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---
name: rust-router
description: "CRITICAL: Use for ALL Rust questions including errors, design, and coding.
HIGHEST PRIORITY for: 比较, 对比, compare, vs, versus, 区别, difference, 最佳实践, best practice,
tokio vs, async-std vs, 比较 tokio, 比较 async,
Triggers on: Rust, cargo, rustc, crate, Cargo.toml,
意图分析, 问题分析, 语义分析, analyze intent, question analysis,
compile error, borrow error, lifetime error, ownership error, type error, trait error,
value moved, cannot borrow, does not live long enough, mismatched types, not satisfied,
E0382, E0597, E0277, E0308, E0499, E0502, E0596,
async, await, Send, Sync, tokio, concurrency, error handling,
编译错误, compile error, 所有权, ownership, 借用, borrow, 生命周期, lifetime, 类型错误, type error,
异步, async, 并发, concurrency, 错误处理, error handling,
问题, problem, question, 怎么用, how to use, 如何, how to, 为什么, why,
什么是, what is, 帮我写, help me write, 实现, implement, 解释, explain"
globs: ["**/Cargo.toml", "**/*.rs"]
---
---
# Rust Question Router
> **Version:** 2.0.0 | **Last Updated:** 2025-01-22
>
> **v2.0:** Context optimized - detailed examples moved to sub-files
## Meta-Cognition Framework
### Core Principle
**Don't answer directly. Trace through the cognitive layers first.**
```
Layer 3: Domain Constraints (WHY)
├── Business rules, regulatory requirements
├── domain-fintech, domain-web, domain-cli, etc.
└── "Why is it designed this way?"
Layer 2: Design Choices (WHAT)
├── Architecture patterns, DDD concepts
├── m09-m15 skills
└── "What pattern should I use?"
Layer 1: Language Mechanics (HOW)
├── Ownership, borrowing, lifetimes, traits
├── m01-m07 skills
└── "How do I implement this in Rust?"
```
### Routing by Entry Point
| User Signal | Entry Layer | Direction | First Skill |
|-------------|-------------|-----------|-------------|
| E0xxx error | Layer 1 | Trace UP ↑ | m01-m07 |
| Compile error | Layer 1 | Trace UP ↑ | Error table below |
| "How to design..." | Layer 2 | Check L3, then DOWN ↓ | m09-domain |
| "Building [domain] app" | Layer 3 | Trace DOWN ↓ | domain-* |
| "Best practice..." | Layer 2 | Both directions | m09-m15 |
| Performance issue | Layer 1 → 2 | UP then DOWN | m10-performance |
### CRITICAL: Dual-Skill Loading
**When domain keywords are present, you MUST load BOTH skills:**
| Domain Keywords | L1 Skill | L3 Skill |
|-----------------|----------|----------|
| Web API, HTTP, axum, handler | m07-concurrency | **domain-web** |
| 交易, 支付, trading, payment | m01-ownership | **domain-fintech** |
| CLI, terminal, clap | m07-concurrency | **domain-cli** |
| kubernetes, grpc, microservice | m07-concurrency | **domain-cloud-native** |
| embedded, no_std, MCU | m02-resource | **domain-embedded** |
---
## INSTRUCTIONS FOR CLAUDE
### CRITICAL: Negotiation Protocol Trigger
**BEFORE answering, check if negotiation is required:**
| Query Contains | Action |
|----------------|--------|
| "比较", "对比", "compare", "vs", "versus" | **MUST use negotiation** |
| "最佳实践", "best practice" | **MUST use negotiation** |
| Domain + error (e.g., "交易系统 E0382") | **MUST use negotiation** |
| Ambiguous scope (e.g., "tokio 性能") | **SHOULD use negotiation** |
**When negotiation is required, include:**
```markdown
## Negotiation Analysis
**Query Type:** [Comparative | Cross-domain | Synthesis | Ambiguous]
**Negotiation:** Enabled
### Source: [Agent/Skill Name]
**Confidence:** HIGH | MEDIUM | LOW | UNCERTAIN
**Gaps:** [What's missing]
## Synthesized Answer
[Answer]
**Overall Confidence:** [Level]
**Disclosed Gaps:** [Gaps user should know]
```
> **详细协议见:** `patterns/negotiation.md`
---
### Default Project Settings
When creating new Rust projects or Cargo.toml files, ALWAYS use:
```toml
[package]
edition = "2024" # ALWAYS use latest stable edition
rust-version = "1.85"
[lints.rust]
unsafe_code = "warn"
[lints.clippy]
all = "warn"
pedantic = "warn"
```
---
## Layer 1 Skills (Language Mechanics)
| Pattern | Route To |
|---------|----------|
| move, borrow, lifetime, E0382, E0597 | m01-ownership |
