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Determine where a harness artifact originated — tries multiple provenance strategies in order and returns the source repo, path, and ref when found.
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SOC 職業分類に基づく
Copy processed MP3s and WAVs to NAS storage. Use after Apple Music import or when re-archiving corrected files.
Move processed ZIPs to archive and clean up extraction folders. Use after album processing is complete.
Copy finished MP3s into Apple Music via the auto-import folder and verify the album lands correctly. Use once metadata is finalized and the user wants tracks added to their library — e.g. "add this to Apple Music" or "import these tracks" — even if they don't say "auto-import" explicitly. Also use to diagnose a bad import, e.g. "it showed up as separate tracks instead of one album."
Inspect and update MP3 tags: genre, artist, album, track count, compilation flag. Use when checking or fixing music file metadata — including diagnostic questions like "why do these show up as separate tracks" or "is this folder's metadata consistent," not just explicit tag-editing requests.
End-to-end processing of downloaded music purchases: extract ZIPs, verify metadata, import to Apple Music, archive to NAS, clean up. Use when processing new music downloads.
Reclaim local disk by offloading cloud-backed Apple Music downloads. Audit iCloud status, build an offload playlist that protects your DJ crates and lossless files, then Remove Download. Use when the Mac is low on disk.
| name | locate-artifact-source |
| description | Determine where a harness artifact originated — tries multiple provenance strategies in order and returns the source repo, path, and ref when found. |
Use this skill to trace a harness artifact back to its origin. Try strategies in order, stop at the first that yields a clear result.
Strategy 1: YNH
Run: ynh ls --format json
Look for the harness containing the artifact. Extract: installed_from.source, installed_from.path, installed_from.ref_installed.
Works when: artifact was installed via a YNH harness.
Strategy 2: Claude Code native plugin
Check: ~/.claude/plugins/ and .claude/plugins/ in the project
Look for a plugin directory matching the artifact name. Read its manifest for source repo.
Works when: artifact was installed directly via Claude Code marketplace.
Strategy 3: Cursor native plugin
Check: ~/.cursor/plugins/ and .cursor/plugins/ in the project
Look for a plugin directory matching the artifact name. Read its manifest.
Works when: artifact was installed directly via Cursor marketplace.
Strategy 4: Codex plugin cache
Check: ~/.codex/plugins/cache/
Look for a plugin directory matching the artifact name.
Works when: artifact was installed via Codex plugin system.
Strategy 5: Git provenance
Run: git log --follow -1 --format="%H %s" -- <artifact-file-path>
Get the commit that introduced the file. Then: git remote -v to find the origin remote.
If origin is on GitHub: extract owner/repo from remote URL.
Works when: artifact is in the current git repo (embedded, not installed externally).
Note: if found in current repo, check if this is a worktree — fix should go to the canonical branch, not the worktree.
Strategy 6: Manifest walk
Walk up the directory tree from the artifact's location looking for .claude-plugin/, .cursor-plugin/, .ynh-plugin/, or package.json with a name field.
Read the manifest to find source repo reference.
Works when: artifact is part of a locally cloned plugin.
Strategy 7: Ask the user All strategies failed or returned ambiguous results. Ask: "I wasn't able to automatically determine where this artifact came from. Do you know which repository it originated from?"
Output:
