fix(memory): sync new memories into pgvector

docs/memory-v2/README.md

@@ -394,6 +394,14 @@ Optional table name for pgvector retrieval. Defaults to `memory_embeddings`.
 
 Optional PostgreSQL pool size for Memory V2 pgvector retrieval. Defaults to `5`.
 
+`MEMORY_PGVECTOR_SYNC_USER_LIMIT`
+
+Maximum number of recent active memories synchronously upserted for the current
+user after a successful `write(...)`, `compact(...)`, or candidate promotion.
+Defaults to `50`. When a session ID is available the sync is additionally scoped
+to that session. This immediate, idempotent sync keeps newly saved memories
+recallable without waiting for the separate global checkpoint backfill.
+
 ## Current Integration Points
 
 Memory V2 is only allowed to sit above existing memory code.

docs/regression-guards/memory-v2-candidate-and-lifecycle.md

@@ -9,6 +9,10 @@
 作用域。若忘却开关开启，即使 `MEMORY_LIFECYCLE_ROLLOUT_MODE=off`，定时器也可能
 归档全量用户的过期记忆。
 
+灰度还曾出现 MySQL 已成功保存新记忆，但 pgvector 仍只包含旧数据：runtime 从全局
+`updated_at=0` 游标开始做有限批次 backfill，新写入行可能长期排在批次之外。结果是
+`agent_memory_resolved` 显示已注入，但回答只拿到旧的无关记忆。
+
 ## 必须保留的行为
 
 1. `MEMORY_CANDIDATE_PERSISTENCE_ENABLED=1` 且 MySQL 可用时，Portal 必须先执行
@@ -21,11 +25,15 @@
    - `canary`：只允许 `MEMORY_LIFECYCLE_ROLLOUT_USER_IDS` 中的用户。
    - `active`：才允许无 user scope 的全局任务。
 5. `forgetMemory()` 和 `expire()` 都必须同时满足功能开关与 rollout 作用域。
+6. 用户记忆 `write/compact` 成功后，必须在返回前按 `userId + sessionId` 将本次活跃记忆
+   幂等 upsert 到 pgvector；候选晋升成功后也必须按实际晋升用户同步。不得依赖从零开始
+   的全局有限批次 backfill 来保证新记忆可立即召回。
 
 ## 回归检查
 
 ```bash
-node --test memory-v2-personal-store.test.mjs memory-v2-lifecycle.test.mjs memory-v2-runtime.test.mjs
+node --test memory-v2-personal-store.test.mjs memory-v2-lifecycle.test.mjs \
+  memory-v2-pgvector-backfill.test.mjs memory-v2-runtime.test.mjs
 npm test
 ```
 

memory-v2-lifecycle.mjs

@@ -126,6 +126,7 @@ export function createMemoryV2LifecycleService({ pool = null, env = process.env,
       params,
     );
     let promoted = 0;
+    const promotedUserIds = new Set();
     for (const row of rows) {
       const id = crypto.createHash('sha256').update(`${row.user_id}\n${row.memory_type}\n${row.content}`).digest('hex');
       const hash = crypto.createHash('sha256').update(`${row.user_id}\n${row.content}`).digest('hex');
@@ -135,10 +136,13 @@ export function createMemoryV2LifecycleService({ pool = null, env = process.env,
          VALUES (?,?,?,?,?,?,?,?,?,?,?,?)`,
         [id, row.user_id, row.memory_type === 'semantic' ? 'knowledge' : row.memory_type, hash, row.content, null, row.session_id, row.confidence, 'active', row.evidence_json, row.created_at, now()],
       );
-      if (Number(result?.affectedRows ?? 0) > 0) promoted += 1;
+      if (Number(result?.affectedRows ?? 0) > 0) {
+        promoted += 1;
+        promotedUserIds.add(String(row.user_id));
+      }
     }
     metrics.promote += 1;
-    return { ok: true, skipped: false, promoted };
+    return { ok: true, skipped: false, promoted, promotedUserIds: [...promotedUserIds] };
   }
 
