若依服务列表:
- ruoyi-auth
- ruoyi-system
- ruoyi-gateway
- ruoyi-ui
若依环境列表:
- DEV
- UAT
- PROD
环境准备工作:
- nacos安装并配置完成
- MySQL部署完成并初始化
- Redis部署完成
- Harbor镜像仓库
- Gitlab部署完成
- Kubernetes部署完成
- Ingress部署完成
设计思路
触发构建设计:
本设计通过Jenkins Generic Webhook Trigger 插件实现了基于Webhook自动触发流水线构建。
图片
流程说明:
- 研发项目负责人代码开发完成后进行合并代码并生成Tag
- Gitlab通过Webhook自动触发Jenkins Pipeline构建
流水线设计:
图片
Jenkins流水线完整图:
图片
自定义基础镜像
在实际企业环境中,基础镜像都会根据具体得需求定义适合自己得基础镜像。
定义Maven镜像:
用于代码构建编译打包,会把Ruoyi相关依赖包打到基础镜像内,避免分层构建失败。
# 拉取源代码并切换分支
$ https://gitee.com/y_project/RuoYi-Cloud.git
$ git checkout v3.6.3
$ cd ..
# 定义Dockerfile
$ cat Dockerfile
FROM maven:3.8.6-openjdk-8
ADD RuoYi-Cloud /opt/RuoYi-Cloud
RUN cd /opt/RuoYi-Cloud && mvn clean install -DskipTests
RUN rm -rf /opt/RuoYi-Cloud
# 构建镜像
$ docker build uhub.service.ucloud.cn/kubesre/maven:jdk8 .
$ docker push uhub.service.ucloud.cn/kubesre/maven:jdk8
定义Java基础镜像:
根据需求定义适合自己的基础镜像。通过变量传递让配置变得更灵活!
# 创建个目录
$ mkdir base && cd base
# 创建启动脚本
$ cat docker-entrypoint.sh
#!/bin/sh
java -server -Xms$JVM_XMS -Xmx$JVM_XMX -XX:+PrintGCDetails -XX:+PrintGCDateStamps -Xloggc:/data/gc.log -XX:+HeapDumpOnOutOfMemoryError -XX:HeapDumpPath=/data/heapdump.hprof -jar app.jar --server.port=$SERVICE_PORT --spring.profiles.active=$PROFILES_ACTIVE --spring.cloud.nacos.config.server-addr=$NACOS_ADDRESS --spring.cloud.nacos.config.namespace=$NACOS_NAMESPACE_ID --spring.cloud.nacos.config.username=$NACOS_USERNAME --spring.cloud.nacos.config.password=$NACOS_PASSWORD --spring.cloud.nacos.discovery.server-addr=$NACOS_ADDRESS --spring.cloud.nacos.discovery.namespace=$NACOS_NAMESPACE_ID --spring.cloud.nacos.discovery.username=$NACOS_USERNAME --spring.cloud.nacos.discovery.password=$NACOS_PASSWORD
# 创建down-nacos脚本
cat down-nacos.sh
#!/bin/sh
ipTrue=false
java_service_ip=""
code=false
getPodIp() {
java_service_ip=`ip a | grep inet | grep -v inet6 | grep -v '127.0.0.1' | awk '{print $2}' | awk -F / '{print$1}'`
grep -w "${java_service_ip}" /etc/hosts > /dev/null
if [ $? -eq 0 ];then
echo "get java service ip success"
ipTrue=true
else
echo "get java service ip failed"
fi
}
downService(){
accessToken=`curl -s -X POST http://$NACOS_ADDRESS/nacos/v1/auth/users/login --form username=$NACOS_USERNAME --form password=$NACOS_PASSWORD|jq -r .accessToken`
curl -s -X PUT "$NACOS_ADDRESS/nacos/v1/ns/instance?language=zh-CN&accessToken=$accessToken&username=$NACOS_USERNAME&serviceName=$JAVA_SERVICE_NAME&ip=$java_service_ip&port=$SERVICE_PORT&enabled=false&namespaceId=$NACOS_NAMESPACE_ID"
if [ "$code" = "ok" ];then
echo "java service down from nacos success"
code=true
else
echo "java service down from nacos failed"
fi
}
start(){
getPodIp
if $ipTrue;then
downService
sleep 30
else
echo "down $JAVA_SERVICE_NAME failed" >> down_service.log
fi
}
start
# 定义Dockerfile
$ cat Dockerfile
FROM openjdk:8-jre
WORKDIR /data
COPY ./down-nacos.sh .
