add-feature

To scaffold a toggleable feature, you can generate a standardized module with storage, API exposure, and bootstrap registration. This creates a complete project structure including types, state, logic, UI, and handler files for Gemini architecture integration.

A standard feature module structure includes types.ts, state.ts, index.ts, logic/core.ts, ui.ts, handler.ts, and an optional middleware.ts. This standardized file layout ensures consistent configuration, storage keys, and scalable patterns across all newly added features.

To initialize UI components at startup, the scaffolded feature includes bootstrap loader integration. This automatically registers your new feature with the UI loader, ensuring components inject and initialize properly during the Gemini architecture startup sequence.

Yes, the feature scaffolding process fully supports WebSocket integration and data handling scenarios. It applies to adding new features across the entire Gemini architecture, ensuring on-disk structure and bootstrap integration are correctly configured for these specific use cases.

The best way to expose a public API is by using a guided scaffold that automatically generates the exposure under the MG<Name> namespace. This ensures your feature module follows the consistent configuration and scalable pattern required by the Gemini architecture.

No, you do not need to manually configure storage keys. The scaffolding process enables a consistent configuration and automatically generates the storage keys, satisfying the initial configuration and on-disk structure requirements for the new feature.