TypeScript → Multi-Language Struct Converter

Convert TypeScript interfaces to equivalent struct definitions in Rust, C, C++, and Zig simultaneously. Supports nested types, optional fields, and arrays. One-click copy per language.

Open TypeScript → Multi-Language Struct Converter → free, no sign-in
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TypeScript interfaces define data structures elegantly, but when you need the equivalent in Rust, C, C++, or Zig — for a cross-language project, a shared protocol definition, or a systems programming implementation — translating them manually is tedious and error-prone. The TypeScript → Multi-Language Struct Converter generates equivalent struct definitions in all four languages simultaneously, handling nested types, optional fields, arrays, and common primitives.

Full-stack developers working with TypeScript on the frontend and Rust or C++ on the backend, systems engineers maintaining consistent type definitions across language boundaries, or anyone working on a project that requires the same data structure in multiple languages.

01 Open the TypeScript Multi-Language Struct Converter on Doathingy.com
02 Paste your TypeScript interface or type definition
03 See Rust, C, C++, and Zig struct definitions side by side
04 Click copy for the language you need

No tutorials. No learning curve. Open it and get started.

No server uploads. All four target languages shown side by side — Rust, C, C++, and Zig — with one-click copy per language.

Completely free. No trial period. No premium tier for basic functionality. No account required. Use it as often as you need.

One job, done well. TypeScript → Multi-Language Struct Converter was built to solve a specific problem cleanly. No feature bloat, no ads, no distractions.

Why would I need this?

For projects with a TypeScript frontend and a Rust/C++ backend — keeping type definitions in sync manually is error-prone.

What TypeScript types are supported?

string, number, boolean, arrays, nested interfaces, and optional fields.

How are optional fields handled?

Optional TypeScript fields are represented as nullable or Option types in the output languages as appropriate.

What about TypeScript generics?

Basic generic types may be supported — complex generic patterns may need manual adjustment.

Is this for FFI (Foreign Function Interface)?

Yes — structurally compatible definitions are useful for FFI boundary design.

Free. Instant. No sign-in. Open it and get the job done.

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