Integrated detection method and system for code quality assessment

Abstract

The invention relates to the field of software development code detection, in particular to an integrated detection method and system for code quality assessment, and the method comprises the steps: obtaining a pre-submitted target warehouse branch code according to a to-be-detected code, and combining the two; performing static detection and recording on the combined codes through scanning; translating the merged codes into a to-be-compiled file by utilizing a preset execution script, and compiling the to-be-compiled file to construct an executable file and recording the executable file; acquiring deployment environment configuration information according to the executable file, and deploying the executable file to a corresponding test server for automatic case test and recording; and comparing the static detection result, the executable file construction result and the automatic test result according to a preset quality access control to determine whether to push the to-be-detected code to the target warehouse. According to continuous integrated detection based on pre-construction and code quality evaluation, the software code repair cost is reduced, the research and development efficiency is improved, and the method has a good application prospect.

Description

Technical field [0001] The present invention relates to the field of software development code detection, and more particularly to an integrated detection method and system for code quality assessment. Background technique [0002] In order to ensure code quality, in the development phase, you need to review each submitted code to be reviewed. Due to the rapid changes in industry demand and environment, you need to continue to deliver new versions to customers, and one project tends to involve multiple platforms such as Windows, Linux, Android. If you continue to use the existing technical process, there is a problem: First, Offline code evaluation efficiency, low coverage, too dependent on personal skill level, existence of quality problems; 2. The release process is cumbersome, consumes a long time, and it costs a lot of manpower; III. Test verification link lag, often after the code is incorporated in the warehouse I found problems. The above problem has become a breakthrough ...

AI Technical Summary

Problems solved by technology

Due to the rapid changes in industry requirements and environment, new versions need to be continuously delivered to customers, and a project often involves multiple platforms such as Windows, Linux, Android, etc. If you continue to use the existing technical process, there will be the following problems: 1. Offline code review efficiency and coverage are low, relying too much on personal skill levels, and there are quality problems and omissions; second, the version release process is cumbersome, time-consuming, and consumes a lot of manpower; third, the test verification link lags behind, often after the code is merged into the warehouse just found the problem

The above problems have become the restrictive factors to break through the bottleneck of rapid response, and cannot meet the needs of rapid business transformation and upgrading

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