Software integrated publishing method and automatic operation and maintenance platform

Abstract

The invention discloses a software integration publishing method and an automatic operation and maintenance platform, and the automatic operation and maintenance platform comprises a code management system which is used for storing a branch code and receiving a merging request submitted by a developer so as to generate a first network hook file or a third network hook file; a continuous integration system which is used for automatically acquiring a branch code to generate a first or second mirror image file; a mirror image warehouse system which is used for storing the first mirror image fileand the second mirror image file and generating a second fourth net hook file; a containerized deployment system which is used for redeploying the first mirror image file according to the second network hook file or upgrading and deploying the second mirror image file according to the version upgrading command; and a continuous integration system which is further used for receiving the fourth nethook file, obtaining the second mirror image file according to the fourth net hook file and issuing a version upgrading command. Continuous integration, release and deployment automation can be driven, operation and maintenance intervention is not needed in the whole process, and the overall efficiency is improved.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a software integrated release method and an automatic operation and maintenance platform. Background technique [0002] The life cycle of software code consists of three phases: development, testing, and production. In the software development process, software code writing is the specific process of realizing each system module, and the realization content includes the requirements of the target system's functions, performance, interfaces, and interfaces. Testing is also a very important step in project development. By testing each function point implemented by the code, the usability of the function is confirmed. [0003] Traditional testing and production environment services are all done manually. The specific method flow is as follows: developers use SVN for collaborative development; developers submit code after development, and initiate code testing; operation ...

AI Technical Summary

Problems solved by technology

Git is an open source distributed version control system, which can effectively and quickly handle project version management from very small to very large; Jenkins is a continuous integration tool developed based on Java, which is used to monitor continuous and repetitive work; Gradle is A JVM-based build tool is a general and flexible build tool that supports maven, Ivy warehouse, and transitive dependency management; Maven project object model (POM) can manage project build, report and A software project management tool for documentation; the Maven repository is the place where all JAR files (WAR, ZIP, POM, etc.) are placed. When using it, the project can obtain the required dependent JAR from the same Maven repository; Standalone and not integrated with the overall development and testing process

Therefore, the existing software deployment methods have the problems of slow release speed, low efficiency and human error

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