![]() ![]() For these scenarios, you can use sessions. You can use Ctrl+ C locally, but not in Azure Pipelines. NET server that just waits for messages and sends responses, you need a way to stop the server to get final code coverage results. When you're running code coverage analysis on a. For example, it can be a PowerShell script. For the argument, you can provide any command that will eventually start a. In case of an application that requires a signal to terminate, you can use Ctrl+ C, which will still let you collect code coverage data. NET application (such as console or Blazor) by using the following command: dotnet-coverage collect dotnet run Sample scenarios Collecting code coverageĬollect code coverage data for any. If not provided, instrumentation will be performed in-place. The instrument command is used to instrument binary on disk. Timeout (in milliseconds) for interprocess communication with the server. The session ID of the collection to be closed. Timeout (in milliseconds) for interprocess communication between the client and the server.Ĭloses existing code coverage collection. Tag-name and tag-identifier are mutually inclusive. Tag-name and tag-identifier are mutually inclusive.Ĭreates a snapshot tag identifier in the coverage file with current coverage information. If not provided, it's generated automatically with a timestamp.Ĭreates a snapshot tag name in the coverage file with current coverage information. Sets the code coverage report output file. The session ID of the collection for which a coverage file is to be generated.Ĭlears existing coverage information after a coverage file is created. Timeout (in milliseconds) for interprocess communication between the client and the server.* -l|-log-file Ĭreates a coverage file for existing code coverage collection. Starts the client in a new background process. The session ID of the server hosted by the collect command. NET module use instrument command (with corresponding session ID option) before executing connect command. If you need to statically instrument any. ![]() Native modules are not supported.Ĭommand will use dynamic instrumentation for all subprocesses which is available on Windows (x86, 圆4 and Arm64), Linux (圆4), and macOS (圆4). For example, you can collect code coverage data for a console application or a Blazor application. The connect command is used to connect with the existing server and collects code coverage data for any. Specifies list of files to be statically instrumented. Timeout (in milliseconds) for interprocess communication between clients and the server. Clients can connect to the server with the connect command. Starts code coverage collection server in a new background process. If not provided, the tool will generate a random GUID. Sets the path to the XML code coverage settings. The command line arguments for the command. The command for which to collect code coverage data. Clients can connect to the server via connect command. The collect command hosts a server for code coverage collection. The collect command will collect code coverage for the given process executed by the command argument. The collect command can run in two modes. Dynamic instrumentation is available on Windows (x86, 圆4 and Arm64), Linux (圆4), and macOS (圆4). You can specify files to be statically instrumented using include-files option. Static instrumentation is available on all platforms. This command supports dynamic and static instrumentation. ![]() The collect command is used to collect code coverage data for any. Supported values: Error, Info, and Verbose. When you provide a directory (with a path separator at the end), a new log file is generated for each process under analysis. Default is coverage (binary format that can be opened in Visual Studio). Supported values: coverage, xml, and cobertura. Search for coverage reports in subdirectories. Removes all input coverage reports that were merged. This command supports the following code coverage report formats: This command is available on all platforms. The merge command is used to merge several code coverage reports into one. To install the latest release version of the dotnet-coverage NuGet package, use the dotnet tool install command: dotnet tool install -global dotnet-coverage Provides cross-platform merging of code coverage reports.ĭisplays the version of the dotnet-coverage utility.Enables the cross-platform collection of code coverage data of a running process.NET Core 3.1 SDK and later versions Synopsis dotnet-coverage ![]()
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