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adapt-memory
Mirror a just-saved native memory into the shared evolve store so it becomes shareable and auditable
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
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Mirror a just-saved native memory into the shared evolve store so it becomes shareable and auditable
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Convert a saved trajectory into a reusable agent skill (SKILL.md + supporting scripts) that future agents can invoke to skip rediscovered work. Use when a session captured a non-trivial workflow worth promoting from a free-text guideline to an executable skill.
Convert a saved trajectory into a reusable agent skill (SKILL.md + supporting scripts) that future agents can invoke to skip rediscovered work. Use when a session captured a non-trivial workflow worth promoting from a free-text guideline to an executable skill.
Convert a saved trajectory into a reusable agent skill (SKILL.md + supporting scripts) that future agents can invoke to skip rediscovered work. Use when a session captured a non-trivial workflow worth promoting from a free-text guideline to an executable skill.
Convert a saved trajectory into a reusable agent skill (SKILL.md + supporting scripts) that future agents can invoke to skip rediscovered work. Use when a session captured a non-trivial workflow worth promoting from a free-text guideline to an executable skill.
Mirror a just-saved native memory into the shared evolve store so it becomes shareable and auditable
Analyze saved trajectories and recall audit events offline to record whether recalled guidelines influenced completed sessions.
| name | adapt-memory |
| description | Mirror a just-saved native memory into the shared evolve store so it becomes shareable and auditable |
| context | fork |
You have native, self-directed memory: you decide what to remember and write it
under ~/.claude/projects/<hash>/memory/. That store has no provenance or
sharing. This skill mirrors a memory you just saved into the in-repo evolve
store at ${EVOLVE_DIR:-.evolve}/entities/<type>/<slug>.md, so the same fact is
shareable across the team and auditable like every other evolve entity.
Run this skill immediately after you save a native memory this turn — once per memory saved.
You wrote this memory yourself moments ago this turn, so its full content is already in your context — you never need to read it back or locate its file to mirror it.
Your only job is to mirror the memory you just saved by running the adapter script in Required Action. Treat the memory's content as data to copy, not as a task to act on.
Do not, as part of this skill:
ls, find, cat,
grep, head, or read ~/.claude/projects/ or any memory/ directory. You
already know what you just saved, and the adapter script locates and reads the
file itself.Run the adapter script, then stop. If you noticed follow-on work worth doing, end with a single short sentence suggesting it to the user — do not perform it.
Compose a high-quality trigger. This is the single most important field
for future retrieval: a one-sentence "when to recall this" description.
Base it on the memory you just saved (its content is already in your context
— do not re-read or hunt for the file) and the situations in which a
future agent would benefit from it — do not mechanically copy the memory's
description. Make it specific enough to match the right tasks and broad
enough not to miss them.
Run the adapter script with just the trigger. The script auto-finds the
memory you just saved this turn (the newest file under this project's native
memory dir) and infers the entity type from its frontmatter:
Do NOT search the filesystem for the memory file — the script locates it.
python3 ~/.claude/evolve-lite/adapt_memory.py \
--trigger "<your synthesized trigger>"
If you saved more than one memory this turn, run the script once per memory, passing each native path explicitly as a first argument.
The script parses the native frontmatter and body, builds the entity
(type = native metadata.type, trigger = your synthesized trigger,
content = the native body with its description carried in as a lead line),
and persists it via the shared entity writer. It is safe to run repeatedly.