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axum-agents-scaffold

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Mis à jour20 mai 2026 à 09:40

Use when the request is to build a complete Axum service from scratch rather than to fix one isolated piece: "build me an Axum API", "scaffold a Rust web service", "set up a new Axum project", or when a half-built service needs the missing production layers identified and ordered. Prevents scaffolding in the wrong order (layering before routes, choosing a framework before pinning a version), shipping a service with no graceful shutdown or permissive CORS, and reinventing decisions that a dedicated skill in this package already owns. Covers the ordered core to syntax to impl to errors build sequence, a service-type classifier, the Cargo.toml dependency baseline, the minimal-to-production checklist, and which of the other 28 Axum skills owns each decision. Keywords: axum scaffold, build axum service, new axum project, axum project structure, scaffold rust web service, axum boilerplate, where do I start with axum, how do I structure an axum app, axum service checklist, axum production checklist, axum Cargo.toml,

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Impertio-Studio

Impertio-Studio/Axum-Claude-Skill-Package

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name	axum-agents-scaffold
description	Use when the request is to build a complete Axum service from scratch rather than to fix one isolated piece: "build me an Axum API", "scaffold a Rust web service", "set up a new Axum project", or when a half-built service needs the missing production layers identified and ordered. Prevents scaffolding in the wrong order (layering before routes, choosing a framework before pinning a version), shipping a service with no graceful shutdown or permissive CORS, and reinventing decisions that a dedicated skill in this package already owns. Covers the ordered core to syntax to impl to errors build sequence, a service-type classifier, the Cargo.toml dependency baseline, the minimal-to-production checklist, and which of the other 28 Axum skills owns each decision. Keywords: axum scaffold, build axum service, new axum project, axum project structure, scaffold rust web service, axum boilerplate, where do I start with axum, how do I structure an axum app, axum service checklist, axum production checklist, axum Cargo.toml, axum dependencies, missing graceful shutdown, service has no CORS, what skill do I need, build order, axum starter, full axum example, axum from requirement.
license	MIT
compatibility	Designed for Claude Code. Requires Axum 0.7,0.8.
metadata	{"author":"OpenAEC-Foundation","version":"1.0"}

axum-agents-scaffold

Overview

This is an orchestration skill. It does NOT teach an Axum API. It teaches the ordered sequence of decisions for building a complete Axum service and names the exact skill in this package that owns each decision.

Reach for this skill when the request is "build a service", not "fix this extractor". A single isolated question goes straight to the owning skill. A whole-service build runs the sequence below.

Core principle: an Axum service is built in the same order as the package dependency chain, core -> syntax -> impl -> errors -> agents. Building out of order produces rework. ALWAYS classify the service type first, ALWAYS pin the version second, then follow the sequence.

Quick Reference

The ordered build sequence. Each step names the skill that owns it.

Step	Decision	Owning skill(s)
0	Classify the service type	`axum-core-architecture`
1	Pin Axum 0.7 or 0.8 (new: 0.8)	`axum-core-version-migration`
2	Build the `Router`, method-routers, fallbacks	`axum-core-router`
3	Define shared `State` for long-lived resources	`axum-core-state`
4	Write handlers, pick extractors	`axum-syntax-extractors`, `axum-syntax-handlers`, `axum-syntax-responses`, `axum-syntax-custom-extractors`
5	Add middleware and the tower stack	`axum-impl-middleware`, `axum-impl-tower-stack`, `axum-impl-static-files`
6	Define `AppError`, wire `IntoResponse` and `From`	`axum-errors-handling`, `axum-errors-extractor-rejections`, `axum-errors-handler-trait`
7	Add authentication	`axum-impl-auth-jwt`, `axum-impl-auth-session`
8	Add authorization gates	`axum-impl-authorization`
9	Wire the database pool and validation	`axum-impl-database`, `axum-impl-validation`
10	Realtime (optional, type-dependent)	`axum-impl-websockets`, `axum-impl-sse`, `axum-impl-file-upload`
11	Observability and API docs	`axum-impl-tracing`, `axum-impl-openapi`
12	Tests against a shared `app()` constructor	`axum-impl-testing`
13	Release build, Docker, graceful shutdown	`axum-impl-deployment`
14	Self-review before declaring done	`axum-agents-api-review`

Skills that ALWAYS apply, regardless of service type: axum-core-architecture, axum-core-version-migration, axum-core-async-performance, axum-impl-middleware, axum-impl-tower-stack, axum-impl-tracing, axum-impl-deployment, axum-errors-handler-trait, axum-agents-api-review.

Core rules:

ALWAYS run the service-type decision tree before writing any code.
ALWAYS pin the Axum version before writing the first route. Path syntax, the WebSocket Message type, and custom-extractor syntax all diverge.
ALWAYS follow the sequence order. Routing precedes state precedes handlers precedes middleware precedes errors.
ALWAYS finish with the axum-agents-api-review checklist.
NEVER skip the "Hardened" tier before a deploy. It is not optional.
NEVER scaffold a database-backed service without also consulting axum-core-async-performance. A blocking query starves the runtime.

