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skill-miner — Claude Code skill: find repeatable workflows

This skill scans agent sessions and local work for recurring workflows that could become new Agent Skills. Use it when similar tasks keep getting handled manually.

Install into Claude Code · Skills CLI (Vercel) All methods and platforms ↓
npx skills add hqhq1025/skill-optimizer --skill skill-miner -a claude-code
Open on GitHub

What skill-miner does

skill-miner looks for repeatable workflows in coding-agent sessions, archives, project notes, and local work. It groups tasks by intent, prompt wording, tools, files touched, and verification habits. Then it filters out one-off work and project-specific guidance, and scores promising candidates by recurrence, friction, risk, portability, and future value.

For a first-pass review of local sessions or exported transcripts, it uses scripts/scan_sessions.py. Read references/discovery-rubric.md before a full history scan or drafting candidates. The skill can outline a candidate and recommend keeping it personal, sending it through skill-generalizer, or dropping it. Scanner results are evidence to review, not an automatic instruction to create a skill.

When access to session history is incomplete, findings are marked partial and the scanned sources are listed. This skill is for discovering new candidates; the README points to skill-personalizer for tuning an existing skill.

What it helps with

  • spot recurring workflows in agent session history
  • group similar work by tools and files touched
  • filter one-off tasks and project-specific guidance
  • rank possible new skills by recurrence and portability
  • draft skill candidates with supporting evidence

Example prompts for the agent

  • Review my past agent sessions and find workflows that recur often enough to become skills.
  • Scan these exported transcripts, group related work, and show the evidence for each candidate.
  • Draft skills from recurring tasks and recommend which candidates should remain personal.

How to install skill-miner

1Skills CLI (Vercel)

npx skills add hqhq1025/skill-optimizer --skill skill-miner -a claude-code

2Manually: put the files in place

~/.claude/skills/skill-miner/SKILL.md

Copy the whole skill folder; for one project use .claude/skills/skill-miner/

Step by step, with commands for each platform: How to install skills in Claude Code: five ways

Questions about skill-miner

How do I install skill-miner in Claude Code?

Run npx skills add hqhq1025/skill-optimizer --skill skill-miner -a claude-code. The skill file is placed at ~/.claude/skills/skill-miner/SKILL.md.

What does skill-miner do?

It finds repeated workflows in coding-agent history and assesses whether they make good candidates for new Agent Skills. It can also outline a draft workflow and suggest what to do with each candidate.

Which session sources can its scanner read?

scripts/scan_sessions.py supports local evidence in Codex, Claude, and Gemini styles. It can also take exported data from other agents with --export; review its report before using it to draft skills.

Source text

SKILL.md · MIT
---
name: skill-miner
description: Use when mining coding-agent session history, archived transcripts, memories, or repeated local work to discover recurring workflows that should become new Agent Skills.
---

# Skill Miner

## Overview

Mine real agent usage for new skill opportunities. The goal is to find repeated workflows, extract the reusable technique, and turn strong candidates into draft skills with evidence.

## When To Use

- A user wants to scan past coding-agent sessions for repeated workflows.
- The user suspects they keep asking agents to do similar tasks manually.
- A team wants a backlog of candidate skills based on actual work rather than brainstorming.
- Existing memories, session logs, or project notes contain recurring procedures that have not been packaged.

Do not use to tune an existing skill; use `skill-personalizer`. Do not use to publish a private skill publicly; use `skill-generalizer`.

## Workflow

1. Locate real evidence: session JSONL, memory summaries, repo notes, repeated scripts, and recent project folders.
2. Run `scripts/scan_sessions.py` for a first-pass sanitized cluster report when local session files or exported transcripts are available.
3. Cluster repeated work by intent, trigger phrasing, tools used, files touched, and verification pattern.
4. Filter out one-off tasks, ordinary coding knowledge, and project-specific instructions better suited for `AGENTS.md`.
5. Score candidates by recurrence, friction, risk, portability, and future value.
6. For each strong candidate, draft a concise skill name, trigger description, workflow outline, bundled-resource needs, and validation prompts.
7. Recommend whether each candidate should stay personal, become a public skill via `skill-generalizer`, or be skipped.
8. If the user asks to proceed, create the selected skill folders and verify frontmatter/layout.

## Evidence Rules

- Quote or summarize enough source evidence to justify each candidate.
- Do not expose sensitive transcript content unless the user explicitly asks for raw evidence.
- Avoid turning every repeated task into a skill; prefer workflows where guidance changes future behavior.
- Treat broad intent clusters as navigation hints, not skill drafts.
- Check sampled positives and near misses before trusting a regex-based workflow candidate.
- If session access is incomplete, label findings as partial and list what was scanned.

## References

Read [discovery-rubric.md](references/discovery-rubric.md) before doing a full session-history scan or creating candidate skill drafts.

Use `scripts/scan_sessions.py --help` for the deterministic scanner. It supports native Codex/Claude/Gemini-style local evidence, `--export` inputs for other agents, and `--patterns` for personalized workflow definitions. Treat its output as evidence for review, not as an automatic decision to create skills.

© hqhq1025 · MIT · hqhq1025/skill-optimizer

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