The beam backend never invoked the embedding pipeline during normal
operation: `remember()`/`rememberBatch()`/`updateWorking()` skipped `embed()`
entirely and `recall()`/`recallEnhanced()` never called `embedQuery()` on
the query text. As a result `memory_embeddings` stayed empty in every
deployment and recall silently degraded to FTS-only regardless of the
configured provider (fastembed, OpenAI-compatible API, custom).
- Added `scheduleEmbedding` on `beam.pendingExtractions` (mirroring
`scheduleFactExtraction`) and wired it from `remember`, `rememberBatch`,
`updateWorking`, and `consolidateToEpisodic`. Writes
`INSERT OR REPLACE INTO memory_embeddings(memory_id, embedding_json, model)`
with the active runtime-options model, captured before the AsyncLocalStorage
scope exits and re-entered inside the task.
- Auto-derived `queryEmbedding` inside `recall()` via `embedQuery(query)` when
the caller did not pass one. `queryEmbedding: null` is preserved as the
explicit FTS-only opt-out; `undefined` triggers auto-derive.
- Propagated `queryEmbedding` through `Mnemopi`'s `toRecallOptions` so the
facade no longer strips the override on the way to the beam layer.
- Made `Mnemopi.recall`/`recallEnhanced`/`search`/`query`, the module-level
exports, `BeamMemory.recall`/`recallEnhanced`, the free `recall`/`recallEnhanced`,
and `orchestrateRecall` async. MCP `handleToolCall`/`callToolJson`/`handleJsonRpc`
follow suit so the recall handler can await.
- Fixed `withBeam`/`withSharedBeam` to defer `beam.close()` until the async
handler resolves; otherwise the new async recall hit
`RangeError: Cannot use a closed database`.
- Updated CLI, MCP entrypoints, coding-agent `MnemopiSessionState`, and every
affected test to await the new shapes.
Verified with a new regression suite (`test/issue-1832-embedding-population.test.ts`)
exercising both ends of the bug: empty `memory_embeddings` and zero
`dense_score`.
Fixes#1832
- Resolved memory backend before instruction assembly and used it to build developer instructions.
- Added a `memoryRootEnabled` prompt option when the memory backend id is `local`.
- Typed Mnemosyne memory state types and updated `registerMnemosyneState()` to call `setMnemosyneSessionState()`.
- Documented that `@oh-my-pi/pi-mnemosyne/diagnose` export was added in the mnemosyne changelog.
- Added `memory_edit` tool for update, forget, and invalidate operations on Mnemosyne memories by id.
- Added `stats` and `diagnose` methods to `MemoryBackend` interface with Mnemosyne implementations.
- Exposed `/memory stats` and `/memory diagnose` slash commands in TUI and ACP modes.
- Refactored recall output to include memory ids via `formatScopedRecallWithIds`.
- Added tests for `MnemosyneSessionState` lifecycle, including turn-based auto-retain.
- Added tests covering scoped Mnemosyne database clearing and per-project bank derivation.
- Added a task renderer test to suppress per-task previews when `renderContext.hasResult` is true.
- Strips project-bank tokens from the query before a second recall pass on the global bank.
- Prevents broad user-preference memories from being missed when the query is packed with project-specific tokens.
- Added helper functions for bank name tokenization, phrase stripping, and query normalization.
- Renamed HindsightRecall/Reflect/RetainTool classes and files to Memory* for backend-neutral naming.
- Fixed Mnemosyne state to resolve separate db paths per bank instead of sharing one file.
- Updated test file and all imports to reflect the new names.
roboomp