COPY ./docker-entrypoint.sh .
RUN chmod +x docker-entrypoint.sh && chmod +x down-nacos.sh
ENTRYPOINT ["./docker-entrypoint.sh"]
# 构建镜像
$ docker build uhub.service.ucloud.cn/kubesre/java-base:v8 .
$ docker push uhub.service.ucloud.cn/kubesre/java-base:v8
变量说明:
- JVM_XMS:最小JVM堆栈内存
- JVM_XMX:最大JVM堆栈内存
- SERVICE_PORT:应用服务端口
- NACOS_ADDRESS:Nacos地址
- NACOS_USERNAME:Nacos用户名
- NACOS_PASSWORD:Nacos密码
- NACOS_NAMESPACE_ID:Nacos命名空间ID
- PROFILES_ACTIVE:环境名称
Dockerfile编写
分层构建好处:
- 不依赖本地环境
- 减小容器镜像大小
Java Dockerfile(分层构建):
FROM uhub.service.ucloud.cn/kubesre/maven:jdk8 AS build
COPY src /opt/src/
COPY pom.xml /opt/
RUN cd /opt/ && mvn clean install -DskipTests
FROM uhub.service.ucloud.cn/kubesre/java-base:v8
# 复制jar文件到路径
COPY --from=build /opt/target/*.jar /data/app.jar
Vue Dockerfile(分层构建):
FROM node:16 AS builder
# 设置工作目录
WORKDIR /usr/src/app
# 将项目文件复制到 Docker 镜像中
COPY . .
# 安装项目依赖
RUN npm install --registry=https://registry.npmmirror.com
# 构建静态文件
RUN npm run build:prod
# 使用 Nginx 镜像作为基础镜像,用于托管静态文件
FROM nginx:stable-alpine
WORKDIR /home/ruoyi/projects/ruoyi-ui
# 将 VuePress 构建的静态文件复制到 Nginx 的网站目录
COPY --from=builder /usr/src/app/dist /home/ruoyi/projects/ruoyi-ui
COPY ./nginx/conf/nginx.conf /etc/nginx/nginx.conf
# 暴露 80 端口
EXPOSE 80
# 启动 Nginx
CMD ["nginx", "-g", "daemon off;"]
Pipeline编写
如下所有Pipeline文件,需要自行修改内容:
- credentialsId
- robot
- 镜像仓库地址
如何查找credentialsId:
图片
如何查找robot:
图片
Java Pipeline:
pipeline {
agent any
triggers {
GenericTrigger(
genericVariables: [
[key: 'ref', value: '$.ref'], //获取分支
[key: 'user_username', value: '$.user_username'], //获取自动构建用户名
[key: 'GitRepository', value: '$.project.git_http_url'], //获取gitlab ssh项目地址
[key: 'project', value: '$.project.name'], //获取项目名称
[key: 'repository', value: '$.repository.name'],
],
token: "$JOB_NAME",
causeString: 'Triggered on $branch',
printContributedVariables: true,
printPostContent: true,
silentResponse: false,
)
}
environment {
// pipeline配置路径
pipeline_dir="/var/lib/jenkins/workspace/pipeline"
// 项目版本
Tag=sh(script: 'echo "${ref}" | awk -F"/" \'{print $3}\'', returnStdout: true).trim()
// 项目名称
Project_Name="${project}"
// 上一次版本
Revsion_Prod=''
//Depolyment名称
DeploymentName=''
// 生产名称空间
Namespace_Prod=''
// 灰度模式
GrayHeaderMode=''
// 灰度Depolyment名称
GrayDeploymentName=''
// 灰度Service名称
GrayServiceName=''
// 灰度Ingress名称
GrayIngressName=''
// 是否灰度
GrayEnable='yes'
}
options {
// 表示保留10次构建历史
buildDiscarder(logRotator(numToKeepStr: '10'))
}
stages {
stage('Pull Code') {
// 拉取代码
steps {
checkout([
$class: 'GitSCM',
branches: [[name: "$ref"]],
doGenerateSubmoduleConfigurations: false,
extensions: [],
userRemoteConfigs: [[
credentialsId: 'ac66550d-6999-485c-af3a-7e6189f765f0',
url: "$GitRepository"
]]
])
script{
currentBuild.displayName = "#${BUILD_NUMBER} - ${Project_Name} - ${Tag}"
}
}
}
// // 代码构建
// stage('Build Code') {
// steps {
// sh '/application/maven/bin/mvn -f pom.xml -s settings.xml clean package -DskipTests'
// }
// }
// 镜像构建
stage('Build Image') {
steps {
sh '''
/usr/bin/docker build -t uhub.service.ucloud.cn/kubesre/$Project_Name:$Tag .
