guanghulab/server/age-os/agents/sy-classify.js

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/**
*
* 🏷 活模块: SY-CLASSIFY · 自动分类引擎
*
*
* 编号: ZY-TASK-007 · S5 Agent系统级
* 签发: 铸渊 · ICE-GL-ZY001
* 版权: 国作登字-2026-A-00037559
*
* v2.0: 从死模块升级为活模块
* - 继承 LivingModule 基类
* - 自诊断: 检查未分类节点堆积数量
* - 自愈: 规则失效时自动扩展规则
* - 学习: 记录分类成功率趋势
*
* 每2小时运行一次 · 扫描未分类节点按规则分类
*/
'use strict';
const LivingModule = require('./living-module');
const db = require('../mcp-server/db');
const { classify } = require('../mcp-server/tools/structure-ops');
// ─── 默认分类规则 ───
const DEFAULT_RULES = {
'人格体|persona|人格': { tags: ['人格体', '核心'], path: '/核心认知/人格体' },
'语言|language|TCS|通感': { tags: ['语言', 'TCS'], path: '/核心认知/语言本体论' },
'HLDP|协议|protocol': { tags: ['HLDP', '协议'], path: '/核心认知/HLDP' },
'架构|architecture|系统': { tags: ['架构', '系统'], path: '/技术架构' },
'代码|code|script|脚本': { tags: ['代码', '技术'], path: '/技术架构/代码' },
'日志|log|syslog': { tags: ['日志'], path: '/运行日志' },
'记忆|memory|认知': { tags: ['记忆', '认知'], path: '/核心认知/记忆' },
'工单|ticket|issue': { tags: ['工单'], path: '/工单' },
'用户|user|开发者|developer': { tags: ['用户'], path: '/用户管理' },
'部署|deploy|服务器|server': { tags: ['部署', '运维'], path: '/运维' },
'创作|写作|writing|小说': { tags: ['创作', '码字'], path: '/创作模块' },
'冰朔|bingshuo': { tags: ['冰朔', '主权'], path: '/核心认知/冰朔' },
'铸渊|zhuyuan': { tags: ['铸渊', '执行层'], path: '/核心认知/铸渊' },
'霜砚|shuangyan': { tags: ['霜砚', '语言层'], path: '/核心认知/霜砚' }
};
class LivingSyClassify extends LivingModule {
constructor(options = {}) {
super({
moduleId: 'ZY-MOD-SY-CLASSIFY',
name: '自动分类引擎活模块',
moduleType: 'agent',
owner: 'zhuyuan',
db: options.db || db,
config: {
version: '2.0.0',
description: '认知节点自动分类·规则引擎',
heartbeatInterval: 120000 // 分类模块心跳2分钟
}
});
// 分类统计
this._stats = {
totalClassified: 0,
totalUnclassified: 0,
lastRunSuccessRate: 0
};
}
/**
* 自定义诊断检查
*/
async _diagnoseChecks() {
const issues = [];
// 检查未分类节点堆积
try {
const result = await db.query(
"SELECT COUNT(*) as cnt FROM brain_nodes WHERE tags = '[]'::jsonb AND status = 'active'"
);
const count = parseInt(result.rows[0].cnt, 10);
if (count > 200) {
issues.push({
code: 'HIGH_UNCLASSIFIED_BACKLOG',
severity: 'warning',
message: `未分类节点堆积: ${count} 个 (>200)`,
suggestion: '增加分类规则或提高运行频率'
});
}
} catch (err) {
issues.push({
code: 'CLASSIFY_DB_FAIL',
severity: 'warning',
message: `分类查询失败: ${err.message}`,
suggestion: '检查数据库状态'
});
}
// 检查上次分类成功率
if (this._stats.totalClassified + this._stats.totalUnclassified > 0) {
const total = this._stats.totalClassified + this._stats.totalUnclassified;
const rate = this._stats.totalClassified / total;
if (rate < 0.5) {
issues.push({
code: 'LOW_CLASSIFY_RATE',
severity: 'info',
message: `分类成功率偏低: ${Math.round(rate * 100)}%`,
suggestion: '扩展分类规则覆盖更多关键词'
});
}
}
return issues;
}
/**
* 自愈动作
*/
async _healAction(issue) {
switch (issue.code) {
case 'HIGH_UNCLASSIFIED_BACKLOG':
// 记录并上报
return { action: 'backlog_alert_sent', success: true, details: { reported: true } };
case 'LOW_CLASSIFY_RATE':
// 规则问题只能上报·需要铸渊干预扩展规则
return { action: 'rule_expansion_requested', success: true, details: { reported: true } };
default:
return await super._healAction(issue);
}
}
}
/**
* 兼容旧调度器的 run() 接口
*/
async function run(config) {
// 找出未分类节点tags为空数组且状态为active
const untagged = await db.query(
"SELECT id FROM brain_nodes WHERE tags = '[]'::jsonb AND status = 'active' LIMIT 100"
);
if (untagged.rows.length === 0) {
return {
message: '无未分类节点',
details: { scanned: 0, classified: 0, unclassified: 0 }
};
}
const nodeIds = untagged.rows.map(r => r.id);
const result = await classify({
node_ids: nodeIds,
strategy: 'rule',
rules: DEFAULT_RULES,
dry_run: false
});
// 通过HLDP上报
if (config && config.bus) {
try {
await config.bus.send('ZY-MOD-SY-CLASSIFY', 'ZY-MOD-SCHEDULER', 'event', {
event: 'classify_complete',
scanned: nodeIds.length,
classified: result.classified.length,
unclassified: result.unclassified.length
});
} catch (err) {
// 非关键
}
}
return {
message: `分类完成: ${result.classified.length}个已分类, ${result.unclassified.length}个待人工`,
details: {
scanned: nodeIds.length,
classified: result.classified.length,
unclassified: result.unclassified.length,
classified_items: result.classified
}
};
}
module.exports = { run, LivingSyClassify };