# 一、新建pipeline组，名字inner-crm admin-->pipelines-->create new pipeline group-->inner-crm # 二、新建pipeline名字inner-bw-pic add new pipeline-->Part 1: Material-->Material Type-->Git-->Repository URL-->git@gitlab.51sw.cc:inner/inner-bw-pic.git-->Part 2,3,4名字随便取，到时候修改 ### 第一次连接gitlab ``` kubectl exec -it -n gocd gocd-server-78979ff8c8-6fqqm -- /bin/bash 83 ssh-keygen 85 cd .ssh/ 87 cat id_rsa.pub 登录gitlab-->点击profile settings-->SSH Keys-->打开id_rsa.pub（公钥） 复制全部内容到Key这个选项 89 git clone git@gitlab.51sw.cc:inner/inner-bw-pic.git ``` # 三、配置新inner-bw-pic inner-bw-pic-->GENERAL选项-->取消Automatic pipeline scheduling，这是第一pipeline，需要手动处理，其他默认 inner-bw-pic-->STAGES选项-->修改stages名字为inner-bw-pic-build-stage inner-bw-pic-->ENVIRONMENT VARIABLES  **branch默认是master 如果选择tag，需要手动填写** inner-bw-pic-->PARAMETERS  **新建参数，便于在脚本中引用。** # 四、配置inner-bw-pic-build-stage inner-bw-pic-build-stage-->STAGE SETTINGS-->开启clean working directory inner-bw-pic-build-stage-->JOBS-->修改名字为inner-bw-pic-build-job inner-bw-pic-build-stage-->ENVIRONMENT VARIABLES  申明gocd-server和gocd-agent的k8spod使用的环境变量 构建的时候需要用到maven，jdk，nodejs等，需要手动安装到/data/ops/homego下面，这个目录是挂载到了gocd容器中。bin下面是docker和kubectl这两个命令。  # 五、配置inner-bw-pic-build-job inner-bw-pic-build-job-->TASKS,这里写的脚本放在最下面 gocd 插件[https://github.com/gocd-contrib](https://github.com/gocd-contrib) ``` *Usage:* Download jar from releases & place it in`<go-server-location>/plugins/external`& restart GoCD Server. root@ali-hk-public-ops-k8s-master01:/data/ops/godata/plugins/external# ls script-executor-0.3.0.jar ``` 这里需要一款叫做“script-executor-task”的GoCD插件。有了这款插件后，你就可以像shell脚本一样编排指令，从而愉快地合并臃肿的task了。 值得一提的是，这个插件的初衷是简化task中命令的书写和排序，而不提倡滥用它编排大量琐碎的指令。不管是用jenkins还是GoCD，最佳实践是将指令放到脚本文件中，并纳入代码版本仓库（SCM） inner-bw-pic-build-job-->ARTIFACTS  **这是本管道要传给下一管道的文件，为了保证一致性** 如果是用的镜像部署，就用到image.info 如果是jar包部署，就直接用传下来的jar包 # 整体效果图  # inner-bw-pic-build-job-->TASKS-->脚本 第二步 ``` echo -e "\n\n##########################################################################################################################" pwd mkdir -p $GO_PROJECT_FOLDER && git clone #{gita} $GO_PROJECT_FOLDER && cd $GO_PROJECT_FOLDER if [[ -n $branch && -z $tag ]] then echo "branch is $branch and tag is $tag" echo "start branch..." git fetch git checkout $branch git pull touch .buildinfo git rev-parse HEAD >> .buildinfo git rev-parse --abbrev-ref HEAD >> .buildinfo git branch -a echo "print git info:" cat .buildinfo if [[ $? -ne 0 ]] then echo "git checkout version error" exit 250 fi elif [[ -n $tag && -z $branch ]] then echo "branch is $branch and tag is $tag" echo "starting tag" git fetch git checkout $tag touch .buildinfo git rev-parse HEAD >> .buildinfo git rev-parse --abbrev-ref HEAD >> .buildinfo git branch -a echo "print git info:" cat .buildinfo echo "checkout done" if [[ $? -ne 0 ]] then echo "git checkout version error" exit 250 fi else echo "git checkout version error" exit 250 fi ``` 第三步 ``` pwd ls -al cd $GO_PROJECT_FOLDER && mvn clean install -Dmaven.test.skip=true ``` 第四步 Dockerfile应该放在代码里面，这样就不用每次替换了。 ``` pwd ls -al cd $GO_PROJECT_FOLDER/ && \ sed "s/dog/#{pname}/g" /home/go/Dockerfile >Dockerfile ``` 第五步 ``` cd $GO_PROJECT_FOLDER/ && \ docker build -t #{registry}/#{pname}:${branch}${tag}-${GO_PIPELINE_COUNTER} . && \ docker push #{registry}/#{pname}:${branch}${tag}-${GO_PIPELINE_COUNTER} && \ echo "dimages=#{registry}/#{pname}:${branch}${tag}-${GO_PIPELINE_COUNTER}" >./image.info && echo "deploy=#{pname}" >>./image.info && cat image.info && \ docker images |grep #{pname} |head -n 20 ``` # 六、接第一条pipline，Deploy-QA-bw-pic 新建管道选择第一条pipline为上游管道 配置上游管道      需要配置接受上游传下来的文件   ``` kubectl get pods -o wide -n #{namespace} --insecure-skip-tls-verify --kubeconfig /home/go/.kube/config.qa for i in $(cat ./image.info); do export $i; done echo "kubectl set image deployment/$deploy $deploy=$image -n #{namespace} " kubectl set image deployment/$deploy $deploy=$dimages -n #{namespace} --insecure-skip-tls-verify --kubeconfig /home/go/.kube/config.qa echo "update status:" kubectl get pods -o wide -n #{namespace} --insecure-skip-tls-verify --kubeconfig /home/go/.kube/config.qa ``` # 七、前端pipline ## 1、前端的第一条管道  ## Build-brokerwork » Build-Stage » Build-Job » Tasks 第一步Command:env 第二步 ``` echo -e "\n\n##########################################################################################################################" pwd mkdir -p $GO_PROJECT_FOLDER && git clone #{gita} $GO_PROJECT_FOLDER && cd $GO_PROJECT_FOLDER if [[ -n $branch && -z $tag ]] then echo "branch is $branch and tag is $tag" echo "start branch..." git fetch git checkout $branch git pull touch .buildinfo git rev-parse HEAD >> ./buildinfo git rev-parse --abbrev-ref HEAD >> ./buildinfo echo -e ${branch}${tag} > ./mversion echo -e $dll >> ./mversion git branch -a echo "print git info:" cat .buildinfo if [[ $? -ne 0 ]] then echo "git checkout version error" exit 250 fi elif [[ -n $tag && -z $branch ]] then echo "branch is $branch and tag is $tag" echo "starting tag" git fetch git checkout $tag touch .buildinfo git rev-parse HEAD >> ./buildinfo git rev-parse --abbrev-ref HEAD >> ./buildinfo echo -e ${branch}${tag} > ./mversion echo -e $dll >> ./mversion git branch -a echo "print git info:" cat .buildinfo echo "checkout done" if [[ $? -ne 0 ]] then echo "git checkout version error" exit 250 fi else echo "git checkout version error" exit 250 fi ``` 第三步 ``` cd $GO_PROJECT_FOLDER && yarn && yarn prod:qa --env.version=${branch}${tag} && if [[ $dll -ne 1 ]]; then rm -rf dist/dll; fi ``` ## 2、新建管道选择第一条pipline为上游管道，根据需求设计需要几步stage    ``` echo -e "\n\n##########################################################################################################################" echo "Check Destination Mache ta-facade Status:" echo "##########################################################################################################################" ##update consul kv bw-ui-version export ver=$(cat mversion|head -n1) echo "ver is : $ver" curl --request PUT --data "old:v6.12.37,new:$ver" 'http://192.168.60.85:8500/v1/kv/bw-ui-version' ##copy mversion to dst machine scp -i /home/go/.ssh/id_rsa_deploy mversion root@$HNP:/tmp ## update nginx-config ssh -i /home/go/.ssh/id_rsa_deploy root@$HNP 'export mversion=$(cat /tmp/mversion|head -n1) && env && cp -av /etc/nginx/conf.d/default.qa.bw.lwork.com.conf /tmp/default.qa.bw.lwork.com.conf_$mversion && sed -i "42s@v[0-9]\{1,2\}.[0-9]\{1,2\}.[0-9]\{1,2\}@${mversion}@g" /etc/nginx/conf.d/default.qa.bw.lwork.com.conf && nginx -t && nginx -s reload' ```