netlistsvg renders digital circuit diagrams from Yosys netlist outputs. This project facilitates visual inspection of digital designs by translating a compact JSON description into scalable vector graphics. It utilizes Yosys to generate a JSON netlist and then employs ELKjs, a JavaScript library, to create an SVG representation of the circuit's topology.
The project provides a clear and straightforward way to visualize digital designs. It supports a variety of common digital logic gates and flip-flops. The use of ELKjs allows for responsive and scalable diagrams suitable for different screen sizes. The project includes a web bundle and command-line interface for ease of use.
- Core Functionality: Converts Yosys JSON netlists to SVG diagrams.
- Supported Platforms: Works on Linux, OSX, and Windows environments.
- Configuration: Allows customization through skin files defining the visual appearance of components.
- Performance: Generates SVG diagrams efficiently, suitable for moderately complex designs.
- Developer Experience: Provides TypeScript source code with clear build and test instructions.
The project is actively maintained with recent commits and a clear development workflow. The presence of a web bundle and examples suggests a focus on usability. The documentation provides clear instructions for installation, usage, and contribution. The project's continued development and community activity (Gitter chat) indicate a stable and reliable codebase.
netlistsvg is valuable for hardware designers, verification engineers, and anyone needing a visual representation of digital logic circuits. It simplifies the process of understanding and debugging designs by offering a graphical interface to netlist data. It's particularly useful for exploring and documenting complex hardware configurations, enabling faster comprehension and reducing potential errors.