class="hljs-ln-code"> class="hljs-ln-line">node: /lib64/libm.so.6: version `GLIBC_2.27' not found (required by node)
  • class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="3"> class="hljs-ln-code"> class="hljs-ln-line">node: /lib64/libstdc++.so.6: version `GLIBCXX_3.4.20' not found (required by node)
  • class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="4"> class="hljs-ln-code"> class="hljs-ln-line">node: /lib64/libstdc++.so.6: version `CXXABI_1.3.9' not found (required by node)
  • class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="5"> class="hljs-ln-code"> class="hljs-ln-line">node: /lib64/libstdc++.so.6: version `GLIBCXX_3.4.21' not found (required by node)
  • class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="6"> class="hljs-ln-code"> class="hljs-ln-line">node: /lib64/libc.so.6: version `GLIBC_2.28' not found (required by node)
  • class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="7"> class="hljs-ln-code"> class="hljs-ln-line">node: /lib64/libc.so.6: version `GLIBC_2.25' not found (required by node)
  • class="hljs-button signin active add_def" data-title="登录复制" data-report-click="{"spm":"1001.2101.3001.4334"}" onclick="hljs.signin(event)">

    nodejs都不可用,更别说构建了,如果构建不出东西,在这个依赖框架的年代,就相当于白干啊!突然怀念jquery的时代了,(#^.^#)

    触发场景

    1.  有老的vue项目,需要nodejs14 (这个必须的,18+就构建不了!)
    2. 有新的vue3项目,需要nodejs20+ (vite需要的,ε=(´ο`*)))唉,自己开发是挺爽,但没想到CI这里出问题了哈)
    3. 必须要jenkins上部署和构建(jenkins跑在linux上,之前我被windows server版docker搞的头发掉了一大撮)
    4. 构建物必须是一个docker镜像,这几个项目放在一个镜像(就是要一次构建多个项目)

    好像上面是这个时代比较通用的了,于是便很自然的安装了nvm,构建不同项目之前,用nvm切换下。

    问题分析

    但是,当我构建vue3项目是,就遇到上面的报错了。呃,搜索一通,么得什么头绪,我发现切回去node16就可以了,啊,竟然是版本问题,后面发现是宿主机的centos版本太低了,我的天!我没想到一个前端竟然遇到这个问题,也算是长姿势了!

    于是这时候就有个解决办法了,那就是让运维的部署点高版本的centos吧!提了个需求,但不知道何时才能实现,等等等

    解决办法

    看到这里,问题大概就是找到了,也可以解决了:那就是升级centos版本

    解决问题思路扩展

    docker容器内构建项目

    但是我从第一性原理开始想,为啥我需要安装这个Nodejs呢?既然产出物是前端代码,部署又不需要这个nodejs(只需要一个nginx镜像+那些构建物),构建的时候能不能使用Docker构建,只要用不同的镜像去构建,不就可以了?说干就干。

    下面是Dockerfile构建脚本: 阶段1构建,注意不同的项目修改自己node:版本 (这里用到了docker的多阶段构建,想了解的可以自己去研究,或许后期我会抽空介绍它的好处)

    1. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="1"> class="hljs-ln-code"> class="hljs-ln-line"># 构建阶段
    2. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="2"> class="hljs-ln-code"> class="hljs-ln-line">FROM node:20.16-alpine as builder
    3. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="3"> class="hljs-ln-code"> class="hljs-ln-line">
    4. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="4"> class="hljs-ln-code"> class="hljs-ln-line"># 设置工作目录
    5. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="5"> class="hljs-ln-code"> class="hljs-ln-line">WORKDIR /app
    6. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="6"> class="hljs-ln-code"> class="hljs-ln-line">
    7. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="7"> class="hljs-ln-code"> class="hljs-ln-line"># 复制package.json和package-lock.json(如果存在)
    8. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="8"> class="hljs-ln-code"> class="hljs-ln-line">COPY package*.json ./
    9. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="9"> class="hljs-ln-code"> class="hljs-ln-line">
    10. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="10"> class="hljs-ln-code"> class="hljs-ln-line"># 安装项目依赖
    11. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="11"> class="hljs-ln-code"> class="hljs-ln-line">RUN npm install
    12. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="12"> class="hljs-ln-code"> class="hljs-ln-line">
    13. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="13"> class="hljs-ln-code"> class="hljs-ln-line"># 复制项目文件到工作目录
    14. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="14"> class="hljs-ln-code"> class="hljs-ln-line">COPY . .
    15. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="15"> class="hljs-ln-code"> class="hljs-ln-line">
    16. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="16"> class="hljs-ln-code"> class="hljs-ln-line"># 构建应用
    17. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="17"> class="hljs-ln-code"> class="hljs-ln-line">RUN npm run build
    class="hide-preCode-box"> class="hljs-button signin active add_def" data-title="登录复制" data-report-click="{"spm":"1001.2101.3001.4334"}" onclick="hljs.signin(event)">

