description Trillium Overview
Trillium is a modern Rust web framework designed for educational purposes and developer exploration. Built around a trait-based architecture, it offers modularity and asynchronous capabilities, facilitating flexible application development. It’s particularly useful for those learning Rust or seeking an experimental framework to build innovative web applications.
balance Trillium Pros & Cons
- Composable modular architecture
- Strong asynchronous support
- Runtime agnostic design
- Clear trait-based abstractions
- Small developer ecosystem
- Limited learning resources
- Fewer production case studies
help Trillium FAQ
Which async runtime does the Trillium Rust framework require?
Trillium is runtime-flexible and can operate with Tokio, async-std, or smol through an adapter crate. The official introductory example uses trillium-smol, but applications are not locked to that runtime.
How does Trillium middleware composition work?
Trillium centers its architecture on the Handler trait and a shared Conn value representing the HTTP connection. Handlers can be composed in tuples that execute from left to right until one halts the connection or the chain finishes.
Does Trillium include routing, sessions, and WebSockets?
Yes, but many capabilities are delivered as separate opt-in crates rather than bundled into one large package. Official handlers cover routing, cookies, sessions, compression, WebSockets, static files, templates, and related server features.
How does Trillium differ from Axum or Actix Web?
Trillium emphasizes a small runtime-independent core and composable Handler implementations, with architectural inspiration from Elixir's Plug and Phoenix. Axum is closely integrated with Tokio and Tower, while Actix Web has its own mature actor-related ecosystem and application model.
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