Graviton vs VS Code: which is better for performance?

Graviton uses Tauri (Rust) for lower memory and faster startup than Electron-based VS Code, but VS Code has more features and stability. Graviton is ideal for lightweight needs, while VS Code suits extensive plugin ecosystems.

Is Graviton ready for production use in 2024?

Not yet; it's actively being rewritten with many components incomplete or WIP, as noted in the README. It's best for experimentation or contributing, not for critical development work.

How to install Graviton on Linux?

Since there are no official releases, you need to clone the GitHub repository and follow the building instructions, which involve compiling with Rust and Tauri tooling, making setup non-trivial for casual users.

Can I use Node.js plugins with Graviton?

No, Graviton extensions are built for Deno runtime, not Node.js. This means existing npm packages won't work directly, requiring porting or new development, which limits compatibility.

What programming languages does Graviton support?

Built-in support is for TypeScript and JavaScript via LSP; other languages would need custom extensions, but the Deno-based ecosystem is currently limited, so coverage is sparse beyond basics.

How does Graviton handle Git integration?

It includes a built-in Git extension, but it's marked as WIP in the README, so functionality may be incomplete or buggy. For now, users might need external tools for reliable version control.

Open-Awesome

Graviton Editor

MITTypeScript

A cross-platform code editor built with Tauri and React, focusing on performance, extensibility, and a modern UI.

Visit Website GitHub

1.2k stars122 forks0 contributors

What is Graviton Editor?

Graviton is a cross-platform code editor built with modern web technologies and a Rust-based core. It aims to provide a fast, lightweight, and extensible alternative to traditional editors by leveraging Tauri for performance and a modular architecture for flexibility. The editor supports desktop and web versions, with built-in extensions for Git, shells, and language support.

Target Audience

Developers seeking a performant, privacy-focused code editor with modern UI and extensibility, especially those interested in Rust-based desktop apps or web-based editing environments.

Value Proposition

Graviton offers a unique blend of performance (via Tauri/Rust), extensibility (through a decoupled core and Deno runtime), and cross-platform flexibility, all while maintaining a low memory footprint and avoiding Electron's overhead.

Overview

🚀 A modern-looking Code Editor

Use Cases

Best For

Developers wanting a fast, lightweight alternative to Electron-based editors
Building custom code editors on top of a decoupled core engine
Self-hosting a web-based code editor for remote development
Extending editor functionality with Deno-based plugins
Working with TypeScript/JavaScript projects with built-in LSP
Privacy-conscious users seeking a transparent, configurable editor

Not Ideal For

Projects requiring a stable, production-ready editor with a vast ecosystem of mature extensions
Developers entrenched in Node.js-based tooling who need seamless integration with existing npm packages
Teams that need out-of-the-box support for advanced features like integrated debugging or comprehensive multi-language LSP beyond TypeScript/JavaScript

Pros & Cons

Pros

High Performance Architecture

Built with Tauri (Rust) to achieve fast startup, low memory usage, and no lags, directly addressing the goals listed in the README for a responsive editor.

Modular and Extensible

Core engine is decoupled from the frontend, allowing third-party editors and extensions via a Deno runtime, enabling scalability and custom development as highlighted in the rewrite changes.

Privacy by Design

Emphasizes user privacy with no telemetry mentioned, making it a transparent choice for security-conscious developers as stated in the philosophy.

Cross-Platform Consistency

Uses a React-based web frontend and Tauri for desktop, supporting both environments with a consistent UI, as shown in the cross-platform feature and package structure.

Cons

Unstable Development State

Currently in a rewrite with no stable releases; core extensions like Git, native shells, and TypeScript LSP are marked as WIP, making it unreliable for daily use.

Limited Extension Ecosystem

Relies on Deno for extensions, which has a smaller community and fewer plugins compared to Node.js, potentially restricting functionality and third-party support.

Complex Setup and Compilation

Lacks pre-built releases; users must compile from source using provided building instructions, adding significant friction to installation and testing.

Frequently Asked Questions

Related Projects

📝A simple and elegant markdown editor, available for Linux, macOS and Windows.

Stars55,535

Forks4,144

Last commit1 month ago

Motrix

A full-featured download manager.

Stars51,526

Forks4,867

Last commit1 year ago

Hyper

A terminal built on web technologies

Stars44,585

Forks3,551

Last commit8 days ago

Community-curated · Updated weekly · 100% open source

Found a gem we're missing?

Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.

Submit a project Star on GitHub