A full-stack web application with backend, frontend, and database entirely written in Rust using Leptos and Axum.
webapp.rs is a complete web application built entirely in Rust, featuring both frontend and backend components. It serves as a production-ready template that includes user authentication, database integration, and server-side rendering, demonstrating Rust's capabilities for full-stack web development.
Rust developers looking to build full-stack web applications, teams interested in using a single language for both frontend and backend, and those seeking a production-ready Rust web application template.
Developers choose webapp.rs because it provides a fully functional web application stack in Rust, eliminating the need for multiple languages and offering type safety, performance, and modern web development patterns like server-side rendering and single binary deployment.
A web application completely written in Rust. 🌍
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Uses Rust for both frontend and backend, eliminating context switching and ensuring type safety across the entire stack, as highlighted by the single crate compilation in the architecture.
Implements JWT-based authentication with Argon2 password hashing and CSRF protection via origin validation, providing a secure foundation out of the box.
Compiles to a single binary, making containerization and server deployment straightforward, as demonstrated in the Docker build and run instructions.
Leverages Leptos for server-side rendering with client-side hydration, ensuring good SEO and fast initial loads while maintaining interactivity without a separate API layer.
Requires multiple prerequisites like cargo-leptos, wasm-bindgen-cli, and PostgreSQL setup, adding significant initial configuration time compared to simpler web stacks.
Depends on emerging Rust frameworks like Leptos and Axum, which may have breaking changes, limited documentation, and fewer third-party integrations than established alternatives.
Client-side uses WebAssembly, which can lead to larger binary sizes and slower initial execution in some browsers, impacting performance for users on slow networks.
Tightly coupled to PostgreSQL via SQLx, making it difficult to switch to other databases without rewriting database interaction code, as no alternative backends are mentioned.