build-it

Generating TypeScript code from an architecture spec involves translating architectural specifications into working TypeScript modules, services, domain objects, and routers. You provide the spec, and the system outputs code skeletons aligned with project conventions.

Domain-driven design code generation for TypeScript creates module skeletons, domain events, and services directly from architectural specifications. It enforces a domain-first design approach across bounded contexts to align outputs with existing conventions.

Yes, you can generate tRPC routers and domain objects from a specification. The generated code outputs modules ready for the contract's tRPC validation and produces a public API surface, domain events, and necessary module wiring.

Scaffolding TypeScript modules across bounded contexts requires providing an architectural specification that defines the boundaries. The generation process then produces module skeletons and wiring plans that enforce domain-first design and project architecture rules.

Yes, generated TypeScript code aligns with existing project conventions. The generation process enforces architecture rules during creation, producing module skeletons and domain objects that match your established patterns across bounded contexts.

The best way to implement a phase-driven TypeScript architecture plan is to use spec-to-code generation that supports progressive loading of architecture context. This approach provides a structured implementation plan and wiring across modules for domain-first design.