core-package

You can validate inputs and infer TypeScript types in a monorepo by defining Zod schemas that automatically derive type-safe interfaces. This approach ensures deterministic calculations and strong type safety across your modules.

The best way to structure pure functions in a TypeScript monorepo is to enforce zero database dependencies and no I/O operations. This guarantees predictable behavior, easy testing, and reliable deterministic logic across your codebase.

Yes, zero-database core utilities are explicitly designed for libraries without ORM or persistence layers. They enforce database independence so your modules can run without any direct database connections or persistence requirements.

You need side-effect-free functions for deterministic calculations because they guarantee no I/O operations occur, ensuring predictable behavior. This approach simplifies comprehensive testing and provides reliable, well-documented public APIs.

A core package requires comprehensive testing for pure utility functions to verify deterministic calculations and ensure no hidden side effects exist. Testing pure functions is straightforward because they produce identical outputs for identical inputs without external dependencies.

Zod schemas enforce type-safe input validation at module boundaries by validating incoming data against defined structures and automatically deriving TypeScript types. This ensures only correctly shaped data enters your pure functions, preventing runtime type errors.