public bool GetMovesAndUpdate(Board i_GameBoard, User i_RivalPlayer)
{
bool canCapture = true;
Dictionary <string, List <string> > moves = new Dictionary <string, List <string> >();
// If the current checker didn't make a move the turn before.
if (m_CurrentCheckerPiece == null)
{
// If the user can eat, he must! the list will return as ref value. If not, the list will return the regular moves list.
if (!CaptureUtils.CanUserCapture(i_GameBoard, this, i_RivalPlayer, ref moves))
{
m_Moves = MoveUtils.CreateRegularMoves(this, i_GameBoard);
canCapture = false;
}
else
{
m_Moves = moves;
}
}
// If there's a "soldier" that can capture again.
else
{
// If there's capture in a row.
m_Moves = createCaptureMoveList(i_GameBoard, i_RivalPlayer);
}
return(canCapture);
}
public void MakeUserMove(ref Board io_GameBoard, ref CheckersPiece io_CurrentChecker, string i_PositionFrom, string i_PositionTo)
{
if (!io_CurrentChecker.IsKing)
{
MoveUtils.MoveTool(ref io_GameBoard, ref io_CurrentChecker, i_PositionTo);
MakeToolAKing(io_GameBoard, ref io_CurrentChecker);
}
else
{
MoveUtils.MoveTool(ref io_GameBoard, ref io_CurrentChecker, i_PositionTo);
}
}
// Computer Player Methods:
public void MakeComputerMove(ref Board io_GameBoard, ref CheckersPiece io_CurrentChecker)
{
string[] positions = getRandomMove(io_GameBoard, ref io_CurrentChecker);
if (!io_CurrentChecker.IsKing)
{
MoveUtils.MoveTool(ref io_GameBoard, ref io_CurrentChecker, positions[1]);
MakeToolAKing(io_GameBoard, ref io_CurrentChecker);
}
else
{
MoveUtils.MoveTool(ref io_GameBoard, ref io_CurrentChecker, positions[1]);
}
}
private static bool tryInsertCapturePosition(
Board i_GameBoard, CheckersPiece i_CurrentChecker,
ushort i_RowIndex, ushort i_ColIndex,
CheckersPiece i_RivalChecker, ref Dictionary <string, List <string> > io_CapturePositions)
{
bool canInsert = false;
if (i_RivalChecker != null && isAvailableCaptureCell(i_GameBoard, i_RowIndex, i_ColIndex))
{
string captureIndex = MoveUtils.GetStringIndexes(i_RowIndex, i_ColIndex);
MoveUtils.AddToDict(ref io_CapturePositions, i_CurrentChecker, captureIndex);
canInsert = true;
}
return(canInsert);
}