What is the core principle of the Systematic Debugging skill?

The core principle is the 'Iron Law': No fixes without root cause investigation first. This prevents symptom-masking and ensures the underlying issue is actually resolved.

Does this skill require writing tests?

Yes, Phase 4 requires creating a failing test case before any fix is implemented to verify the reproduction and ensure the fix works as intended.

How does it handle debugging in multi-component systems?

It implements diagnostic instrumentation at every component boundary (e.g., API to Database) to log entering and exiting data, revealing exactly where the flow breaks.

When should I use this skill over a quick fix?

You should use this for any technical issue, especially under time pressure, when you've already tried multiple fixes, or when you don't fully understand why the error is occurring.

What does the skill do if 3 or more fix attempts fail?

If three or more fixes fail, the skill signals a stop to question the fundamental architecture. This prevents endless 'thrashing' by identifying if the pattern itself is flawed.

Systematic Debugging

Name: Systematic Debugging
Author: GoCodeAlone

byGoCodeAlone

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보안 및 테스팅

Implements a rigorous four-phase methodology to identify root causes and ensure reliable software fixes before code changes are made.

The Systematic Debugging skill provides a structured framework for resolving complex software issues by mandating a root-cause-first approach. It guides developers through a disciplined process of evidence gathering, pattern analysis, and minimal testing, preventing the 'guess-and-check' cycle that leads to technical debt. By enforcing a strict boundary between investigation and implementation, this skill helps users handle everything from simple test failures to deep architectural flaws in multi-component systems, ensuring that fixes are permanent and do not introduce regressions.

주요 기능

01Architectural failure detection for issues requiring structural refactoring

02Multi-component diagnostic instrumentation for complex distributed systems

03Backward data flow tracing to isolate the origin of logic errors

040 GitHub stars

05Four-phase framework: Root Cause, Pattern Analysis, Hypothesis, and Implementation

06Integration with Test-Driven Development (TDD) for verified resolutions

사용 사례

01Debugging data corruption issues across microservice boundaries

02Fixing 'haunted' code where previous multiple fix attempts have failed

03Resolving intermittent test failures in complex CI/CD pipelines

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add gocodealone/claude-superpowers systematic-debugging

For use in Claude.ai and ChatGPT

주요 기능

01Architectural failure detection for issues requiring structural refactoring

02Multi-component diagnostic instrumentation for complex distributed systems

03Backward data flow tracing to isolate the origin of logic errors

040 GitHub stars

05Four-phase framework: Root Cause, Pattern Analysis, Hypothesis, and Implementation

06Integration with Test-Driven Development (TDD) for verified resolutions

사용 사례

01Debugging data corruption issues across microservice boundaries

02Fixing 'haunted' code where previous multiple fix attempts have failed

03Resolving intermittent test failures in complex CI/CD pipelines

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add gocodealone/claude-superpowers systematic-debugging

For use in Claude.ai and ChatGPT