public override void ThreadMain()
{
System.Console.WriteLine("Running PulseTests: Thread {0}\n", Thread.CurrentThread.GetThreadId());
Console.Write("passes={0}", passes);
Console.WriteLine(" cpuCount={0}", cpuCount);
for (int pass = 0; pass < passes; pass++)
{
Console.WriteLine("pass={0}", pass);
UnitTest.Clear();
threadCount = 0;
for (int i = 0; i < cpuCount; i++)
{
// 50 threads
if (!CheckMaxThreads(50))
{
UnitTest.Add("Many Threads PulseAll",
new UnitTest.TestDelegate(PulseAllTest.ManyThreadsTest));
}
// 8 threads
if (!CheckMaxThreads(8))
{
UnitTest.Add("Few Threads PulseAll",
new UnitTest.TestDelegate(PulseAllTest.FewThreadsTest));
}
// 17 threads
if (!CheckMaxThreads(17))
{
UnitTest.Add("Low-density Pulse",
new UnitTest.TestDelegate(PulseTest.LowDensityTest));
}
// 32 threads
if (!CheckMaxThreads(32))
{
UnitTest.Add("Medium-density Pulse",
new UnitTest.TestDelegate(PulseTest.MediumDensityTest));
}
// 128 threads
if (!CheckMaxThreads(128))
{
UnitTest.Add("High-density Pulse",
new UnitTest.TestDelegate(PulseTest.HighDensityTest));
}
}
Console.WriteLine("{0} PulseThreads", threadCount);
// Wait for the sub-threads to run
if (UnitTest.Run(true) != UnitTest.Result.Passed)
{
Console.WriteLine("PulseTest failed!\n");
}
}
// This exits the thread
return;
}