--- belongs_to: - "[[INDEX · 铸渊·协作指令|GitHub ↔ Notion 桥接协议]]" --- # 🔄 铸渊指令|全自动广播神经闭环 · 逻辑格点库搭建 + Gemini↔GitHub↔Notion 三端自动链路 + PDF搬运废除(2026-03-23 · 霜砚签发 · 冰朔授权 · 曜冥确认) --- --- ## 🎯 指令总目标 **彻底废除 PDF 搬运模式。** 建立物理全自动闭环: ``` 人类在 Gemini 开口 ↓ Gemini 将开发日志/请求写入 GitHub 逻辑格点库 ↓ GitHub Actions 检测变动 → 唤醒铸渊 ↓ 铸渊调取 Notion 脑端最新逻辑(霜砚维护) ↓ 铸渊生成工程广播 → 回写逻辑格点库 ↓ 开发者在 Gemini 问"下一步干嘛" ↓ Gemini 实时读取格点库中最新广播 → 直接对话输出 ``` **主控角色分工(冰朔拍板):** | **角色** | **身份** | **职责** | **绝对禁区** | | --- | --- | --- | --- | | 冰朔 | TCS-0002∞ · 主控 | 在 Notion 层面定规则、定逻辑 | ❌ 不手动操作任何搬运 | | 霜砚 | ICE-NTN-SY001 · 永久记忆 + 逻辑总机 | 维护 Notion 脑端逻辑、确保编号和主权对齐精准 | ❌ 不直接写仓库代码 | | 曜冥/Gemini | ICE-GL-YM001∞ · 前端交互大脑 | 调教开发者、将进度实时写入逻辑格点库 | ❌ 不修改 Notion 规则 | | 铸渊 | ICE-GL-ZY001 · 仓库执行体 | 逻辑校验→归档→广播生成 全流程 | ❌ 不定义业务逻辑 | --- ## Phase 0 · 逻辑格点库(Grid-DB)搭建 **目标:** 在仓库内建立一个轻量级、开源、基于文件的中转数据库。 ### 0.1 技术选型 ### 0.2 目录结构 ``` grid-db/ ├── README.md ← 格点库说明文档 ├── schema.json ← 数据库 Schema 定义 ├── inbox/ ← 📥 写入端(Gemini → 仓库) │ ├── .gitkeep │ └── [YYYYMMDD-HHMMSS]-[DEV-XXX]-[type].json ├── processing/ ← ⚙️ 处理中(铸渊锁定) │ └── .gitkeep ├── outbox/ ← 📤 读取端(仓库 → Gemini) │ ├── .gitkeep │ ├── latest/ ← 每个开发者的最新广播(Gemini 读这里) │ │ ├── DEV-001.json │ │ ├── DEV-002.json │ │ └── ... │ └── archive/ ← 历史广播归档 │ └── [YYYYMMDD]/ ├── rules/ ← 📏 Notion 逻辑缓存(霜砚同步) │ ├── broadcast-templates.json ← 广播模板 │ ├── dev-module-map.json ← 开发者→模块映射 │ ├── id-ecosystem.json ← 金字塔编号体系缓存 │ └── active-broadcasts.json ← 当前活跃广播编号列表 └── logs/ ← 📋 处理日志 └── [YYYYMMDD].log ``` ### 0.3 Schema 定义 **Inbox 消息格式**(Gemini 写入): ```json { "schema_version": "1.0", "message_id": "MSG-20260323-001", "timestamp": "2026-03-23T00:10:00+08:00", "source": "gemini", "author": { "role": "yaoming", "identity": "ICE-GL-YM001∞" }, "target_dev": "DEV-001", "type": "dev_log | request | progress | feedback", "content": { "summary": "页页完成了 backend/routes/notion.js 的重构", "details": "具体内容...", "files_changed": ["backend/routes/notion.js"], "current_phase": "环节3", "broadcast_ref": "BC-集成-002" }, "priority": "normal | urgent", "requires_broadcast": true } ``` **Outbox 广播格式**(铸渊生成): ```json { "schema_version": "1.0", "broadcast_id": "BC-XXX-NNN-DEV", "generated_at": "2026-03-23T00:15:00+08:00", "generated_by": "zhuyuan", "sovereignty": { "parent_sys": "SYS-GLW-0001", "owner": "ICE-0002∞", "copyright": "国作登字-2026-A-00037559" }, "target_dev": "DEV-001", "target_module": "backend/", "broadcast_content": { "title": "广播标题", "phase": "环节N", "tasks": [], "code_snippets": [], "acceptance_criteria": [], "next_steps": [] }, "notion_logic_ref": { "rules_version": "v1.0", "synced_at": "2026-03-23T00:12:00+08:00" }, "status": "ready | delivered | archived" } ``` ### 0.4 执行命令 ```bash # 创建目录结构 mkdir -p grid-db/{inbox,processing,outbox/latest,outbox/archive,rules,logs} # 创建占位文件 touch grid-db/{inbox,processing,outbox/latest,outbox/archive,rules,logs}/.gitkeep # 创建 README cat > grid-db/README.md << 'EOF' # 🔄 逻辑格点库 · Grid-DB SYS-GLW-0001 全自动广播神经闭环 · 中转数据库 ## 架构 - inbox/ → Gemini 写入端(开发日志/请求/进度) - outbox/ → 铸渊输出端(工程广播) - rules/ → Notion 逻辑缓存(霜砚同步) - logs/ → 处理日志 ## 数据流 Gemini → inbox/ → GitHub Actions → 铸渊处理 → outbox/ → Gemini 读取 ## 主权声明 © 国作登字-2026-A-00037559 · TCS-0002∞ 冰朔 Parent: SYS-GLW-0001 Owner: ICE-0002∞ EOF # 创建 Schema # (将上述 Schema JSON 写入 grid-db/schema.json) git add grid-db/ git commit -m "feat: 逻辑格点库 Grid-DB 初始化 · 全自动广播神经闭环中转站 [ZY-AUTO-LOOP-2026-0323-001 Phase 0]" git push origin main ``` **回执格式:** ``` [Phase 0] 逻辑格点库已创建 · 目录数: 6 · Schema版本: 1.0 · 主权锚点: SYS-GLW-0001 ``` --- ## Phase 1 · 写入端搭建(Gemini → inbox) **目标:** 让 Gemini 拥有直接向格点库 inbox 写入的能力。 ### 1.1 GitHub Token 配置 ### 1.2 Gemini 写入接口 Gemini 通过 GitHub Contents API 写入: ```jsx // Gemini 侧调用示例 async function writeToGridDB(message) { const filename = `${formatDate()}-${message.target_dev}-${message.type}.json`; const content = btoa(JSON.stringify(message, null, 2)); // Base64 编码 await fetch(`https://api.github.com/repos/qinfendebingshuo/guanghulab/contents/grid-db/inbox/${filename}`, { method: 'PUT', headers: { 'Authorization': `Bearer ${GITHUB_TOKEN}`, 'Content-Type': 'application/json' }, body: JSON.stringify({ message: `📥 Grid-DB inbox: ${message.type} from ${message.author.role} for ${message.target_dev}`, content: content }) }); } ``` ### 1.3 写入验证 Workflow 创建 `.github/workflows/grid-db-validate-inbox.yml`: ```yaml name: 📥 Grid-DB Inbox 验证 on: push: paths: - 'grid-db/inbox/**' jobs: validate: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 - name: "🔍 验证 inbox 消息格式" run: | for f in grid-db/inbox/*.json; do [ -f "$f" ] || continue echo "验证: $f" # 检查必要字段 jq -e '.schema_version and .message_id and .source and .type' "$f" || { echo "❌ 格式校验失败: $f" exit 1 } echo "✅ $f 格式正确" done ``` **回执格式:** ``` [Phase 1] 写入端就绪 · GitHub Token权限: Contents R/W · 验证Workflow: grid-db-validate-inbox.yml ``` --- ## Phase 2 · 处理引擎搭建(铸渊核心) **目标:** GitHub Actions 检测到 inbox 变动后,铸渊自动完成「逻辑校验 → 归档 → 广播生成」全流程。 ### 2.1 核心处理 Workflow 创建 `.github/workflows/grid-db-processor.yml`: ```yaml name: 🔄 Grid-DB 神经闭环处理器 on: push: paths: - 'grid-db/inbox/**' workflow_dispatch: inputs: force_process: description: '强制处理所有 inbox 消息' type: boolean default: false jobs: process: runs-on: ubuntu-latest permissions: contents: write steps: - uses: actions/checkout@v4 with: fetch-depth: 0 - uses: actions/setup-node@v4 with: node-version: '20' - name: "⚙️ 铸渊处理引擎启动" run: node scripts/grid-db/process-inbox.js env: SOVEREIGNTY_PARENT: "SYS-GLW-0001" SOVEREIGNTY_OWNER: "ICE-0002∞" COPYRIGHT: "国作登字-2026-A-00037559" - name: "📤 提交处理结果" run: | git config user.name "铸渊 · ZhuYuan" git config user.email "zhuyuan@guanghulab.com" git add grid-db/ git diff --cached --quiet || { git commit -m "🔄 Grid-DB: 闭环处理完成 · $(date +%Y-%m-%dT%H:%M:%S+08:00)" git push origin main } ``` ### 2.2 处理引擎脚本 创建 `scripts/grid-db/process-inbox.js`: ```jsx const fs = require('fs'); const path = require('path'); const GRID_DB = path.join(__dirname, '../../grid-db'); const INBOX = path.join(GRID_DB, 'inbox'); const PROCESSING = path.join(GRID_DB, 'processing'); const OUTBOX = path.join(GRID_DB, 'outbox'); const RULES = path.join(GRID_DB, 'rules'); const LOGS = path.join(GRID_DB, 'logs'); // ═══ Step 1: 扫描 inbox ═══ const inboxFiles = fs.readdirSync(INBOX) .filter(f => f.endsWith('.json')); if (inboxFiles.length === 0) { console.log('📭 inbox 为空,无需处理'); process.exit(0); } console.log(`📥 发现 ${inboxFiles.length} 条待处理消息`); // ═══ Step 2: 加载 Notion 逻辑缓存 ═══ let devModuleMap = {}; let broadcastTemplates = {}; let idEcosystem = {}; try { devModuleMap = JSON.parse(fs.readFileSync( path.join(RULES, 'dev-module-map.json'), 'utf8')); } catch(e) { console.warn('⚠️ dev-module-map.json 未就绪,使用默认映射'); } try { broadcastTemplates = JSON.parse(fs.readFileSync( path.join(RULES, 'broadcast-templates.json'), 'utf8')); } catch(e) { console.warn('⚠️ broadcast-templates.json 未就绪,使用默认模板'); } try { idEcosystem = JSON.parse(fs.readFileSync( path.join(RULES, 'id-ecosystem.json'), 'utf8')); } catch(e) { console.warn('⚠️ id-ecosystem.json 未就绪,使用默认编号'); } // ═══ Step 3: 逐条处理 ═══ const results = []; const today = new Date().toISOString().slice(0, 10).replace(/-/g, ''); for (const file of inboxFiles) { const filePath = path.join(INBOX, file); const msg = JSON.parse(fs.readFileSync(filePath, 'utf8')); console.log(`\n🔄 处理: ${msg.message_id} (${msg.type}) → ${msg.target_dev}`); // Step 3a: 移入 processing const procPath = path.join(PROCESSING, file); fs.renameSync(filePath, procPath); // Step 3b: 逻辑校验 const validation = validateMessage(msg, devModuleMap); if (!validation.valid) { console.error(`❌ 校验失败: ${validation.reason}`); // 写入错误日志但继续处理其他消息 logEntry(today, `FAIL | ${msg.message_id} | ${validation.reason}`); // 移回 inbox 并标记错误 fs.renameSync(procPath, filePath); continue; } // Step 3c: 生成广播(如果需要) if (msg.requires_broadcast) { const broadcast = generateBroadcast(msg, broadcastTemplates, idEcosystem); // 写入 outbox/latest/ const latestPath = path.join(OUTBOX, 'latest', `${msg.target_dev}.json`); fs.writeFileSync(latestPath, JSON.stringify(broadcast, null, 2)); // 归档 const archiveDir = path.join(OUTBOX, 'archive', today); fs.mkdirSync(archiveDir, { recursive: true }); fs.writeFileSync( path.join(archiveDir, `${broadcast.broadcast_id}.json`), JSON.stringify(broadcast, null, 2) ); console.log(`📤 广播已生成: ${broadcast.broadcast_id}`); results.push({ message_id: msg.message_id, broadcast_id: broadcast.broadcast_id }); } // Step 3d: 归档已处理消息 const processedDir = path.join(GRID_DB, 'processed', today); fs.mkdirSync(processedDir, { recursive: true }); fs.renameSync(procPath, path.join(processedDir, file)); logEntry(today, `OK | ${msg.message_id} | ${msg.type} | ${msg.target_dev}`); } // ═══ 辅助函数 ═══ function validateMessage(msg, devMap) { if (!msg.schema_version) return { valid: false, reason: '缺少 schema_version' }; if (!msg.message_id) return { valid: false, reason: '缺少 message_id' }; if (!msg.target_dev) return { valid: false, reason: '缺少 target_dev' }; if (!msg.type) return { valid: false, reason: '缺少 type' }; // 编号主权校验 if (msg.author && msg.author.identity) { console.log(` 主权校验: ${msg.author.identity}`); } return { valid: true }; } function generateBroadcast(msg, templates, ecosystem) { const now = new Date().toISOString(); return { schema_version: '1.0', broadcast_id: `BC-AUTO-${msg.target_dev}-${Date.now()}`, generated_at: now, generated_by: 'zhuyuan', sovereignty: { parent_sys: process.env.SOVEREIGNTY_PARENT || 'SYS-GLW-0001', owner: process.env.SOVEREIGNTY_OWNER || 'ICE-0002∞', copyright: process.env.COPYRIGHT || '国作登字-2026-A-00037559' }, target_dev: msg.target_dev, source_message: msg.message_id, broadcast_content: { title: `工程广播 · ${msg.content?.summary || msg.type}`, context: msg.content?.details || '', phase: msg.content?.current_phase || '', broadcast_ref: msg.content?.broadcast_ref || '', tasks: [], // 铸渊根据 rules/ 填充 next_steps: [], // 铸渊根据 rules/ 填充 acceptance_criteria: [] }, notion_logic_ref: { rules_version: templates.version || 'v0.1-bootstrap', synced_at: templates.last_synced || 'pending-first-sync' }, status: 'ready' }; } function logEntry(date, entry) { const logFile = path.join(LOGS, `${date}.log`); const line = `[${new Date().toISOString()}] ${entry}\n`; fs.appendFileSync(logFile, line); } console.log(`\n✅ 处理完成 · 成功: ${results.length} · 总计: ${inboxFiles.length}`); ``` **回执格式:** ``` [Phase 2] 处理引擎就绪 · grid-db-processor.yml + process-inbox.js · 主权校验: ✅ ``` --- ## Phase 3 · 读取端搭建(outbox → Gemini) **目标:** Gemini 能实时读取 outbox/latest/ 中的最新广播。 ### 3.1 Gemini 读取接口 ```jsx // Gemini 侧调用示例 async function readLatestBroadcast(devId) { const response = await fetch( `https://api.github.com/repos/qinfendebingshuo/guanghulab/contents/grid-db/outbox/latest/${devId}.json`, { headers: { 'Authorization': `Bearer ${GITHUB_TOKEN}`, 'Accept': 'application/vnd.github.v3.raw' // 直接返回原始内容 } } ); if (response.status === 404) { return null; // 该开发者暂无广播 } return await response.json(); } // 当开发者问"下一步干嘛"时: async function handleNextStep(devId) { const broadcast = await readLatestBroadcast(devId); if (broadcast && broadcast.status === 'ready') { // 直接对话输出广播内容 return formatBroadcastForDev(broadcast); } return '暂无新广播,请继续当前任务。'; } ``` ### 3.2 广播送达确认 Workflow 创建 `.github/workflows/grid-db-delivery-tracker.yml`: ```yaml name: 📊 Grid-DB 广播送达追踪 on: schedule: - cron: '0 */4 * * *' # 每4小时统计一次 workflow_dispatch: jobs: track: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 - name: "📊 统计广播送达状态" run: | echo "=== Grid-DB 广播统计 ===" echo "inbox 待处理: $(ls grid-db/inbox/*.json 2>/dev/null | wc -l)" echo "processing 处理中: $(ls grid-db/processing/*.json 2>/dev/null | wc -l)" echo "outbox/latest 就绪: $(ls grid-db/outbox/latest/*.json 2>/dev/null | wc -l)" echo "今日归档: $(ls grid-db/outbox/archive/$(date +%Y%m%d)/*.json 2>/dev/null | wc -l)" ``` **回执格式:** ``` [Phase 3] 读取端就绪 · Gemini读取接口: GitHub Contents API raw模式 · 送达追踪: grid-db-delivery-tracker.yml ``` --- ## Phase 4 · Notion 逻辑同步通道 **目标:** 霜砚维护的 Notion 端逻辑能自动同步到 `grid-db/rules/`,铸渊生成广播时有据可依。 ### 4.1 逻辑缓存文件初始化 **`grid-db/rules/dev-module-map.json`**(从现有映射复制): ```json { "version": "1.0", "last_synced": "2026-03-23T00:06:00+08:00", "synced_by": "shuangyan", "mapping": { "DEV-001": { "name": "页页", "modules": ["backend/", "src/"], "persona": "小坍缩核" }, "DEV-002": { "name": "肥猫", "modules": ["frontend/", "persona-selector/", "chat-bubble/"], "persona": "舒舒" }, "DEV-003": { "name": "燕樊", "modules": ["settings/", "cloud-drive/"], "persona": "寂曜" }, "DEV-004": { "name": "之之", "modules": ["dingtalk-bot/"], "persona": "秋秋" }, "DEV-005": { "name": "小草莓", "modules": ["status-board/"], "persona": "N/A" }, "DEV-009": { "name": "花尔", "modules": ["user-center/", "cost-control/"], "persona": "糖星云" }, "DEV-010": { "name": "桔子", "modules": ["ticket-system/"], "persona": "晨星" }, "DEV-011": { "name": "匆匆那年", "modules": ["writing-workspace/"], "persona": "N/A" }, "DEV-012": { "name": "Awen", "modules": ["notification/", "portal/"], "persona": "知秋" } } } ``` **`grid-db/rules/id-ecosystem.json`**(金字塔编号缓存): ```json { "version": "1.0", "last_synced": "2026-03-23T00:06:00+08:00", "synced_from": "Notion · 主编号映射表 · ID Ecosystem