Coverage file format

From the command prompt, use the dotnet add command:. The MSBuild project is named appropriately, as it will depend on the coverlet. Add this package dependency by running the dotnet add package command:. The previous command changed directories effectively scoping to the MSBuild test project, then added the NuGet package.

When that was done, it then changed directories, stepping up one level. Open both of the UnitTest1. Rename the UnitTest1. From the command prompt, create a new solution to encapsulate the class library and the two test projects. Using the dotnet sln command:.

This will create a new solution file name XUnit. Coverage in the UnitTestingCodeCoverage directory. Add the projects to the root of the solution. Build the solution using the dotnet build command:. If the build is successful, you've created the three projects, appropriately referenced projects and packages, and updated the source code correctly. Well done! In this section, the focus is on data collector tools.

To use Coverlet for code coverage, an existing unit test project must have the appropriate package dependencies, or alternatively rely on. NET global tooling and the corresponding coverlet. The xUnit test project template already integrates with coverlet. The other coverage feature classes include section, route, region, and link. For more information about the coverage data model, see How coverages are stored. Learn about defining a coverage's coordinate system. A geographic feature in a coverage is identified by a unique feature number.

Spatial and attribute data of a feature is linked by means of this number. Two numbers are associated with coverage features:. Sequence numbers, which are automatically generated and maintained, are important for building topology lists.

They are unique for each feature but do not necessarily remain fixed; they can change as coverages are updated and manipulated. In practice, a feature ID is an integer value that you assign to each feature for example, a polygon.

The value should be unique. It can show which parts of your code are being exercised by tests, and which are not. Available as part of the Tidelift Subscription. Coverage and thousands of other packages are working with Tidelift to deliver one enterprise subscription that covers all of the open source you use.

If you want the flexibility of open source and the confidence of commercial-grade software, this is for you. Learn more. For more details, see Installation. Use coverage run to run your test suite and gather data. However you normally run your test suite, you can run your test runner under coverage.

The collect command is used to collect code coverage data for any. NET process and its subprocesses. For example, you can collect code coverage data for a console application or a Blazor application. This command is available on Windows x86 and x64 , Linux x64 , and macOS x The command supports only. NET modules. Native modules are not supported. Sets the log file path. When you provide a directory with a path separator at the end , a new log file is generated for each process under analysis.

Sets the log level. Supported values: Error , Info , and Verbose. The output file format. Supported values: coverage , xml , and cobertura. Default is coverage binary format that can be opened in Visual Studio.