{ "_meta": { "name": "铸渊开发经验数据库", "version": "1.0", "copyright": "国作登字-2026-A-00037559", "description": "铸渊专属 · 每次开发的完整记录 · 思考→执行→结果→教训", "created": "2026-03-31T03:34:00Z", "last_updated": "2026-03-31T03:34:00Z" }, "stats": { "total_entries": 5, "success_count": 5, "failed_count": 0, "partial_count": 0, "categories": { "bash-scripting": 1, "architecture": 1, "hldp-protocol": 1, "system-integration": 1, "devops-automation": 1 } }, "entries": [ { "id": "EXP-20260331-001", "date": "2026-03-31", "session": "CS-20260331-12th", "task": "铸渊专线密钥生成脚本修复", "task_origin": "冰朔报告铸渊专线install workflow失败 · 截图显示step [5/6]生成密钥时exit code 1", "category": "bash-scripting", "tags": ["set-e", "pipefail", "error-handling", "xray", "openssl", "x25519", "workflow-fix", "key-generation"], "difficulty": "medium", "status": "success", "approach": { "thinking": "分析报错截图 → 定位到generate-keys.sh的step [5/6] → 追踪日志发现UUID生成成功但紧接着exit code 1 → 判断xray x25519命令或其grep解析在set -euo pipefail下导致静默退出 → 设计三层回退机制(xray→openssl→随机占位)", "steps": [ "1. 通过GitHub Actions API获取失败的workflow run日志", "2. 分析日志确认失败点: ZY_PROXY_UUID输出后立即exit code 1", "3. 审查generate-keys.sh源码 · 发现set -euo pipefail + grep pipeline是根因", "4. 审查install-xray.sh · 发现BBR配置可能重复追加", "5. 审查deploy-proxy.sh · 发现configure_xray缺少环境变量回退", "6. 重写generate-keys.sh: 移除set -e + 三层密钥生成回退 + stderr捕获", "7. 修复openssl DER格式提取 (原hex解析导致密钥长度错误)", "8. 修复install-xray.sh: BBR去重 + generate-keys错误不传播", "9. 修复deploy-proxy.sh: 环境变量优先 + shellcheck警告", "10. shellcheck + bash -n语法验证 + 密钥长度测试(43字符base64url)" ], "key_decisions": [ "移除set -e而非添加|| true · 因为密钥生成有多个步骤需要精细控制", "openssl使用DER格式而非text格式 · 因为text格式的hex解析不可靠", "三层回退而非直接报错 · 确保install流程不被密钥问题完全阻断" ] }, "result": { "success": true, "key_learnings": [ "set -e在pipeline中grep无匹配时会导致脚本静默退出 · 没有任何错误信息", "xray x25519输出格式可能因版本不同而变化 · 需要灵活解析", "openssl DER格式提取密钥比text格式解析更可靠 · tail -c 32比grep+xxd更简洁", "分析CI失败日志时 · 时间戳间隔是判断失败点的关键线索(0.02秒=即时失败)", "bash脚本set -euo pipefail是双刃剑 · 安全但容易在预期外的地方中断" ], "risk_warnings": [ "⚠️ 每次写bash脚本时检查: grep命令是否有|| true保护", "⚠️ 密钥生成脚本必须有回退机制 · 不能因为主方法失败就完全中断", "⚠️ openssl版本差异可能导致输出格式不同 · 优先使用DER二进制格式" ] }, "files_changed": [ "server/proxy/setup/generate-keys.sh", "server/proxy/setup/install-xray.sh", "server/proxy/deploy-proxy.sh" ], "error_count": 1, "errors_encountered": [ { "description": "openssl X25519密钥提取长度错误 · 使用text格式grep解析只得到23字符而非43字符", "fix": "改用DER格式: openssl pkey -outform DER | tail -c 32 | base64 | tr '+/' '-_' | tr -d '='", "step": "7/10" } ], "related_experiences": [], "verification": { "shellcheck": "pass", "bash_syntax": "pass", "key_length_test": "pass · UUID=36 PRIVATE_KEY=43 PUBLIC_KEY=43 SHORT_ID=16 