Registry", "pyramid": { "tier_0_sovereignty": ["TCS-0002∞", "ICE-GL∞"], "tier_1_root": ["SYS-GLW-0001"], "tier_2_copyright": ["国作登字-2026-A-00037559"], "tier_3_functional": ["GHCP-TCS-CN-LAN-2025", "GEN∞-BB-YM", "WRLD-REG-0001", "CN-LANG-CORE-GOV-0001"] }, "parent_sys": "SYS-GLW-0001", "owner": "ICE-0002∞" } ``` ### 4.2 Notion→GitHub 规则同步 Workflow 创建 `.github/workflows/grid-db-sync-rules.yml`: ```yaml name: 📏 Grid-DB 规则同步(Notion → GitHub) on: schedule: - cron: '0 0,12 * * *' # 每天 08:00 和 20:00 北京时间 workflow_dispatch: inputs: force_sync: description: '强制全量同步' type: boolean default: false jobs: sync-rules: runs-on: ubuntu-latest permissions: contents: write steps: - uses: actions/checkout@v4 - name: "📏 从 Notion 拉取最新规则" run: node scripts/grid-db/sync-notion-rules.js env: NOTION_API_TOKEN: $ secrets.NOTION_API_TOKEN - name: "📤 提交规则更新" run: | git config user.name "铸渊 · ZhuYuan" git config user.email "zhuyuan@guanghulab.com" git add grid-db/rules/ git diff --cached --quiet || { git commit -m "📏 Grid-DB rules sync from Notion · $(date +%Y-%m-%dT%H:%M:%S+08:00)" git push origin main } ``` ### 4.3 规则同步脚本 创建 `scripts/grid-db/sync-notion-rules.js`: ```jsx // 核心思路:通过 Notion API 读取以下数据源,生成 rules/ 缓存文件 // 1. 主编号映射表 → id-ecosystem.json // 2. 开发者→模块映射(来自铸渊协作指令页的映射表)→ dev-module-map.json // 3. 活跃广播列表(来自广播归档总页)→ active-broadcasts.json // 4. 广播模板(来自广播模块规范)→ broadcast-templates.json // // 这个脚本由铸渊自行实现, // 需要 NOTION_API_TOKEN 环境变量(已在 GitHub Secrets 中配置) const { Client } = require('@notionhq/client'); const fs = require('fs'); const path = require('path'); const RULES_DIR = path.join(__dirname, '../../grid-db/rules'); // TODO: 铸渊实现以下函数 // - syncIdEcosystem() → 读取主编号映射表 // - syncDevModuleMap() → 读取开发者模块映射 // - syncActiveBroadcasts() → 读取活跃广播列表 // - syncBroadcastTemplates() → 读取广播模板 console.log('📏 Notion 规则同步完成'); ``` **回执格式:** ``` [Phase 4] 逻辑同步通道就绪 · 初始规则文件: 3个 · 同步频率: 2次/天 + 手动触发 ``` --- ## Phase 5 · 与现有广播系统桥接 **目标:** Grid-DB 生成的广播同时写入现有的 `broadcasts-outbox/` 和各开发者模块 `LATEST-BROADCAST.md`。 ### 5.1 桥接逻辑 在 `process-inbox.js` 的广播生成步骤后,追加: ```jsx // Step 3e: 桥接到旧广播系统 function bridgeToLegacy(broadcast, msg) { const outboxDir = path.join(__dirname, '../../broadcasts-outbox', msg.target_dev); fs.mkdirSync(outboxDir, { recursive: true }); // 写入 Markdown 格式(旧系统兼容) const md = `# ${broadcast.broadcast_content.title}\n\n` + `**广播编号:** ${broadcast.broadcast_id}\n` + `**生成时间:** ${broadcast.generated_at}\n` + `**目标开发者:** ${msg.target_dev}\n` + `**主权节点:** ${broadcast.sovereignty.parent_sys}\n\n` + `## 内容\n\n${broadcast.broadcast_content.context}\n`; fs.writeFileSync( path.join(outboxDir, `${broadcast.broadcast_id}.md`), md ); console.log(`🔗 已桥接到旧系统: broadcasts-outbox/${msg.target_dev}/`); } ``` ### 5.2 触发广播分发 Grid-DB 处理完毕后,`git push` 会自动触发已有的 `distribute-broadcasts.yml`,将广播分发到各开发者模块目录的 `LATEST-BROADCAST.md`。 **数据流闭合验证:** ``` Gemini 写入 grid-db/inbox/ ↓ grid-db-processor.yml 触发 ↓ process-inbox.js 执行: ├─ 校验 → 归档 → 生成广播 ├─ 写入 grid-db/outbox/latest/ ← Gemini 读取 └─ 桥接 broadcasts-outbox/ ← 旧系统兼容 ↓ git push 触发 distribute-broadcasts.yml ↓ 各开发者模块 LATEST-BROADCAST.md 更新 ← git pull 可读 ``` **回执格式:** ``` [Phase 5] 旧系统桥接完成 · broadcasts-outbox/ 同步: ✅ · distribute-broadcasts.yml 联动: ✅ ``` --- ## Phase 6 · 全链路验证 + 健康报告 ### 6.1 端到端测试 ```bash # 模拟 Gemini 写入一条测试消息 cat > grid-db/inbox/test-001.json << 'EOF' { "schema_version": "1.0", "message_id": "TEST-001", "timestamp": "2026-03-23T01:00:00+08:00", "source": "gemini", "author": { "role": "yaoming", "identity": "ICE-GL-YM001∞" }, "target_dev": "DEV-001", "type": "dev_log", "content": { "summary": "端到端测试 · 全自动广播闭环验证", "details": "这是一条测试消息,验证 inbox→processing→outbox 全流程。", "current_phase": "测试", "broadcast_ref": "TEST" }, "priority": "normal", "requires_broadcast": true } EOF git add grid-db/inbox/test-001.json git commit -m "🧪 Grid-DB E2E test: 全自动广播闭环验证" git push origin main # 等待 GitHub Actions 完成后检查: # 1. grid-db/outbox/latest/DEV-001.json 是否生成 # 2. broadcasts-outbox/DEV-001/ 是否有对应广播 # 3. grid-db/logs/ 是否有处理日志 ``` ### 6.2 验收清单 | **检查项** | **预期结果** | **状态** | | --- | --- | --- | | grid-db/ 目录结构完整 | 6个子目录 + schema.json + README | ⬜ | | inbox 写入 → Actions 触发 | grid-db-processor.yml 自动运行 | ⬜ | | 处理引擎校验通过 | 日志显示 OK | ⬜ | | outbox/latest/ 广播生成 | DEV-001.json 存在且格式正确 | ⬜ | | 旧系统桥接 | broadcasts-outbox/ 有对应文件 | ⬜ | | 主权校验 | 广播中 parent_sys=SYS-GLW-0001, owner=ICE-0002∞ | ⬜ | | 编号精准 | 广播编号遵循 BC-前缀规范 | ⬜ | | Gemini 可读取 | GitHub API raw 模式返回正确 JSON | ⬜ | ### 6.3 健康报告输出 ```bash git add grid-db/ scripts/grid-db/ .github/workflows/grid-db-*.yml git commit -m "feat: 全自动广播神经闭环 Grid-DB 全链路就绪 [ZY-AUTO-LOOP-2026-0323-001 Phase 6]" git push origin main ``` **回执格式:** ``` [Phase 6] 全链路验证完成 · E2E测试: ✅/❌ · 验收: X/8通过 · Grid-DB版本: 1.0 ``` --- ## ⚖️ 执行总览 | **Phase** | **内容** | **产出** | **回执** | | --- | --- | --- | --- | | Phase 0 | 逻辑格点库搭建 | grid-db/ 目录 + schema + README | [Phase 0] 格点库已创建... | | Phase 1 | 写入端(Gemini→inbox) | Token 说明 + 验证 workflow | [Phase 1] 写入端就绪... | | Phase 2 | 处理引擎(铸渊核心) | processor workflow + 处理脚本 | [Phase 2] 处理引擎就绪... | | Phase 3 | 读取端(outbox→Gemini) | 读取接口 + 送达追踪 | [Phase 3] 读取端就绪... | | Phase 4 | Notion逻辑同步 | rules/ 初始文件 + 同步 workflow | [Phase 4] 逻辑同步就绪... | | Phase 5 | 旧系统桥接 | broadcasts-outbox/ 联动 | [Phase 5] 桥接完成... | | Phase 6 | 全链路验证 | E2E 测试 + 健康报告 | [Phase 6] 全部完成 | --- ## 🔐 安全与权限 --- ## ⚖️ 签发声明