- ci(持续构建测试项目)，数据源使用h2
-
第一个红框里是加特林（gatling）脚本的存放目录位置与结构
-
第二个红框的Dockerfile也是必须的
-
项目必须为maven项目
-
前提用
docker-compose构建服务器,步骤如下-
创建宿主机挂载目录：
mkdir -p /data/docker/ci/nexus /data/docker/ci/jenkins/lib /data/docker/ci/jenkins/home /data/docker/ci/sonarqube /data/docker/ci/postgresql /data/docker/ci/gatling/results -
赋权（避免挂载的时候，一些程序需要容器中的用户的特定权限使用）：
chmod -R 777 /data/docker/ci/nexus /data/docker/ci/jenkins/lib /data/docker/ci/jenkins/home /data/docker/ci/sonarqube /data/docker/ci/postgresql /data/docker/ci/gatling/results -
使用
docker-compose执行如下脚本
version: '3' networks: prodnetwork: driver: bridge services: sonardb: image: postgres:9.6.6 restart: always ports: - "5433:5432" networks: - prodnetwork volumes: - /data/docker/ci/postgresql:/var/lib/postgresql environment: - POSTGRES_USER=sonar - POSTGRES_PASSWORD=sonar sonar: image: sonarqube:6.7.1 restart: always ports: - "19000:9000" - "19092:9092" networks: - prodnetwork depends_on: - sonardb volumes: - /data/docker/ci/sonarqube/conf:/opt/sonarqube/conf - /data/docker/ci/sonarqube/data:/opt/sonarqube/data - /data/docker/ci/sonarqube/extension:/opt/sonarqube/extensions - /data/docker/ci/sonarqube/bundled-plugins:/opt/sonarqube/lib/bundled-plugins environment: #- SONARQUBE_JDBC_URL=jdbc:postgresql://sonardb:5433/sonar - SONARQUBE_JDBC_URL=jdbc:postgresql://sonardb:5432/sonar - SONARQUBE_JDBC_USERNAME=sonar - SONARQUBE_JDBC_PASSWORD=sonar nexus: image: sonatype/nexus3 restart: always ports: - "18081:8081" networks: - prodnetwork volumes: - /data/docker/ci/nexus:/nexus-data jenkins: image: wine6823/jenkins:1.1 restart: always ports: - "18080:8080" networks: - prodnetwork volumes: - /var/run/docker.sock:/var/run/docker.sock - /etc/localtime:/etc/localtime:ro - $HOME/.ssh:/root/.ssh - /data/docker/ci/jenkins/lib:/var/lib/jenkins/ - /usr/bin/docker:/usr/bin/docker - /data/docker/ci/jenkins/home:/var/jenkins_home depends_on: - nexus - sonar environment: - NEXUS_PORT=8081 - SONAR_PORT=9000 - SONAR_DB_PORT=5432 -
-
最后用dockers启动一个nginx服务器，命令如下
docker run --name some-nginx -v /data/docker/ci/gatling/results:/usr/share/nginx/html:ro -p 8080:80 -d nginx
- 创建jenkins流水线(打开jenkins服务器首页，点击新建任务)
- 配置流水线脚本(配置地址)
Jenkinsfiles脚本代码如下
node {
/*****************************git代码块***********************************/
// ! git 仓库路径
gitUrl = 'https://github.com/14251104246/spring-boot-ci-demo.git'
// ! git 分支
gitBranch = 'master'
// ! git 使用的jenkins证书id
gitCredential = '5b3912a8-0074-4955-b48f-c0af217785ac'
stage ('git') {
git branch: gitBranch,
credentialsId: gitCredential,
url: gitUrl
}
/*****************************预处理代码块***********************************/
// ! maven最终构建项目ArtifactId（项目目录请和ArtifactId一致）(可改)
mavenArtifactId = 'yisike-parent'
// 文件夹分隔
DELIMITER = '/'
// jenkins挂载在宿主机的所有项目地址
volumeRoot = '/data/docker/ci/jenkins/home';
