With the development of technology, various applications become increasingly complex, development pressure is also growing, so a variety of speed and quality requirements is to let enterprise infrastructure, IT teams and workflow pressure Alexander.
Hypothetically, you are using a notebook computer to develop applications and development environment specific configuration, environment configuration other developers may be slightly different. The application you're developing not only depends on your current configuration, you also need some specific libraries, dependencies and files. On the other side of your business as well as the standardization of development and production environments, configuration and support files, etc., you want as much as possible to simulate these in the local environment, without creating additional overhead. This time you can run the application and how to ensure quality control through in these environments, and deployment process without vexing problem, do not need to re-write the code and bug fixes?
The answer is: the use of containers. Container can ensure that your application is useful necessary libraries, dependencies and files, you can freely migrate these applications in production, without worrying about any negative impact.
The term container, on behalf of the literal interpretation of the "material can accommodate appliances", is simply "loaded." So in the IT world, technology is the literal translation LinuxContainer of container. Yes, since Linux suggested that the vessel has become an integral part of the cloud platform technology. Linux can help you across a variety of environments, as a native cloud computing in the most basic unit, standardized, lightweight, easy to transplant, and security features are being more and more enterprises are welcome.
In addition to Linux, at present, Docker is hot everyone in the discussion, almost synonymous with the container. But in the world of container, in order to understand Docker, you must first figure out: What is the basic structure of the container? Typical applications container is kind of how? What excellent example of the use of container worth considering? How to apply to the actual container business to improve efficiency?
In order for developers in this special period where you can learn more dry goods, Jingdong chi cloud developers special plan "six weeks Fun cloud native" courses, so you need to get started, continued charging. In March 12, the first direction for the container open class " container entry, Docker, Exploration Pod " will be a grand lecture!
本次公开课邀请到京东云与 AI 云产品研发部专家架构师刘俊辉老师，从容器的基本构成出发，深入浅出地勾勒出容器的基本情况，包括容器的结构、基本使用方式等。不仅如此，还将引出 Docker 这一重要概念，为开发者们拨开容器应用的迷雾。此外，刘俊辉还会着重讲解 POD、了解 POD 的构成和基本应用，帮助开发者对容器有更深入的理解。
刘俊辉 京东云与AI云产品研发部专家架构师
对计算（虚机、容器）、网络（传统网络及虚拟网络）、存储（云硬盘及云文件系统）产品有深入理解。拥有多项专利，包括网络、存储及数据中心等领域。
除此之外，为了让开发者可以对这些概念有更深的认识，刘俊辉在课程中还加入了案例分析的内容，帮助开发者理解容器的理论与实践应用的结合。最后，刘俊辉还会分享京东智联云在原生容器方面的实践，确保开发者能够快速上手，在自身的业务架构中能迅速应用，提升业务效率。
▐ 学习要点：
1、容器的基本构成
2、docker简介
3、容器的典型应用
4、pod简介
5、京东智联云原生容器
那么，本次课程适合谁来听呢？只要你是：云计算/大数据开发者、企业架构师、运维人员、CIO/CSO，或者是学生、对容器感兴趣的人，都适合报名学习本次公开课！快长按下方二维码或点击文末“阅读原文”报名吧！
长按二维码报名
注意！！报名成功后，开课前会有短信/邮件提醒，所以报名时请填写正确的手机号码及邮箱地址哦！
▐ 课程安排如下
19:45—20:00 学员提前入场
20:00—20:45 讲师上课
20:45—21:00 讲师互动答疑环节
添加小助手，回复：京东
进入公开课交流群
长按二维码入群
通过本次公开课分享，你会对容器、Docker、POD等概念有系统的了解。同时，通过精彩的案例解析与刘俊辉老师对京东智联云在原生容器方面的实践经验与心得，相信可以帮助你看清如何将容器应用到你的实际业务中，从而提升业务效率。您可以关注京东智联云开发者（JDC_Developer）获取更多云原生技术的相关内容。在这个特殊的时期，让我们一起继续进步吧！
下期预告
听完第一期容器入门，当然要趁热打铁，继续进阶！第二节课程继续由刘俊辉老师担任讲师，主要分享Kubernetes的主要组成部分和基本应用，以及POD、Deployment、Service等主要的Kubernetes资源，Kubernetes可以处理几乎任何类型的容器负载，Kubernetes的作用可以贯穿整个应用开发的生命周期。了解Kubernetes可以将帮助你更深入地理解软件的基础设施的运作。赶快联系小助手预约课程，提前抢占席位。
戳”阅读原文“，立即报名！
