public void CheckExampleInputs()
{
BoardGameClass gameTest = new BoardGameClass();
string[] strInputArray = new string[] { "MRMLMRM", "RMMMLMM", "MMMMM" };
string[] strExpectedResults = new string[] { "2 2 E", "3 2 N", "0 4 N" };
string Result;
for (int i = 0; i < strInputArray.Length; i++)
{
gameTest.ProcessCommands(strInputArray[i]);
Result = gameTest.pieceOne.Output();
Console.WriteLine(gameTest.pieceOne.Output());
Assert.That(Result, Is.EqualTo(strExpectedResults[i]));
// Move piece back to its starting position (0 0 N)
gameTest.Move('E');
}
}
//The piece can move around the board in one of four directions ((N)orth, (E)ast, (S)outh and (W)est).
public void PieceMovesOneInFourDirections()
{
string[] CompassPoints = new string[] { "N", "E", "S", "W" };
int intMaxComPoints = CompassPoints.Length;
BoardGameClass BGResult = new BoardGameClass();
// Rotate piece multiple times to the right
for (int i = 0; i < 60; i++)
{
Console.WriteLine("Rotation To Right Test {0}, Exp: {1} Res:{2}", i, CompassPoints[i % intMaxComPoints], BGResult.pieceOne.getFDS());
Assert.That(BGResult.pieceOne.getFDS(), Is.EqualTo(CompassPoints[i % intMaxComPoints]));
BGResult.pieceOne.ChangeDirection(PieceClass.enTurningDirection.R);
}
// Move piece back to its starting position (0 0 N)
BGResult.Move('E');
Assert.That(BGResult.pieceOne.getX(), Is.EqualTo(0));
Assert.That(BGResult.pieceOne.getY(), Is.EqualTo(0));
Assert.That(BGResult.pieceOne.getFDS(), Is.EqualTo("N"));
Console.WriteLine("Move Piece Back To Starting Position");
// While Facing North move from bottom left to top left
for (int mi = BoardClass.cintBoardMin; mi < BoardClass.cintBoardMax; mi++)
{
Assert.That(BGResult.pieceOne.getY(), Is.EqualTo(mi));
Assert.That(BGResult.pieceOne.getX(), Is.EqualTo(BoardClass.cintBoardMin));
BGResult.MoveForwardY();
BGResult.MoveForwardX();
}
Console.WriteLine(BGResult.pieceOne.Output());
// Turn piece 90 degrees to face East move from top left to top right
BGResult.pieceOne.ChangeDirection(PieceClass.enTurningDirection.R);
for (int mi = BoardClass.cintBoardMin; mi < BoardClass.cintBoardMax; mi++)
{
Assert.That(BGResult.pieceOne.getY(), Is.EqualTo(BoardClass.cintBoardMax));
Assert.That(BGResult.pieceOne.getX(), Is.EqualTo(mi));
BGResult.MoveForwardY();
BGResult.MoveForwardX();
}
Console.WriteLine(BGResult.pieceOne.Output());
// Turn piece 90 degrees to face South move from top right to bottom right
BGResult.pieceOne.ChangeDirection(PieceClass.enTurningDirection.R);
for (int mi = 4; mi >= BoardClass.cintBoardMin; mi--)
{
Assert.That(BGResult.pieceOne.getY(), Is.EqualTo(mi));
Assert.That(BGResult.pieceOne.getX(), Is.EqualTo(BoardClass.cintBoardMax));
BGResult.MoveForwardY();
BGResult.MoveForwardX();
}
Console.WriteLine(BGResult.pieceOne.Output());
// Turn piece 90 degrees to face West move from bottom right to bottom left
BGResult.pieceOne.ChangeDirection(PieceClass.enTurningDirection.R);
for (int mi = BoardClass.cintBoardMax; mi <= BoardClass.cintBoardMin; mi++)
{
Assert.That(BGResult.pieceOne.getY(), Is.EqualTo(BoardClass.cintBoardMin));
Assert.That(BGResult.pieceOne.getX(), Is.EqualTo(mi));
BGResult.MoveForwardY();
BGResult.MoveForwardX();
Console.WriteLine("T4: ", BGResult.pieceOne.Output());
}
Console.WriteLine(BGResult.pieceOne.Output());
}
