Files
ljwx-children/IMPLEMENTATION-SUMMARY.md
bruno 2879e5a849 feat: optimize blueprint and add production-ready configurations
Major Changes:
- Create PROMPT_BLUEPRINT_V2.md (Claude Code-driven development guide)
- Add Argo CD Application configurations (GitOps deployment)
- Update CI/CD workflow to comply with GitOps requirements
- Create blueprint-checker skill for compliance validation
- Add migration-job template for database migrations
- Add comprehensive deployment documentation

New Files:
- PROMPT_BLUEPRINT_V2.md - Production-grade development blueprint
- argocd/ - Argo CD Application configurations (dev/prod)
- .claude/skills/blueprint-checker/ - Compliance checking tool
- deployment/helm/gold-template/templates/migration-job.yaml - PreSync migration job
- deployment/helm/gold-template/values-infra-db.yaml - Infra database integration
- docs/deployment/ - Deployment guides and best practices
- OPTIMIZATION-SUMMARY.md - Optimization work summary

Updated Files:
- .github/workflows/complete-cicd.yml - GitOps-compliant deployment
- backend/main.py - Enhanced observability (metrics, structured logs)
- requirements.txt - Add prometheus-client
- deployment/helm/gold-template/values-orbstack.yaml - Metrics configuration

Blueprint Compliance: 83% (19/23 checks passed)

Related Issues:
- #26 Configure Alembic database migration
- #27 Integrate OpenTelemetry tracing
- #28 Create Grafana Dashboard

🤖 Generated with Claude Code
Co-Authored-By: Claude Sonnet 4.5 <[email protected]>
2025-12-30 20:55:37 +08:00

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实施总结 - 可执行的工作流集成

本文档总结了针对用户 4 个问题的实际实施(非文档),所有功能已集成到模板的可执行工作流中。

✅ 已实施的功能

1. 镜像构建和推送 (Image Build & Push)

实施位置: scripts/deploy-orbstack.sh

功能:

  • ✅ 自动构建 Docker 镜像到 localhost:5000 (OrbStack 本地仓库)
  • ✅ 可选推送到 Harbor 私有仓库 (harbor.omniverseai.net/ljwx/)
  • ✅ 可选推送到 GitHub Container Registry (GHCR)
  • ✅ 支持多架构构建 (amd64, arm64)
  • ✅ 集成到 CI/CD pipeline

镜像仓库配置:

  • 本地开发: localhost:5000/gold-template (OrbStack 内置)
  • Harbor 私有仓库: harbor.omniverseai.net/ljwx/gold-template (192.168.1.83:8443)
  • GitHub GHCR: ghcr.io/username/gold-template (CI/CD 自动推送)

使用方法:

# 本地构建
./scripts/deploy-orbstack.sh

# 构建并推送到 Harbor
./scripts/setup-harbor.sh  # 首次设置凭证
./scripts/deploy-orbstack.sh --push-harbor

# 构建并推送到 GHCR
./scripts/deploy-orbstack.sh --push-ghcr ghcr.io/username/gold-template

# 跳过构建(使用已有镜像)
./scripts/deploy-orbstack.sh --skip-build

Harbor 设置:

# 1. 登录 Harbor
docker login harbor.omniverseai.net

# 2. 创建 Kubernetes secret
./scripts/setup-harbor.sh

# 3. 推送镜像
./scripts/deploy-orbstack.sh --push-harbor

CI/CD 集成:

  • .github/workflows/complete-cicd.yml 自动构建并推送到 GHCR
  • 支持多分支策略(main, develop, PR)
  • 自动标签管理(latest, branch, sha, semver)

2. 本地部署配置 (Local Deployment Config)

实施位置:

  • scripts/deploy-orbstack.sh (部署脚本)
  • deployment/helm/gold-template/values-orbstack.yaml (配置)

功能:

  • ✅ 镜像来源:localhost:5000/gold-template (OrbStack 本地仓库)
  • ✅ 默认 namespace:gold-template (可自定义)
  • ✅ 自动检测 OrbStack 环境
  • ✅ 单节点优化配置
  • ✅ 自动端口转发到 localhost:8000

使用方法:

# 默认部署到 gold-template namespace
./scripts/deploy-orbstack.sh

# 自定义 namespace
./scripts/deploy-orbstack.sh --namespace my-app

# 查看部署状态
kubectl get pods -n gold-template

配置说明:

  • 镜像自动从本地 Docker 读取(无需推送到远程)
  • OrbStack 的 K8s 与 Docker 共享镜像存储
  • 支持 pullPolicy: Always 确保使用最新镜像

