public void MultiThreadsMultiLogsTest()
{
Threads = new Thread[MaxThreads];
ManualResetEvents = new ManualResetEvent[MaxThreads];
SmartLogGeneratorsArray = new SmartLogGenerator[MaxThreads];
for (int threadIndex = 0; threadIndex < MaxThreads; threadIndex++)
{
string smartLoggerTestName = GetSmartLoggerTestName("MultiThreadsMultiLogsTest",
threadIndex);
SmartLoggerPerType <SmartLoggerTests> smartLoggerPerType = CreateSmartLoggerPerType(smartLoggerTestName);
SmartLogGeneratorsArray[threadIndex] = CreateSmartLogGenerator(smartLoggerTestName,
smartLoggerPerType);
ManualResetEvents[threadIndex] = SmartLogGeneratorsArray[threadIndex].ManualResetEvent;
Threads[threadIndex] = CreateThread(SmartLogGeneratorsArray[threadIndex]);
Threads[threadIndex].Start();
Thread.Sleep(200);
}
// ReSharper disable once CoVariantArrayConversion
WaitHandle.WaitAll(ManualResetEvents);
for (int threadIndex = 0; threadIndex < MaxThreads; threadIndex++)
{
SmartLogGenerator smartLogGenerators = SmartLogGeneratorsArray[threadIndex];
smartLogGenerators?.Dispose();
}
}
private static Thread CreateThread(SmartLogGenerator smartLogGenerator)
{
Thread thread = new Thread(smartLogGenerator.ThreadCallback);
thread.Name = smartLogGenerator.Name;
return(thread);
}
private static SmartLogGenerator CreateSmartLogGenerator(string smartLoggerTestName,
SmartLoggerPerType <SmartLoggerTests> smartLoggerPerType)
{
SmartLogGenerator smartLogGenerator = new SmartLogGenerator(smartLoggerTestName,
new ManualResetEvent(false),
smartLoggerPerType);
return(smartLogGenerator);
}
public void CurrentThreadTest()
{
string smartLoggerPerTypeName = GetSmartLoggerTestName("CurrentThreadTest",
0);
SmartLoggerPerType <SmartLoggerTests> smartLoggerPerType = CreateSmartLoggerPerType(smartLoggerPerTypeName);
SmartLogGenerator smartLogGenerator = CreateSmartLogGenerator(smartLoggerPerTypeName,
smartLoggerPerType);
Assert.NotNull(smartLogGenerator);
smartLogGenerator.ThreadCallback();
smartLogGenerator.Dispose();
}