Front-end infrastructure refers to some infrastructure and tools built to improve development efficiency, code quality, and team collaboration during the front-end development process. Here are some things that front-end infrastructure can do:
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Scaffolding tool: develop and maintain a common scaffolding tool, which can help the team quickly initialize the project structure, configure build tools, integrate common development dependencies, etc.
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Component library: develop and maintain an internal component library, including commonly used UI components, business components, etc., for reuse by team members, reducing the workload of repeated development.
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Construction tools and packaging tools: Build and maintain a complete set of construction and packaging tool chains, including using Webpack, Parcel and other tools for code compression, merging, packaging and other tools to optimize front-end resource loading and performance.
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Automated testing tools: introduce automated testing tools, such as Jest, Mocha, etc., write and maintain test cases, perform unit testing, integration testing, UI testing, etc., to improve code quality and reliability.
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Documentation tools: Use tools such as JSDoc, Swagger, etc. to generate project API documents, interface documents, etc., which are convenient for team members to review and maintain.
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Git workflow: Formulate and standardize the team's Git workflow, use version control tools to manage code, and facilitate team collaboration and code rollback.
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Performance monitoring and optimization: Introduce performance monitoring tools, such as Lighthouse, Web Vitals, etc., to analyze the performance of the project and optimize the loading speed and response time of web pages.
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Engineering specifications: formulate and promote the team's code specifications, directory structure specifications, etc., to improve the readability, maintainability and scalability of the code.
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Continuous integration and deployment: Build a continuous integration and deployment system, such as Jenkins, Travis CI, etc., to realize automatic code building, testing and deployment, and improve development efficiency and code quality.
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Project documentation and knowledge base: Establish an internal project documentation and knowledge base to record technical details of the project, development experience, common problems, etc., for easy reference and learning by team members.
By establishing and maintaining the front-end infrastructure, the efficiency of team collaboration can be improved, duplication of labor can be reduced, code quality and project maintainability can be improved.
When it comes to front-end infrastructure, there are some other things to consider:
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Code quality tools: introduce code quality tools, such as ESLint, Prettier, etc., to statically analyze and format the code to improve code consistency and readability.
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国际化支持：为项目添加国际化支持，可以通过引入国际化库，如i18next、vue-i18n等，实现多语言的切换和管理。
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错误监控和日志收集：引入错误监控工具，如Sentry、Bugsnag等，实时监控前端错误，并收集错误日志，方便进行问题排查和修复。
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前端性能优化工具：使用工具如WebPageTest、Chrome DevTools等，对项目进行性能分析和优化，提高页面加载速度、响应时间等。
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缓存管理：考虑合理利用浏览器缓存和服务端缓存，减少网络请求，提升用户访问速度和体验。
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移动端适配：针对移动端设备，采用响应式设计或使用CSS媒体查询等技术，实现移动端适配，保证页面在不同尺寸的设备上有良好的显示效果。
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安全防护：对项目进行安全审计，使用安全防护工具，如CSP（Content Security Policy）、XSS过滤等，保护网站免受常见的安全攻击。
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性能优化指标监控：监控和分析关键的性能指标，如页面加载时间、首次渲染时间、交互响应时间等，以便及时发现和解决性能问题。
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前端日志分析：使用日志分析工具，如ELK（Elasticsearch、Logstash、Kibana）等，对前端日志进行收集和分析，了解用户行为和页面异常情况。
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跨平台开发：考虑使用跨平台开发框架，如React Native、Flutter等，实现一套代码在多个平台上复用，提高开发效率。
以上是一些可以考虑的前端基建事项，根据项目需求和团队情况，可以选择适合的工具和技术进行实施。同时，持续关注前端领域的最新技术和工具，不断优化和改进前端基建，以提高开发效率和项目质量。
当涉及到前端基建时，还有一些其他的事情可以考虑：
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编辑器配置和插件：为团队提供统一的编辑器配置文件，包括代码格式化、语法高亮、代码自动补全等，并推荐常用的编辑器插件，提高开发效率。
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文档生成工具：使用工具如Docusaurus、VuePress等，为项目生成漂亮的文档网站，方便团队成员查阅和维护项目文档。
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Mock数据和接口管理：搭建一个Mock服务器，用于模拟后端接口数据，方便前端开发和测试，同时可以考虑使用接口管理工具，如Swagger等，方便接口的定义和调试。
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前端监控和统计：引入前端监控工具，如Google Analytics、百度统计等，收集用户访问数据和行为信息，用于分析和优化用户体验。
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移动端调试工具：使用工具如Eruda、VConsole等，帮助在移动端设备上进行调试和错误排查，提高开发效率。
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自动化部署：配置自动化部署流程，将项目的代码自动部署到服务器或云平台，减少人工操作，提高发布效率和稳定性。
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前端团队协作工具：使用团队协作工具，如GitLab、Bitbucket等，提供代码托管、项目管理、任务分配和团队沟通等功能，增强团队协作效率。
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前端培训和知识分享：组织定期的前端培训和技术分享会，让团队成员相互学习和交流，推动技术的共享和提升。
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客户端性能优化：针对移动端应用，可以使用工具如React Native Performance、Weex等，进行客户端性能优化，提高应用的响应速度和流畅度。
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技术选型和评估：定期评估和研究前端技术的发展趋势，选择适用的技术栈和框架，以保持项目的竞争力和可持续发展。
以上是一些可以考虑的前端基建事项，根据项目需求和团队情况，可以选择适合的工具和技术进行实施。同时，持续关注前端领域的最新技术和工具，不断优化和改进前端基建，以提高开发效率和项目质量。
当涉及到前端基建时，还有一些其他的事情可以考虑：
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统一的状态管理：引入状态管理工具，如Redux、Vuex等，帮助团队管理前端应用的状态，提高代码的可维护性和可扩展性。
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前端日志记录：引入前端日志记录工具，如log4javascript、logrocket等，记录前端应用的运行日志，方便排查和解决问题。
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前端代码扫描：使用静态代码扫描工具，如SonarQube、CodeClimate等，对前端代码进行扫描和分析，发现潜在的问题和漏洞。
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Front-end data visualization: Use data visualization tools, such as ECharts, Chart.js, etc., to display data in the form of charts or graphs to enhance data comprehension and visualization.
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Front-end disaster recovery and fault handling: Formulate disaster recovery plans and fault handling procedures, monitor and warn front-end applications, handle and recover faults in a timely manner, and improve system reliability and stability.
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Front-end security reinforcement: Security reinforcement for front-end applications, such as preventing XSS attacks, CSRF attacks, data encryption, etc., to protect the security and privacy of user data.
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Front-end version management: establish a version management mechanism for front-end code, use tools such as Git, SVN, etc., to manage and track code changes, and facilitate collaboration and version control among team members.
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Front-end data caching: Consider using technologies such as Local Storage and Session Storage to cache frequently used data to improve application performance and user experience.
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Front-end code splitting: Use code splitting technology, such as Webpack's dynamic import (Dynamic Import), to load code on demand, reduce the size of initially loaded resources, and improve page loading speed.
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Front-end performance monitoring tools: use performance monitoring tools, such as WebPageTest, GTmetrix, etc., to monitor the performance indicators of front-end applications, such as page loading time, resource loading time, etc., for performance optimization.
The above are some front-end infrastructure items that can be considered. According to project requirements and team conditions, you can choose suitable tools and technologies for implementation. At the same time, continue to pay attention to the latest technologies and tools in the front-end field, and constantly optimize and improve the front-end infrastructure to improve development efficiency and project quality.