant to an explicit prop combination and a specific screen ID from your screen inventory. This enforces end-to-end traceability from design to code for AI-assisted generation.

Yes, you can constrain AI-assisted frontend generation by producing a strict component specification from your inventory. This spec explicitly defines allowed props, state mappings, and screen traceability, ensuring generated code adheres to declared constraints.

Producing a component spec requires two inputs: a component inventory detailing the variants and a screen inventory providing screen IDs. These inputs enable the derivation of framework-specific props and explicit state mappings for traceability.

Yes, the component specification approach applies across frontend ecosystems by translating a component inventory into framework-specific props and state mappings. It ensures consistent rendering and traceability regardless of the specific frontend framework used.

A screen inventory is required because each component state must reference a concrete screen ID for end-to-end traceability. This ensures every mapped variant and prop combination is validated against an actual screen and use-case during code generation.