private void PlayAiMiddleMode()
{
if (this.matrixAlgorithm.CurrentTurn != PlayerType.X)
{
return;
}
PointIndex aiHardPoint = this.aiMove.GetAiHardPointIndex(this.matrixAlgorithm);
foreach (Button button in this.gamePanel.ButtonList)
{
if (aiHardPoint.Equals(button.Tag))
{
this.matrixAlgorithm.Board[aiHardPoint.X, aiHardPoint.Y] = this.matrixAlgorithm.CurrentTurn;
button.Text = this.matrixAlgorithm.CurrentTurn.ToString();
this.matrixAlgorithm.CheckWinner(aiHardPoint, this.matrixAlgorithm.CurrentTurn);
if (this.matrixAlgorithm.WinnerState)
{
this.RestartGame();
}
break;
}
}
}
public void Equals_ParameterIsNotTypeOfPointIndex_ResultIsFalse()
{
PointIndex actual = new PointIndex();
String s = "foo";
Boolean test = actual.Equals(s);
Assert.That(test, Is.False);
}
public void Equals_OtherXIsNotFiveOrOtherYIsNotThree_ResultIsFalse(Int32 x, Int32 y)
{
// arrange
PointIndex testee = new PointIndex(5, 3);
PointIndex other = new PointIndex(x, y);
// act
Boolean actual = testee.Equals(other);
//assert
Assert.That(actual, Is.False);
}
public void Equals_BothXAndYAreEqually_ResultIsTrue()
{
// 1) Parameter ist kein Typ PointIndex!
// => Ist ein PointIndex ein BitConverter??? => Nein
// 2) Parameter ist vom Type PointIndex!
// 2a) beide sind gleich wenn x und y gleich sind
// 2b) beide sind ungleich wenn entweder x oder y ungleich ist.
// Bsp 2a.
// arrange
PointIndex other = new PointIndex(5, 3);
PointIndex testee = new PointIndex(5, 3);
// act
Boolean actual = testee.Equals(other);
//assert
Assert.That(actual, Is.True);
}