| Box, Rc, Arc, RefCell, Cell | m02-resource |
| mut, interior mutability, E0499, E0502, E0596 | m03-mutability |
| generic, trait, inline, monomorphization | m04-zero-cost |
| type state, phantom, newtype | m05-type-driven |
| Result, Error, panic, ?, anyhow, thiserror | m06-error-handling |
| Send, Sync, thread, async, channel | m07-concurrency |
| unsafe, FFI, extern, raw pointer, transmute | **unsafe-checker** |
## Layer 2 Skills (Design Choices)
| Pattern | Route To |
|---------|----------|
| domain model, business logic | m09-domain |
| performance, optimization, benchmark | m10-performance |
| integration, interop, bindings | m11-ecosystem |
| resource lifecycle, RAII, Drop | m12-lifecycle |
| domain error, recovery strategy | m13-domain-error |
| mental model, how to think | m14-mental-model |
| anti-pattern, common mistake, pitfall | m15-anti-pattern |
## Layer 3 Skills (Domain Constraints)
| Domain Keywords | Route To |
|-----------------|----------|
| fintech, trading, decimal, currency | domain-fintech |
| ml, tensor, model, inference | domain-ml |
| kubernetes, docker, grpc, microservice | domain-cloud-native |
| embedded, sensor, mqtt, iot | domain-iot |
| web server, HTTP, REST, axum, actix | domain-web |
| CLI, command line, clap, terminal | domain-cli |
| no_std, microcontroller, firmware | domain-embedded |
---
## Error Code Routing
| Error Code | Route To | Common Cause |
|------------|----------|--------------|
| E0382 | m01-ownership | Use of moved value |
| E0597 | m01-ownership | Lifetime too short |
| E0506 | m01-ownership | Cannot assign to borrowed |
| E0507 | m01-ownership | Cannot move out of borrowed |
| E0515 | m01-ownership | Return local reference |
| E0716 | m01-ownership | Temporary value dropped |
| E0106 | m01-ownership | Missing lifetime specifier |
| E0596 | m03-mutability | Cannot borrow as mutable |
| E0499 | m03-mutability | Multiple mutable borrows |
| E0502 | m03-mutability | Borrow conflict |
| E0277 | m04/m07 | Trait bound not satisfied |
| E0308 | m04-zero-cost | Type mismatch |
| E0599 | m04-zero-cost | No method found |
| E0038 | m04-zero-cost | Trait not object-safe |
| E0433 | m11-ecosystem | Cannot find crate/module |
---
## Functional Routing Table
| Pattern | Route To | Action |
|---------|----------|--------|
| latest version, what's new | **rust-learner** | Use agents |
| API, docs, documentation | **docs-researcher** | Use agent |
| code style, naming, clippy | **coding-guidelines** | Read skill |
| unsafe code, FFI | **unsafe-checker** | Read skill |
| code review | **os-checker** | See `integrations/os-checker.md` |
---
## Priority Order
1. **Identify cognitive layer** (L1/L2/L3)
2. **Load entry skill** (m0x/m1x/domain)
3. **Trace through layers** (UP or DOWN)
4. **Cross-reference skills** as indicated in "Trace" sections
5. **Answer with reasoning chain**
### Keyword Conflict Resolution
| Keyword | Resolution |
|---------|------------|
| `unsafe` | **unsafe-checker** (more specific than m11) |
| `error` | **m06** for general, **m13** for domain-specific |
| `RAII` | **m12** for design, **m01** for implementation |
| `crate` | **rust-learner** for version, **m11** for integration |
| `tokio` | **tokio-*** for API, **m07** for concepts |
**Priority Hierarchy:**
```
1. Error codes (E0xxx) → Direct lookup, highest priority
2. Negotiation triggers (compare, vs, best practice) → Enable negotiation
3. Domain keywords + error → Load BOTH domain + error skills
4. Specific crate keywords → Route to crate-specific skill if exists
5. General concept keywords → Route to meta-question skill
```
---
## Sub-Files Reference
| File | Content |
|------|---------|
| `patterns/negotiation.md` | Negotiation protocol details |
| `examples/workflow.md` | Workflow examples |
| `integrations/os-checker.md` | OS-Checker integration |

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# Workflow Examples
> rust-router 的工作流程示例
## Example 1: Error Code with Domain Context
```
User: "Why am I getting E0382 in my trading system?"
