内容简介：Docker is an enterprise-ready container platform that enables organizations to seamlessly build, share, and run any application, anywhere. Almost every company is containerizing its applications for faster production workloads so that they can deploy anyti
Learn How to Dockerize and make it a deployable image
Jun 4 ·5min read
Docker is an enterprise-ready container platform that enables organizations to seamlessly build, share, and run any application, anywhere. Almost every company is containerizing its applications for faster production workloads so that they can deploy anytime and sometimes several times a day. There are so many ways we can build an Angular App. One way is to dockerize the Angular app with Java backend and create a docker image so that we can deploy that image any time or sometimes several times a day.
In this post, we look at the example project and see the step by step guide on how we can dockerizing the Angular app with Java as a server.
- Introduction
- Example Project
- Dockerizing the App
- Running The App on Docker
- Summary
- Conclusion
Introduction
Nowadays, it’s very common to dockerize and deploy the Docker image in the production with the help of container orchestration engines such as Docker Swarn or Kubernetes. We are going to Dockerize the app and create an image and run it on Docker on our local machine. We could also push that Image in to Docker hub and pull it whenever and wherever we need it.
Here is the complete guide on how to develop an Angular app with Java as a backend server. If you are not familiar with the process or you want to know before studying this guide, I would recommend you going through it.
Prerequisite
As a prerequisite, you have to install Docker for Desktop (whatever your OS is). Please follow this link to install Docker on your laptop. Once installed you can check the Docker info or version with the following commands.
docker info docker --version
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计算机组成：结构化方法
坦嫩鲍姆 / 刘卫东 / 人民邮电出版社 / 2006-1 / 65.00元
本书采用结构化方法来介绍计算机系统，书的内容完全建立在“计算机是由层次结构组成的，每层完成规定的功能”这一概念之上。作者对本版进行了彻底的更新，以反映当今最重要的计算机技术以及计算机组成和体系结构方面的最新进展。书中详细讨论了数字逻辑层、微体系结构层、指令系统层、操作系统层和汇编语言层，并涵盖了并行体系结构的内容，而且每一章结尾都配有丰富的习题。 本书适合作为计算机专业本科生计算机组......一起来看看 《计算机组成：结构化方法》 这本书的介绍吧!
