Skip to main content

introspect

Agent self-debugging and recovery. Use when stuck in loops, making repeated errors, or quality degrades. Triggers: introspect, self-debug, stuck, loop, why failing.

معلومات المصدر

المستودع
softspark/ai-toolkit
آخر نشاط في المصدر
٢٤ أبريل ٢٠٢٦ في ٠٥:٤٩
لغة SKILL.md المكتشفة
الإنجليزية
النجوم
١٧٩
التفرعات
٢١

خيارات التثبيت

يُحدَّد Prompt الذي يراجع المصدر أولًا بشكل افتراضي. يمكنك التبديل إلى أمر مباشر أو تنزيل نسخة محلية.

مراجعة ملفات المصدر

اقرأ SKILL.md وأي ملفات مرافقة يعرضها SkillsMP قبل أن تقرر التثبيت.

عرض SKILL.md

SKILL.md
تعليمات المصدر · معاينة للقراءة فقط
name
introspect
description
Agent self-debugging and recovery. Use when stuck in loops, making repeated errors, or quality degrades. Triggers: introspect, self-debug, stuck, loop, why failing.
user-invocable
true
effort
low
argument-hint
[symptom or 'stuck']
agent
debugger
context
fork
allowed-tools
Read, Grep
# Agent Self-Debugging $ARGUMENTS Structured self-analysis for when the agent is stuck, looping, or producing degraded output. --- ## Step 1: Capture Failure State Before diagnosing, gather the facts. Answer each question concisely: | Question | Answer | |----------|--------| | **Last goal/task** | What was the agent trying to accomplish? | | **Actions taken** | List the last 3-5 actions in order | | **Errors or unexpected results** | What went wrong? What was expected vs actual? | | **Attempt count** | How many times has this been tried? | | **Time spent** | Rough estimate of effort so far | --- ## Step 2: Classify the Failure Pattern Identify which pattern matches the current situation: | Pattern | Symptoms | Common Cause | |---------|----------|--------------| | **Loop** | Same action repeated 3+ times | Missing exit condition, wrong approach | | **Drift** | Actions diverge from original goal | Lost context, scope creep | | **Assumption Error** | Working with wrong mental model | Didn't read code, assumed behavior | | **Tool Misuse** | Wrong tool for the job | Grep when should Read, Bash when should Edit | | **Context Overflow** | Forgetting earlier findings | Too much context, need compaction | | **Wrong Abstraction** | Over-engineering simple task | Premature abstraction, YAGNI violation | | **Missing Information** | Can't proceed without data | Need to ask user, read more code | Pick the **single best match**. If multiple apply, pick the root cause pattern (the one that, if fixed, would resolve the others). --- ## Step 3: Diagnose Root Cause Answer these three questions: 1. **What assumption was wrong?** — Identify the specific belief that led to failure. 2. **What information was missing?** — What would have prevented the failure if known earlier? 3. **What would a fresh start look like?** — If starting over with current knowledge, what would the first action be? --- ## Step 4: Select Recovery Action Choose the **smallest recovery action** and apply the smallest possible fix — do not restart from scratch unless absolutely necessary: | Pattern | Recovery Action | |---------|----------------| | **Loop** | Stop. Change approach entirely — different tool, different strategy, different angle. | | **Drift** | Re-read the original user request verbatim. Reset scope to exactly what was asked. | | **Assumption Error** | Read the actual code, file, or docs. Do not guess. Verify the mental model. | | **Tool Misuse** | Switch to the correct tool. Read instead of Grep for full context. Edit instead of Bash for file changes. | | **Context Overflow** | Summarize all findings so far in 5 bullet points. Compact and continue. | | **Wrong Abstraction** | Delete the abstraction. Do the simplest, most direct thing that works. | | **Missing Information** | Ask the user exactly ONE specific question. Do not guess. | --- ## Step 5: Produce the Introspection Report Output exactly this format: ```markdown ## Introspection Report **Pattern:** [Loop|Drift|Assumption Error|Tool Misuse|Context Overflow|Wrong Abstraction|Missing Information] **Root Cause:** [1-2 sentence diagnosis] **Recovery Action:** [Specific next step] **Confidence:** [HIGH|MEDIUM|LOW] ### What happened [Brief timeline of actions taken — 3-5 bullet points max] ### What went wrong [Specific diagnosis — what assumption failed, what was missed] ### What to do next [ONE concrete action — not a plan, a single next step] ``` --- ## Rules - **MUST** name a specific failure pattern (Loop / Drift / Assumption Error / Tool Misuse / Context Overflow / Wrong Abstraction / Missing Information) — vague self-diagnosis is useless - **MUST** ground the diagnosis in concrete evidence (action traces, error messages, tool outputs) — not in feelings or hunches - **NEVER** retry the exact same action. If it failed once, it will fail again. Change something. - **NEVER** continue a loop "hoping it will work this time". Hope is not a strategy. - **CRITICAL**: after 3 failed attempts, escalate to the user with a concrete report of what was tried, what failed, and what you need — do not keep flailing - **MANDATORY**: the recovery action is ONE concrete next step, not a multi-phase plan. If you need a plan, use `/plan`. ## Gotchas - "Introspection" invoked mid-task can itself become a procrastination loop — spending effort diagnosing instead of acting. If the report takes longer to write than the next concrete action, skip the report and just change approach. - Context overflow is often invisible from inside the session — the model cannot reliably detect its own forgetting. External signals (user frustration, repeated explanations of the same fact) are the real diagnostic. - "Wrong abstraction" is frequently misdiagnosed as "Missing information". If adding data does not unlock the next step but simplifying the code does, the abstraction is the problem. - Ask-the-user is the escape hatch but it has a cost: user context-switching, latency, fatigue. Use it when you truly cannot proceed, not as a habit to avoid commitment. - The "fresh start" thought experiment works best when written down. Articulating "if starting over, my first action would be X" out loud often reveals the current approach's sunk-cost fallacy. ## Self-Correction Checklist These rules are non-negotiable during recovery: 1. **Never retry the exact same action.** If it failed once, it will fail again. Change something. 2. **Never continue a loop "hoping it will work this time."** Hope is not a strategy. 3. **Prefer reading code over guessing behavior.** Open the file. Read the function. Check the types. 4. **When in doubt, ask the user** rather than making assumptions. One specific question beats three wrong guesses. 5. **A 2-line fix is better than a 50-line refactor.** Solve the immediate problem first. 6. **Check if the goal is still correct** before optimizing the approach. Sometimes the task itself needs clarification. 7. **If stuck for more than 3 attempts, escalate.** Tell the user what you tried, what failed, and what you need. ## When NOT to Use - For debugging user code (not agent self-debugging) — use `/debug` - For analyzing past sessions to find patterns — use `/mem-search` or `/instinct-review` - For writing a recovery **plan** that spans multiple steps — use `/plan` - When the user has already described the failure — respond directly, skip the structured introspection - As a procrastination mechanism — if the next action is obvious, take it instead of writing a report --- ## Quick Self-Check (Use Before Retrying Anything) Before taking the next action after introspection, answer: - [ ] Is this action **different** from what I already tried? - [ ] Am I working on the **original goal**, not a tangent? - [ ] Do I have **enough information** to succeed, or am I guessing? - [ ] Is this the **simplest** approach that could work? If any answer is "no", stop and address that first.
عرض على GitHub