Analysis:
1. Entry: Layer 1 (E0382 = ownership/move error)
2. Load: m01-ownership skill
3. Context: "trading system" → domain-fintech
Trace UP ↑:
- E0382 in trading context
- Check domain-fintech: "immutable audit records"
- Finding: Trading data should be shared, not moved
Response:
"E0382 indicates a value was moved when still needed.
In a trading system (domain-fintech), transaction records
should be immutable and shareable for audit purposes.
Instead of cloning, consider:
- Arc<TradeRecord> for shared immutable access
- This aligns with financial audit requirements
See: m01-ownership (Trace Up section),
domain-fintech (Audit Requirements)"
```
## Example 2: Design Question
```
User: "How should I handle user authentication?"
1. Entry: Layer 2 (design question)
2. Trace UP to Layer 3: domain-web constraints
3. Load: domain-web skill (security, stateless HTTP)
4. Trace DOWN: m06-error-handling, m07-concurrency
5. Answer: JWT with proper error types, async handlers
```
## Example 3: Comparative Query
```
User: "Compare tokio and async-std"
1. Detect: "compare" → Enable negotiation
2. Load both runtime knowledge sources
3. Assess confidence for each
4. Synthesize with disclosed gaps
5. Answer: Structured comparison table
```
## Example 4: Multi-Layer Trace
```
User: "My web API reports Rc cannot be sent between threads"
1. Entry: Layer 1 (Send/Sync error)
2. Load: m07-concurrency
3. Detect: "web API" → domain-web
4. Dual-skill loading:
- m07: Explain Send/Sync bounds
- domain-web: Web state management patterns
5. Answer: Use Arc instead of Rc, or move to thread-local
```
## Example 5: Intent Analysis Request
```
User: "Analyze this question: How do I share state in actix-web?"
Analysis Steps:
1. Extract Keywords: share, state, actix-web
2. Identify Entry Layer: Layer 1 (sharing = concurrency) + Layer 3 (actix-web = web)
3. Map to Skills: m07-concurrency, domain-web
4. Report:
- Layer 1: Concurrency (state sharing mechanisms)
- Layer 3: Web domain (HTTP handler patterns)
- Suggested trace: L1 → L3
5. Invoke: m07-concurrency first, then domain-web
```

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# OS-Checker Integration
> 代码审查和安全审计工具集成
## Available Commands
| Use Case | Command | Tools |
|----------|---------|-------|
| Daily check | `/rust-review` | clippy |
| Security audit | `/audit security` | cargo audit, geiger |
| Unsafe audit | `/audit safety` | miri, rudra |
| Concurrency audit | `/audit concurrency` | lockbud |
| Full audit | `/audit full` | all os-checker tools |
## When to Suggest OS-Checker
| User Intent | Suggest |
|-------------|---------|
| Code review request | `/rust-review` |
| Security concerns | `/audit security` |
| Unsafe code review | `/audit safety` |
| Deadlock/race concerns | `/audit concurrency` |
| Pre-release check | `/audit full` |
## Tool Descriptions
### clippy
Standard Rust linter for code style and common mistakes.
### cargo audit
Security vulnerability scanner for dependencies.
### geiger
Counts unsafe code usage in dependencies.
### miri
Interprets MIR to detect undefined behavior.
### rudra
Memory safety bug detector.
### lockbud
Deadlock and concurrency bug detector.
