Micro-service-based software release version tracing method

Abstract

The invention discloses a micro-service-based software release version tracing method, which comprises the following steps of: S1, creating a project in a project management system, associating the project with a demand created in a demand management system, and associating the created demand with a task created in a task management system; s2, creating task branches in a code warehouse; s3, combining the plurality of task branches into a release branch; s4, selecting a release branch needing to be released and releasing the release branch in the release management system; and S5, obtaining arelease branch in the software release version tracing system, tracing to the task branch according to the release branch, tracing to the task information according to the task branch, tracing to thedemand information according to the task information, and tracing to the project information according to the demand information. By adopting the method, the published version information can be traced more simply, and the information content is clearer and more comprehensive.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a microservice-based method for tracing software release versions. Background technique [0002] From the proposal of an idea, the software will go through a series of links such as feasibility study, demand analysis, technical design, code writing, test verification, release and deployment. Difficult to do, in the face of the ever-changing Internet environment, the requirements may be adjusted at any time, so we need to achieve traceability from the release version to the requirements. [0003] In the traditional monolithic application architecture, because all functional modules are written and deployed in one application, we can manage the change of all configuration items by means of documents. However, with the development of microservice technology, more and more Many enterprises have migrated from the traditional monolithic application architecture to the microservice a...

AI Technical Summary

Problems solved by technology

[0003] In the traditional monolithic application architecture, because all functional modules are written and deployed in one application, we can manage the change of all configuration items by means of documents. However, with the development of microservice technology, more and more Many enterprises have migrated from the traditional monolithic application architecture to the microservice architecture to adapt to the rapid release of business needs, and the increase in services has also increased the complexity of version traceability

[0004] In the face of increasingly complex version tracing problems, it is obviously complicated to use traditional methods, and the information obtained is not comprehensive enough

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