// jenkins在容器中的所有项目地址
jenkinsRoot = '/var/jenkins_home'
// 具体项目工作区
projectWorkspace = 'workspace'
// jenkins挂载在宿主机的项目地址
volumeDeployRootPath = volumeRoot + DELIMITER + projectWorkspace + DELIMITER + env.JOB_NAME
// jenkins在容器中的项目路径
jenkinsDeployRootPath = env.WORKSPACE
// jenkins挂载在宿主机的构建地址
volumeDeployPath = ''
// jenkins在容器中的构建路径
jenkinsDeployPath = ''
//是否只有一个项目
mavenSingleModule = true
String relativePath = ''
stage ('pre') {
echo '路径预处理'
volumeDeployPath = volumeDeployRootPath
jenkinsDeployPath = jenkinsDeployRootPath
println 'jenkins挂载在宿主机的项目地址：' + volumeDeployRootPath
println 'jenkins在容器中的项目路径：' + jenkinsDeployRootPath
println 'jenkins挂载在宿主机的构建地址：' + volumeDeployPath
println 'jenkins在容器中的构建路径：' + jenkinsDeployPath
}
/*******************************maven代码块*********************************/
// maven地址
MVN_HOME = 'docker run -t --rm --name my-maven-project -v '+volumeDeployPath+':/usr/src/mymaven -v $HOME/.m2:/root/.m2 -w /usr/src/mymaven maven:3.3-jdk-8 '
stage ('mvn') {
echo 'start mvn'
//暂时使用sh，后边替换为 ArtifactoryMavenBuild
stage ('mvn-clean') {
sh """
${MVN_HOME} mvn clean
"""
}
stage ('mvn-package') {
thisPath = jenkinsDeployRootPath + DELIMITER + (relativePath == null || relativePath.size() == 0 ? relativePath : relativePath + DELIMITER)+ DELIMITER
sh """
${MVN_HOME} mvn package -DskipTests
"""
}
echo 'stop mvn'
}
/**********************************docker代码块************************************************************/
/**********************************docker代码块************************************************************/
//服务名称（子模块目录名称）
def srvName = 'demo'
//仓库地址
def registryUrl = 'hboverseas.banggood.cn'
//远程服务器地址（用于部署）
def devHost = '122.152.225.111'
def devDockerDaemon = "tcp://${devHost}:2376"
//项目名称
def project = 'ad'
//远程docker容器启动参数
def dockerParam = "--name ${srvName} -v /etc/hosts:/etc/hosts -v /data/docker/logs/yisike/yisike-registry:/data/docker/logs --restart=always -p 8090:8090"
stage ('docker') {
echo 'start docker'
stage ('构建镜像')
{
sh """
cd ${jenkinsDeployPath}/
docker build -t $registryUrl/$project/$srvName:$BUILD_NUMBER ./
"""
}
//stage ('推送镜像')
//{
// sh """
// docker push $registryUrl/$project/$srvName:$BUILD_NUMBER
// docker rmi $registryUrl/$project/$srvName:$BUILD_NUMBER
// """
//}
//stage ('部署生产环境')
//{
// sh """
// docker -H ${devDockerDaemon} pull $registryUrl/$project/$srvName:$BUILD_NUMBER
// docker -H ${devDockerDaemon} rm -f ${srvName} | true
// docker -H ${devDockerDaemon} run -d ${dockerParam} $registryUrl/$project/$srvName:$BUILD_NUMBER
// """
//}
stage ('部署生产环境')
{
sh """
docker rm -f ${srvName} | true
docker run -d ${dockerParam} $registryUrl/$project/$srvName:$BUILD_NUMBER
"""
}
echo 'complete docker'
}
}
- 点击保存后进入
ci-demo流水线，点击立即构建(图中2是构建结果)
- 进入sonarQube服务器创建一个新的需要分析的项目（打开官方引导教程）
