Does it help with web security and validation?

It focuses on type-safe extractors for input validation and provides implementation patterns for JWT, sessions, and CORS.

How does this skill handle async safety in Rust?

It enforces rules for non-blocking handlers and provides specific implementations for offloading CPU-intensive work using spawn_blocking.

Can I use this skill for shared application state?

Yes, it includes detailed patterns for managing shared state using Arc for read-only data and Arc > for mutable thread-safe data.

How does it improve error handling in web services?

It provides standardized 'IntoResponse' patterns to ensure unified error formats and proper HTTP status code mapping.

Which Rust web frameworks are covered by this skill?

The skill provides comprehensive guidance and patterns for axum, actix-web, warp, rocket, tower, and hyper.

Rust Web Domain Service

Name: Rust Web Domain Service
Author: actionbook

byactionbook

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596

API Development

Streamlines the creation of high-performance Rust web services by providing expert guidance on async architecture, state management, and framework patterns.

About

The domain-web skill is a specialized knowledge index for Rust developers building web infrastructure. It bridges the gap between high-level architectural requirements—such as statelessness, concurrency, and latency SLAs—and low-level Rust implementations like Send + Sync traits, Arc-wrapped state, and non-blocking handlers. By providing specific patterns for leading frameworks like axum, actix-web, and warp, it helps developers implement robust request lifecycles, type-safe extractors, and unified error handling while avoiding common pitfalls like blocking the async runtime.

Key Features

Thread-safe state management guidance using Arc and RwLock
Framework-specific implementation patterns for axum, actix-web, warp, and rocket
Standardized error response implementations using IntoResponse traits
Async-first safety checks to prevent runtime blocking and latency spikes
596 GitHub stars
Type-safe request extractor and middleware design patterns

Use Cases

Refactoring legacy blocking code into non-blocking async handlers
Designing a high-concurrency REST API with type-safe validation and tracing
Implementing secure, shared application state across distributed web handlers

About

Key Features

Thread-safe state management guidance using Arc and RwLock
Framework-specific implementation patterns for axum, actix-web, warp, and rocket
Standardized error response implementations using IntoResponse traits
Async-first safety checks to prevent runtime blocking and latency spikes
596 GitHub stars
Type-safe request extractor and middleware design patterns

Use Cases

Refactoring legacy blocking code into non-blocking async handlers
Designing a high-concurrency REST API with type-safe validation and tracing
Implementing secure, shared application state across distributed web handlers