A single-page e-commerce demo application built with Rust, WebAssembly, and the Yew framework.
RustMart is an example Single Page Application built with Rust, WebAssembly, and the Yew framework. It demonstrates how to create a modern e-commerce interface using Rust for frontend development, showcasing product browsing, cart management, and checkout functionality. The project serves as a practical reference for developers exploring Rust-based web development.
Rust developers interested in frontend web development, web developers exploring WebAssembly alternatives to JavaScript, and teams evaluating Rust for building interactive web applications.
Provides a complete, real-world example of building a production-style SPA with Rust and Yew, offering type safety, performance benefits, and a component-based architecture similar to modern JavaScript frameworks.
Single Page Application (SPA) written using Rust, Wasm and Yew
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Uses Rust compiled to WebAssembly for efficient client-side execution, demonstrated in the smooth e-commerce demo with product browsing and cart updates.
Leverages Rust's type system for error reduction and reliability, evident in the structured Yew components for UI and state management.
Provides a full single-page application with routing, state handling, and checkout flow, serving as a practical template for real-world Rust web apps.
Integrates with cargo and wasm-pack for streamlined builds, as highlighted in the setup and development process outlined in the associated blog post.
Compared to JavaScript frameworks, Yew and Rust frontend libraries are fewer, potentially requiring more custom code for advanced features like animations or third-party integrations.
Requires proficiency in Rust, WebAssembly, and Yew's paradigms, making it less accessible for developers familiar only with mainstream web technologies.
Yew is still under active development, with potential breaking changes and experimental features, which could impact long-term maintenance for production use.