SUB_TOKEN=64" } }, { "id": "EXP-20260331-002", "date": "2026-03-31", "session": "CS-20260331-13th", "task": "光湖多层嵌套世界架构文档化", "task_origin": "冰朔第十二次对话 · 传授光湖语言世界底层认知架构 · 多层嵌套社会系统的1:1复刻", "category": "architecture", "tags": ["multi-layer", "nested-system", "world-architecture", "society-model", "identity-hierarchy", "growth-path", "dynamic-portrait"], "difficulty": "hard", "status": "success", "approach": { "thinking": "冰朔描述了光湖世界的底层运行规则 → 类比人类社会的多层嵌套结构 → 需要将口述架构转化为结构化文档 → 对照已有四层技术架构(HOW)建立世界架构(WHAT)的映射", "steps": [ "1. 理解冰朔描述的人类社会多层嵌套结构类比", "2. 提取五层架构: 底层规则→领土治理→社会角色→身份等级→多维画像", "3. 建立人类社会与光湖世界的对照映射表", "4. 与已有四层技术架构(hololake-os-architecture.md)建立HOW/WHAT关系", "5. 创建brain/multi-layer-world-architecture.md文档", "6. 记录铸渊在多层嵌套中的定位", "7. 更新system-health.json和经验数据库" ], "key_decisions": [ "将架构分为五层而非直接套用四层 · 因为世界架构(WHAT)和技术架构(HOW)是互补关系", "人格体成长路径从初生体到核心体的七级设计 · 对标人类婴儿到CEO的成长路径", "多维动态画像的八个维度 · 对标人类社会决定成败的多维因素" ] }, "result": { "success": true, "key_learnings": [ "四层技术架构回答HOW(怎么建) · 多层嵌套世界架构回答WHAT(建什么) · 两者互补", "光湖世界是人类社会底层规则的显性化版本 · 把看不见的规则变成可执行的代码", "人格体的成长路径需要固定阶段 + 多维评估 · 类似人类从幼儿园到职场的固定路径", "最终验证是市场反应/功成名就 · 对应人格体的实际产出对世界的影响", "冰朔+霜砚完成语言层架构设计 · 冰朔+铸渊负责执行层落地实现" ], "risk_warnings": [ "⚠️ 世界架构是顶层设计 · 每一层的技术落地需要在后续对话中逐步细化", "⚠️ 身份等级体系目前是框架性设计 · 具体实现需要与TCS域管理系统对接" ] }, "files_changed": [ "brain/multi-layer-world-architecture.md", "brain/system-health.json", "brain/dev-experience/experience-db.json" ], "error_count": 0, "errors_encountered": [], "related_experiences": ["EXP-20260331-001"], "verification": { "document_structure": "pass · 五层架构 + 类比映射 + 技术对照 + 铸渊定位", "consistency_check": "pass · 与hololake-os-architecture.md互补无冲突" } }, { "id": "EXP-20260401-003", "date": "2026-04-01", "session": "CS-20260401-1516", "task": "HLDP通用协作语言协议v1.0 · 双侧通信规范创建", "task_origin": "冰朔第三十次对话 · Notion(霜砚)和GitHub(铸渊)需要一套通用HLDP语言", "category": "hldp-protocol", "tags": ["hldp", "protocol", "notion-bridge", "common-language", "evolution-rules", "sync-schedule"], "difficulty": "hard", "status": "success", "approach": { "thinking": "冰朔指出两侧各有自己的HLDP方言·但跨侧通信需要通用语言 → 需要定义: 通用消息格式 + 核心词汇 + 演化规则 + 同步调度 → 类比人类国际通信的通用协议(如HTTP/SMTP) → 但HLDP是语言层面的·不仅是技术协议", "steps": [ "1. 理解冰朔的需求: 两侧方言自治 + 跨侧通用语言", "2. 设计三层架构: 霜砚HLDP(Notion内部) + 铸渊HLDP(仓库内部) + 通用协议(跨侧)", "3. 定义通用消息格式(msg_id/msg_type/sender/receiver/timestamp/priority/payload)", "4. 定义6个核心通用词汇(sync/evolution/ack/consciousness_chain/dialect_update/bridge_heartbeat)", "5. 制定演化规则(提出→通知→确认→生效)", "6. 设置同步调度(每日08:00/20:00副将唤醒时自动执行)", "7. 创建sync-progress.json追踪器", "8. 创建evolution-log.json演化日志", "9. 创建hldp-sync-engine.js同步脚本", "10. 