Sonarqube an open source code quality Management system

Firstly, this paper discusses the basic working principle of Sonarqube 3.6 and the installation process of http://www.aliyun.com/zixun/aggregation/17165.html "" "" " Three different methods to carry out the basic process of code quality management for different language and architecture projects, finally, the author sums up the problems encountered in the process of practical use, and gives the corresponding solutions.

With the new software products in the IT industry, customer requirements for software products are becoming more and more high, so how to high-quality management software code, timely analysis of the quality of the code and give a reasonable solution has become a problem to be solved now. Compared with today's numerous code quality management tools, Sonarqube is more characteristic and competitive, its advantages mainly reflected in: it is an open source code quality Management system, support 25+ language, can use plug-in mechanism with Eclipse and JIRA and other external tools integration, So that the quality of the code to achieve a comprehensive automated analysis and management.

Firstly, this paper discusses the basic working principle and installation process of SonarQube3.6, then analyzes the basic flow of code quality control for different languages and architectures by using the three different methods of SonarQube3.6, and finally summarizes the problems encountered in practical use. and the corresponding solution is given.

This article mainly discusses the following aspects:

Sonarqube of the working principle of SonarQube3.6 Installation SonarQube3.6 code quality analysis of code quality analysis of the results of SonarQube3.6 actual use of the problems encountered and solutions

Introduction to the working principle of Sonarqube

Sonarqube is not simply to show the results of various quality detection tools (such as FINDBUGS,PMD, etc.) directly to customers, but through different plug-in algorithms to process these results, and ultimately quantify the quality of the code, Thus, it is convenient to carry out the corresponding code quality management for different scale and kinds of engineering.

Sonarqube the quality of the project is analyzed from the seven latitudes shown in Figure 1 when it comes to code quality management.

Figure 1. Quality latitude

Sonarqube can support the 25+ programming language, and it provides different ways of parsing for various programming languages:

For all supported programming languages, Sonarqube provides static analysis of the source code, and for certain programming languages, Sonarqube provides static analysis of compiled code, such as class file and Jar in Java and DLL file in C #. For certain programming languages, Sonarqube can also provide dynamic analysis of code, such as the execution of unit tests in Java and C #.

The overall architecture of the Sonarqube platform is shown in Figure 2:

Figure 2. Sonarqube Service Architecture

Remote clients can upload the parsed project code to Sonarqube server and manage and analyze the code quality through various analysis mechanisms, and sonarqube will also show the results of the analysis in a visual and measurable way through the Web API.