3. 复用 Infra 数据库 (Infra Database Integration)

实施位置:

  • deployment/helm/gold-template/values-infra-db.yaml (配置文件)
  • scripts/deploy-orbstack.sh (自动创建 secrets)

功能:

  • ✅ 跨 namespace 访问 PostgreSQL/MySQL/Redis
  • ✅ 使用 Kubernetes DNS 服务发现
  • ✅ 自动生成数据库凭证 secrets
  • ✅ 支持环境变量注入

使用方法:

# 使用 infra namespace 的数据库部署
./scripts/deploy-orbstack.sh --mode infra-db

# 脚本会自动:
# 1. 创建 gold-template-db-secret (PostgreSQL 凭证)
# 2. 创建 gold-template-redis-secret (Redis 凭证)
# 3. 配置跨 namespace 服务访问

配置示例:

# values-infra-db.yaml
database:
  host: postgres-service.infra.svc.cluster.local
  port: 5432
  name: goldtemplate

redis:
  host: redis-service.infra.svc.cluster.local
  port: 6379

DNS 格式:

<service-name>.<namespace>.svc.cluster.local

4. K8s 可观测性 (Observability)

实施位置:

  • backend/main.py (应用代码集成)
  • deployment/helm/gold-template/templates/servicemonitor.yaml (Prometheus 集成)
  • scripts/monitor.sh (监控工具)
  • .github/workflows/complete-cicd.yml (CI/CD 验证)

4.1 日志 (Logs)

功能:

  • ✅ 结构化 JSON 日志格式
  • ✅ 自动添加时间戳、级别、模块信息
  • ✅ 异常堆栈跟踪

使用方法:

# 查看实时日志
./scripts/monitor.sh logs

# 查看最近 50 行
./scripts/monitor.sh logs --tail 50

# 不跟踪(只显示一次)
./scripts/monitor.sh logs --no-follow

# 使用 kubectl
kubectl logs -f -n gold-template -l app.kubernetes.io/name=gold-template

日志格式示例:

{
  "timestamp": "2025-01-15T10:30:45.123456",
  "level": "INFO",
  "logger": "backend.main",
  "message": "GET /health 200 0.003s",
  "module": "main",
  "function": "metrics_middleware"
}

4.2 指标 (Metrics)

功能:

  • ✅ Prometheus metrics 端点 (/metrics)
  • ✅ HTTP 请求计数器 (http_requests_total)
  • ✅ 请求延迟直方图 (http_request_duration_seconds)
  • ✅ ServiceMonitor 自动发现
  • ✅ Pod annotations 配置

使用方法:

# 查看 metrics
./scripts/monitor.sh metrics

# 直接访问
curl http://localhost:8000/metrics

# 查看特定指标
curl http://localhost:8000/metrics | grep http_requests_total

Metrics 示例:

# HELP http_requests_total Total HTTP requests
# TYPE http_requests_total counter
http_requests_total{method="GET",endpoint="/",status="200"} 42.0
http_requests_total{method="GET",endpoint="/health",status="200"} 120.0

# HELP http_request_duration_seconds HTTP request duration
# TYPE http_request_duration_seconds histogram
http_request_duration_seconds_bucket{method="GET",endpoint="/",le="0.005"} 40.0
http_request_duration_seconds_bucket{method="GET",endpoint="/",le="0.01"} 42.0

Prometheus 集成:

# ServiceMonitor 自动配置
apiVersion: monitoring.coreos.com/v1
kind: ServiceMonitor
metadata:
  name: gold-template
spec:
  endpoints:
  - port: http
    path: /metrics
    interval: 30s

4.3 健康检查 (Health Checks)

功能:

  • ✅ /health - 基础健康检查
  • ✅ /health/ready - 就绪检查(包含数据库状态)
  • ✅ 自动监控脚本

使用方法:

# 检查健康状态
./scripts/monitor.sh health

# 直接访问
curl http://localhost:8000/health
curl http://localhost:8000/health/ready

响应示例:

{
  "status": "healthy",
  "timestamp": "2025-01-15T10:30:45.123456"
}

{
  "status": "ready",
  "database": "postgres-service.infra.svc.cluster.local",
  "timestamp": "2025-01-15T10:30:45.123456"
}

4.4 监控工具

功能:

  • ✅ monitor.sh - 统一监控脚本
  • ✅ 支持日志、metrics、健康检查、资源使用
  • ✅ 集成到 CI/CD 验证

使用方法:

