---

name: safety-check description: Audit code for runtime safety and security vulnerabilities. Use when reviewing code, before commits, or performing security assessments. allowed-tools: ["shell", "read_file"] metadata: short-description: Comprehensive safety audit

Safety Audit

Read this reference:

• ~/.config/agent/domain/coding/safety.md - Complete safety checklist (Part 1: Runtime, Part 2: Security)

Instructions

Perform comprehensive safety audit covering both runtime and security:

Part 1: Runtime Safety (9 Categories)

1. Nil/Null Pointer Dereferences

   • All pointer dereferences checked
   • Optional/Result types properly unwrapped
   • No assumptions about non-nil values

2. Race Conditions & Data Races

   • Shared mutable state properly synchronized
   • Mutex usage correct (defers, no double-locks)
   • No unprotected concurrent access

3. Resource Leaks

   • File handles closed (defers)
   • Connections released
   • Memory freed (in manual-memory languages)
   • Contexts cancelled

4. Buffer Overflows & Bounds Checking

   • Array/slice access within bounds
   • String operations safe
   • No unchecked buffer writes

5. Integer Overflow/Underflow

   • Arithmetic checked for overflow
   • Type conversions validated
   • Size calculations safe

6. Uninitialized Values

   • All variables initialized before use
   • No reliance on zero values unless intentional

7. Error Handling

   • All errors checked and handled
   • No ignored errors
   • Error context preserved (wrapping)

8. Panics/Crashes

   • No panic in library code (return errors)
   • Recover only where appropriate
   • Graceful degradation

9. Deadlocks

   • Consistent lock ordering
   • No circular dependencies
   • Timeouts on blocking operations

Part 2: Security Safety (OWASP Top 10+)

1. Injection Vulnerabilities

   • SQL injection (use parameterized queries)
   • Command injection (avoid shell, sanitize input)
   • XSS (escape output, CSP headers)

2. Authentication & Authorization

   • Proper credential storage (hashed, salted)
   • Session management secure
   • Authorization checks on all resources

3. Sensitive Data Exposure

   • No hardcoded secrets
   • Encryption for data at rest/in transit
   • No secrets in logs

4. Input Validation

   • All external input validated
   • Type checking, range checking
   • Sanitization before use

5. Cryptography

   • Use standard libraries (no custom crypto)
   • Secure random number generation
   • Proper key management

Arguments

Target file(s) or package(s): ${ARGUMENTS}