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systematic-debugging

Structured debugging methodology using hypothesis-driven investigation, log analysis, and bisection to isolate and resolve defects.

不碰外部(只输出文字)无严重或高危命中a5c-ai/babysitter

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技能内容

  • Unexpected behavior discovered during testing
  • Bug reports require investigation
  • Performance issues need root cause analysis

Process

  1. Reproduce - Confirm the defect with a minimal reproduction
  2. Hypothesize - Form theories about the root cause
  3. Investigate - Systematically test hypotheses (logs, breakpoints, bisection)
  4. Isolate - Narrow to the specific component/line
  5. Fix - Apply targeted fix addressing root cause
  6. Verify - Confirm fix resolves the issue without regression

Key Rules

  • Never apply fixes without understanding the root cause
  • For Strike-3/post-instrumentation handoffs, do not apply a source-code fix

until you enumerate at least 3 candidate root-cause hypotheses, give each

hypothesis a falsifying log line or observation, and cite concrete log

evidence for the selected fix. Use seq number when present; otherwise cite

timestamp, log-id, or artifact path plus the exact log line. If no proposed

fix cites a specific log line or log record, mark needs-more-data.

  • Use web-researcher agent for unfamiliar error patterns
  • Document the investigation path for future reference
  • Verify that the fix does not introduce regressions

Tool Use

Integrated into methodologies/rpikit/rpikit-implement (failure handling)

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同名技能的其他版本

有 2 个不同仓库或目录里都有叫 systematic-debugging 的技能。它们内容并不相同,别混用:

  • a5c-ai/babysitter — Use when encountering any bug, test failure, or unexpected behavior, before proposing fixe