api-designer

Type-safe API design with Zod validation involves defining schemas at the API boundary to validate inputs and derive TypeScript types. This enforces request and response contracts, reducing runtime errors across REST or GraphQL endpoints.

Zod schema validation for TypeScript API endpoints works by parsing incoming requests against defined schemas to ensure data integrity. It automatically infers TypeScript types from these schemas, enforcing strict contracts and standardized ApiResponse shapes before processing.

Standardizing error handling patterns across REST endpoints is best achieved by enforcing consistent ApiResponse shapes and validation contracts. Defining type-safe contracts ensures errors are handled uniformly across all services.

Yes, you can generate OpenAPI-compatible documentation from type-safe TypeScript contracts. Defining versioned endpoints with validated request and response shapes allows for automated OpenAPI generation to document services.

Yes, this approach to API design supports both REST and GraphQL endpoints in TypeScript projects. It applies type-safe contracts, Zod-based validation, and standardized error handling patterns across both architectural styles.

You should not use Zod for API type safety and validation in non-TypeScript environments or when a project lacks clearly defined API boundaries. It requires TypeScript to derive types and enforce contracts effectively.