implement-service

Scaffolding an Effect-TS service requires creating service interfaces, context tags, and live layers using Context.Tag and Layer.effect patterns. You must also wire the newly created service file into the package's runtime.ts and index.ts to ensure proper dependency resolution and live wiring.

Required patterns for implementing an Effect-TS service include Context.Tag for defining service interfaces and Layer.effect for constructing live layers. The standardized workflow also enforces frontmatter metadata and deterministic file wiring in runtime.ts and index.ts exports.

Wiring an Effect-TS service into a package requires adding the new service layer to runtime.ts and exporting the interface from index.ts. This ensures proper dependency resolution and live wiring across the package using reactive agents patterns.

Yes, scaffolding an Effect-TS service includes dependency resolution, live wiring, and validated tests. The workflow generates service interfaces, layers, and tests across packages using deterministic patterns to ensure consistent and validated service implementation.

Standardizing Effect-TS service creation ensures consistent interfaces, layers, and tests across packages. By enforcing patterns like Context.Tag and Layer.effect, it eliminates manual wiring errors and maintains deterministic reactive agents patterns throughout the codebase.