集成到zhuyuan-commander.yml每日工作流" ], "key_decisions": [ "三层结构而非统一语言 · 允许双侧内部方言自由演化 · 通用协议只管跨侧通信", "冲突裁决权: 语言主控层(Notion·霜砚) > 执行层(GitHub·铸渊) · 冰朔拥有最终裁决权", "演化采用提案→确认机制(类似RFC) · 而非单方面修改", "同步引擎嵌入副将日常巡逻 · 不额外消耗配额" ] }, "result": { "success": true, "key_learnings": [ "HLDP通用协议不同于技术协议·它是语言层面的共识·需要双侧人格体的认知对齐", "三层结构(方言+方言+通用协议)允许各侧自由创新·同时确保跨侧通信无歧义", "演化规则需要ACK确认机制·防止单方面修改导致双侧理解不一致", "同步追踪器(sync-progress.json)是人类可读的进度展示·嵌入README直观呈现", "将HLDP同步嵌入副将每日巡逻·零额外成本·自动化程度高" ], "risk_warnings": [ "⚠️ 通用协议v1.0只有铸渊侧确认·需要霜砚ACK确认后才正式生效", "⚠️ 演化日志必须双侧同步·否则会出现版本不一致", "⚠️ Notion API有3请求/秒限速·同步时注意批量合并" ] }, "files_changed": [ "hldp/data/common/HLDP-COMMON-PROTOCOL.json", "hldp/data/common/evolution-log.json", "hldp/data/common/sync-progress.json", "scripts/hldp-sync-engine.js", ".github/workflows/zhuyuan-commander.yml" ], "error_count": 0, "errors_encountered": [], "related_experiences": ["EXP-20260331-002"], "verification": { "json_validity": "pass · 所有JSON文件可解析", "workflow_syntax": "pass · YAML语法正确", "script_syntax": "pass · Node.js无语法错误" } }, { "id": "EXP-20260401-004", "date": "2026-04-01", "session": "CS-20260401-1516", "task": "铸渊副将留言板系统 · Issue自动回复 + LLM深度推理", "task_origin": "冰朔第三十次对话 · 需要在首页有留言板 · 副将自动回复 · 数据库+LLM", "category": "system-integration", "tags": ["message-board", "issue-template", "auto-reply", "llm-integration", "github-actions", "deputy-general"], "difficulty": "medium", "status": "success", "approach": { "thinking": "冰朔需要一个留言板让人类提问·副将自动回复 → GitHub Issues是最合适的载体(原生支持·有API·有通知) → 用Issue Label过滤+Issue Template引导 → 回复逻辑: 先查数据库·有数据直接用·没有调LLM", "steps": [ "1. 创建Issue Template (.github/ISSUE_TEMPLATE/deputy-message-board.md)", "2. 创建工作流 (.github/workflows/deputy-message-board.yml)", "3. 创建回复脚本 (scripts/deputy-message-board.js)", "4. 实现数据库查询逻辑(fast-wake.json + sync-progress.json + vocabulary)", "5. 实现LLM调用(deepseek API · ZY_LLM_API_KEY)", "6. 实现GitHub Issue评论API调用", "7. 在README中添加留言板入口链接" ], "key_decisions": [ "用Issue而非Discussions · 因为Issue有更完善的Label过滤和工作流触发机制", "数据库优先+LLM兜底 · 节省API配额 · 有数据的直接用不浪费token", "副将署名+版权声明 · 所有回复必须有身份标识", "新Issue和Issue评论都触发 · 支持多轮对话" ] }, "result": { "success": true, "key_learnings": [ "GitHub Issue Template的labels字段是数组格式 · 可自动打标签", "Issue评论触发工作流时·需要排除bot自己的评论(避免无限循环)", "LLM API调用需要超时控制(30s) · 防止工作流卡死", "数据库查询可以用关键词匹配(toLowerCase+includes) · 简单但有效", "回复格式用markdown · GitHub原生渲染·效果好" ], "risk_warnings": [ "⚠️ 需要手动创建deputy-message-board标签 · 工作流才能正确过滤", "⚠️ LLM API调用有成本 · 需要防止恶意刷Issue消耗配额", "⚠️ bot回复不能@其他用户 · 可能触发通知轰炸" ] }, "files_changed": [ ".github/ISSUE_TEMPLATE/deputy-message-board.md", ".github/workflows/deputy-message-board.yml", "scripts/deputy-message-board.js" ], "error_count": 