learning_record_doc/devops/cicd/drone/drone-template.md

官方地址

https://docs.drone.io

官方触发方式文档

https://docs.drone.io/pipeline/triggers/

• CICD .drone.yml 模板示例

  kind: pipeline
  type: docker
  name: ds-cloud
  
  #分支触发 https://docs.drone.io/pipeline/triggers/
  trigger:
    branch:
      - dev
  steps:
    - name: build-jar # 流水线名称
      image: maven:3.8.5-openjdk-17 # 定义创建容器的Docker镜像
      volumes: # 将容器内目录挂载到宿主机，仓库需要开启Trusted设置
        - name: maven-cache
          path: /root/.m2 # 将maven下载依赖的目录挂载出来，防止重复下载
        - name: maven-build
          path: /mnt/app/build # 将应用打包好的Jar和执行脚本挂载出来
      commands: # 定义在Docker容器中执行的shell命令
        - mvn clean package -Ptest -DskipTests=true # 应用打包命
        - cd docker
        - sh copy.sh #复制文件到指定地址
        - cd ../
        - cp -r docker /mnt/app/build/
  
    - name: build-docker
      image: plugins/docker
      volumes: # 将容器内目录挂载到宿主机，仓库需要开启Trusted设置
        - name: maven-build
          path: /mnt/app/build # 将应用打包好的Jar和执行脚本挂载出来
        - name: docker
          path: /var/run/docker.sock # 挂载宿主机的docker
        - name: dockerc #挂载docker-compose 如果没有用到可以不挂载
          path: /usr/local/bin/docker-compose
      #settings:
      #  dockerfile: /mnt/app/build/Dockerfile
      commands: # 通过定义好的脚本文件 停止当前容易并重新构建
        - cd /mnt/app/build/docker
        - chmod +x deploy.sh
        - sh deploy.sh stop
        - sh deploy.sh rm
        - sh deploy.sh build
        - sh deploy.sh modules
        - docker ps
  
  volumes: # 定义流水线挂载目录，用于共享数据
    - name: maven-build
      host:
        path: /www/mnt/maven/build # 从宿主机中挂载的目录
    - name: maven-cache
      host:
        path: /www/mnt/maven/cache
    - name: docker
      host:
        path: /var/run/docker.sock
    - name: dockerc
      host:
        path: /usr/local/bin/docker-compose
  

• copy 脚本文件

  #!/bin/sh
  
  # 复制项目的文件到对应docker路径，便于一键生成镜像。
  usage() {
  	echo "Usage: sh copy.sh"
  	exit 1
  }
  
  
  # copy jar
  echo "begin copy ds-gateway "
  cp ../ds-gateway/target/ds-gateway.jar ./ds/gateway/jar
  
  echo "begin copy ds-miniapps "
  cp ../ds-modules/ds-miniapps/ds-miniapps-service/target/ds-miniapps-service.jar ./ds/modules/miniapps/jar
  

• deploy 脚本文件

  #!/bin/sh
  
  # 使用说明，用来提示输入参数
  usage() {
  	echo "Usage: sh 执行脚本.sh [port|base|modules|stop|rm|stopbase|rmbase]"
  	exit 1
  }
  
  # 开启所需端口
  port(){
  #	firewall-cmd --add-port=80/tcp --permanent
  #	firewall-cmd --add-port=8080/tcp --permanent
  #	service firewalld restart
    echo "开启所需端口（未实现）"
  }
  
  # 启动基础环境（必须）
  base(){
  	docker-compose up -d ds-nacos
  }
  # 停止基础环境
  stopbase(){
    docker-compose stop ds-nacos
  }
  # 删除基础环境
  rmbase(){
    docker-compose rm ds-nacos -f
  }
  
  # 启动程序模块（必须）
  modules(){
  	docker-compose up -d ds-gateway ds-miniapps
  }
  
  # 关闭module环境/模块
  stop(){
  	docker-compose stop ds-gateway ds-miniapps
  }
  
  # 删除module环境/模块
  rm(){
  	docker-compose rm ds-gateway ds-miniapps -f
  	docker rmi docker-ds-gateway docker-ds-miniapps
  }
  
  build(){
    docker-compose build ds-gateway ds-miniapps
  }
  
  
  # 根据输入参数，选择执行对应方法，不输入则执行使用说明
  case "$1" in
  "port")
  	port
  ;;
  "base")
  	base
  ;;
  "modules")
  	modules
  ;;
  "stop")
  	stop
  ;;
  "rm")
  	rm
  ;;
  "stopbase")
  	stopbase
  ;;
  "rmbase")
  	rmbase
  ;;
  "build")
   build
  ;;
  *)
  	usage
  ;;
  esac
  

• docker-compose.yml

  version: '3'
  services:
    ds-gateway:
      container_name: ds-gateway
      build:
        context: ./ds/gateway
        dockerfile: Dockerfile #指定Dockerfile文件 通过dockerfile文件进行构建
      ports:
        - "8080:8080"
      networks:
        - ds-network
    ds-miniapps:
      container_name: ds-miniapps
      build:
        context: ./ds/modules/miniapps
        dockerfile: Dockerfile
      ports:
        - "15101:15101"
      networks:
        - ds-network
  networks:
    ds-network:
      external: true