/usr/bin/docker push uhub.service.ucloud.cn/kubesre/$Project_Name:$Tag
'''
}
post {
success {
wrap([$class: 'BuildUser']) {
lark (
robot: "9f7c94cd-491e-4309-83b4-9290d01fc285",
type: "CARD",
title: "📢 Jenkins 镜像构建成功",
text: [
"📋 **任务名称**:[${JOB_NAME}](${JOB_URL})",
"🔢 **任务编号**:[${BUILD_DISPLAY_NAME}](${BUILD_URL})",
"🌟 **构建状态**: 成功",
"🤩 **镜像版本**: $Tag",
"😎 **镜像仓库**: uhub.service.ucloud.cn/kubesre/$Project_Name",
"🕐 **构建用时**: ${currentBuild.duration} ms",
"👤 **执 行 者**: ${env.BUILD_USER}",
" "
],
buttons: [
[
title: "更改记录",
url: "${BUILD_URL}changes"
],
[
title: "控制台",
type: "danger",
url: "${BUILD_URL}console"
]
]
)}
}
}
}
stage('DeployDev'){
steps {
echo "部署开发环境"
script {
def userInput = input (
message: '确定要发布到DEV环境吗?',
parameters:[
choice(name: '操作', choices: ['发布', '跳过'])
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
if (userInput['操作'] == '发布'){
echo "部署Dev环境开始"
sh '''
echo $pipeline_dir
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/dev/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/dev/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/dev/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/dev/$Project_Name/service.yml" ]; then
cat $pipeline_dir/dev/$Project_Name/service.yml
cat $pipeline_dir/dev/$Project_Name/service.yml | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/dev/$Project_Name/ingress.yml" ]; then
cat $pipeline_dir/dev/$Project_Name/ingress.yml
cat $pipeline_dir/dev/$Project_Name/ingress.yml | /usr/bin/kubectl apply -f -
fi
'''
} else {
echo "不发布"
}
}
}
}
stage('DeployUat'){
steps {
echo "部署测试环境"
script {
def userInput = input (
message: '确定要发布到UAT环境吗?',
parameters:[
choice(name: '操作', choices: ['发布', '跳过'])
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
if (userInput['操作'] == '发布'){
echo "发布"
sh '''
echo $pipeline_dir
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/uat/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/uat/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/uat/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/uat/$Project_Name/service.yml" ]; then
cat $pipeline_dir/uat/$Project_Name/service.yml
cat $pipeline_dir/uat/$Project_Name/service.yml | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/uat/$Project_Name/ingress.yml" ]; then
cat $pipeline_dir/uat/$Project_Name/ingress.yml
cat $pipeline_dir/uat/$Project_Name/ingress.yml | /usr/bin/kubectl apply -f -
fi
'''
} else {
echo "不发布"
}
}
}
}
stage('DeployGray'){
steps {
echo "部署灰度环境"
script {
def GraysMode = input (
message: '确定要灰度验证吗?',
parameters:[
choice(name: 'operation', choices: ['基于权重灰度','基于请求头灰度','跳过'])
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
if (GraysMode['operation'] == '基于权重灰度'){
def WeightMode = input (
message: '请输入权重比例!',
parameters:[
string(name: 'workload_weight',defaultValue: '',description: ''),
string(name: 'grayload_weight',defaultValue: '',description: '')
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
sh """
echo $pipeline_dir
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/prod/$Project_Name/deployment-gray.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/deployment-gray.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/prod/$Project_Name/deployment-gray.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
echo "配置权重"