# 查看所有可用命令
./scripts/monitor.sh --help

# 常用命令
./scripts/monitor.sh logs      # 实时日志
./scripts/monitor.sh metrics   # Prometheus metrics
./scripts/monitor.sh health    # 健康检查
./scripts/monitor.sh status    # 部署状态
./scripts/monitor.sh top       # 资源使用
./scripts/monitor.sh events    # K8s 事件
./scripts/monitor.sh describe  # Pod 详情

🔄 CI/CD 集成

实施位置: .github/workflows/complete-cicd.yml

功能:

  • ✅ 自动构建并推送镜像到 GHCR
  • ✅ 多架构支持 (amd64, arm64)
  • ✅ 容器安全扫描 (Trivy)
  • ✅ 部署后验证(健康检查、metrics 检查)
  • ✅ 可观测性验证

验证步骤:

- name: Health check
  run: |
    curl -f http://gold-template.dev.local/health || exit 1
    curl -f http://gold-template.dev.local/health/ready || exit 1

- name: Metrics check
  run: |
    curl -f http://gold-template.dev.local/metrics | grep -q "http_requests_total" || exit 1

- name: Verify observability
  run: |
    METRICS=$(curl -s http://gold-template.dev.local/metrics)
    echo "$METRICS" | grep -q "http_requests_total" && echo "✅ Request counter found"
    echo "$METRICS" | grep -q "http_request_duration_seconds" && echo "✅ Request duration histogram found"

📊 完整工作流示例

场景 1: 本地开发部署

# 1. 构建并部署
./scripts/deploy-orbstack.sh

# 2. 查看日志
./scripts/monitor.sh logs

# 3. 检查健康状态
./scripts/monitor.sh health

# 4. 查看 metrics
./scripts/monitor.sh metrics

# 5. 访问应用
open http://localhost:8000
open http://localhost:8000/docs
open http://localhost:8000/metrics

场景 2: 使用 Infra 数据库部署

# 1. 部署(自动创建数据库 secrets)
./scripts/deploy-orbstack.sh --mode infra-db

# 2. 查看生成的凭证
kubectl get secret gold-template-db-secret -n gold-template -o yaml

# 3. 验证数据库连接
./scripts/monitor.sh logs | grep "database"

# 4. 检查就绪状态(包含数据库检查)
curl http://localhost:8000/health/ready

场景 3: 生产部署

# 1. 构建并推送到 GHCR
./scripts/deploy-orbstack.sh --push-ghcr ghcr.io/username/gold-template --tag v1.0.0

# 2. 部署到生产环境(使用 infra 数据库)
./scripts/deploy-orbstack.sh --mode infra-db --namespace gold-template-prod --tag v1.0.0

# 3. 验证部署
./scripts/monitor.sh status -n gold-template-prod
./scripts/monitor.sh health -n gold-template-prod

# 4. 监控 metrics
./scripts/monitor.sh metrics -n gold-template-prod

🎯 关键特性总结

✅ 可执行 (Executable)

  • 所有功能通过脚本自动化
  • 一键部署,无需手动配置
  • 支持多种部署模式

✅ 可监控 (Monitorable)

  • Prometheus metrics 实时收集
  • 结构化日志便于分析
  • 健康检查端点
  • 统一监控工具 (monitor.sh)

✅ 可追溯 (Traceable)

  • 所有操作有日志记录
  • Metrics 历史数据
  • CI/CD 完整记录
  • Git commit 追溯

📝 配置文件清单

文件 用途 状态
scripts/deploy-orbstack.sh 部署脚本 ✅ 已实施
scripts/monitor.sh 监控工具 ✅ 已实施
backend/main.py 应用代码(metrics + logs) ✅ 已实施
requirements.txt 添加 prometheus-client ✅ 已实施
values-orbstack.yaml 本地部署配置 ✅ 已实施
values-infra-db.yaml Infra 数据库配置 ✅ 已实施
templates/servicemonitor.yaml Prometheus 集成 ✅ 已实施
.github/workflows/complete-cicd.yml CI/CD 验证 ✅ 已实施

🚀 下一步

所有核心功能已实施并集成到工作流中。用户可以:

  1. 立即使用: ./scripts/deploy-orbstack.sh
  2. 监控应用: ./scripts/monitor.sh logs/metrics/health
  3. 切换模式: --mode infra-db 使用 infra 数据库
  4. 推送镜像: --push-ghcr 推送到 GHCR

所有功能都是可执行、可监控、可追溯的。