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生産性・共同作業 · SKILL.md

cli-operations

cli-operations

Operate LEANN safely through its CLI: build, search, ask, watch, rebuild, migrate, manage daemons and registries, route source indexers, and plan commands without execution.

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name: cli-operations description: "Operate LEANN safely through its CLI: build, search, ask, watch, rebuild, migrate, manage daemons and registries, route source indexers, and plan commands without execution." disable-model-invocation: true metadata: disco-role: operating license: MIT

LEANN CLI Operations

Use this sub-skill when the task is expressed as a leann command or involves CLI index resolution, idempotent builds, watch/rebuild recovery, passage-ID migration, embedding daemons, local/global index discovery, removal, or one of the seven personal-data indexers.

Route by task

  • Look up all 19 groups, exact flags, defaults, positional queries, prompt and metadata-filter syntax, and the deliberate absence of grep/hybrid flags in CLI reference.
  • Plan build/update/rebuild, back up before mutation, migrate IDs, resolve duplicate names, or remove an index with index lifecycle operations.
  • Manage daemon TTL/ports, recover stale processes, understand watch scope and project registration, or preflight source indexers with daemon, watch, registry, and indexers.
  • Diagnose parser errors, bad filter JSON, missing sources/indexes, ambiguity, unsafe mutation assumptions, stale daemons, watch surprises, and platform prerequisites with troubleshooting.
  • Construct a shell-quoted command without running LEANN using the bundled command planner.

Operating rules

  1. Run from the project that owns the index. CLI indexes live under that project's .leann/indexes/; the same name can exist in registered projects.
  2. Use leann list before mutation. Stop the index daemon and copy the complete index directory before migrate-ids, risky rebuild work, or irreplaceable removal.
  3. Prefer idempotent build/rebuild. Use --force only for an intentional full replacement; do not use deletion as recovery.
  4. Start migration with --dry-run. Content-hash collisions deduplicate identical passage text, and the operation has no built-in backup.
  5. In automation use unique names and search --non-interactive; duplicate resolution differs across search, ask, react, watch, and mutation commands.
  6. Treat the query as positional for search and react; it is optional and positional for ask. Quote queries, prompt templates, and JSON filters.
  7. Use only parser-backed flags. The CLI has metadata filtering but no grep/hybrid switches; route those retrieval modes to the Python API.
  8. Keep one watch loop per index. Dry-run watch does not advance the checkpoint; a successful rebuild does.
  9. Never place credentials in generated command text. A remote embedding key resolved during build can be persisted in index metadata; treat those artifacts as sensitive and follow the provider sub-skill's guidance.

Boundaries

  • For Python builders/searchers, metadata schemas, BM25, hybrid, and grep, use API and indexing.
  • For backend choice, compact/recompute storage, and tuning, use backends and storage.
  • For embedding/LLM providers, model behavior, credentials, and chat semantics, use embeddings and chat.
  • For reader internals, chunking, and extraction workflows, use RAG applications.
  • For HTTP endpoints, MCP, and service deployment, use MCP and services.
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