public void SongProgress_Register()
{
// Arrange
SongPlayer player = new SongPlayer(null, null);
player.CurrentSong.AutoGenerate();
player.ToggleSound();
SongProgress prog = new SongProgress(player);
// Start "playing" the song
player.Start();
Thread.Sleep(800);
player.Tick();
// Assert validity of unit test
Assert.IsTrue(player.currentNotes.Count > 0);
// Play one note correctly
Note first = player.currentNotes.First();
prog.Register(new PianoButton(
first.Octave,
first.Letter + (first.Black ? "#" : "")
));
// Assert
Assert.AreEqual(1, prog.HitCount);
}
public void Start()
{
scorePopup.Hide();
songPlayer.Start();
foreach (Note n in songPlayer.currentNotes)
{
windowLeerling.panelPiano.Piano.Enable(n.Octave, n.Letter.ToString(), false);
}
windowLeerling.tempoToolStripMenuItem.Enabled = false;
}
public void SongProgress_GetResultingScore()
{
// Arrange
SongPlayer player = new SongPlayer(null, null);
player.CurrentSong.AutoGenerate();
player.ToggleSound();
SongProgress prog = new SongProgress(player);
// Start playing
player.Start();
Thread.Sleep(800);
player.Tick();
// Assert validity of unit test
Assert.IsTrue(player.currentNotes.Count > 0);
// Play first note correctly
Note first = player.currentNotes.First();
prog.Register(new PianoButton(
first.Octave,
first.Letter + (first.Black ? "#" : "")
));
// Act
int max = prog.GetMaximumScore();
int score = prog.HitCount;
// Expected resulting score is 1 / max
Assert.AreEqual(
((double)prog.HitCount) / (double)max,
(double)prog.GetResultingScore(),
0.00001d
);
}