coding-standards

Effect code and real-seam testing workflows are fully supported by requiring strict boundary parsing, typed failures, and Effect-specific responsibilities. It ensures tests validate actual module seams rather than mocking internal implementation details.

TypeScript architecture standards are enforced by aligning code with explicit rules for domain modeling, boundary parsing, and module design. You can apply these standards during code reviews or refactoring to ensure changes remain correct and consistent.

Handling unknown input and typed errors requires parsing at the boundary seam and keeping expected failures explicitly typed. This approach preserves safe observability and prevents untyped exceptions from propagating through service modules.

Structuring Cloudflare Workers and Durable Objects involves designing deep module seams, owning async behavior explicitly, and defining precise platform boundaries. This ensures local conventions stay compatible with repository rules and runtime constraints.

Refactoring TypeScript code to use branded types, value classes, and state machines is supported by domain modeling guidance. It helps model invariants and precise operation inputs while maintaining safe observability and strict boundary parsing.

Effect code and real-seam testing workflows are fully supported by requiring strict boundary parsing, typed failures, and Effect-specific responsibilities. It ensures tests validate actual module seams rather than mocking internal implementation details.