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Answer a question from the project's docs/wiki/ using semantic embedding search. Use when the user asks "where/how/why" about the project, or when CLAUDE.md says to consult the wiki before starting work.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
Use when improving ONE numeric metric under a controlled research loop with a fixed eval and kept/reverted experiments. Not for a feature (use loop-delivery) or a failing test (use loop-repair).
Use when delivering ONE bounded change — a feature, refactor, or chore — as a controlled, audited loop in any repo. Not for a failing test (use loop-repair) or a numeric metric (use loop-autoresearch).
Use when a specific test, CI job, or regression is failing and must be fixed under a reproduce-first controlled loop with proven regression coverage. Not for delivering a change (use loop-delivery) or metrics (use loop-autoresearch).
Use when a loen loop stage — plan, act, check, or result — must be validated and gated before the next one. Mode-aware for delivery/repair/research; the execution-loop analog of check-chain.
Use when you need a cross-run dashboard over all docs/loen/ runs, or --triage to turn failing runs into proposed next actions (proposals only; never launches loops or edits runs).
Use when an active, human-approved loen run should keep going multi-turn on its own — wraps it in Claude's native /goal from loop.yaml. Optional; never bootstraps a run or submits /goal itself.
| name | iwiki-query |
| description | Answer a question from the project's docs/wiki/ using semantic embedding search. Use when the user asks "where/how/why" about the project, or when CLAUDE.md says to consult the wiki before starting work. |
Answer questions over docs/wiki/ via the embedding engine. The engine returns
section ids; YOU read those sections and write the answer.
The engine is a Python module, not a binary on PATH — do not treat it as a
shell command (probing with command -v or --help will fail). The launcher
exports IWIKI_ENGINE_DIR; resolve $ENG /
$UV once with the block below (it falls back to the in-repo / newest-cached
engine and exits loud if none is found), then reuse them in the steps:
ENG="${IWIKI_ENGINE_DIR:-}"
[ -f "$ENG/pyproject.toml" ] || ENG="plugin/iwiki/engine"
[ -f "$ENG/pyproject.toml" ] || ENG="$(ls -d "$CLAUDE_CONFIG_DIR"/plugins/cache/*/iwiki/*/engine 2>/dev/null | sort -V | tail -1)"
[ -f "$ENG/pyproject.toml" ] || { echo "iwiki: engine not found — run ./iclaude.sh --install-iwiki" >&2; exit 1; }
UV="${UV_BIN:-}"; [ -x "$UV" ] || UV="$(command -v uv)"; [ -x "$UV" ] || UV="$CLAUDE_CONFIG_DIR/../bin/uv"
# Run from the project root (relative --wiki-dir resolves against it):
"$UV" run --project "$ENG" python3 -m iwiki_engine --wiki-dir docs/wiki <cmd>
[ -d docs/wiki ] || { echo "iwiki: no docs/wiki/ here — run /iwiki-init to create one."; exit 0; }
# $ENG / $UV from "Engine invocation" above:
"$UV" run --project "$ENG" python3 -m iwiki_engine --wiki-dir docs/wiki search "<the user's question>"
[{id, file, heading, chunk, score}, ...].file (use the Read tool). Use the
heading to locate the ## section within the file.# $ENG / $UV from "Engine invocation" above (re-run that block if in a fresh shell).
"$UV" run --project "$ENG" python3 -m iwiki_engine --wiki-dir docs/wiki related "<top result id>"
vector neighbours; if empty, follow the graph files.[[file#Heading]] wiki-links. List related articles separately.If the engine exits with HALT: (missing IWIKI_LLM_* or unreachable backend),
report the message and stop — do not fabricate an answer.