Decision Trees

Classify the service type

Run this FIRST. The branch determines which optional steps apply.

What does the service primarily do?

Stateless JSON CRUD API:
  axum-core-router, axum-core-state, axum-syntax-extractors,
  axum-syntax-handlers, axum-syntax-responses, axum-impl-database,
  axum-impl-validation, axum-errors-handling, axum-impl-auth-jwt,
  axum-impl-testing

Server-rendered browser app (cookies, sessions, forms):
  axum-core-router, axum-core-state, axum-syntax-responses,
  axum-impl-auth-session, axum-impl-static-files, axum-impl-validation,
  axum-errors-handling, axum-impl-testing

Realtime bidirectional (chat, live dashboard):
  axum-core-router, axum-core-state, axum-impl-websockets,
  axum-core-async-performance, axum-impl-auth-jwt, axum-errors-handling,
  axum-impl-testing

One-way server push (notifications, progress streams):
  axum-core-router, axum-core-state, axum-impl-sse,
  axum-core-async-performance, axum-impl-testing

File or media service (upload, static hosting):
  axum-core-router, axum-impl-file-upload, axum-impl-static-files,
  axum-impl-tower-stack, axum-core-async-performance, axum-errors-handling

Public API for third parties:
  everything in "Stateless JSON CRUD API" PLUS axum-impl-openapi,
  axum-impl-tracing, axum-impl-authorization, axum-impl-deployment

WebSockets or SSE for the realtime branch

Must the client also SEND messages over the live connection?
  YES: WebSockets. Consult axum-impl-websockets.
  NO (server push only): SSE. Consult axum-impl-sse.
       SSE is simpler and more proxy-friendly.

Single question or full build

Is the request about one isolated piece (an extractor, one error, one route)?
  YES: skip this skill. Go straight to the owning skill in the table above.
  NO (build or extend a whole service): run the full sequence here.

Patterns

Pattern: the orchestration workflow

ALWAYS run scaffolding as three explicit phases.

Classify. Run the service-type decision tree. Write down the branch and the skill list it produced. ALWAYS classify before scaffolding.
Sequence. Walk steps 0 to 14 in order. At each step, open the owning skill, apply it, then move on. NEVER jump ahead: a later step depends on the types fixed by an earlier one.
Review. Run the axum-agents-api-review checklist. NEVER declare a service done before this step.

Pattern: service-shape rules

These rules pull extra skills into the branch regardless of the base type.

ANY service touching a database pulls in axum-impl-database AND axum-core-async-performance. A blocking query on the async runtime starves every other request.
ANY service with non-public routes pulls in an auth skill (axum-impl-auth-jwt or axum-impl-auth-session) AND axum-impl-authorization.
ANY realtime branch ALWAYS pulls in axum-core-async-performance. Blocking the socket task or holding a !Send value across .await is the dominant realtime failure mode.
ANY public-facing API pulls in axum-impl-openapi and axum-impl-tracing.

Pattern: the minimal-to-production tiers

Build a service in tiers. ALWAYS complete the Hardened tier before any deploy. The full per-item checklist is in references/examples.md.

Tier	Goal	What it adds
Minimal	Proof of life	`#[tokio::main]`, one `Router` route, `axum::serve`
Functional	Does real work	Typed extractors, shared `State`, `AppError`, JSON bodies
Hardened	Before any deploy	`TraceLayer`, allowlist `CorsLayer`, `TimeoutLayer`, body limit, env secrets, auth, graceful shutdown, sized DB pool, tests
Operable	Production lifecycle	Multi-stage Docker, release build, health route, compression, OpenAPI

Pattern: the dependency baseline

Step 1 fixes the Axum version; the dependency set follows from the branch. Core dependencies (axum, tokio, tower, tower-http, serde, serde_json, thiserror, anyhow, tracing, tracing-subscriber) are always present. Database, auth, validation, and extras crates are pulled in per branch. The full annotated Cargo.toml with feature-flag notes is in references/methods.md.

ALWAYS pin minor versions and let the patch float. ALWAYS enable only the crate features the service uses; tokio feature full is acceptable for an application binary but NEVER for a library.

Reference Links

references/methods.md: the full 14-step build sequence with the precise action and owning skill for each step, plus the complete annotated Axum 0.8 Cargo.toml dependency baseline and feature-flag guidance.
references/examples.md: two end-to-end worked scaffolds (a stateless JSON CRUD API and a realtime WebSocket service), each walked step by step, plus the complete minimal-to-production checklist.
references/anti-patterns.md: real scaffolding mistakes with root-cause analysis: building before classifying, layering before routing, skipping the version pin, permissive CORS, no graceful shutdown, and skipping the self-review.

Related skills: every skill in this package. The Quick Reference table maps each build step to its owning skill. axum-agents-api-review is the companion agents skill that audits a finished service.