Ensure compile-time type safety. Automatically generates nested TypeScript structures from custom JSON formats.
// Output code will compile automatically...
In modern JavaScript and TypeScript development, relying on `any` types is a major vector for runtime failures. Compiling raw JSON API responses into robust TypeScript interfaces ensures compile-time error detection, providing autocomplete documentation inside IDEs. Additionally, validating incoming network payloads at runtime using Zod prevents corrupted configurations from breaching database states.
TypeScript is fully erased at runtime. This means that if an external REST API changes its return schema, your compile-time interface definitions will silently pass, but your application will crash in production. Using **Zod schemas** provides the best of both worlds: they validate parameters at runtime (throwing explicit catchable warnings) and compile down to standard TypeScript types.
Our parser inspects every key in your JSON payload. If it encounters primitive values (strings, numbers, booleans), it assigns the respective mapping. For nested objects, it creates separate sub-interfaces (e.g., `OwnerInterface`) and links them. For arrays of objects, it extracts the first child to determine the object signature, structuring a clean schema.
Yes, it dynamically maps arrays to `z.array()`, nesting either scalar types (`z.string()`) or sub-schemas (`z.object()`).
Simply use Zod's built-in inference utility: type MyType = z.infer<typeof MySchemaSchema>;.
Bridge the gap between raw backend responses and frontend type safety. Use our parser to generate clean TS interfaces in clicks.