What is root cause tracing?

It is a debugging technique that involves following an error back through the call stack to find the initial event or data that caused the failure, rather than just fixing the symptom.

Can I use this for errors deep in the call stack?

Yes, it is specifically designed for complex execution chains where the source of an error is far removed from where the exception is thrown.

What is the defense-in-depth approach mentioned?

It involves adding validation and guards at multiple layers of your code so that even if a bug bypasses one check, it is caught elsewhere before causing unintended side effects.

How does this skill help with test pollution?

It includes methodologies and scripts like bisection to identify which specific test is altering the environment and causing subsequent tests to fail.

Root Cause Tracing

Name: Root Cause Tracing
Author: Kingly-Agency

byKingly-Agency

보안 및 테스팅

Systematically traces software bugs backward through the execution stack to identify and resolve original triggers.

소개

Root Cause Tracing is a specialized Claude Code skill designed to help developers move beyond surface-level fixes. It provides a structured methodology for navigating deep call stacks, adding instrumentation where necessary, and identifying the precise origin of invalid data or incorrect behavior. By focusing on the original trigger rather than the symptom, this skill facilitates more robust fixes and promotes a defense-in-depth architecture that incorporates validation at every layer of the execution chain.

주요 기능

Automated test bisection to identify test suite pollution
Defense-in-depth strategies to prevent bug recurrence
Systematic backward trace methodology for deep execution errors
0 GitHub stars
Instrumentation patterns for capturing call stacks in complex environments
Guidance on environment-aware logging for effective debugging

사용 사례

Tracing invalid data origins across multiple function calls and modules
Identifying which specific test in a large suite is causing global state pollution
Debugging filesystem errors where paths are unexpectedly empty or incorrect

소개

주요 기능

Automated test bisection to identify test suite pollution
Defense-in-depth strategies to prevent bug recurrence
Systematic backward trace methodology for deep execution errors
0 GitHub stars
Instrumentation patterns for capturing call stacks in complex environments
Guidance on environment-aware logging for effective debugging

사용 사례

Tracing invalid data origins across multiple function calls and modules
Identifying which specific test in a large suite is causing global state pollution
Debugging filesystem errors where paths are unexpectedly empty or incorrect