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rust-skill-index skill

/skills/rust-skill-index

This skill provides a fast entry point to navigate and query Rust skills, enabling quick access to core, advanced, and expert entries.

npx playbooks add skill huiali/rust-skills --skill rust-skill-index

Review the files below or copy the command above to add this skill to your agents.

Files (4)
SKILL.md
4.6 KB
---
name: rust-skill-index
description: Rust 技能索引。提供所有技能的快速导航和查询入口。触发词：skill, index, 技能, 索引, 目录--- # Rust 技能索引 > **当前共 38 个技能**，完整内容请参见根目录 `SKILL.md`
---


## 快速导航

| 类别 | 技能数量 | 用途 |
|-----|---------|-----|
| 核心技能 | 7 | 日常开发必备 |
| 进阶技能 | 10 | 深入理解 Rust |
| 专家技能 | 18 | 疑难杂症专项 |
| **总计** | **38** | |


## 核心技能（必学）

| 技能 | 文件 | 描述 |
|-----|------|------|
| **rust-skill** | `rust-skill/SKILL.md` | Rust 编程总览与核心概念 |
| **rust-ownership** | `rust-ownership/SKILL.md` | 所有权与生命周期 |
| **rust-mutability** | `rust-mutability/SKILL.md` | 可变性深入 |
| **rust-concurrency** | `rust-concurrency/SKILL.md` | 并发编程基础 |
| **rust-error** | `rust-error/SKILL.md` | 错误处理基础 |
| **rust-error-advanced** | `rust-error-advanced/SKILL.md` | 深入错误处理 |
| **rust-coding** | `rust-coding/SKILL.md` | 编码规范与最佳实践 |


## 进阶技能

| 技能 | 文件 | 描述 |
|-----|------|------|
| **rust-unsafe** | `rust-unsafe/SKILL.md` | unsafe Rust |
| **rust-anti-pattern** | `rust-anti-pattern/SKILL.md` | 反模式识别与避免 |
| **rust-performance** | `rust-performance/SKILL.md` | 性能优化（含高级优化） |
| **rust-web** | `rust-web/SKILL.md` | Web 开发指南 |
| **rust-learner** | `rust-learner/SKILL.md` | 学习路径与资源 |
| **rust-ecosystem** | `rust-ecosystem/SKILL.md` | Rust 生态与 crate 选择 |
| **rust-cache** | `rust-cache/SKILL.md` | Redis 缓存管理 |
| **rust-auth** | `rust-auth/SKILL.md` | JWT 与 API Key 认证 |
| **rust-middleware** | `rust-middleware/SKILL.md` | 中间件模式 |
| **rust-xacml** | `rust-xacml/SKILL.md` | 策略引擎与 RBAC |


## 专家技能

| 技能 | 文件 | 描述 |
|-----|------|------|
| **rust-ffi** | `rust-ffi/SKILL.md` | FFI 与 C/C++ 互操作（含 C++ 异常） |
| **rust-pin** | `rust-pin/SKILL.md` | Pin 与 Unpin 深入理解 |
| **rust-macro** | `rust-macro/SKILL.md` | 宏编程深入 |
| **rust-async** | `rust-async/SKILL.md` | async/await 深入 |
| **rust-async-pattern** | `rust-async-pattern/SKILL.md` | 异步设计模式 |
| **rust-const** | `rust-const/SKILL.md` | const fn 与编译期计算 |
| **rust-embedded** | `rust-embedded/SKILL.md` | 嵌入式开发（含 WASM/RISC-V） |
| **rust-lifetime-complex** | `rust-lifetime-complex/SKILL.md` | 复杂生命周期场景 |
| **rust-linear-type** | `rust-linear-type/SKILL.md` | 线性类型与资源管理 |
| **rust-coroutine** | `rust-coroutine/SKILL.md` | 协程与绿色线程 |
| **rust-ebpf** | `rust-ebpf/SKILL.md` | eBPF 与内核编程 |
| **rust-gpu** | `rust-gpu/SKILL.md` | GPU 内存与计算 |
| **rust-skill-index** | `rust-skill-index/SKILL.md` | 技能索引（本文件） |