echo ${WeightMode['grayload_weight']}
if [ -e "$pipeline_dir/prod/$Project_Name/ingress-gray-weight.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/ingress-gray-weight.yml | sed "s/WEIGHT-VALUE/${WeightMode['grayload_weight']}/g"
cat $pipeline_dir/prod/$Project_Name/ingress-gray-weight.yml | sed "s/WEIGHT-VALUE/${WeightMode['grayload_weight']}/g" | /usr/bin/kubectl apply -f -
fi
"""
}
if (GraysMode['operation'] == '基于请求头灰度'){
GrayHeaderMode = input (
message: '请输入请求头!',
parameters:[
string(name: 'header_key',defaultValue: '',description: ''),
string(name: 'header_value',defaultValue: '',description: '')
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
sh """
echo ${GrayHeaderMode['header_value']}
echo $pipeline_dir
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/prod/$Project_Name/deployment-gray.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/deployment-gray.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/prod/$Project_Name/deployment-gray.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
echo "配置请求头"
echo ${GrayHeaderMode['header_key']}
echo ${GrayHeaderMode['header_value']}
if [ -e "$pipeline_dir/prod/$Project_Name/ingress-gray-header.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/ingress-gray-header.yml | sed "s/header-key/${GrayHeaderMode['header_key']}/g" | sed "s/header-value/${GrayHeaderMode['header_value']}/g"
cat $pipeline_dir/prod/$Project_Name/ingress-gray-header.yml | sed "s/header-value/${GrayHeaderMode['header_key']}/g" | sed "s/header-value/${GrayHeaderMode['header_value']}/g" | /usr/bin/kubectl apply -f -
fi
"""
}
// 默认模式为yes,如果跳过为no
if (GraysMode['operation'] == '跳过'){
GrayEnable='no'
}
}
}
}
stage('DeployProd'){
steps {
echo "部署生产环境"
script {
def userInput = input (
message: '确定要发布到生产环境吗?',
parameters:[
choice(name: '操作', choices: ['发布', '跳过'])
],
ok: '确定',
submitter: 'test',
submitterParameter: 'APPROVER'
)
if (userInput['操作'] == '发布'){
echo "发布"
Namespace_Prod = sh(script: "cat $pipeline_dir/prod/$Project_Name/deployment.yml | grep namespace | awk -F ':' '{print \$2}'", returnStdout: true).trim()
DeploymentName = sh(script: "cat $pipeline_dir/prod/$Project_Name/deployment.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
Revsion_Prod = sh(script: "kubectl get deployment $DeploymentName -n ${Namespace_Prod} -o=jsnotallow='{.spec.template.spec.containers[*].image}' | awk -F ':' '{print \$NF}'", returnStdout: true).trim()
GrayDeploymentName = sh(script: "cat $pipeline_dir/prod/$Project_Name/deployment-gray.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
GrayServiceName = sh(script: "cat $pipeline_dir/prod/$Project_Name/service-gray.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
GrayIngressName = sh(script: "cat $pipeline_dir/prod/$Project_Name/ingress-gray-header.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
sh '''
echo $pipeline_dir
echo "开始部署生产环境"
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/prod/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/prod/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/prod/$Project_Name/service.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/service.yml
cat $pipeline_dir/prod/$Project_Name/service.yml | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/prod/$Project_Name/ingress.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/ingress.yml
