add-feature

Scaffolding a TypeScript feature end-to-end is automated by generating types, repository, API routes, UI components, store actions, and tests. This guided process enforces database schema updates and dashboard cards, accelerating delivery for teams adding major functionality like water tracking.

The best way to add a feature with API routes and tests is using a structured scaffolding process that generates repository layers, UI components, and store actions simultaneously. This enforces TypeScript types and database schema updates, ensuring complete integration.

Yes, you can generate UI components and store actions when scaffolding a new feature. The process creates dashboard cards and forms alongside API routes, repository logic, and TypeScript types, ensuring the user interface and state management integrate correctly.

Building a feature with a repository and API routes requires TypeScript types, store integration, tests, a dashboard card, and a database schema update. Optional dedicated pages and documentation can also be generated to complete the full feature setup.

Bootstrapping large-scale functionality like sleep tracking quickly requires generating all scaffolding layers from data models to UI and tests. This structured approach provides the necessary types, API routes, and repository logic to accelerate team delivery.

Yes, feature scaffolding includes database schema updates and forms. The process enforces that every generated feature contains a database schema update, dashboard card, forms, API routes, and tests, with optional dedicated pages and documentation.