Delegate independent tasks to specialized agents working concurrently with isolated context.
compact-reviewer:design-architecture
Use when reviewing Compact contract architecture, evaluating design patterns, assessing modularity, or analyzing API design and code organization quality.
SKILL.md
Full skill instructions
Design & Architecture Skill
Evaluate contract structure, design patterns, and architectural quality.
When to Use
This skill activates for queries about:
- Contract architecture and structure
- Design patterns in Compact
- Modularity and organization
- API design
- Code organization
Trigger words: architecture, design pattern, structure, modularity, organization, layout, API design
Quick Reference
Architecture Checklist
| Aspect | Check | Severity |
|---|---|---|
| Separation of concerns | Each circuit has one responsibility | 🟡 Medium |
| State encapsulation | Ledger access is controlled | 🟠 High |
| Clear interfaces | Export circuits have clear purposes | 🟡 Medium |
| Naming conventions | Circuits/ledgers clearly named | 🟢 Low |
| Documentation | Public interfaces documented | 🟢 Low |
Good Architecture Patterns
// ✅ Single responsibility circuits
export circuit deposit(amount: Uint<64>): [] { }
export circuit withdraw(amount: Uint<64>): [] { }
export circuit get_balance(): Uint<64> { }
// ✅ Helper circuits for reusable logic
circuit verify_owner(): [] {
const caller = get_caller_secret();
assert hash(caller) == owner_hash.read();
}
// ✅ Clear state organization
ledger balances: Map<Bytes<32>, Uint<64>>;
ledger config: Cell<Config>;
ledger admin: Cell<Bytes<32>>;
Anti-Patterns
// ❌ God circuit - does too much
export circuit do_everything(
action: Uint<8>,
arg1: Field,
arg2: Field,
arg3: Field
): Field {
if action == 0 { /* deposit */ }
if action == 1 { /* withdraw */ }
if action == 2 { /* transfer */ }
// ...
}
// ❌ Unclear naming
export circuit proc(x: Field): Field { }
ledger d: Map<Bytes<32>, Uint<64>>;
Review Process
1. Structure Analysis
Evaluate overall organization:
1. Count exported circuits - too many (>10) suggests splitting
2. Check circuit sizes - >50 lines may be too complex
3. Verify helper circuits are used appropriately
4. Confirm ledger declarations are grouped logically
2. Pattern Recognition
Identify common patterns:
| Pattern | Indicators | Quality |
|---|---|---|
| Owner pattern | owner_hash, verify_owner() | ✅ Good |
| Access control | Role-based checks | ✅ Good |
| Upgrade pattern | implementation ledger | ⚠️ Complex |
| Multi-sig | Multiple signatures required | ✅ Good |
| State machine | Enum-based state | ✅ Good |
3. Interface Design
Check public API:
1. Are circuit names descriptive?
2. Are parameters minimal and clear?
3. Is return type appropriate?
4. Are related operations grouped?
4. Modularity Assessment
Evaluate separation:
1. Can logic be tested independently?
2. Are concerns separated?
3. Is state access controlled?
4. Are dependencies explicit?
References
- Architecture Patterns - Good patterns
- Anti-Patterns - Patterns to avoid
Related Skills
- code-quality - Code organization
- maintainability - Long-term structure
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