Vize
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Vize

Unofficial High-Performance Vue.js Toolchain in Rust

/viːz/ — A wise tool that sees through your code. Compile, lint, format, type-check, and explore Vue components — all powered by Rust. ⚠️ Not yet production-ready.

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Blazing Fast CLI

Compile, format, lint, and type-check Vue SFC files from a single Rust-native binary. One tool replaces an entire toolchain.

Native Type Checking

`vize check` runs through `vize_canon` and Corsa project sessions backed by `corsa-bind`, keeping Vue-aware diagnostics on a native path.

Vite Plugin

Drop-in replacement for @vitejs/plugin-vue with native compilation speed. No code changes required.

Oxlint Plugin

Run Vize's Vue diagnostics inside Oxlint and combine them with OXC's JS and TS rules in one pass.

Experimental Bundler Integrations

rollup, webpack, esbuild, and a dedicated Rspack path exist, but Vite remains the recommended and most stable integration.

8.3x Faster

Multi-threaded compilation of 15,000 SFC files (36.9 MB) in under 500ms. Arena allocation, Rayon parallelism, zero GC.

Component Gallery

Musea — art files, docs, palette generation, a11y, and VRT tooling, with the gallery workflow provided by @vizejs/vite-plugin-musea.

WASM Bindings

Run the Vue compiler directly in the browser with WebAssembly. Power playgrounds, docs, and education tools.

AI Integration

MCP server enabling AI assistants to understand and work with your Vue components through Musea.

Vapor Mode

First-class support for Vue 3.6 Vapor mode — fine-grained reactive compilation without the virtual DOM.

Philosophy

Art-inspired architecture, oxidation ecosystem (OXC, oxlint, corsa-bind), and a unified toolchain vision.

Current Direction

One of the biggest recent shifts in Vize is native type checking. vize check and the editor-facing type-check pipeline are moving onto vize_canon plus corsa-bind, which lets Vize keep Vue virtual files and TypeScript project diagnostics on a native path for longer.

That matters for more than raw speed. It gives Vize a tighter loop between template analysis, diagnostics, navigation, and future editor features, while reducing the amount of work that has to bounce back through a JavaScript-hosted compiler process. The fidelity story is still catching up, but this is the direction the toolchain is clearly heading.

Author

ubugeeei

ubugeeei is a software engineer based in Tokyo, working across Vue, Rust, design, and language tooling.

He is part of the Vue.js Core Team, Vue.js Japan User Group Core Staff, a Vite+ Core Contributor, and Chief Engineer at mates-dev.

He is also the creator of chibivue, Vize, and Ox Content.

Sponsor

Vize is a free and open-source project licensed under MIT. Developing and maintaining a full toolchain — compiler, linter, formatter, type checker, LSP, component gallery, and WASM bindings — is a significant effort that requires sustained focus and dedication.

If Vize saves you time, improves your development experience, or you believe in the vision of a high-performance Vue.js toolchain, please consider sponsoring the project:

Your support helps fund continued development, infrastructure costs, and ensures Vize remains free for everyone. Every contribution — no matter the size — makes a real difference.