To use OpenCover you must download it from here and unzip it in an appropriate directory, for example: C:\tools\opencover Note that we specify the path to the reports using sonar.cs.dotcover.reportsPaths because we are using dotCover. To use dotCover you must install it as a global dotnet tool: dotnet tool install -global We use the -f xml parameter to specify that the output format is in XML. Note that we specify the path to the reports using sonar.cs.vscoveragexml.reportsPaths because this tool’s output format is the same as the Visual Studio Code Coverage tool. d:sonar.cs.vscoveragexml.reportsPaths=coverage.xmlĭotnet-coverage collect "dotnet test" -f xml -o "coverage.xml"ĭotnet sonarscanner end /d:sonar.token="" Using this tool, your build script would look like something like this: dotnet sonarscanner begin /k:"" To use dotnet-coverage , you can install it as a local or global dotnet tool: dotnet tool install -global dotnet-coverage This is a modern alternative to the Visual Studio Code Coverage provided by Microsoft (see above) that outputs results in the same format, is cross-platform and not dependent on having Visual Studio installed. Here is an example: begin /k:"" /d:sonar.token="" It will also automatically convert the generated report to XML. NET Framework 4.6 scanner will automatically find the coverage output generated by the -collect "Code Coverage" parameter without the need for an explicit report path setting. We only recommend the use of this tool when the build agent has Visual Studio Enterprise installed or when you are using an Azure DevOps Windows image for your build. Just after the build step but before the scanner end step, ensure that your test step produces the coverage report file.Įxamples using the.In the scanner begin step, add the appropriate parameter to specify the location of the coverage report file that will be produced.To enable coverage reporting, you need to make the following changes: In between, you perform the actual build and your tests. The analysis is always split into two parts in your build process the begin step and the end step. NET and SonarQube Extension for Azure DevOps sections for details), but the essential steps are the same. The setup is slightly different for each variant (see the SonarScanner for. NET tool and SonarScanner for Azure DevOps). NET scanner comes in four variants depending on which version of. For information on the generic format, see Generic test data. In this section, we discuss the directly supported tools. NET test coverage tools:Īdditionally, a generic coverage format is also supported if you wish to use an unsupported tool (though you will have to convert its output to the generic format yourself). You then need to configure your analysis to tell the SonarScanner where the report is located so that it can pick it up and send it to SonarQube, where it will be displayed on your project dashboard along with the other analysis metrics. Instead, you must set up a third-party tool to produce the report as part of your build process. However, SonarQube does not generate the coverage report itself. SonarQube supports the reporting of test coverage information as part of the analysis of your.
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