   async function reflect({ userId = null } = {}) {

memory-v2-lifecycle.test.mjs

@@ -95,3 +95,35 @@ test('expire is limited to the configured canary user', async () => {
   assert.match(calls[0].sql, /user_id = \?/);
   assert.equal(calls[0].params.at(-1), 'u-1');
 });
+
+test('promotion reports the users whose memories were inserted', async () => {
+  const pool = {
+    async query(sql) {
+      if (sql.startsWith('SELECT * FROM h5_memory_v2_candidates')) {
+        return [[{
+          user_id: 'u-1',
+          memory_type: 'episodic',
+          content: '记住灰度代号',
+          session_id: 's-1',
+          confidence: 0.9,
+          evidence_json: '{}',
+          created_at: 100,
+        }]];
+      }
+      if (sql.startsWith('INSERT IGNORE INTO h5_user_memory_items')) {
+        return [{ affectedRows: 1 }];
+      }
+      throw new Error(`Unexpected SQL: ${sql}`);
+    },
+  };
+  const lifecycle = createMemoryV2LifecycleService({ pool, env: {
+    MEMORY_LIFECYCLE_ENABLED: '1',
+    MEMORY_PROMOTION_ENABLED: '1',
+    MEMORY_LIFECYCLE_ROLLOUT_MODE: 'canary',
+    MEMORY_LIFECYCLE_ROLLOUT_USER_IDS: 'u-1',
+  } });
+
+  const result = await lifecycle.promote({ userId: 'u-1' });
+  assert.equal(result.promoted, 1);
+  assert.deepEqual(result.promotedUserIds, ['u-1']);
+});