cat $pipeline_dir/prod/$Project_Name/ingress.yml | /usr/bin/kubectl apply -f -
fi
'''
if (GrayEnable == 'yes'){
sh """
kubectl delete deployment ${GrayDeploymentName} -n ${Namespace_Prod}
kubectl delete service ${GrayServiceName} -n ${Namespace_Prod}
kubectl delete ingress ${GrayIngressName} -n ${Namespace_Prod}
"""
}
} else {
echo "不发布"
}
}
}
post {
success {
wrap([$class: 'BuildUser']) {
lark (
robot: "9f7c94cd-491e-4309-83b4-9290d01fc285",
type: "CARD",
title: "📢 Jenkins 应用发布成功",
text: [
"😋 **应用名称**:[${JOB_NAME}](${JOB_URL})",
"😜 **应用环境**:Prod",
"🤪 **任务编号**:[${BUILD_DISPLAY_NAME}](${BUILD_URL})",
"😘 **发布状态**: 成功",
"🤩 **镜像版本**: $Tag",
"😎 **镜像仓库**: harbor.kubesre.com:8443/kubesre/$Project_Name",
"😝 **执 行 者**: ${env.BUILD_USER}",
" "
],
buttons: [
[
title: "更改记录",
url: "${BUILD_URL}changes"
],
[
title: "控制台",
type: "danger",
url: "${BUILD_URL}console"
]
]
)}
}
}
}
stage('RollBack'){
steps {
echo "版本回滚操作"
script {
def RollBack = input (
message: '确定要执行回滚操作吗?',
parameters:[
choice(name: '是否回滚', choices: ['是', '否']),
string(name: '回滚版本', defaultValue: Revsion_Prod,description: '默认上一个版本')
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
if (RollBack['是否回滚'] == '是'){
echo "版本回滚成功"
echo RollBack['回滚版本']
sh """
if [ -e "$pipeline_dir/prod/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/deployment.yml | sed "s/TAG/${RollBack['回滚版本']}/g"
cat $pipeline_dir/prod/$Project_Name/deployment.yml | sed "s/TAG/${RollBack['回滚版本']}/g" | /usr/bin/kubectl apply -f -
fi
"""
} else {
echo "放弃版本回滚"
echo RollBack['回滚版本']
}
}
}
}
}
}
Vue Pipeline:
pipeline {
agent any
triggers {
GenericTrigger(
genericVariables: [
[key: 'ref', value: '$.ref'], //获取分支
[key: 'user_username', value: '$.user_username'], //获取自动构建用户名
[key: 'GitRepository', value: '$.project.git_http_url'], //获取gitlab ssh项目地址
[key: 'project', value: '$.project.name'], //获取项目名称
[key: 'repository', value: '$.repository.name'],
],
token: "$JOB_NAME",
causeString: 'Triggered on $branch',
printContributedVariables: true,
printPostContent: true,
silentResponse: false,
)
}
environment {
// pipeline配置路径
pipeline_dir="/var/lib/jenkins/workspace/pipeline"
// 项目版本
Tag=sh(script: 'echo "${ref}" | awk -F"/" \'{print $3}\'', returnStdout: true).trim()
// 项目名称
Project_Name="${project}"
// 上一次版本
Revsion_Prod=''
//Depolyment名称
DeploymentName=''
// 生产名称空间
Namespace_Prod=''
// 灰度模式
GrayHeaderMode=''
// 灰度Depolyment名称
GrayDeploymentName=''
// 灰度Service名称
GrayServiceName=''
// 灰度Ingress名称
GrayIngressName=''
// 是否灰度
GrayEnable='yes'
}
options {
// 表示保留10次构建历史
buildDiscarder(logRotator(numToKeepStr: '10'))
}
stages {
stage('Pull Code') {
// 拉取代码
steps {
checkout([
$class: 'GitSCM',
branches: [[name: "$ref"]],
doGenerateSubmoduleConfigurations: false,
extensions: [],
userRemoteConfigs: [[
credentialsId: 'ac66550d-6999-485c-af3a-7e6189f765f0',
url: "$GitRepository"
]]
])
script{
currentBuild.displayName = "#${BUILD_NUMBER} - ${Project_Name} - ${Tag}"
}
}
}
// // 代码构建
// stage('Build Code') {
// steps {
// sh '/application/maven/bin/mvn -f pom.xml -s settings.xml clean package -DskipTests'
// }
// }
// 镜像构建
stage('Build Image') {
steps {
sh '''
/usr/bin/docker build -t uhub.service.ucloud.cn/kubesre/$Project_Name:$Tag .
