Standardize Axum 0.7 router, handler, extractor, and middleware patterns.
npx skills add https://github.com/neon-law-foundation/navigator --skill rust-axum
Please help me install this Agent Skill. Skill: rust-axum Source: https://github.com/neon-law-foundation/navigator/tree/main/.claude/skills/rust-axum Command: npx skills add https://github.com/neon-law-foundation/navigator --skill rust-axum
This Skill standardizes how to build and maintain Axum-based web features so teams avoid inconsistent router setup, handler signatures, extractor usage, middleware wiring, and testing patterns.
Ask me to apply the rust-axum patterns to your handler, router, middleware, or Axum test so I can rewrite it in the standard web crate style.
High-intent search queries and answers about installing and using this skill.
Axum router composition uses router functions, merges, and nests with typed AppState to organize application areas. This standardizes router setup by applying canonical handler ordering and typed state usage consistently across web services.
Axum 0.7 handler extractor order requires specific canonical positioning to avoid runtime extraction failures. Standardized patterns enforce the right extractor sequence, clean response types, and custom authentication extractors for consistent request processing.
Tower middleware layering in Axum applies layers consistently across routes for request processing. This approach handles application errors cleanly via AppError response handling and logs server failures correctly through standardized middleware wiring.
Deterministic Axum router testing builds routers in tests and exercises them without real sockets. This validates HTTP routes and handler logic reliably by avoiding flaky network dependencies during test execution.
Custom auth extractors in Axum integrate with middleware layers to authenticate endpoints. The standardized pattern applies tower middleware layering alongside custom extractors to enforce authentication cleanly within the web crate architecture.
Flaky Axum route tests often stem from non-deterministic testing patterns or real socket dependencies. The canonical approach builds routers in tests and exercises them deterministically without real sockets to ensure reliable validation.
dralgorhythmAudit and update project dependencies with lockfile maintenance across Node.js, Python, Go, and Rust.
bobmatnycDevelop Rust HTTP APIs with Axum typed extractors and Tower middleware.
patrickhaahrStructure Axum 0.8+ web APIs with domain-based routing and middleware.
actionbookGenerate domain-constrained architecture plans for Rust HTTP servers.
