cicd07--构建前后端一体化自动化发布流程

node {

label 'slave'

}

} steps { sh """ echo "Clone frontend repo: ${repo_url_frontend} ${branch}" pwd """ dir("${work_dir_frontend}"){ deleteDir() git( url: "${repo_url_frontend}", credentialsId: '13*yourGitCredentialsId*14', branch: "${branch}" ) } sh """ pwd ls """ } } stage("Clone backend"){ agent {

node {

label 'slave'

}

} steps { sh """ echo "Clone frontend repo: ${repo_url_frontend} ${branch}" pwd """ dir("${work_dir_backend}"){ deleteDir() git( url: "${repo_url_backend}", credentialsId: '13*yourGitCredentialsId*14', branch: "${branch}" ) } sh """ pwd ls """ } } stage('Scp to sre-cicd') { agent {

node {

label 'slave'

}

} steps { sh """ pwd echo "rsync frontend" rsync -Lrap ${work_dir_frontend} --exclude ${work_dir_frontend}/.git e-cicdMachine.148:/data/nas-sre-prod/jenkins/apps/ if [ $? -ne 0 ] then echo "Found some error when copy the frontend repo" exit 1 fi echo "rsync backend" rsync -Lrap ${work_dir_backend} --exclude ${work_dir_backend}/.git e-cicdMachine.148:/data/nas-sre-prod/jenkins/apps/ if [ $? -ne 0 ] then

then echo "Found some error when copy the backend repo" exit 1 fi """ } }

stage('generate frontend') { agent {

node {

label 'SRE_BUILD_NODE'

}

} steps { sh """ echo 'generate frontend files' pwd ls docker rm -f ${work_dir_frontend} || pwd docker run --name=${work_dir_frontend} -v /data/nas-sre-prod/jenkins/apps/${work_dir_frontend}:/home/ ${build_front_docker} bash /home/ docker rm -f ${work_dir_frontend} || pwd ls """ } }

stage('copy frontend to backend') { agent {

node {

label 'SRE_BUILD_NODE'

}

} steps { sh """ echo 'copy frontend to backend' pwd

ls cp /data/nas-sre-prod/jenkins/apps/${work_dir_frontend}/src/get_ /data/nas-sre-prod/jenkins/apps/${work_dir_backend}/src/templates/ """ } } stage('Build docker images') { agent {

node {

label 'SRE_BUILD_NODE'

}

} steps { sh """ echo 'build docker image' pwd

ls cd /data/nas-sre-prod/jenkins/apps/${work_dir_backend}/ if [ ! -f Dockerfile ] then echo "No available dockerfile in workspace" fi if [ ! -f build_ ] then echo "No available build_ in workspace" fi bash build_ ${docker_repo} ${image_version} pwd

ls """ } }

stage('Set tag') { agent {

node {

label 'slave'

}

} steps { dir("${tag_dir}"){ sh """ pwd ls echo "${branch} => ${image_version}" git tag -m "Build docker image ${image_version} for ${branch}/${image_version}" ${branch}/${image_version} && git describe && git push origin ${branch}/${image_version} ls """ } } } stage('check deploy exists') { agent {

node {

label 'SRE_NODE' }

} steps { echo 'Hello, check deployment ${cluster} ${namespace}/${deployment} exists' sh "/usr/local/bin/kubectl --kubeconfig /home/yourHome/.kube/config-${cluster} -n ${namespace} get deploy ${deployment}" } }

stage('deploy to k8s') { agent {

node {

label 'SRE_NODE' }

} steps { echo 'deploy to k8s' sh """ /usr/local/bin/kubectl --kubeconfig /home/yourHome/.kube/config-${cluster} -n ${namespace} set image deployment/${deployment} ${container_name}=your_docker_image_repo/${docker_repo}:${image_version} """ } } }

post { always { echo 'I have finished' } success { echo "all in one, succeed!" sh """ curl -X POST -H "Content-Type: application/json" -d '{"msg_type":"text","content":{"text":"gitlab_test_flask_two_repo notify, ${namespace}/${deployment}:${image_version}, succeed!"}}' /open-apis/bot/v2/hook/46xxx-xxx-xxx05 """ } failure { echo "all in one, failed!" sh """ curl -X POST -H "Content-Type: application/json" -d '{"msg_type":"text","content":{"text":"gitlab_test_flask_two_repo notify, ${namespace}/${deployment}:${image_version}, failed!"}}' /open-apis/bot/v2/hook/46xxx-xxx-xxx05 """ } }

}2.3 测试结果前端修改代码:后端代码修改: