/*********************************************************************
* This is a constructor. It initializes the Logic class and the images
* for cross and circle.
* INPUT: none.
* OUTPUT: none.
*********************************************************************/
public Form1()
{
InitializeComponent();
logic = new Logic();
cross = Properties.Resources.kross;
circle = Properties.Resources.hringur;
}
public void TestDataReader()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
// 3. Assert:
Assert.IsNotNull(logic.dataReader);
}
public void TestCurrentPlayer()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
// 3. Assert:
Assert.AreEqual(logic.currentPlayer, Global.PLAYER1);
}
public void TestInitializedMatrix()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
// 3. Assert:
for (int i = 0; i < 3; i++)
{
for (int j = 0; j < 3; j++)
{
Assert.AreEqual(logic.matrix[i][j], "E");
}
}
}
public void TestChangePlayer()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.ChangePlayers();
// 3. Assert:
Assert.AreEqual(logic.currentPlayer, Global.PLAYER2);
// 4. Act Again:
logic.ChangePlayers();
// 5. Assert Again:
Assert.AreEqual(logic.currentPlayer, Global.PLAYER1);
}
public void TestTie()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act.
// 3. Assert:
Assert.IsFalse(logic.Tie() );
// 2. Act.
logic.moveCounter = 9;
// 3. Assert:
Assert.IsTrue(logic.Tie() );
}
public void TestMoveCounter()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
// 3. Assert:
Assert.IsNotNull(logic.moveCounter);
Assert.AreEqual(logic.moveCounter, 0);
}
public void TestMarkMatrix()
{
// 1. Arrange:
Logic logic = new Logic();
int x1 = 1, y1 = 2;
int x2 = 2, y2 = 1;
// 2. Act:
logic.MarkMatrix(x1, y1);
logic.currentPlayer = Global.PLAYER2;
logic.MarkMatrix(x2, y2);
// 3. Assert:
Assert.AreEqual(logic.matrix[x1][y1], "X");
Assert.AreEqual(logic.matrix[x2][y2], "O");
Assert.AreEqual(logic.moveCounter, 2);
for (int i = 0; i < 3; i++)
{
for (int j = 0; j < 3; j++)
{
if (!(x1 == i && y1 == j || x2 == i && y2 == j))
{
Assert.AreEqual(logic.matrix[i][j], "E");
}
}
}
}
public void TestIsWonInTopHorizonalPositionForX()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.matrix[0][0] = "X";
logic.matrix[0][1] = "X";
logic.matrix[0][2] = "X";
// 3. Assert:
Assert.IsTrue(logic.IsWon());
}
public void TestIsWonInRightVerticalPositionForO()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.matrix[2][0] = "O";
logic.matrix[2][1] = "O";
logic.matrix[2][2] = "O";
//3. Assert:
Assert.IsTrue(logic.IsWon());
}
public void TestIsWonInLeftVerticalPositionForX()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.matrix[0][0] = "X";
logic.matrix[1][0] = "X";
logic.matrix[2][0] = "X";
//3. Assert:
Assert.IsTrue(logic.IsWon());
}
public void TestIsWonInDiagonalPositionForXTopLeftToBottomRight()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.matrix[0][0] = "X";
logic.matrix[1][1] = "X";
logic.matrix[2][2] = "X";
//3. Assert:
Assert.IsTrue(logic.IsWon());
}
public void TestIsWonForRandomGameWhereThereIsATie()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.matrix[0][0] = "X";
logic.matrix[0][1] = "O";
logic.matrix[0][2] = "X";
logic.matrix[1][0] = "X";
logic.matrix[1][1] = "O";
logic.matrix[1][2] = "X";
logic.matrix[2][0] = "O";
logic.matrix[2][1] = "X";
logic.matrix[2][2] = "O";
// 3. Assert:
Assert.IsFalse(logic.IsWon());
}
public void TestIsAvailable()
{
// 1. Arrange:
Logic logic = new Logic();
// 2. Act:
logic.matrix[0][0] = Global.PLAYER1;
logic.matrix[1][1] = Global.PLAYER2;
// 3. Assert:
Assert.IsTrue(logic.IsAvailable(2, 2));
Assert.IsFalse(logic.IsAvailable(1, 1));
Assert.IsFalse(logic.IsAvailable(0, 0));
}