memory-v2-pgvector-backfill.mjs

@@ -60,61 +60,16 @@ function normalizeLegacyMemory(row) {
   };
 }
 
-export async function loadLegacyMemoryBackfillBatch(mysqlPool, { cursor = {}, limit = DEFAULT_LIMIT } = {}) {
-  if (!mysqlPool?.query) {
-    throw new Error('loadLegacyMemoryBackfillBatch requires a MySQL pool with query(sql, params)');
-  }
-  const resolvedCursor = normalizeCursor(cursor);
-  const resolvedLimit = normalizeLimit(limit);
-  const [rows] = await mysqlPool.query(
-    `SELECT id, user_id, label, memory_text, evidence_message_id, source_session_id,
-            confidence, created_at, updated_at
-     FROM h5_user_memory_items
-     WHERE status = 'active'
-       AND (updated_at > ? OR (updated_at = ? AND id > ?))
-     ORDER BY updated_at ASC, id ASC
-     LIMIT ?`,
-    [resolvedCursor.updatedAt, resolvedCursor.updatedAt, resolvedCursor.id, resolvedLimit],
-  );
-  const memories = (rows ?? []).map((row) => normalizeLegacyMemory(row)).filter(Boolean);
-  const last = memories.at(-1);
-  return {
-    memories,
-    nextCursor: last ? { updatedAt: last.updatedAt, id: last.id } : resolvedCursor,
-    hasMore: memories.length === resolvedLimit,
-  };
-}
-
-export async function backfillLegacyMemoriesToPgvector({
-  mysqlPool,
-  pgPool = null,
-  embedMemory = null,
-  tableName = DEFAULT_TABLE,
-  cursor = {},
-  limit = DEFAULT_LIMIT,
-  dryRun = true,
-} = {}) {
-  const table = quoteIdent(tableName);
-  const batch = await loadLegacyMemoryBackfillBatch(mysqlPool, { cursor, limit });
-  if (dryRun) {
-    return {
-      ok: true,
-      mode: 'dry-run',
-      scanned: batch.memories.length,
-      inserted: 0,
-      nextCursor: batch.nextCursor,
-      hasMore: batch.hasMore,
-    };
-  }
+async function upsertLegacyMemories({ memories, pgPool, embedMemory, tableName }) {
   if (!pgPool?.query) {
-    throw new Error('backfill apply requires a PostgreSQL pool with query(sql, params)');
+    throw new Error('pgvector sync requires a PostgreSQL pool with query(sql, params)');
   }
   if (typeof embedMemory !== 'function') {
-    throw new Error('backfill apply requires embedMemory(memory) => number[]');
+    throw new Error('pgvector sync requires embedMemory(memory) => number[]');
   }
-
+  const table = quoteIdent(tableName);
   let inserted = 0;
-  for (const memory of batch.memories) {
+  for (const memory of memories) {
     const embedding = normalizeEmbedding(await embedMemory(memory));
     if (!embedding) continue;
     await pgPool.query(
@@ -146,6 +101,109 @@ export async function backfillLegacyMemoriesToPgvector({
     );
     inserted += 1;
   }
+  return inserted;
+}
+
+export async function loadLegacyMemoryBackfillBatch(mysqlPool, { cursor = {}, limit = DEFAULT_LIMIT } = {}) {
+  if (!mysqlPool?.query) {
+    throw new Error('loadLegacyMemoryBackfillBatch requires a MySQL pool with query(sql, params)');
+  }
+  const resolvedCursor = normalizeCursor(cursor);
+  const resolvedLimit = normalizeLimit(limit);
+  const [rows] = await mysqlPool.query(
+    `SELECT id, user_id, label, memory_text, evidence_message_id, source_session_id,
+            confidence, created_at, updated_at
+     FROM h5_user_memory_items
+     WHERE status = 'active'
+       AND (updated_at > ? OR (updated_at = ? AND id > ?))
+     ORDER BY updated_at ASC, id ASC
+     LIMIT ?`,
+    [resolvedCursor.updatedAt, resolvedCursor.updatedAt, resolvedCursor.id, resolvedLimit],
+  );
+  const memories = (rows ?? []).map((row) => normalizeLegacyMemory(row)).filter(Boolean);
+  const last = memories.at(-1);
+  return {
+    memories,
+    nextCursor: last ? { updatedAt: last.updatedAt, id: last.id } : resolvedCursor,
+    hasMore: memories.length === resolvedLimit,
+  };
+}
+
+export async function loadLegacyUserMemorySyncBatch(
+  mysqlPool,
+  { userId, sessionId = null, limit = DEFAULT_LIMIT } = {},
+) {
+  if (!mysqlPool?.query) {
+    throw new Error('loadLegacyUserMemorySyncBatch requires a MySQL pool with query(sql, params)');
+  }
+  const resolvedUserId = String(userId ?? '').trim();
+  if (!resolvedUserId) throw new Error('loadLegacyUserMemorySyncBatch requires userId');
+  const resolvedSessionId = String(sessionId ?? '').trim();
+  const resolvedLimit = normalizeLimit(limit);
+  const sessionScope = resolvedSessionId ? ' AND source_session_id = ?' : '';
+  const params = resolvedSessionId
+    ? [resolvedUserId, resolvedSessionId, resolvedLimit]
+    : [resolvedUserId, resolvedLimit];
+  const [rows] = await mysqlPool.query(
+    `SELECT id, user_id, label, memory_text, evidence_message_id, source_session_id,
+            confidence, created_at, updated_at
+     FROM h5_user_memory_items
+     WHERE status = 'active'
+       AND user_id = ?${sessionScope}
+     ORDER BY updated_at DESC, id DESC
+     LIMIT ?`,
+    params,
+  );
+  return (rows ?? []).map((row) => normalizeLegacyMemory(row)).filter(Boolean);
+}
+
+export async function syncLegacyUserMemoriesToPgvector({
+  mysqlPool,
+  pgPool,
+  embedMemory,
+  tableName = DEFAULT_TABLE,
+  userId,
+  sessionId = null,
+  limit = DEFAULT_LIMIT,
+} = {}) {
+  const memories = await loadLegacyUserMemorySyncBatch(mysqlPool, { userId, sessionId, limit });
+  const inserted = await upsertLegacyMemories({ memories, pgPool, embedMemory, tableName });
+  return {
+    ok: true,
+    mode: 'user-sync',
+    scanned: memories.length,
+    inserted,
+    userId: String(userId),
+    sessionId: sessionId == null ? null : String(sessionId),
+  };
+}
+
+export async function backfillLegacyMemoriesToPgvector({
+  mysqlPool,
+  pgPool = null,
+  embedMemory = null,
+  tableName = DEFAULT_TABLE,
+  cursor = {},
+  limit = DEFAULT_LIMIT,
+  dryRun = true,
+} = {}) {
+  const batch = await loadLegacyMemoryBackfillBatch(mysqlPool, { cursor, limit });
+  if (dryRun) {
+    return {
+      ok: true,
+      mode: 'dry-run',
+      scanned: batch.memories.length,
+      inserted: 0,
+      nextCursor: batch.nextCursor,
+      hasMore: batch.hasMore,
+    };
+  }
+  const inserted = await upsertLegacyMemories({
+    memories: batch.memories,
+    pgPool,
+    embedMemory,
+    tableName,
+  });
 
