public static void TestCase(Assembly assembly,
RunMode mode,
int duration,
int threads,
int?exceptionThreshold = null,
bool printMethodName = false,
bool deadlockDetection = false,
int randomSeed = 0,
string[] selectedTests = null,
string[] overrides = null,
string[] variations = null,
string filter = null,
bool monitorEnabled = false,
string monitorMachineName = "localhost")
{
TestMetrics.Reset();
TestFinder.AssemblyName = assembly.GetName();
mode = RunMode.RunAll;
for (int i = 0; overrides != null && i < overrides.Length; i++)
{
TestMetrics.Overrides.Add(overrides[i], overrides[++i]);
}
for (int i = 0; variations != null && i < variations.Length; i++)
{
TestMetrics.Variations.Add(variations[i]);
}
for (int i = 0; selectedTests != null && i < selectedTests.Length; i++)
{
TestMetrics.SelectedTests.Add(selectedTests[i]);
}
TestMetrics.StressDuration = duration;
TestMetrics.StressThreads = threads;
TestMetrics.ExceptionThreshold = exceptionThreshold;
TestMetrics.MonitorEnabled = monitorEnabled;
TestMetrics.MonitorMachineName = monitorMachineName;
TestMetrics.RandomSeed = randomSeed;
TestMetrics.Filter = filter;
TestMetrics.PrintMethodName = printMethodName;
if (deadlockDetection)
{
DeadlockDetection.Enable();
}
// get and load all the tests
s_tests = TestFinder.GetTests(assembly);
// instantiate the stress engine
s_eng = new StressEngine(TestMetrics.StressThreads, TestMetrics.StressDuration, s_tests, TestMetrics.RandomSeed);
}
