public void Color_Should_Return_CorrectValues(string pgn, ChessboardControl.ChessColor expected)
{
// Arrange
SUT chessSquare;
// Act
chessSquare = new SUT(pgn);
// Assert
Assert.AreEqual(expected, chessSquare.Color);
}
public void AlgebraicNotation_Should_Return_CorrectValues(ChessboardControl.ChessFile file, ChessboardControl.ChessRank rank, string expectedValue)
{
// Arrange
SUT chessSquare;
string actual;
// Act
chessSquare = new SUT(file, rank);
actual = chessSquare.AlgebraicNotation;
// Assert
Assert.AreEqual(expectedValue, actual);
}
public void Clone_Should_ReturnProperlyInitializedClass()
{
// Arrange
ChessboardControl.ChessFile originalFile = ChessboardControl.ChessFile.e;
ChessboardControl.ChessRank originalRank = ChessboardControl.ChessRank._2;
SUT originalSquare;
SUT clonedSquare;
// Act
originalSquare = new SUT(originalFile, originalRank);
clonedSquare = originalSquare.Clone();
originalSquare.File = ChessboardControl.ChessFile.a;
originalSquare.Rank = ChessboardControl.ChessRank._4;
// Assert
Assert.AreEqual(originalFile, clonedSquare.File);
Assert.AreEqual(originalRank, clonedSquare.Rank);
}
public void Equal_Operator_Should_Return_CorrectValues()
{
// Arrange
SUT firstSquare;
SUT secondSquare;
SUT nullFirstSquare = null;
SUT nullSecondSquare = null;
// Act
firstSquare = new SUT("e2");
secondSquare = new SUT("e2");
// Assert
Assert.IsTrue(firstSquare == firstSquare);
Assert.IsTrue(nullFirstSquare == nullSecondSquare);
Assert.IsFalse(nullFirstSquare == secondSquare);
Assert.IsFalse(firstSquare == nullSecondSquare);
Assert.IsTrue(firstSquare == secondSquare);
}