   return {
     ok: true,

memory-v2-pgvector-backfill.test.mjs

@@ -3,6 +3,8 @@ import test from 'node:test';
 import {
   backfillLegacyMemoriesToPgvector,
   loadLegacyMemoryBackfillBatch,
+  loadLegacyUserMemorySyncBatch,
+  syncLegacyUserMemoriesToPgvector,
 } from './memory-v2-pgvector-backfill.mjs';
 
 function createMysqlPool(rows) {
@@ -162,3 +164,55 @@ test('backfillLegacyMemoriesToPgvector apply requires pg pool and embedding func
     /embedMemory/,
   );
 });
+
+test('loadLegacyUserMemorySyncBatch scopes recent memories to one user and session', async () => {
+  const calls = [];
+  const mysqlPool = {
+    async query(sql, params) {
+      calls.push({ sql, params });
+      return [[legacyRows[1]]];
+    },
+  };
+
+  const memories = await loadLegacyUserMemorySyncBatch(mysqlPool, {
+    userId: 'user-1',
+    sessionId: 'session-2',
+    limit: 25,
+  });
+
+  assert.equal(memories.length, 1);
+  assert.equal(memories[0].id, 'mem-2');
+  assert.match(calls[0].sql, /user_id = \?/);
+  assert.match(calls[0].sql, /source_session_id = \?/);
+  assert.match(calls[0].sql, /ORDER BY updated_at DESC/);
+  assert.deepEqual(calls[0].params, ['user-1', 'session-2', 25]);
+});
+
+test('syncLegacyUserMemoriesToPgvector immediately upserts the scoped memory', async () => {
+  const pgCalls = [];
+  const mysqlPool = {
+    async query() {
+      return [[legacyRows[0]]];
+    },
+  };
+
+  const result = await syncLegacyUserMemoriesToPgvector({
+    mysqlPool,
+    pgPool: {
+      async query(sql, params) {
+        pgCalls.push({ sql, params });
+        return { rows: [] };
+      },
+    },
+    embedMemory: async () => [0.2, 0.4],
+    userId: 'user-1',
+    sessionId: 'session-1',
+    limit: 10,
+  });
+
+  assert.equal(result.mode, 'user-sync');
+  assert.equal(result.scanned, 1);
+  assert.equal(result.inserted, 1);
+  assert.match(pgCalls[0].sql, /INSERT INTO "memory_embeddings"/);
+  assert.equal(pgCalls[0].params[4], 'mem-1');
+});

memory-v2-runtime.mjs

@@ -12,7 +12,10 @@ import {
 import { createMem0HttpClient, createMem0MemoryBackend } from './memory-v2-mem0.mjs';
 import { createNeo4jHttpClient, createNeo4jMemoryBackend } from './memory-v2-neo4j.mjs';
 import { createPgvectorMemoryBackend } from './memory-v2-pgvector.mjs';
-import { backfillLegacyMemoriesToPgvector } from './memory-v2-pgvector-backfill.mjs';
+import {
+  backfillLegacyMemoriesToPgvector,
+  syncLegacyUserMemoriesToPgvector,
+} from './memory-v2-pgvector-backfill.mjs';
 import { createQdrantHttpClient, createQdrantMemoryBackend } from './memory-v2-qdrant.mjs';
 import { createRedisStreamsClient, createRedisStreamsMemoryBackend } from './memory-v2-redis-streams.mjs';
 import { createWeaviateHttpClient, createWeaviateMemoryBackend } from './memory-v2-weaviate.mjs';
@@ -464,8 +467,26 @@ export async function createMemoryV2Runtime({
   let pgBackfillBusy = false;
   let pgBackfillCursor = { updatedAt: 0, id: '' };
 
-  async function syncPgvectorFromLegacy() {
+  async function syncPgvectorFromLegacy({ userId = null, sessionId = null } = {}) {
     if (!pgBackfillEnabled || !pgPoolRef || !pgEmbedQuery || !mysqlPool?.query) return;
+    if (userId) {
+      try {
+        await syncLegacyUserMemoriesToPgvector({
+          mysqlPool,
+          pgPool: pgPoolRef,
+          embedMemory: (item) => pgEmbedQuery(item.text, item),
+          tableName: env?.MEMORY_PGVECTOR_TABLE,
+          userId,
+          sessionId,
+          limit: Math.max(1, Number(env?.MEMORY_PGVECTOR_SYNC_USER_LIMIT ?? 50) || 50),
+        });
+      } catch (err) {
+        logger?.warn?.(
+          `[memory-v2] pgvector user sync skipped: ${err instanceof Error ? err.message : err}`,
+        );
+      }
+      return;
+    }
     if (pgBackfillBusy) return;
     pgBackfillBusy = true;
     try {
@@ -493,12 +514,29 @@ export async function createMemoryV2Runtime({
     }
   }
 
