Open Source Rust Internet Software - Page 4

The reqwest crate provides a convenient, higher-level HTTP client. It handles many of the things that most people just expect an HTTP client to do for them. The reqwest::Client is asynchronous. For applications wishing to only make a few HTTP requests, the reqwest::blocking API may be more convenient. There are several ways you can set the body of a request. The basic one is by using the body() method of a RequestBuilder. This lets you set the exact raw bytes of what the body should be.

rnet is an ergonomic and modular Python HTTP client designed for developers who need advanced control over network requests and protocol behavior. It provides a flexible API for making HTTP requests while supporting both asynchronous and blocking workflows, allowing it to integrate easily into different Python applications and runtimes. rnet focuses on low-level protocol customization, giving users fine-grained control over TLS and HTTP/2 configuration in order to emulate specific browser behaviors. This includes support for TLS fingerprinting techniques such as JA3 and JA4 as well as detailed HTTP/2 settings, enabling more accurate simulation of real client network traffic. It is powered by the underlying wreq engine and is built with performance and modularity in mind. rnet also supports advanced networking capabilities such as proxy rotation, connection pooling, and streaming transfers, which make it suitable for automation, scraping, and high-performance network.

Shuffle is a fast, native alternative to Finder for macOS. Built in Rust it stays instant even in folders with 100,000+ items. It adds real power-user tools: dual-pane split views, tabs, a millisecond fuzzy command palette, live QuickLook previews, an in-place filter, and deep theming. Free and open source under the MIT license. macOS 12+, tuned for Apple Silicon.

Terminal Browser is a graphical Chromium-based web browser that runs inside an existing terminal session. It renders browser pixels through terminals that support the Kitty graphics protocol, including Ghostty, Kitty, cmux, and compatible VS Code environments. Electron’s offscreen rendering API captures Chromium output directly from the GPU for smooth display. Mouse, keyboard, scrolling, and trackpad input are translated into browser events, with a background Swift component handling signals the terminal cannot expose. A Rust graphics engine draws the browser shell, while React and TypeScript define its interface through a custom renderer. The CLI can open URLs, create split panes, list browser instances, and expose agent-compatible actions. It is designed for coding agents, remote SSH previews, and terminal-centered web development workflows.

tokio-tungstenite is a Rust library that connects the Tungstenite WebSocket implementation with the Tokio asynchronous runtime. It lets developers build non-blocking WebSocket clients and servers using Tokio’s async networking model. The crate wraps asynchronous TCP streams and upgrades them into WebSocket streams that integrate naturally with Rust futures and async tasks. It is useful for real-time services, streaming applications, chat systems, gateways, backend infrastructure, and any Rust project that needs WebSocket communication without blocking threads. Because it builds on Tungstenite, it inherits a standards-focused WebSocket protocol foundation while adding Tokio compatibility. It is a practical choice for Rust developers who need efficient, event-driven WebSocket networking.

tunnelto is a Rust-based local tunneling tool that exposes a locally running web server through a public URL. It is designed for developers who need to test webhooks, demos, APIs, or in-progress applications without deploying them to a public server. The project includes both a hosted service model and self-hosting support, giving teams flexibility depending on their workflow and infrastructure needs. Its async architecture is built on Tokio, which helps it handle network connections efficiently. tunnelto is especially useful during development because it reduces the friction of sharing local work with clients, teammates, or third-party platforms. Its focus is simple: make a private local port reachable from the internet with minimal setup.