Multi-module version dependency relationship establishment method and apparatus, server and storage medium

Abstract

The invention relates to a multi-module version dependency relationship establishment method. The method comprises the steps of receiving version information uploaded by multiple module terminals; bytaking each module as an independent node, and taking a dependency relationship between module version identifiers as a directed edge, establishing a version dependency network graph, wherein each independent node comprises at least one sub-node, and the directed edge is associated with corresponding dependency detail information; monitoring version update dynamics released by the module terminals, and extracting version modification description information; determining the independent nodes corresponding to the version update dynamics in the version dependency network graph, and searching forthe dependency detail information of all the directed edges connected with the independent nodes; comparing the obtained dependency detail information with the version modification description information, and generating a directed edge modification policy; and according to the directed edge modification policy, updating the version dependency network graph, and pushing the updated version dependency network graph to the module terminals. According to the method, related modules can be automatically located during visual display of the dependency relationship between the modules, and versionupgrading.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a multi-module version dependency construction method, device, server and storage medium. Background technique [0002] With the development of the mobile Internet and people's strong demand for the convenience of the Internet, more and more APP applications have emerged. In order to continuously meet the needs of the market and users, the APP application also needs to be continuously upgraded to improve the performance of the APP by continuously adding new functions and modules. Inevitably, there will be dependencies between different functional modules. For example, the realization of the functions of the A module needs to call the interface of the B module, and the A module depends on the B module. When the module is upgraded, it is very likely that the code program of active association or passive association will change, which will lead to the paralysis of the fun...

AI Technical Summary

Problems solved by technology

This method of manual offline notification, especially when the APP system is relatively large, has problems such as low efficiency, chaotic upgrade management, and poor reliability.

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