- 复制生成的mvn命令
- 配置流水线脚本(配置地址)
- 把mvn命令加入到
Jenkinsfiles脚本，如下
node {
/*****************************git代码块***********************************/
// ! git 仓库路径
gitUrl = 'https://github.com/14251104246/spring-boot-ci-demo.git'
// ! git 分支
gitBranch = 'master'
// ! git 使用的jenkins证书id
gitCredential = '5b3912a8-0074-4955-b48f-c0af217785ac'
stage ('git') {
git branch: gitBranch,
credentialsId: gitCredential,
url: gitUrl
}
/*****************************预处理代码块***********************************/
// ! maven最终构建项目ArtifactId（项目目录请和ArtifactId一致）(可改)
mavenArtifactId = 'yisike-parent'
// 文件夹分隔
DELIMITER = '/'
// jenkins挂载在宿主机的所有项目地址
volumeRoot = '/data/docker/ci/jenkins/home';
// jenkins在容器中的所有项目地址
jenkinsRoot = '/var/jenkins_home'
// 具体项目工作区
projectWorkspace = 'workspace'
// jenkins挂载在宿主机的项目地址
volumeDeployRootPath = volumeRoot + DELIMITER + projectWorkspace + DELIMITER + env.JOB_NAME
// jenkins在容器中的项目路径
jenkinsDeployRootPath = env.WORKSPACE
// jenkins挂载在宿主机的构建地址
volumeDeployPath = ''
// jenkins在容器中的构建路径
jenkinsDeployPath = ''
//是否只有一个项目
mavenSingleModule = true
String relativePath = ''
stage ('pre') {
echo '路径预处理'
volumeDeployPath = volumeDeployRootPath
jenkinsDeployPath = jenkinsDeployRootPath
println 'jenkins挂载在宿主机的项目地址：' + volumeDeployRootPath
println 'jenkins在容器中的项目路径：' + jenkinsDeployRootPath
println 'jenkins挂载在宿主机的构建地址：' + volumeDeployPath
println 'jenkins在容器中的构建路径：' + jenkinsDeployPath
}
/*******************************maven代码块*********************************/
// maven地址
MVN_HOME = 'docker run -t --rm --name my-maven-project -v '+volumeDeployPath+':/usr/src/mymaven -v $HOME/.m2:/root/.m2 -w /usr/src/mymaven maven:3.3-jdk-8 '
stage ('mvn') {
echo 'start mvn'
//暂时使用sh，后边替换为 ArtifactoryMavenBuild
stage ('mvn-clean') {
sh """
${MVN_HOME} mvn clean
"""
}
stage ('mvn-package') {
thisPath = jenkinsDeployRootPath + DELIMITER + (relativePath == null || relativePath.size() == 0 ? relativePath : relativePath + DELIMITER)+ DELIMITER
sh """
${MVN_HOME} mvn package -DskipTests
"""
}
stage ('mvn-代码质量') {
sh """
${MVN_HOME} mvn sonar:sonar \
-Dsonar.host.url=http://172.17.0.1:19000 \
-Dsonar.login=40aee4cc56ecf6d6742af9cb36fd0f00f896e306
"""
}
echo 'stop mvn'
}
/**********************************docker代码块************************************************************/
/**********************************docker代码块************************************************************/
//服务名称（子模块目录名称）
def srvName = 'demo'
//仓库地址
def registryUrl = 'hboverseas.banggood.cn'
//远程服务器地址（用于部署）
def devHost = '122.152.225.111'
def devDockerDaemon = "tcp://${devHost}:2376"
//项目名称
def project = 'ad'
//远程docker容器启动参数
def dockerParam = "--name ${srvName} -v /etc/hosts:/etc/hosts -v /data/docker/logs/yisike/yisike-registry:/data/docker/logs --restart=always -p 8090:8090"
