Name: Audit
Author: copyleftdev

Perform a Tiger Team adversarial audit of $ARGUMENTS. Read every line of the target. Analyze systematically across all five dimensions below. Be ruthless — assume the code has bugs and find them.

1. Correctness Audit

Off-by-one errors: loop bounds, array indexing, fence-post problems
Numerical stability: subtraction of similar magnitudes, log(0), exp overflow, division by zero
Edge cases: empty inputs, single-element collections, zero temperature, max u64 steps
Invariant violations: does every public function maintain its documented invariants?
RNG consumption order: any change breaks determinism — verify proposal/accept/swap order is fixed

2. Safety Audit

Panic paths: any unwrap(), expect(), assert!(), array indexing without bounds check in library code?
Integer overflow: u64 arithmetic on step counts, population sizes, histogram indices

Perform a Tiger Team adversarial audit of $ARGUMENTS. Read every line of the target. Analyze systematically across all five dimensions below. Be ruthless — assume the code has bugs and find them.

1. Correctness Audit

Off-by-one errors: loop bounds, array indexing, fence-post problems
Numerical stability: subtraction of similar magnitudes, log(0), exp overflow, division by zero
Edge cases: empty inputs, single-element collections, zero temperature, max u64 steps
Invariant violations: does every public function maintain its documented invariants?
RNG consumption order: any change breaks determinism — verify proposal/accept/swap order is fixed

2. Safety Audit

Panic paths: any unwrap(), expect(), assert!(), array indexing without bounds check in library code?
Integer overflow: u64 arithmetic on step counts, population sizes, histogram indices

Audit

1. Correctness Audit

2. Safety Audit

Audit

1. Correctness Audit

2. Safety Audit

3. Performance Audit

4. API Misuse Audit

5. Test Coverage Audit

Output format

Session Logs

OpenClaw Test Heap Leaks

Node Connect

Openclaw Qa Testing

Openclaw Secret Scanning Maintainer

Flags