/usr/bin/docker push uhub.service.ucloud.cn/kubesre/$Project_Name:$Tag
'''
}
post {
success {
wrap([$class: 'BuildUser']) {
lark (
robot: "9f7c94cd-491e-4309-83b4-9290d01fc285",
type: "CARD",
title: "📢 Jenkins 镜像构建成功",
text: [
"📋 **任务名称**:[${JOB_NAME}](${JOB_URL})",
"🔢 **任务编号**:[${BUILD_DISPLAY_NAME}](${BUILD_URL})",
"🌟 **构建状态**: 成功",
"🤩 **镜像版本**: $Tag",
"😎 **镜像仓库**: uhub.service.ucloud.cn/kubesre/$Project_Name",
"🕐 **构建用时**: ${currentBuild.duration} ms",
"👤 **执 行 者**: ${env.BUILD_USER}",
" "
],
buttons: [
[
title: "更改记录",
url: "${BUILD_URL}changes"
],
[
title: "控制台",
type: "danger",
url: "${BUILD_URL}console"
]
]
)}
}
}
}
stage('DeployDev'){
steps {
echo "部署开发环境"
script {
def userInput = input (
message: '确定要发布到DEV环境吗?',
parameters:[
choice(name: '操作', choices: ['发布', '跳过'])
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
if (userInput['操作'] == '发布'){
echo "部署Dev环境开始"
sh '''
echo $pipeline_dir
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/dev/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/dev/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/dev/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/dev/$Project_Name/service.yml" ]; then
cat $pipeline_dir/dev/$Project_Name/service.yml
cat $pipeline_dir/dev/$Project_Name/service.yml | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/dev/$Project_Name/ingress.yml" ]; then
cat $pipeline_dir/dev/$Project_Name/ingress.yml
cat $pipeline_dir/dev/$Project_Name/ingress.yml | /usr/bin/kubectl apply -f -
fi
'''
} else {
echo "不发布"
}
}
}
}
stage('DeployUat'){
steps {
echo "部署测试环境"
script {
def userInput = input (
message: '确定要发布到UAT环境吗?',
parameters:[
choice(name: '操作', choices: ['发布', '跳过'])
],
ok: '确定',
submitter: 'admin',
submitterParameter: 'APPROVER'
)
if (userInput['操作'] == '发布'){
echo "发布"
sh '''
echo $pipeline_dir
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/uat/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/uat/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/uat/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/uat/$Project_Name/service.yml" ]; then
cat $pipeline_dir/uat/$Project_Name/service.yml
cat $pipeline_dir/uat/$Project_Name/service.yml | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/uat/$Project_Name/ingress.yml" ]; then
cat $pipeline_dir/uat/$Project_Name/ingress.yml
cat $pipeline_dir/uat/$Project_Name/ingress.yml | /usr/bin/kubectl apply -f -
fi
'''
} else {
echo "不发布"
}
}
}
}
stage('DeployProd'){
steps {
echo "部署生产环境"
script {
def userInput = input (
message: '确定要发布到生产环境吗?',
parameters:[
choice(name: '操作', choices: ['发布', '跳过'])
],
ok: '确定',
submitter: 'test',
submitterParameter: 'APPROVER'
)
if (userInput['操作'] == '发布'){
echo "发布"
Namespace_Prod = sh(script: "cat $pipeline_dir/prod/$Project_Name/deployment.yml | grep namespace | awk -F ':' '{print \$2}'", returnStdout: true).trim()
DeploymentName = sh(script: "cat $pipeline_dir/prod/$Project_Name/deployment.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
Revsion_Prod = sh(script: "kubectl get deployment $DeploymentName -n ${Namespace_Prod} -o=jsnotallow='{.spec.template.spec.containers[*].image}' | awk -F ':' '{print \$NF}'", returnStdout: true).trim()
