Deployment method and paas platform of microservice-based paas platform

Abstract

The present invention provides a microservice-based PaaS platform deployment method and the PaaS platform. The method is used for the PaaS platform. The method includes: the Web service module receives a request message triggered by a user through a client, and the request message is used to request the deployment of the PaaS platform; the PXE service module calls the DHCP service module when the distributed working machine enters the PXE boot mode, so that the DHCP service module assigns an IP address to the distributed working machine; the distributed working machine obtains the kernel file through the TFTP service module according to the IP address ; The distributed working machine starts the operating system according to the IP address and the kernel file, and mounts the remote file system through the NFS service module. The microservice-based PaaS platform deployment method and the PaaS platform provided by the present invention can improve the flexibility of building a development environment, thereby improving the efficiency of development and testing.

Description

technical field [0001] The present invention relates to the computer field, in particular to a microservice-based PaaS platform deployment method and the PaaS platform. Background technique [0002] With the vigorous development of cloud computing and big data in the computer industry, the requirements for the development environment in hardware-assisted virtualization technology are getting higher and higher. How to quickly deploy the development environment in hardware-assisted virtualization technology is becoming more and more important. important. [0003] In the prior art, the rapid deployment and development environment in the Linux hardware-assisted virtualization technology mainly uses the Docker containerization technology. Specifically, Docker deploys applications in software containers, and provides a software abstraction layer on the Linux operating system, and also provides an automatic management mechanism for the virtualization of the Linux operating system ...

AI Technical Summary

Problems solved by technology

[0004] Docker brings great convenience in the rapid construction of the environment, but the production environment is not limited to the software level. When software development and testing involve the adaptation of the hardware environment, system virtualization solutions like Docker cannot achieve their goals.

There are two main disadvantages: one is that the application program is blocked from the hardware, and the application program runs on the abstract software layer of Docker instead of the bare physical machine. The second is the lack of functionality caused by the Docker containerized shared kernel: it cannot meet the isolation of kernel resources during development, and the design of Docker is application-centric, and it cannot meet the needs of other physical resource scheduling. , that is to say, the isolation of kernel resources in development cannot be satisfied by physical resources other than the application, which leads to a reduction in the efficiency of development and testing

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