Construction method of SonarQube7.4 and sonar-Scanner-3.2.0 Environment
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SonarQube is a static code checking tool, which uses BPX S architecture to help check code defects, improve code quality and improve development speed. Through plug-ins, it can support code quality management and testing in more than 20 programming languages, such as Java, C, C++, JavaScripe and so on.
Through the client plug-in to analyze the source code, the sonar client can use IDE plug-in, Sonar-Scanner plug-in, Ant plug-in and Maven plug-in, and analyze and scan the project source code through various analysis mechanisms, upload the scanned results to the sonar database, and manage the analysis results through the sonar web interface.
Code quality can be detected from seven dimensions:
(1) complexity distribution (complexity): code complexity is too high to understand.
(2) duplicate code (duplications): the program contains a large number of copied and pasted code, resulting in bloated code. Sonar can show serious repetition in the source code.
(3) Unit Test Statistics (unit tests): statistics and display unit test coverage. Developers or tests can clearly test code coverage.
(4) Code rule check (coding rules): check whether the code conforms to the specification through Findbugs,PMD,CheckStyle, etc.
(5) comments: if the code comments are too little, especially after the personnel change, it will be difficult for others to take over; if too much, it is not good for reading
(6) potential Bug (potential bugs): detect potential bug by Findbugs,PMD,CheckStyle, etc.
(7) structure and design (architecture & Design): find out loops, show package-to-package, class-to-class dependencies, check coupling between programs.
SonarQube build steps to install jdk1.8, note: different versions of SonarQube have different requirements for jdk. Install MySQL 5.7.20 environment and create an instance. Note: SonarQube supports downloading SonarQube7.4 and sonar-scanner-3.2.0 configuration SonarQube with mysql database above version 5.6.
I built the machine: windows server2008 R2 64-bit
Configuration file: sonarqube-7.4\ conf\ sonar.properties
Add the following database configuration:
Sonar.jdbc.url=jdbc:mysql:///sonar?useUnicode=true&characterEncoding=utf8&rewriteBatchedStatements=true&useConfigs=maxPerformance
Sonar.jdbc.username=root
Sonar.jdbc.password=123456
Sonar.sorceEncoding=UTF-8
Sonar.login=admin
Sonar.password=admin
Start after the configuration is completed. Startup file: sonarqube-7.4\ bin\ windows-x86-64\ StartSonar.bat
After the startup is completed, the following information is displayed to prove the success of the startup.
Access link: http://localhost:9000/, default username secret: admin/admin
As shown in the following figure, you can select the corresponding Chinese plug-in.
Next, configure the association between sonar-scanner-3.2.0 and mysql and related environment variables
Sonar-scanner-3.2.0\ conf\ sonar-scanner.properties
Text content:
#-Default SonarQube server
Sonar.host.url= http://localhost:9000
#-Default source code encoding
Sonar.sourceEncoding=UTF-8
Sonar.jdbc.url=jdbc:mysql:///sonar?useUnicode=true&characterEncoding=utf8&rewriteBatchedStatements=true&useConfigs=maxPerformance
Sonar.jdbc.username=root
Sonar.jdbc.password=123456
Environment variable configuration:
Text content:
SONAR_SCANNER_HOME
Scanner installation directory:
C:\ Users\ sonar-scanner-3.2.0
The Path environment variable adds:
;% SONAR_SCANNER_HOME%\ bin
After the configuration is complete, run as administrator: sonar-scanner-v to see if the installation is successful.
Next, create the sonar-project.properties file under the root record of the project to be scanned, as follows:
Finally: the cmd administrator can execute sonar-scanner.
Log in to sonarQube to view:
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