Bug Hunters Systematic Auditor FAQs

Question 1

Which programming languages are supported by Bug Hunters?

Accepted Answer

It features dedicated hunters for C++ and Python, as well as a general logic-hunter that can be applied to any language where algorithmic correctness is the priority.

Question 2

Does this skill automatically fix the bugs it finds?

Accepted Answer

No, Bug Hunters follows a strict 'hunt, don't fix' rule. It is designed to provide deep, focused investigations and accurate reporting without the risk of premature or incorrect code changes.

Question 3

What is the difference between logic-first and code-first modes?

Accepted Answer

Logic-first mode focuses on algorithmic and specification correctness, while code-first mode targets language-specific failures like undefined behavior or memory issues.

Question 4

How do I trigger a specific hunting mode?

Accepted Answer

You can trigger specific roles by using keywords like 'cpp-hunter' or 'logic-hunter'. If no specific mode is mentioned, the orchestrator will start and ask which mode is most applicable to your problem.

Question 5

How does the confidence scoring system work?

Accepted Answer

The skill uses adversarial validation to test its own hypotheses, only reporting findings that reach a 'MEDIUM' or higher confidence level to ensure the results are actionable and low-noise.

Bug Hunters Systematic Auditor

주요 기능

사용 사례

Bug Hunters Systematic Auditor

주요 기능

사용 사례