+  const originalLifecyclePromote = lifecycle.promote.bind(lifecycle);
+  lifecycle.promote = async (input = {}) => {
+    const result = await originalLifecyclePromote(input);
+    if (Number(result?.promoted ?? 0) > 0) {
+      const promotedUserIds = Array.isArray(result?.promotedUserIds)
+        ? result.promotedUserIds
+        : input?.userId ? [input.userId] : [];
+      for (const userId of promotedUserIds) {
+        await syncPgvectorFromLegacy({ userId });
+      }
+    }
+    return result;
+  };
+
   function wrapMemorySideEffect(methodName) {
     const original = memory[methodName].bind(memory);
     memory[methodName] = async (input = {}) => {
       const result = await original(input);
-      if ((result?.memories ?? 0) > 0 || (result?.analyzed ?? 0) > 0) {
-        void syncPgvectorFromLegacy();
+      if (input?.userId || (result?.memories ?? 0) > 0 || (result?.analyzed ?? 0) > 0) {
+        await syncPgvectorFromLegacy({
+          userId: input?.userId ?? null,
+          sessionId: input?.sessionId ?? null,
+        });
       }
       return result;
     };

memory-v2-runtime.test.mjs

@@ -127,6 +127,172 @@ test('createMemoryV2Runtime fails open when candidate schema initialization fail
   await memory.close();
 });
 