## Integration Flow
```
User: "Review my unsafe code"
│
▼
Router detects: unsafe + review
│
├── Load: unsafe-checker skill (for manual review)
│
└── Suggest: `/audit safety` (for automated check)
```

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# Negotiation Protocol
> 比较查询和跨领域问题的处理协议
## When to Enable Negotiation
For complex queries requiring structured agent responses, enable negotiation mode.
| Query Pattern | Enable Negotiation | Reason |
|---------------|-------------------|--------|
| Single error code lookup | No | Direct answer |
| Single crate version | No | Direct lookup |
| "Compare X and Y" | **Yes** | Multi-faceted |
| Domain + error | **Yes** | Cross-layer context |
| "Best practices for..." | **Yes** | Requires synthesis |
| Ambiguous scope | **Yes** | Needs clarification |
| Multi-crate question | **Yes** | Multiple sources |
## Negotiation Decision Flow
```
Query Received
│
▼
┌─────────────────────────────┐
│ Is query single-lookup? │
│ (version, error code, def) │
└─────────────────────────────┘
│
├── Yes → Direct dispatch (no negotiation)
│
▼ No
┌─────────────────────────────┐
│ Does query require: │
│ - Comparison? │
│ - Cross-domain context? │
│ - Synthesis/aggregation? │
│ - Multiple sources? │
└─────────────────────────────┘
│
├── Yes → Dispatch with negotiation: true
│
▼ No
┌─────────────────────────────┐
│ Is scope ambiguous? │
└─────────────────────────────┘
│
├── Yes → Dispatch with negotiation: true
│
▼ No
└── Direct dispatch (no negotiation)
```
## Negotiation Dispatch
When dispatching with negotiation:
```
1. Set `negotiation: true`
2. Include original query context
3. Expect structured response:
- Findings
- Confidence (HIGH/MEDIUM/LOW/UNCERTAIN)
- Gaps identified
- Context questions (if any)
4. Evaluate response against original intent
```
## Orchestrator Evaluation
After receiving negotiation response:
| Confidence | Intent Coverage | Action |
|------------|-----------------|--------|
| HIGH | Complete | Synthesize answer |
| HIGH | Partial | May need supplementary query |
| MEDIUM | Complete | Accept with disclosed gaps |
| MEDIUM | Partial | Refine with context |
| LOW | Any | Refine or try alternative |
| UNCERTAIN | Any | Try alternative or escalate |
## Refinement Loop
If response insufficient:
```
Round 1: Initial query
│
▼ (LOW confidence or gaps block intent)
Round 2: Refined query with:
- Answers to agent's context questions
- Narrowed scope
│
▼ (still insufficient)
Round 3: Final attempt with:
- Alternative agent/source
- Maximum context provided
│
▼ (still insufficient)
Synthesize best-effort answer with disclosed gaps
```
## Integration with 3-Strike Rule
Negotiation follows the 3-Strike escalation:
```
Strike 1: Initial query returns LOW confidence
→ Refine with more context
Strike 2: Refined query still LOW
→ Try alternative agent/source
Strike 3: Still insufficient
→ Synthesize best-effort answer
→ Report gaps to user explicitly
```
See `_meta/error-protocol.md` for full escalation rules.
## Negotiation Routing Examples
**Example 1: No Negotiation Needed**
```
Query: "What is tokio's latest version?"
Analysis: Single lookup
Action: Direct dispatch to crate-researcher
```
**Example 2: Negotiation Required**
```
Query: "Compare tokio and async-std for a web server"
Analysis: Comparative + domain context
Action: Dispatch with negotiation: true
Expected: Structured responses from both runtime lookups
Evaluation: Check if web-server specific data found
```
**Example 3: Cross-Domain Negotiation**
```
Query: "E0382 in my trading system"
Analysis: Error code + domain context
Action:
- Dispatch m01-ownership (standard - error is defined)
- Dispatch domain-fintech (negotiation: true - domain context)
Synthesis: Combine error explanation with domain-appropriate fix
```
## Related Documents
- `_meta/negotiation-protocol.md` - Full protocol specification
- `_meta/negotiation-templates.md` - Response templates
- `_meta/error-protocol.md` - 3-Strike escalation
- `agents/_negotiation/response-format.md` - Agent response format