介绍 纪律 在此处填写您的学科名称 实验室 在此处填写您的实验室名称 实验 在此处填写您的实验名称和编号 关于实验 在此处填写此实验的简要说明 开发商名称 在此处填写实验所有者的姓名 研究所 电子邮件ID 部门 贡献者名单 序号 姓名 学院或学生 部门 研究所 电子邮件ID 1个 。 。 。 。 。 2个 。 。 。 。 。

公共代码库 包含一些好用的第三方框架和常用方法的封装。 包说明 utils_timezone.py时区操作，依赖第三方包pytz

Create React App入门 该项目是通过引导的。 可用脚本 在项目目录中，可以运行： yarn start 在开发模式下运行该应用程序。 打开在浏览器中查看它。 如果您进行编辑，则页面将重新加载。 您还将在控制台中看到任何棉绒错误。 yarn test 在交互式监视模式下启动测试运行器。 有关更多信息，请参见关于的部分。 yarn build 构建生产到应用程序build文件夹。 它在生产模式下正确捆绑了React，并优化了构建以获得最佳性能。 生成被最小化，并且文件名包括哈希值。 您的应用已准备好进行部署！ 有关更多信息，请参见关于的部分。 yarn eject 注意：这是单向操作。 eject ，您将无法返回！ 如果您对构建工具和配置选择不满意，则可以随时eject 。 此命令将从项目中删除单个构建依赖项。 相反，它将所有配置文件和传递依赖项（webpack

Raize Components V5.1.2 with serial 自用备份

INE出品的SDN视频教程

Components 前端开发插件包

成分 该项目是使用版本11.2.3生成的。 开发服务器 为开发服务器运行ng serve 。 导航到http://localhost:4200/ 。 如果您更改任何源文件，该应用程序将自动重新加载。 代码脚手架 运行ng generate component component-name生成一个新的组件。 您还可以使用ng generate directive|pipe|service|class|guard|interface|enum|module 。 建造 运行ng build来构建项目。 构建工件将存储在dist/目录中。 使用--prod标志进行生产构建。 运行单元测试 运行ng test以通过执行单元测试。 运行端到端测试 运行ng e2e通过执行端到端测试。 进一步的帮助 要获得有关Angular CLI的更多帮助，请使用ng help或查看“ 页面。

vite+CompositionAPI+typescript入门到精通 源码，教程

Preparing this fourth edition of Computers as Components makes me realize just how old I am. I put together the final draft of the first edition in late 1999. Since that time, embedded computing has evolved considerably. But the core principles remain. I have made changes throughout the book: fixing problems, improving presentations, in some cases reordering material to improve the flow of ideas, and deleting a few small items. Hopefully these changes improve the book. The two biggest changes are the addition of a chapter on the Internet-of-Things (IoT) and coverage of safety and security throughout the book. IoT has emerged as an important topic since the third edition was published but it builds on existing technologies and themes. The new IoT chapter reviews several wireless networks used in IoT applications. It also gives some models for the organization of IoT systems. Safety and security have long been important to embedded computing—the first edition of this book discussed medical device safety—but a series of incidents have highlighted the critical nature of this topic. In previous editions, advanced topics were covered in Chapter 8, which covered both multiprocessor systems-on-chips and networked embedded systems. This material has been expanded and separated into three chapters: the IoT chapter (Chapter 8) covers the material on OSI and Internet protocols as well as IoT-specific topics; a chapter on automobiles and airplanes (Chapter 9) explores networked embedded systems in the context of vehicles as well as covering several examples in safety and security; and the embedded multiprocessor chapter (Chapter 10) covers multiprocessor systems-on-chips and their applications. As always, overheads are available on the book Website at http://www.marilynwolf.us. Some pointers to outside Web material are also on that Website, but my new blog, http://embeddedcps.blogspot.com/, provides a stream of posts on topics of interest to embedded computing people. I would li

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