Gotham vs Actix-Web: which is better for performance?

Both are high-performance, but Gotham emphasizes stable Rust and compile-time safety, while Actix-Web has a larger ecosystem. For microsecond-level stability, Gotham is strong; for broader features, Actix-Web might be preferred.

How to implement middleware in Gotham?

Gotham provides middleware support through its pipeline API. Check the examples directory in the repository for specific implementations, as it requires custom setup rather than pre-built solutions.

Is Gotham good for building REST APIs?

Yes, Gotham's async capabilities and static typing make it excellent for REST APIs that require fast response times and compile-time error reduction, as highlighted in its feature set.

What databases work best with Gotham?

Gotham doesn't include a built-in ORM, so you can use any Rust database crate like Diesel or SQLx. Integration is manual, which adds flexibility but requires more setup.

How stable is Gotham for production use?

Gotham prioritizes stability by targeting stable Rust and running automated builds, making it reliable for production. However, its smaller community means fewer real-world battle-tested examples.

Can Gotham handle WebSocket connections?

Yes, Gotham supports WebSockets through its async foundation, but implementation requires custom code using Tokio and Hyper, as there's no built-in WebSocket handler out of the box.

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Gotham

NOASSERTIONRustgotham-0.8.1

A flexible Rust web framework focused on stability, safety, security, and speed.

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What is Gotham?

Gotham is a web framework for Rust designed to build fast, secure, and reliable web applications. It emphasizes compile-time correctness and leverages Rust's type system to ensure safety and stability, providing a robust foundation for web development without compromising performance.

Target Audience

Rust developers building high-performance, secure web services and applications that require stability and compile-time guarantees.

Value Proposition

Developers choose Gotham for its focus on stability (targeting stable Rust), static typing for compile-time correctness, and async-first architecture built on Tokio and Hyper, delivering microsecond-level response times.

Overview

A flexible web framework that promotes stability, safety, security and speed.

Use Cases

Best For

Building high-performance web APIs where microsecond response times are critical.
Developing secure web applications that leverage Rust's type system for safety and compile-time error reduction.
Creating async web services using Tokio and Hyper for efficient request handling.
Projects requiring long-term stability and compatibility with stable Rust releases.
Teams prioritizing compile-time correctness to minimize runtime errors in production.
Implementing web servers that need to handle concurrent requests efficiently with async capabilities.

Not Ideal For

Projects requiring extensive built-in features like ORM or templating engines without additional dependencies.
Teams looking for a framework with a large, mature ecosystem of third-party plugins and middleware.
Rapid prototyping where a more opinionated or higher-level framework would speed up development.

Pros & Cons

Pros

Stable Rust Target

All releases target stable Rust with automated builds against beta and nightly, ensuring long-term stability and compatibility as stated in the README.

Compile-Time Correctness

Leverages Rust's static typing to ensure applications are correctly expressed at compile time, reducing runtime errors, a key feature highlighted in the project description.

Async-First Design

Built on Tokio and Hyper, providing async capabilities out of the box for efficient HTTP request handling, as emphasized in the async everything feature.

High Performance

Measures request times, including the 99th percentile, in microseconds, making it suitable for blazingly fast applications as documented in the README.

Cons

Limited Ecosystem

Has a smaller community and fewer third-party integrations compared to alternatives like Actix-Web, evidenced by the short list of projects using Gotham in the README.

Steeper Learning Curve

Requires familiarity with Rust's async patterns and the Tokio ecosystem, which can be complex for developers not experienced with async programming in web frameworks.

Sparse Built-in Features

Focuses on core functionality, so features like session management or authentication need manual implementation, unlike batteries-included frameworks.

Frequently Asked Questions

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