USB Tree is a cross-platform tool designed to generate, monitor, and log USB device trees. It provides a comprehensive view of connected USB devices, enabling users to analyze and troubleshoot hardware configurations effectively.
Key Features:
Device Tree Visualization: Offers a graphical representation of all connected USB devices in real-time.
Real-Time Monitoring: Tracks changes in USB connections as they occur, providing instant feedback.
Logging Capabilities: Records device information for later analysis, facilitating debugging and configuration management.
Cross-Platform Support: Works seamlessly on Windows, Linux, and macOS, ensuring broad accessibility.
Integration with Other Tools: Designed to complement existing hardware management workflows.
Audience & Benefit:
Ideal for developers, system administrators, and hardware enthusiasts who need precise control over USB device configurations. USB Tree streamlines the process of managing and diagnosing USB devices, saving time and reducing complexity. It can be installed via winget for easy setup on supported platforms.
README
USB Tree
> Note
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> The Arch User Repository (AUR) is currently undergoing maintenance and is temporarily not accepting package
> updates. Any pending PKGBUILD changes will be pushed as soon as the AUR is available again.
USB Tree is a cross-platform desktop and command-line tool that visualizes, logs, and monitors USB devices
connected to your computer in real-time. The desktop application is built in Go with Wails v2,
combining a native Go backend with a modern Svelte + TypeScript frontend. The command-line tool is still
under development but will feature the same Go backend libraries.
Use USB Tree to:
View all currently connected USB devices in a hierarchical "tree" view
Log devices connect/disconnect events with timestamps
Display vendor, and product information
Compare changes across sessions for debugging or audit purposes
The tool is designed for anyone looking for an easy-to-use, lightweight, and portable solution for monitoring
USB devices.
Features
Cross-Platform: Runs on Linux and Windows
Dual Interface: CLI and GUI built from a shared Go library
Real-Time Monitoring: Detect hot-plug events and changes
Device Metadata: Vendor ID, Product ID, Path, and Bus info
Lightweight & Fast: Written in Go for efficiency and portability