    这个构建的产出物在镜像内的/app/dist,如果是直接docker部署,可以使用第二个stage直接复制到新的镜像中,但此时为考虑到某些场景需要提取出这个目录,就需要一个辅助的nodejs方法:

    1. 构建

    2. 启动容器

    3. 复制到目标目录

    启动临时容器复制到宿主机目录

    一个全功能辅助的nodejs脚本

    下面这个方法是一个build.cjs脚本内容,构建的时候,定义好需要构建的模块,然后node build.cjs就可以了,这里不展开。

    1. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="1"> class="hljs-ln-code"> class="hljs-ln-line">function buildRunCopy(imageName, dockerfileDir, containerDist, outputDir) {
    2. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="2"> class="hljs-ln-code"> class="hljs-ln-line"> // 生成容器名称
    3. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="3"> class="hljs-ln-code"> class="hljs-ln-line"> const containerName = `container-${imageName}`;
    4. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="4"> class="hljs-ln-code"> class="hljs-ln-line">
    5. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="5"> class="hljs-ln-code"> class="hljs-ln-line"> // 构建 Dockerfile 路径和输出目录的绝对路径
    6. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="6"> class="hljs-ln-code"> class="hljs-ln-line"> const dockerfilePath = path.resolve(dockerfileDir, "Dockerfile");
    7. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="7"> class="hljs-ln-code"> class="hljs-ln-line"> const hostDir = path.resolve(outputDir);
    8. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="8"> class="hljs-ln-code"> class="hljs-ln-line">
    9. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="9"> class="hljs-ln-code"> class="hljs-ln-line"> try {
    10. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="10"> class="hljs-ln-code"> class="hljs-ln-line"> // 创建宿主机目录(如果不存在的话)
    11. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="11"> class="hljs-ln-code"> class="hljs-ln-line"> if (!fs.existsSync(hostDir)) {
    12. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="12"> class="hljs-ln-code"> class="hljs-ln-line"> fs.mkdirSync(hostDir, { recursive: true });
    13. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="13"> class="hljs-ln-code"> class="hljs-ln-line"> }
    14. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="14"> class="hljs-ln-code"> class="hljs-ln-line">
    15. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="15"> class="hljs-ln-code"> class="hljs-ln-line"> // 构建 Docker 镜像
    16. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="16"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Building Docker image...");
    17. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="17"> class="hljs-ln-code"> class="hljs-ln-line"> execSync(
    18. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="18"> class="hljs-ln-code"> class="hljs-ln-line"> `docker build -t ${imageName} -f ${dockerfilePath} ${dockerfileDir}`,
    19. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="19"> class="hljs-ln-code"> class="hljs-ln-line"> {
    20. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="20"> class="hljs-ln-code"> class="hljs-ln-line"> stdio: "inherit",
    21. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="21"> class="hljs-ln-code"> class="hljs-ln-line"> cwd: dockerfileDir,
    22. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="22"> class="hljs-ln-code"> class="hljs-ln-line"> }
    23. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="23"> class="hljs-ln-code"> class="hljs-ln-line"> );
    24. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="24"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Docker image built successfully.");
    25. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="25"> class="hljs-ln-code"> class="hljs-ln-line">
    26. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="26"> class="hljs-ln-code"> class="hljs-ln-line"> // 运行 Docker 容器
    27. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="27"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Running Docker container...");
    28. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="28"> class="hljs-ln-code"> class="hljs-ln-line"> execSync(`docker run --name ${containerName} -d ${imageName}`);
    29. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="29"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Docker container started successfully.");
    30. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="30"> class="hljs-ln-code"> class="hljs-ln-line">
    31. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="31"> class="hljs-ln-code"> class="hljs-ln-line">
    32. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="32"> class="hljs-ln-code"> class="hljs-ln-line"> // 复制容器内的目录到宿主机目录
    33. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="33"> class="hljs-ln-code"> class="hljs-ln-line"> execSync(`docker cp ${containerName}:/${containerDist} ${hostDir}`);
    34. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="34"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Files copied successfully.");
    35. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="35"> class="hljs-ln-code"> class="hljs-ln-line"> } catch (error) {
    36. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="36"> class="hljs-ln-code"> class="hljs-ln-line"> console.error(`Error: ${error.message}`);
    37. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="37"> class="hljs-ln-code"> class="hljs-ln-line"> throw error;
    38. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="38"> class="hljs-ln-code"> class="hljs-ln-line"> } finally {
    39. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="39"> class="hljs-ln-code"> class="hljs-ln-line"> // 停止并移除 Docker 容器
    40. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="40"> class="hljs-ln-code"> class="hljs-ln-line"> try {
    41. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="41"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Removing Docker container...");
    42. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="42"> class="hljs-ln-code"> class="hljs-ln-line"> execSync(`docker rm -f ${containerName}`);
    43. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="43"> class="hljs-ln-code"> class="hljs-ln-line"> console.log("Docker container removed successfully.");
    44. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="44"> class="hljs-ln-code"> class="hljs-ln-line"> } catch (removeError) {
    45. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="45"> class="hljs-ln-code"> class="hljs-ln-line"> console.error(`Error removing Docker container: ${removeError.message}`);
    46. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="46"> class="hljs-ln-code"> class="hljs-ln-line"> }
    47. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="47"> class="hljs-ln-code"> class="hljs-ln-line"> }
    48. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="48"> class="hljs-ln-code"> class="hljs-ln-line">}
    class="hide-preCode-box"> class="hljs-button signin active add_def" data-title="登录复制" data-report-click="{"spm":"1001.2101.3001.4334"}" onclick="hljs.signin(event)">

