feature-scaffold

To scaffold new feature files, you can generate route entries, page component stubs, service stubs, Hono route files, migration templates, and TypeScript type definitions simultaneously to ensure consistent project structures.

The best way to prevent TypeScript compile errors is to use a scaffolding-first approach that generates all required files, types, and routes with a verification checklist before writing any business logic.

Yes, automated backend scaffolding creates Hono route files, registers them automatically, adds migration templates, and generates matching TypeScript interfaces for immediate integration.

Yes, you can generate route entries, page component stubs, sub-component exports, service stubs, and type definitions to verify zero TypeScript errors before implementing actual business logic.

A verification checklist is needed to confirm zero TypeScript compile errors and validate functional stubs, ensuring the foundational structure is completely stable before you write business logic.

You should use a scaffolding-first approach whenever starting new features to eliminate setup delays, enforce consistent project structures, and prevent missing routes and integration issues.