coding

To structure TypeScript services using the Effect service pattern, follow the five-part canonical architecture enforced by Guardian Core, ensuring centralized errors, schemas, and consistent runtime expectations across all new and updated modules.

Migrating legacy TypeScript modules to Effect requires following the established migration protocols and references, ensuring ported code conforms to Effect-first architecture, runtime expectations, and centralized error handling standards.

Guardian Core TypeScript coding requires specific runtime configurations, enforcing bun and NodeNext imports to ensure consistent module resolution and runtime behavior across all Effect-based services and ported legacy code.

To ensure consistent architecture during TypeScript code reviews, check for conformance to the five-part Effect service pattern, centralized schemas, typed error handling, and the established migration conventions documented in the references.

Centralized errors and schemas in Effect TypeScript services are required to enforce type-safe runtime validation and consistent error handling, ensuring all Guardian Core modules conform to the unified Effect-first coding standards.

Apply Effect-first TypeScript coding standards when writing new services, porting legacy modules, or performing code reviews within Guardian Core to ensure architecture consistency, proper typed error handling, and adherence to testing standards.