Jenkins流水线脚本与cat ＞ file ＜＜EOF结合使用案例

最新推荐文章于 2025-07-11 18:18:47 发布

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本文介绍了一种使用Jenkins进行自动化部署的方法。通过定义多阶段的Jenkins Pipeline，包括代码检出、构建打包及部署等步骤，实现了不同环境的选择性部署。此外，还介绍了如何利用Ansible进行文件服务器上的目录创建及文件传输。

pipeline {
agent any
   tools {
maven "maven-3.8.1"
}
parameters {
choice(
choices: 'test\nsit\nglzn\nshenyang\nprod',
description: 'choose deploy environment',
name: 'profile_active'
)
choice(
choices: '*/master\n*/develop',
description: 'choose project branch',
name: 'proj_branch'
)
string (name: 'version', defaultValue: '1.0.0', description: 'build version')
choice(
choices: '192.168.181.83\n192.168.186.6\n192.168.180.218\n192.168.181.52',
description: 'choose file server',
name: 'file_server_ip'
)
}
environment {
image_path = "/data/glzn"
image_tag = "${profile_active}${version}-"
file_path = "/data/app/files/iot-core/${image_tag}"
image_repo = "192.168.180.204:19080/iot"
os_type = "x86"
proj_repo = "http://192.168.180.148/rdc/rule-engine.git"
credentials_id = "366f3dc5-074e-4338-8a96-32db1990b9fbx"
}

stages {
       stage('Check out') {
           steps {
               checkout([$class: 'GitSCM', branches: [[name: "${proj_branch}"]],
               extensions: [],
               userRemoteConfigs: [[credentialsId: "${credentials_id}", url: "${proj_repo}"]]])
           }
       }

       stage('Deploy Proj') {
steps {
sh '''
app_name=rule-engine-app
                   mvn clean package -P ${profile_active} -Dmaven.test.skip=true
mv -f application/target/$app_name.jar ${image_path}/$app_name/app.jar

                   cd ${image_path}/$app_name
                   cat > Dockerfile <<-EOF
FROM 192.168.200.17/software/jre11:openjdk11
LABEL maintainer Ron
VOLUME /tmp
RUN ln -sf /usr/share/zoneinfo/Asia/Shanghai /etc/localtime
COPY app.jar /
ENV JAVA_OPTS="-Dname=rule-engine-app -Duser.timezone=GMT+08 -Dfile.encoding=UTF8 -Dfastjson.parser.safeMode=true"
ENTRYPOINT exec java $JAVA_OPTS ${JVM:=-Xms512m -Xmx2048m} -jar /app.jar
EOF
date=`date +'%Y%m%d'`
                   image_name=${image_repo}/$app_name/${os_type}:${image_tag}$date
                   docker build -t $image_name . && docker images
                   docker push $image_name
docker save -o $app_name.tar $image_name
tar -zcvf $app_name.tar.gz $app_name.tar
rm -rf $app_name.tar && docker rmi $image_name

ansible $file_server_ip -m shell -a "mkdir -p ${file_path}$date"
ansible $file_server_ip -m copy -a "src=$app_name.tar.gz dest=${file_path}$date/$app_name.tar.gz"
ansible $file_server_ip -m shell -a "echo $image_name > ${file_path}$date/$app_name.txt"
'''
}
}

}
}