Design And Implementation Of A Rapid Development Platform For Java Web Based On Docker

With the rapid development of the Internet and cloud computing,the application of cloud computing has gradually become the focus of the developer's research.In the future Developers only need to focus on the core logic rather than operation and maintenance issues such as the deployment of environmental.As an open source application container engine,Docker is widely used in cloud computing because it enables developers to quickly package and standardize their applications.Meanwhile a large number of web applications not only satisfied with the simple provision of information,but also become a variety of service platforms such as portals,e-commerce,online banking and so on.Among all kinds of web products,Java Web technology is the most mature and the most widely used Web technology in the actual development of the Internet.The research and development process of Java Web based on Docker rapid development and deployment platform is studied and a lightweight Java Web application management scheme in PaaS layer is proposed.The scheme takes Docker container as a virtual resource unit of cloud platform.The rapid development and deployment of Java Web applications is achieved.Docker container monitoring and application deployment scheduling are also designed and accompished.Beginning with the introducation of the current development of cloud computing technology,the current domestic and international cloud platforms and Docker platforms are investigated.Also their advantages and disadvantages are summarized.To solve the complex environment configuration,waste of resources and other issues in existing cloud platforms,a rapid development and deployment platform based on Java Web in Docker is set up.While providing a rapid development demo for Java developers,a Docker container-based PaaS cloud platform application scheduling architecture is put forward along with the design of physical machine monitoring,container monitoring and resource scheduling system.