public void TestCache(int matrixSize, int blockSize, int blockCount)
{
var cacheProcess = new MyCommandGenerator(_cts);
Action <string> cacheSimMessageCallback = s => LogFilteredSimOutput(matrixSize, s);
// TODO: Run the cache sim once for all the test...
var generatorTask = cacheProcess.RunGenerator(
Path.Combine(GeneratorTestsBase <object> .ToolsPath, GeneratorName),
string.Format("{0} {1}", blockSize, blockCount),
cacheSimMessageCallback,
true, false);
int swapCount = 0;
Action <string> matrixOutputHandler = s =>
{
swapCount++;
cacheProcess.Process.WriteLineToStdIn(s);
};
Matrix <int> m = new Matrix <int>(matrixOutputHandler, matrixSize, matrixSize);
m.Transpose();
cacheProcess.Process.WriteLineToStdIn("\0"); // Terminate the program
swapCount -= 2; // There were two more logs -- N and E
Assert.AreEqual(swapCount, (matrixSize * matrixSize - matrixSize) / 2);
generatorTask.Wait(20000, _cts.Token); // Wait for 20 sec
}
public GeneratorTestsBase(string logFolderName, string logFileName, int consumerCount)
{
_logFolderName = logFolderName ?? @"Log";
_logFileName = logFileName;
CancellationTokenSource = new CancellationTokenSource();
CancellationTokenSource.Token.Register(() => Log("Cancellation requested."));
Buffer = new AsyncBuffer <TWorkItem>(CancellationTokenSource.Token);
Generator = new MyCommandGenerator(CancellationTokenSource);
Consumers = Enumerable
.Range(0, consumerCount)
.Select(n => new MyCommandConsumer <TWorkItem>(Buffer, CancellationTokenSource))
.ToArray();
}