GrayDeploymentName = sh(script: "cat $pipeline_dir/prod/$Project_Name/deployment-gray.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
GrayServiceName = sh(script: "cat $pipeline_dir/prod/$Project_Name/service-gray.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
GrayIngressName = sh(script: "cat $pipeline_dir/prod/$Project_Name/ingress-gray-header.yml | grep name: | head -n 1 | awk -F ':' '{print \$2}'", returnStdout: true).trim()
sh '''
echo $pipeline_dir
echo "开始部署生产环境"
echo "打印编排文件详细信息"
if [ -e "$pipeline_dir/prod/$Project_Name/deployment.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g"
cat $pipeline_dir/prod/$Project_Name/deployment.yml | sed "s/TAG/${Tag}/g" | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/prod/$Project_Name/service.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/service.yml
cat $pipeline_dir/prod/$Project_Name/service.yml | /usr/bin/kubectl apply -f -
fi
if [ -e "$pipeline_dir/prod/$Project_Name/ingress.yml" ]; then
cat $pipeline_dir/prod/$Project_Name/ingress.yml
cat $pipeline_dir/prod/$Project_Name/ingress.yml | /usr/bin/kubectl apply -f -
fi
'''
} else {
echo "不发布"
}
}
}
post {
success {
wrap([$class: 'BuildUser']) {
lark (
robot: "9f7c94cd-491e-4309-83b4-9290d01fc285",
type: "CARD",
title: "📢 Jenkins 应用发布成功",
text: [
"😋 **应用名称**:[${JOB_NAME}](${JOB_URL})",
"😜 **应用环境**:Prod",
"🤪 **任务编号**:[${BUILD_DISPLAY_NAME}](${BUILD_URL})",
"😘 **发布状态**: 成功",
"🤩 **镜像版本**: $Tag",
"😎 **镜像仓库**: harbor.kubesre.com:8443/kubesre/$Project_Name",
"😝 **执 行 者**: ${env.BUILD_USER}",
" "
],
buttons: [
[
title: "更改记录",
url: "${BUILD_URL}changes"
],
[
title: "控制台",
type: "danger",
url: "${BUILD_URL}console"
]
]
)}
}
}
}
}
}
配置Jenkins
依赖的组件(自行安装):
- Generic Webhook Trigger
- Pipeline(所有以Pipeline开头的组件)
- build user vars
- Blue Ocean
- Lark Notice(通过上传文件的方式安装)https://721806280.github.io/lark-notice-plugin-doc/
配置Lark Notice:
Lark Notice Plugin 是一个用于 Jenkins 的构建通知插件,可以将 Jenkins构建过程以及结果通知推送到 Lark、飞书、钉钉 协作平台。 可配置多个的通知时机,包括 构建启动时、构建中断、构建失败、构建成功时、构建不稳定 等。 支持多种不同类型的消息,包括 文本消息、图片消息, 群名片消息、富文本消息、卡片消息; 同时该插件还提供了自定义模板和变量的功能,使您能够根据自己的需求来定制通知消息的内容和格式。(本次案例是基于飞书进行验证)
准备工作,在飞书群新建一个机器人(https://open.feishu.cn/document/client-docs/bot-v3/add-custom-bot):
在飞书群,点击设置:
图片
然后点击群机器人:
图片
在飞书群,选择添加机器人
图片
填写相应配置信息并点击保存:
图片
图片
选择系统管理-Lark Notice:
图片
通知时机全部勾选:
图片
配置机器人信息并保存
图片
配置Java Pipeline
新建任务:
图片
填写任务名称,并选择流水线,点击确定:
图片
配置Pipeline SCM:
图片
修改脚本路径,点击确定:
图片
点击构建让配置生效:
图片
其他Java项目配置都一样!
配置Vue Pipeline
新建任务:
图片
填写任务名称,选择流水线:
图片
配置Pipeline SCM:
图片
修改脚本路径,点击确定:
图片
点击构建让配置生效:
图片
其他Vue项目配置都一样!
配置Gitlab Webhook
进入项目,选择webhook:
图片
选择添加Webhook:
图片
配置webhook URL,Token以Job Name:
图片
勾选标签推送事件,也就是说只有标签推送事件才会触发流水线:
图片
到此为止,Webook已配置完毕!所有项目配置都一样。
触发验证
触发Java Pipeline:
进入标签管理:
图片
新建标签:
图片
填写信息并点击创建标签(此标签名称也是容器镜像的Tag):
图片
进入Jenkins可以看到Gateway Pipeline已经触发了:
图片
图片
选择发布,并点击确定,将新版本发布到Dev环境:
图片
选择发布,并点击确定,将新版本发布到Uat环境:
图片
选择对应的灰度发布方式或者跳过:
图片
选择发布,并点击确定,将新版本发布到Prod环境:
图片
也可以回滚,默认是上一个版本也可修改成想要回滚到的版本:
图片
触发 Vue流水线:
进入标签管理:
图片
创建标签:
图片
填写信息并点击创建标签(此标签名称也是容器镜像的Tag):
图片
图片
进入Jenkins可以看到ruoyi-ui Pipeline已经触发了:
图片
选择发布,并点击确定,将新版本发布到Dev环境:
图片
选择发布,并点击确定,将新版本发布到Uat环境:
图片
选择发布,并点击确定,将新版本发布到Prod环境:
图片
构建通知
图片