public TestRunResult CaptureCoverage(bool cantUsePipe, bool cantUseUnloadAppDomain)
{
if (cantUseUnloadAppDomain)
{
_logger.LogWarning("Can't capture the test coverage as the target framework does not support 'AppDomain'. ");
return new TestRunResult() { Success = true };
}
if (cantUsePipe)
{
_logger.LogDebug("Target framework does not support NamedPipes. Stryker will use environment variables instead.");
}
if (_flags.HasFlag(OptimizationFlags.SkipUncoveredMutants) || _flags.HasFlag(OptimizationFlags.CoverageBasedTest))
{
var collector = new CoverageCollector();
collector.SetLogger((message) => _logger.LogTrace(message));
collector.Init(!cantUsePipe);
var coverageEnvironment = collector.GetEnvironmentVariables();
var result = LaunchTestProcess(null, coverageEnvironment);
var data = collector.RetrieveCoverData();
var coveredMutants = data.Split(";")[0].Split(",", StringSplitOptions.RemoveEmptyEntries);
CoverageMutants.DeclareCoveredMutants(coveredMutants.Select(int.Parse));
return result;
}
return new TestRunResult(){Success = true};
}
public TestRunResult CaptureCoverage()
{
if (_flags.HasFlag(OptimizationFlags.SkipUncoveredMutants))
{
var collector = new CoverageCollector();
collector.SetLogger((message) => Logger.LogTrace(message));
collector.Init(true);
var coverageEnvironment = collector.GetEnvironmentVariables();
var result = LaunchTestProcess(null, coverageEnvironment);
var data = collector.RetrieveCoverData("full");
CoverageMutants.DeclareCoveredMutants(data.Split(",").Select(int.Parse));
return(result);
}
else
{
return(LaunchTestProcess(null, null));
}
}