pin
Protect a critical MemMesh memory from consolidation/pruning by raising its importance and marking it high-impact — or unpin to release it. Use for architecture decisions, security constraints, or immutable team conventions that must never be retired by a `dream` pass.
ソース情報
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- ThinkfleetAI/memmesh
- ソースの最終更新活動
- 2026年7月13日 02:13
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SKILL.md
ソースの指示 · 読み取り専用プレビュー- name
- pin
- description
- Protect a critical MemMesh memory from consolidation/pruning by raising its importance and marking it high-impact — or unpin to release it. Use for architecture decisions, security constraints, or immutable team conventions that must never be retired by a `dream` pass.
# pin
Mark a memory as protected. MemMesh has no separate "pinned" flag — pinning is
expressed through **importance + impact + confirmation**, which the `dream`
consolidation pass treats as do-not-retire.
## Pin
1. Find the item (`memory_search`) and read it (`memory_recall`).
2. Re-assert it at maximum durability with `memory_save` (upsert on the same id):
```jsonc
{ "name": "memory_save",
"arguments": { "id": "<same id>", "platformId": "local", "scope": "project",
"type": "rule", "content": "<verbatim content>",
"importance": 10, "metadata": { "pinned": true, "impact": "HIGH" } } }
```
Setting `importance: 10` and `metadata.pinned: true` is the signal the `dream`
skill checks before deleting/superseding anything.
## Unpin
Re-save the same id with `importance` back to a normal value (≈5) and
`metadata.pinned: false`. The item stays in memory but becomes eligible for
consolidation again.
## When to pin
Architecture decisions, security constraints, compliance rules, immutable
conventions — anything where losing it silently would cause real harm. Don't pin
routine preferences; let the engine manage those.
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