## 技能分类

### 按难度

```
入门级：rust-skill, rust-ownership, rust-concurrency, rust-error
进阶级：rust-mutability, rust-unsafe, rust-coding, rust-performance
高级：rust-async, rust-pin, rust-macro, rust-ffi, rust-embedded
专家级：rust-ebpf, rust-gpu, rust-coroutine, rust-linear-type
```

### 按领域

```
系统编程：rust-unsafe, rust-ffi, rust-embedded, rust-ebpf, rust-gpu
Web 开发：rust-web, rust-async, rust-middleware, rust-auth, rust-xacml
并发编程：rust-concurrency, rust-async, rust-coroutine
性能优化：rust-performance, rust-embedded
类型系统：rust-ownership, rust-pin, rust-macro, rust-const, rust-lifetime-complex
错误处理：rust-error, rust-error-advanced
基础设施：rust-cache, rust-auth, rust-middleware, rust-xacml
```


## 问题速查

遇到问题时的技能选择：

| 问题类型 | 推荐技能 |
|---------|---------|
| 所有权/生命周期错误 | rust-ownership |
| 借用冲突/可变性 | rust-mutability |
| Send/Sync 错误 | rust-concurrency |
| 错误处理策略 | rust-error / rust-error-advanced |
| 异步代码问题 | rust-async |
| unsafe 代码审查 | rust-unsafe |
| FFI 与 C++ 互操作 | rust-ffi |
| 性能优化 | rust-performance |
| no_std 开发 | rust-embedded |
| eBPF 内核编程 | rust-ebpf |
| GPU 计算 | rust-gpu |
| 协程实现 | rust-coroutine |
| 线性类型语义 | rust-linear-type |
| crate 选择 | rust-ecosystem |
| 代码风格 | rust-coding |
| 缓存策略 | rust-cache |
| 认证授权 | rust-auth |
| Web 中间件 | rust-middleware |
| 策略引擎 | rust-xacml |



## Newly Added Skills

- `rust-testing` - unit/integration/property/concurrency testing
- `rust-database` - sqlx/diesel/sea-orm, transaction, migration
- `rust-observability` - tracing, metrics, OpenTelemetry

Overview

This skill provides a compact, searchable index of Rust engineering skills and capabilities for fast navigation and targeted queries. It maps 38 modular skills across core, advanced, and expert levels, plus newly added testing, database, and observability topics. Use it as a single entry point to find the right Rust expertise for diagnosis, design, or optimization tasks.

How this skill works

The index organizes skills by category, difficulty, and domain so you can quickly locate the best skill for a given problem. It links each topic to its detailed skill entry and recommends which skill to consult for common error classes and scenarios. Trigger words like "skill", "index", "目录", and others surface relevant entries for interactive workflows or automation chains.

When to use it

  • You need a fast pointer to the right Rust skill for a specific bug or design question.
  • Planning a learning path or onboarding developers to Rust best practices.
  • Triage which specialist skill to call for complex issues (FFI, eBPF, GPU, embedded).
  • Mapping problems to remediation steps during incident response or code review.
  • As an orchestration layer to route tasks to modular reasoning units in automation flows.

Best practices

  • Start from the quick-check table to pick core skills for common problems before escalating.
  • Follow difficulty and domain classifications to match expertise level with task complexity.
  • Use the problem-to-skill mapping for rapid triage (ownership, async, performance, etc.).
  • Combine adjacent skills (e.g., async + middleware + web) for cross-cutting issues.
  • Keep the index updated with new skills and map additions like testing, database, and observability.

Example use cases

  • Resolve a borrow checker or lifetime error by consulting the ownership skill mapping.
  • Design an async web handler by combining rust-async, rust-web, and rust-middleware entries.
  • Plan performance improvements by linking rust-performance with rust-embedded or rust-gpu where applicable.
  • Triage a CI test failure by routing to rust-testing and rust-coding guidance.
  • Integrate a native library safely by following rust-ffi and rust-unsafe checklists.

FAQ

How do I find which skill addresses my error?

Use the problem-to-skill quick-check mapping: match your error type (ownership, Send/Sync, async, etc.) to the recommended skill listed in the index.

Can I extend the index with new skills?

Yes. Add a concise skill entry, assign category and difficulty, and map likely problem types so automation and users can discover it through the same lookup rules.