Problem
The implemented compactor behavior and the public docs disagree.
Current runtime behavior:
- The compactor is context management only.
- It runs a one-turn summarization worker.
- It has no tool server.
- It does not receive
memory_save.
- Durable memory extraction is handled by memory persistence branches and explicit memory tools elsewhere.
Stale docs still describe the old model where the compaction agent extracts memories using memory_save.
Files to update
docs/content/docs/(core)/compaction.mdx
docs/content/docs/(core)/memory.mdx
docs/content/docs/(features)/tools.mdx
src/agent/compactor.rs comments, if still stale
- Design docs only if they are not being changed by an active working-memory PR
Desired invariant
Compaction is context management only.
The compactor watches context size, removes older turns, asks a one-turn LLM worker for a concise summary, and injects that summary into history.
It does not receive memory tools and does not write durable memories.
Durable memory extraction happens through branches, ingestion, cortex, and silent memory persistence branches. Working-memory events provide temporal signals that can trigger persistence earlier.
Suggested verification
rg -n "compactor.*memory_save|memory_save.*compactor|Extract memories|max_turns\\(10\\)|compaction agent has access" docs src prompts
just gate-pr
Problem
The implemented compactor behavior and the public docs disagree.
Current runtime behavior:
memory_save.Stale docs still describe the old model where the compaction agent extracts memories using
memory_save.Files to update
docs/content/docs/(core)/compaction.mdxdocs/content/docs/(core)/memory.mdxdocs/content/docs/(features)/tools.mdxsrc/agent/compactor.rscomments, if still staleDesired invariant
Compaction is context management only.
The compactor watches context size, removes older turns, asks a one-turn LLM worker for a concise summary, and injects that summary into history.
It does not receive memory tools and does not write durable memories.
Durable memory extraction happens through branches, ingestion, cortex, and silent memory persistence branches. Working-memory events provide temporal signals that can trigger persistence earlier.
Suggested verification
rg -n "compactor.*memory_save|memory_save.*compactor|Extract memories|max_turns\\(10\\)|compaction agent has access" docs src prompts just gate-pr