Sonar Runner 2.6.1 Download \/\/TOP\\\\
Hedy Gronewald
If the files to be analyzed are not in the directory where the analysis starts from, use the sonar.projectBaseDir property to move analysis to a different directory. E.G. analysis begins from jenkins/jobs/myjob/workspace but the files to be analyzed are in ftpdrop/cobol/project1. This is configured in sonar-project.properties as follows:
Property missing: `sonar.cs.analyzer.projectOutPaths'. No protobuf files will be loaded for this project.
Scanner CLI is not able to analyze .NET projects. Please, use the SonarScanner for .NET. If you are running the SonarScanner for .NET, ensure that you are not hitting a known limitation.
Assuming a local Sonar server with out-of-the-box settings is up and running, no further mandatory configuration is required. Execute gradle sonarRunner and wait until the build has completed, then open the web page indicated at the bottom of the Sonar Runner output. You should now be able to browse the analysis results.
Before executing the sonarRunner task, all tasks producing output to be analysed by Sonar need to be executed. Typically, these are compile tasks, test tasks, and code coverage tasks. To meet these needs, the plugins adds a task dependency from sonarRunner on test if the java plugin is applied. Further task dependencies can be added as needed.
To analyze a project hierarchy, apply the Sonar Runner plugin to the root project of the hierarchy. Typically (but not necessarily) this will be the root project of the Gradle build. Information pertaining to the analysis as a whole, like server and database connections settings, have to be configured in the sonarRunner block of this project. Any Sonar properties set on the command line also apply to this project.
To analyze code written in a language other than Java, you'll need to set sonar.project.language accordingly. However, note that your Sonar server has to have the Sonar plugin that handles that programming language.
Let's take a closer look at the sonarRunner.sonarProperties block. As we have already seen in the examples, the property() method allows you to set new properties or override existing ones. Furthermore, all properties that have been configured up to this point, including all properties preconfigured by Gradle, are available via the properties accessor.
1.1 Visit the archived runner page to get runner-2.4, compatible up to SonarQube 5.5; if you are installing a newer version of SonarQube, then visit SonarQube official site for the latest version (renamed as sonar-scanner)
First of all you must download sonar server from here. After you download this, unzip it and locate wherever you want. You must first start sonar server when you want use sonar-runner. Under sonar-3.2.x/bin folder you can find binaries and run appropriate program for starting server.
(1) Firstly, you have to set path sonar-runner in environment variable.
(2) Seconly, You have to run sonar-runner from root folder of your project directory, where your sonar-project.properties are kept.
eg: d:\workspace\helloworld>sonar-runner on command prompt.
Thanks for your wonderful post.I was struggling to configure my project in sonar and I did it with your post.I downloaded sonarlint plugin for eclipse and I can analyze the project in eclipse.Could you please tell me the difference between analyzing the project in eclipse with sonarlint(Sonarqube) & sonar-runner(Sonarqube).
Sometimes, when running sonar-runner to compile the results of a Jenkins build into measurable data for a SonarQube dashboard for a project, I get the following errors, and execution stops before the data is sent to the central sonar server:
I have a pipeline that i would like to integrate SonarQube into so it can analyze my master branch. I created 2 containers on Docker, one with SonarQube running on it and one with a GitLab runner. After following the SonarQube instructions on their website (Link at the bottom of this post) i ran into some trouble. This is my job log:
I have spent multiple hours trying to find a solution and reading thru the documentation but none of them work for me, including: creating new runners, trying to expose ports in docker and making a network bridge between the 2 containers. Has anyone ran into this problem before?
If you want to do something more serious, such as for production use, you can install another database such as SQL Server. The Visual Studio ALM Rangers provide guidance on how to do that. This guidance was converted to a GitHub repository (sonar-.net-documentation), and is also available as a PDF file.
The output produced by version 1.0 of the MSBuild.SonarQube.Runner was very verbose, so in version 1.0.1 we reduced the level of detail produced in normal operation. If you want to enable verbose log files, you can do it by settings the sonar.verbose property to true. Here is how you do it compared to the commands you saw earlier:
Sonar executes CheckStyle, FindBugs, and PMD, as well as a few other "plugins", such as Cobertura on default for Java projects. The main advantage is that it stores the history in a database. Sonar uses these three tools as plugins and collates the data from all three by giving additional value by displaying graphs and such from these tools. Thus, they are complementary to sonar.
For the correct trigger of the SonarQube task, GitLab CI uses a "runner" that is already configured in our GÉANT Project GitLab deployment. Momentarily the runner is configured as a "shared" process (shared runner). This means that one runner is used to trigger the SonarQube analysis for all GitLab projects that use the CI/CD pipeline. For this, the runner queues all incoming requests and works on them in a sequential way. In the past, not many projects were using SonarQube at the same time. Therefore, we assume that momentarily the usage of the "shared runner" will have no impact on the processing time of your project in SonarQube.
As the creator of the project, you usually have the member permissions for the Owner role. If you want other team members to access and change the variables and the runner they must be either Maintainer or Owner of this project. Otherwise, they only need a role authorized to commit and push to the repository (e.g. Developer).
Unzip the archive into a folder of your choice for e.g. the /opt/ folder. Once done, set the SONAR_HOME environment variable to point to this location, in the respective bash configuration file:SONAR_HOME = /opt/sonar-3.7/
By default the web port where SonarQube is listening, is set to 9000, which can be changed in the $SONAR_HOME/conf/sonar.properties file. Change the sonar.web.port property to another setting if port 9000 is being used by another application, i.e.
SonarQube can be setup to analyse projects through various ways, one of the other ways is to use SonarQube Runner, which requires a sonar-projects.properties file that would contain the basic definitions of the nature of the project. It is used in case the project to analyse is not maven project (does not have a pom.xml file).SonarQube Runner can be downloaded from the same location where the SonarQube binaries are kept [04].
A paper written by Electrical and Computer Engineering Ph.D. student Chenxi Wen and his advisor, ISR-affiliated Associate Professor Timothy Horiuchi (ECE), was the runner-up for the Best Paper Award at the IEEE Biomedical Circuits and Systems 2018 (BioCAS) conference this fall.
An area off the North Carolina coast known for its Civil War shipwrecks may be adding another to the collection after the discovery of what is believed to be a Confederate blockade runner near Oak Island.
Archaeologists using sonar imaging discovered the 226-foot-long remains of a shipwreck on Feb. 27 in an area where historical documents indicate three runners used during the blockade of the port of Wilmington are located, said Billy Ray Morris, North Carolina's deputy state archaeologist who manages underwater operations. Morris and a team of divers will return Wednesday to the site, about 30 miles downstream near Fort Caswell to confirm their finding.
Three blockade runners are known to have been lost in the area: the Agnes E. Fry, Spunkie and Georgianna McCaw. "By the time I've crawled across it with a team of archaeologists and a couple of graduate students ... I'm confident I'll know which wreck it is," Morris said. He said he hopes to tackle the project on Wednesday. He added that he is not 100 percent certain that the shipwreck is one of the blockade runners.
Wrecks of 27 blockade runners, Confederate ironclads and Union ships used in the blockade have been found in the area that includes the Cape Fear River and the Atlantic Ocean around islands such as Oak Island, according to Morris. "It's the single best assemblage of Civil War shipwrecks anywhere in the world," he said.
Blockade runners were the cigarette boats of their era, moving fast with an unarmed captain and crew using their talents to avoid the Union ships and get their goods to land. Military supplies would be put on trains to Weldon in northern North Carolina, and then on to Gen. Robert E. Lee's Army of Northern Virginia.
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