stage ('docker') {
echo 'start docker'
stage ('构建镜像')
{
sh """
cd ${jenkinsDeployPath}/
docker build -t $registryUrl/$project/$srvName:$BUILD_NUMBER ./
"""
}
//stage ('推送镜像')
//{
// sh """
// docker push $registryUrl/$project/$srvName:$BUILD_NUMBER
// docker rmi $registryUrl/$project/$srvName:$BUILD_NUMBER
// """
//}
//stage ('部署生产环境')
//{
// sh """
// docker -H ${devDockerDaemon} pull $registryUrl/$project/$srvName:$BUILD_NUMBER
// docker -H ${devDockerDaemon} rm -f ${srvName} | true
// docker -H ${devDockerDaemon} run -d ${dockerParam} $registryUrl/$project/$srvName:$BUILD_NUMBER
// """
//}
stage ('部署生产环境')
{
sh """
docker rm -f ${srvName} | true
docker run -d ${dockerParam} $registryUrl/$project/$srvName:$BUILD_NUMBER
"""
}
echo 'complete docker'
}
}
- 点击保存后进入
ci-demo流水线，点击立即构建
-
打开jenkins服务器首页，创建gatling的测试
-
Jenkinsfile脚本如下
node {
/*****************************git代码块***********************************/
// ! git 仓库路径
gitUrl = 'https://github.com/14251104246/spring-boot-ci-demo.git'
// ! git 分支
gitBranch = 'master'
// ! git 使用的jenkins证书id
gitCredential = '5b3912a8-0074-4955-b48f-c0af217785ac'
stage ('git') {
git branch: gitBranch,
credentialsId: gitCredential,
url: gitUrl
}
/*****************************预处理代码块***********************************/
// ! maven最终构建项目ArtifactId（项目目录请和ArtifactId一致）(可改)
mavenArtifactId = 'yisike-parent'
// 文件夹分隔
DELIMITER = '/'
// jenkins挂载在宿主机的所有项目地址
volumeRoot = '/data/docker/ci/jenkins/home';
// jenkins在容器中的所有项目地址
jenkinsRoot = '/var/jenkins_home'
// 具体项目工作区
projectWorkspace = 'workspace'
// jenkins挂载在宿主机的项目地址
volumeDeployRootPath = volumeRoot + DELIMITER + projectWorkspace + DELIMITER + env.JOB_NAME
// jenkins在容器中的项目路径
jenkinsDeployRootPath = env.WORKSPACE
// jenkins挂载在宿主机的构建地址
volumeDeployPath = ''
// jenkins在容器中的构建路径
jenkinsDeployPath = ''
//是否只有一个项目
mavenSingleModule = true
String relativePath = ''
stage ('pre') {
echo '路径预处理'
volumeDeployPath = volumeDeployRootPath
jenkinsDeployPath = jenkinsDeployRootPath
println 'jenkins挂载在宿主机的构建地址：' + volumeDeployPath
println 'jenkins在容器中的构建路径：' + jenkinsDeployPath
}
/*******************************gatling代码块*********************************/
scalaScriptDir = volumeDeployPath + '/src/test/gatling/user-files'
resultDir = '/data/docker/ci/gatling/results'
// 加特林命令行
COM_DOCKER = 'docker run -t --rm -v '+ scalaScriptDir +':/opt/gatling/user-files -v '+ resultDir +':/opt/gatling/results denvazh/gatling --mute'
stage ('gatling') {
echo 'start gatling'
//暂时使用sh，后边替换为 ArtifactoryMavenBuild
stage ('gatling') {
sh """
rm -f out.txt | true
${COM_DOCKER} 1>>out.txt
cat out.txt
echo http://localhost:8080\$(cat out.txt | grep 'Please open the following file' | cut -b 53- )
"""
}
echo 'stop gatling'
}
}
- 创建完成后，点击构建，等待构建完成后查看输出
- 点击上图中2指向的蓝点，查看最底下的输出
- 点击链接，查看gatling的测试结果
