internal TestAssemblySettings GetSettings(string source)
{
var testAssemblySettings = new TestAssemblySettings();
// Load the source.
var testAssembly = PlatformServiceProvider.Instance.FileOperations.LoadAssembly(source, isReflectionOnly: false);
var parallelizeAttribute = this.reflectHelper.GetParallelizeAttribute(testAssembly);
if (parallelizeAttribute != null)
{
testAssemblySettings.Workers = parallelizeAttribute.Workers;
testAssemblySettings.Scope = parallelizeAttribute.Scope;
if (testAssemblySettings.Workers == 0)
{
testAssemblySettings.Workers = Environment.ProcessorCount;
}
}
testAssemblySettings.CanParallelizeAssembly = !this.reflectHelper.IsDoNotParallelizeSet(testAssembly);
var classCleanupSequencingAttribute = this.reflectHelper.GetClassCleanupAttribute(testAssembly);
if (classCleanupSequencingAttribute != null)
{
testAssemblySettings.ClassCleanupLifecycle = classCleanupSequencingAttribute.LifecyclePosition;
}
return(testAssemblySettings);
}
private void InitializeClassCleanupManager(
string source,
UnitTestRunner testRunner,
ICollection <TestCase> testsToRun,
TestAssemblySettings sourceSettings)
{
var unitTestElements = testsToRun.Select(e => e.ToUnitTestElement(source)).ToArray();
testRunner.InitializeClassCleanupManager(unitTestElements, sourceSettings.ClassCleanupLifecycle);
}
private void InitializeClassCleanupManager(string source, UnitTestRunner testRunner, ICollection <TestCase> testsToRun, TestAssemblySettings sourceSettings)
{
try
{
var unitTestElements = testsToRun.Select(e => e.ToUnitTestElement(source)).ToArray();
testRunner.InitializeClassCleanupManager(unitTestElements, (int)sourceSettings.ClassCleanupLifecycle);
}
catch (Exception ex)
{
// source might not support this if it's legacy make sure it's supported by checking for the type
if (ex.GetType().FullName != "System.Runtime.Remoting.RemotingException")
{
throw;
}
}
}
