2026-03-01T11-18-02_auto_memory/memories.db-wal, memory/memories.db-wal, me

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Nicholai Vogel 2026-03-01 04:18:02 -07:00
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# 2026-03-01 Session Notes
## Incremental Embedding Refresh Tracker Implementation Plan
Received detailed plan for implementing a background polling loop to detect and refresh stale/missing embeddings in the Signet memory pipeline. The tracker runs independently and processes embeddings in small batches to avoid overwhelming the system.
### Architecture Decisions
The tracker uses a **setTimeout chain** instead of setInterval for natural backpressure — each cycle schedules the next after current processing completes, rather than on a fixed timer. This prevents queue buildup if embedding fetches slow down.
### Core Mechanism
Polling loop:
1. Check embedding provider health (uses existing 30s cache)
2. Query stale embeddings: missing embeddings, content hash mismatches, or model drift
3. Fetch embeddings sequentially with 30s timeout per request
4. Batch write successful results in single transaction
5. Idempotent via `ON CONFLICT(content_hash) DO UPDATE`
### Configuration
Three parameters in `PipelineEmbeddingTrackerConfig`:
- `enabled` (boolean, default true)
- `pollMs` (5000ms default, clamped 100060000ms)
- `batchSize` (8 default, clamped 120)
### Integration Points
1. **types.ts** — Add `PipelineEmbeddingTrackerConfig` interface to `PipelineV2Config`
2. **memory-config.ts** — Parse tracker config using existing `clampPositive` pattern
3. **embedding-tracker.ts** (new ~200 LOC) — Core polling module with graceful shutdown
4. **daemon.ts** — Start tracker after pipeline init, stop before DB cleanup, enhance `/api/embeddings/status` endpoint
### Edge Cases Handled
Race conditions on concurrent remember/update (idempotent write), provider downtime (retries next cycle), model switching (old embeddings deleted by hash), large backlogs (intentional backpressure at ~100/min), empty DB (returns immediately).
### Next Steps
Implementation in order: types → memory-config → new embedding-tracker module → daemon wiring. Verification via build, typecheck, lint, then manual testing with stale embeddings.

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