Building chematic: A Pure-Rust Cheminformatics Library for WebAssembly
📰 Dev.to · kent-tokyo
Learn how to build a pure-Rust cheminformatics library for WebAssembly, enabling efficient and secure cheminformatics computations on the web
Action Steps
- Build a new Rust project using Cargo, the Rust package manager
- Configure the project to target WebAssembly using the wasm32-unknown-unknown target
- Implement cheminformatics algorithms using Rust, focusing on performance and memory safety
- Test the library using Rust's built-in testing framework
- Deploy the library to a web page using WebAssembly
Who Needs to Know This
Cheminformatics researchers and developers can benefit from this library to create web-based applications, while software engineers can learn from the approach to building high-performance WebAssembly libraries
Key Insight
💡 Rust's focus on memory safety and performance makes it an ideal choice for building high-performance WebAssembly libraries for cheminformatics
Share This
🧬🚀 Build a pure-Rust cheminformatics library for WebAssembly and take cheminformatics to the web! #rust #wasm #cheminformatics
Key Takeaways
Learn how to build a pure-Rust cheminformatics library for WebAssembly, enabling efficient and secure cheminformatics computations on the web
Full Article
Many cheminformatics tools, including RDKit and Open Babel, are written in C or C++. When they are...
DeepCamp AI