    脚本函数用法举例

    下面就是一个例子:将项目某个test-app下面的项目进行构建,并将其构建物从/app/dist复制到原项目下面的dist目录

    1. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="1"> class="hljs-ln-code"> class="hljs-ln-line">// 构建 build.cjs
    2. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="2"> class="hljs-ln-code"> class="hljs-ln-line"> const basePath = path.join(projectsBasePath, "test-app");
    3. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="3"> class="hljs-ln-code"> class="hljs-ln-line"> const tmpDistFolder = path.join(basePath, "dist");
    4. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="4"> class="hljs-ln-code"> class="hljs-ln-line"> console.info(`清理构建临时目录`);
    5. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="5"> class="hljs-ln-code"> class="hljs-ln-line"> fs.rmSync(tmpDistFolder, { recursive: true, force: true });
    6. class="hljs-ln-numbers"> class="hljs-ln-line hljs-ln-n" data-line-number="6"> class="hljs-ln-code"> class="hljs-ln-line"> buildRunCopy("test-app", basePath, "/app/dist", basePath);
    class="hljs-button signin active add_def" data-title="登录复制" data-report-click="{"spm":"1001.2101.3001.4334"}" onclick="hljs.signin(event)">

    然后就可以实现使用docker构建项目了,宿主机的nodejs只需要跑这个脚本,构建过程用到的nodejs是来自于容器内的,想用啥版本直接修改Dockerfile文件就可了

    看完记得活动下脖子,这算是我今天的前3.5个小时的总结了...

    >>
    注:本文转载自blog.csdn.net的余生H的文章"https://blog.csdn.net/m0_38015699/article/details/142327130"。版权归原作者所有,此博客不拥有其著作权,亦不承担相应法律责任。如有侵权,请联系我们删除。
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