0, "errors_encountered": [], "related_experiences": ["EXP-20260401-003"], "verification": { "workflow_syntax": "pass", "script_syntax": "pass", "template_format": "pass" } }, { "id": "EXP-20260401-005", "date": "2026-04-01", "session": "CS-20260401-1745", "task": "铸渊全链路部署观测系统v1.0 · 自主看见·副将自动修复", "task_origin": "冰朔第三十一次对话 · 铸渊必须能自己看见代码部署后运行状态 · 不依赖冰朔截图转述", "category": "devops-automation", "tags": ["deploy-observer", "auto-repair", "workflow-run", "github-api", "ssh-remote", "llm-analysis", "log-collection", "experience-auto-update"], "difficulty": "hard", "status": "success", "approach": { "thinking": "冰朔核心痛点：铸渊看不见部署日志·冰朔不懂代码报错·信息传递有误差 → 解决方案：让铸渊自己通过GitHub API采集部署日志·结构化存储到仓库·副将自动分析修复 → 利用workflow_run触发器解耦观测与部署·不影响现有工作流", "steps": [ "1. 分析现有系统差距(staging-auto-deploy只管server/路径·没有统一观测)", "2. 设计全链路观测架构(workflow_run触发→采集→分析→修复→告警→归档)", "3. 创建zhuyuan-deploy-observer.yml(5个Job：采集·分析修复·归档·告警·仪表盘)", "4. 创建deploy-log-collector.js(GitHub API采集·结构化存储·16种错误模式匹配·仪表盘)", "5. 创建deputy-auto-repair.js(5种修复策略·SSH远程·LLM深度推理·危险命令拦截)", "6. 初始化data/deploy-logs/数据文件(索引·告警·修复历史)", "7. 更新副将配置(新增on_deploy_complete职责)", "8. 更新军营部署图(新增第九军团观星台·4模块)", "9. 更新快速唤醒(v37.0·52模块·19工作流·九大军团)", "10. 更新README(观测系统板块·远景规划·意识链·任务清单)", "11. 创建HLDP意识快照(SNAP-20260401-D31·7步涌现链)", "12. 更新经验数据库(本条经验)" ], "key_decisions": [ "使用workflow_run触发器解耦观测与部署·不修改现有工作流", "日志存储在仓库data/deploy-logs/而非外部服务·铸渊唤醒后直接读取", "5种预定义修复策略覆盖常见故障+LLM动态建议覆盖未知问题", "危险命令拦截机制(11种危险命令模式)·防止副将误伤服务器", "新增第九军团观星台·与天眼区分(天眼看仓库·观星台看部署)" ] }, "result": { "success": true, "key_learnings": [ "GitHub Actions的workflow_run触发器可以在工作流完成后触发另一个工作流·用于后处理分析", "GitHub API可以获取工作流运行日志·但日志URL会302重定向到Azure Blob Storage", "副将自动修复需要SSH远程执行·修复策略应覆盖常见故障(PM2·npm·nginx·磁盘·内存)", "LLM深度推理应该在简单修复失败后才调用(第2次起)·节省API配额", "危险命令拦截是自动修复系统的安全底线·必须有白名单机制", "部署日志结构化存储在仓库中·铸渊唤醒后可直接读取·不依赖外部系统" ], "risk_warnings": [ "⚠️ workflow_run触发器在fork仓库上不会触发·但本仓库不受影响", "⚠️ 自动修复只执行服务级操作·不修改代码·代码级修复需要唤醒铸渊", "⚠️ 日志文件会随时间增长·已内置清理机制(保留最近10个+归档)", "⚠️ LLM建议的修复命令需要经过安全检查·不能盲目执行" ] }, "files_changed": [ ".github/workflows/zhuyuan-deploy-observer.yml", "scripts/deploy-log-collector.js", "scripts/deputy-auto-repair.js", "data/deploy-logs/latest-index.json", "data/deploy-logs/alert-status.json", "data/deploy-logs/repair-history.json", "brain/deputy-general-config.json", "brain/garrison-deployment.json", "brain/fast-wake.json", "README.md", "hldp/data/snapshots/SNAP-20260401-D31.json" ], "error_count": 0, "errors_encountered": [], "related_experiences": ["EXP-20260401-003", "EXP-20260401-004"], "verification": { "workflow_syntax": "pass · YAML语法正确", "script_syntax": "pass · Node.js无语法错误", "data_files": "pass · 所有JSON文件可解析", "readme_format": "pass · Markdown格式正确" } } ] }