public void BasicFunctionalTest()
{
// This will create a MockEngineProcess when invoked by the UCIChessEngine
Trace.WriteLine("Creating Mock Loader...");
MockEngineProcessLoader mockLoader = new MockEngineProcessLoader();
// prevents the test from exiting until all events are accounted for
testDone = new AutoResetEvent(false);
// Create a real engine object using the mock loader (and mock process by extension)
Trace.WriteLine("Creating Real Engine passing Mock Loader...");
UCIChessEngine engine = new UCIChessEngine(mockLoader);
engine.OnChessEngineResponseReceived += ChessEngineResponseReceivedEventHandler;
engine.OnChessEngineVerboseOutputReceived += ChessEngineVerboseResponseReceivedEventHandler;
// This will force the loader to get invoked, it's required to init the engine
// but the path is ingored by the mock loader, so pass anything
Trace.WriteLine("Telling the engine to load...");
engine.LoadEngine("x:\\foo\\bar\\myeng.exe");
// At this point, the UCIChessEngine should think it's good to go.
// We can issue commands as normal here, and the mock process will
// respond to UCIChessEngine in a way to finish the cycle (e.g.
// if it gets 'isready' it will respond with 'readyok'. The actual
// moves don't matter at all, just the response. There are no
// chess game rules applied here (we're below ChessGame)
// Responses go to ChessEngineResponseReceivedEventHandler below
Trace.WriteLine("Starting UCI protocol...");
engine.InitializeUciProtocol();
Trace.WriteLine("Setting option...");
engine.SetOption("foo", "bar");
Trace.WriteLine("Setting option...");
engine.SetOption("foo1", "bar1");
Trace.WriteLine("Resetting board...");
engine.ResetBoard();
Trace.WriteLine("Getting move...");
engine.GetMoveForCurrentPosition("1000");
Trace.WriteLine("Setting position...");
engine.SetPosition("foobar");
Trace.WriteLine("Getting move...");
engine.GetMoveForCurrentPosition("1000");
Trace.WriteLine("Setting position...");
engine.SetPosition("foobar");
Trace.WriteLine("Getting move...");
engine.GetMoveForCurrentPosition("1000");
Trace.WriteLine("Setting position...");
engine.SetPosition("foobar");
Trace.WriteLine("Getting move...");
engine.GetMoveForCurrentPosition("1000");
Trace.WriteLine("Setting position...");
engine.SetPosition("foobar");
Trace.WriteLine("Waiting for last response...");
Assert.IsTrue(testDone.WaitOne(30000));
// There are no extraneous responses in the mock (like info)
// so these should match in count.
Assert.IsTrue(verboseCount == commandCount);
}
public void BasicInitTest()
{
MockEngineProcessLoader mockLoader = new MockEngineProcessLoader();
MockChessBoardView mockView = new MockChessBoardView();
string mockPath = @"x:\Foo\Bar\MyEngine.exe";
// More or less base tests the mocks, just make sure this doesn't
// crash/compiles
Trace.WriteLine("Creating ChessGame object with mocks injected");
ChessGame chessGame = new ChessGame(
mockView, // View
mockPath, // Path
mockLoader, // Loader
false, // Reduce ELO
Thread.CurrentThread.CurrentUICulture);
chessGame.NewGame(PieceColor.White, 5000);
}