+test('createMemoryV2Runtime syncs a successful user memory write into pgvector before returning', async () => {
+  const mysqlCalls = [];
+  const pgCalls = [];
+  class FakePool {
+    async query(sql, params) {
+      pgCalls.push({ sql, params });
+      return { rows: [] };
+    }
+    async end() {}
+  }
+  const mysqlPool = {
+    async query(sql, params) {
+      mysqlCalls.push({ sql, params });
+      if (sql.includes('FROM h5_user_memory_items')) {
+        return [[{
+          id: 'mem-new',
+          user_id: 'u-1',
+          label: 'fact',
+          memory_text: '灰度代号 MEM-NEW',
+          evidence_message_id: 'msg-1',
+          source_session_id: 's-new',
+          confidence: 0.9,
+          status: 'active',
+          created_at: 100,
+          updated_at: 200,
+        }]];
+      }
+      throw new Error(`Unexpected MySQL query: ${sql}`);
+    },
+  };
+  const memory = await createMemoryV2Runtime({
+    logger: silentLogger(),
+    mysqlPool,
+    legacyMemoryService: legacyService(),
+    env: {
+      MEMORY_ENABLED: '1',
+      MEMORY_EVENT_LOG_ENABLED: '1',
+      MEMORY_BACKEND: 'pgvector',
+      MEMORY_VECTOR_ENABLED: '1',
+      MEMORY_PGVECTOR_DATABASE_URL: 'postgresql://local/memory',
+      MEMORY_PGVECTOR_EMBEDDING_MODULE: './fake-embed.mjs',
+    },
+    async importPg() { return { Pool: FakePool }; },
+    async importModule() { return { embedQuery: async () => [0.1, 0.2] }; },
+  });
+
+  const result = await memory.write({ userId: 'u-1', sessionId: 's-new', messages: [] });
+  assert.equal(result.memories, 1);
+  assert.match(mysqlCalls[0].sql, /user_id = \?/);
+  assert.match(mysqlCalls[0].sql, /source_session_id = \?/);
+  assert.deepEqual(mysqlCalls[0].params, ['u-1', 's-new', 50]);
+  const insert = pgCalls.find((call) => call.sql.includes('INSERT INTO "memory_embeddings"'));
+  assert.ok(insert);
+  assert.equal(insert.params[1], '灰度代号 MEM-NEW');
+  await memory.close();
+});
+
+test('createMemoryV2Runtime retries scoped pgvector sync after a deduplicated memory write', async () => {
+  const pgCalls = [];
+  class FakePool {
+    async query(sql, params) {
+      pgCalls.push({ sql, params });
+      return { rows: [] };
+    }
+    async end() {}
+  }
+  const mysqlPool = {
+    async query(sql) {
+      if (sql.includes('FROM h5_user_memory_items')) {
+        return [[{
+          id: 'mem-existing',
+          user_id: 'u-1',
+          label: 'fact',
+          memory_text: '需要重试同步的既有记忆',
+          source_session_id: 's-existing',
+          confidence: 0.9,
+          created_at: 100,
+          updated_at: 200,
+        }]];
+      }
+      throw new Error(`Unexpected MySQL query: ${sql}`);
+    },
+  };
+  const memory = await createMemoryV2Runtime({
+    logger: silentLogger(),
+    mysqlPool,
+    legacyMemoryService: {
+      ...legacyService(),
+      async saveAndAnalyze() {
+        return { saved: 0, analyzed: 0, memories: 0 };
+      },
+    },
+    env: {
+      MEMORY_ENABLED: '1',
+      MEMORY_BACKEND: 'pgvector',
+      MEMORY_VECTOR_ENABLED: '1',
+      MEMORY_PGVECTOR_DATABASE_URL: 'postgresql://local/memory',
+      MEMORY_PGVECTOR_EMBEDDING_MODULE: './fake-embed.mjs',
+    },
+    async importPg() { return { Pool: FakePool }; },
+    async importModule() { return { embedQuery: async () => [0.1, 0.2] }; },
+  });
+
+  const result = await memory.write({ userId: 'u-1', sessionId: 's-existing', messages: [] });
+  assert.equal(result.memories, 0);
+  const insert = pgCalls.find((call) => call.sql.includes('INSERT INTO "memory_embeddings"'));
+  assert.ok(insert);
+  assert.equal(insert.params[1], '需要重试同步的既有记忆');
+  await memory.close();
+});
+
+test('createMemoryV2Runtime syncs promoted canary candidates into pgvector', async () => {
+  const pgCalls = [];
+  class FakePool {
+    async query(sql, params) {
+      pgCalls.push({ sql, params });
+      return { rows: [] };
+    }
+    async end() {}
+  }
+  const mysqlPool = {
+    async query(sql) {
+      if (sql.startsWith('SELECT * FROM h5_memory_v2_candidates')) {
+        return [[{
+          user_id: 'u-1', memory_type: 'episodic', content: '候选灰度代号',
+          session_id: 's-1', confidence: 0.9, evidence_json: '{}', created_at: 100,
+        }]];
+      }
+      if (sql.startsWith('INSERT IGNORE INTO h5_user_memory_items')) return [{ affectedRows: 1 }];
+      if (sql.includes('FROM h5_user_memory_items')) {
+        return [[{
+          id: 'mem-promoted', user_id: 'u-1', label: 'episodic', memory_text: '候选灰度代号',
+          source_session_id: 's-1', confidence: 0.9, status: 'active', created_at: 100, updated_at: 200,
+        }]];
+      }
+      throw new Error(`Unexpected MySQL query: ${sql}`);
+    },
+  };
+  const memory = await createMemoryV2Runtime({
+    logger: silentLogger(),
+    mysqlPool,
+    legacyMemoryService: legacyService(),
+    env: {
+      MEMORY_ENABLED: '1',
+      MEMORY_BACKEND: 'pgvector',
+      MEMORY_VECTOR_ENABLED: '1',
+      MEMORY_PGVECTOR_DATABASE_URL: 'postgresql://local/memory',
+      MEMORY_PGVECTOR_EMBEDDING_MODULE: './fake-embed.mjs',
+      MEMORY_LIFECYCLE_ENABLED: '1',
+      MEMORY_PROMOTION_ENABLED: '1',
+      MEMORY_LIFECYCLE_ROLLOUT_MODE: 'canary',
+      MEMORY_LIFECYCLE_ROLLOUT_USER_IDS: 'u-1',
+    },
+    async importPg() { return { Pool: FakePool }; },
+    async importModule() { return { embedQuery: async () => [0.3, 0.4] }; },
+  });
+
+  const result = await memory.lifecycle.promote({ userId: 'u-1' });
+  assert.equal(result.promoted, 1);
+  assert.deepEqual(result.promotedUserIds, ['u-1']);
+  const insert = pgCalls.find((call) => call.sql.includes('INSERT INTO "memory_embeddings"'));
+  assert.ok(insert);
+  assert.equal(insert.params[1], '候选灰度代号');
+  await memory.close();
+});
+
 test('createMemoryV2Runtime selects pgvector only when pool and embedding are configured', async () => {
   const queries = [];
   let poolEnded = false;