public void InitializeBoard() ////builds the first board by the given size
{
CoinInformation currentCoinInformation = new CoinInformation();
CellPosition currentCoinCellPosition = new CellPosition();
for (int i = 0; i < m_boardSize; i++)
{
currentCoinCellPosition.X = i;
for (int j = 0; j < m_boardSize; j++)
{
currentCoinCellPosition.Y = j;
if (i < (m_boardSize / 2) - 1)
{
if ((j + i) % 2 != 0)
{
m_gameBoard[i, j].SetCellOccupation(Cell.e_CellOccupation.topPlayerRegularCoin);
currentCoinInformation.CellPosition = currentCoinCellPosition;
currentCoinInformation.CoinType = Cell.e_CellOccupation.topPlayerRegularCoin;
topPlayerListOfCoins.Add(currentCoinInformation); ////Ready list of a new board with each coin of the top player
}
}
else if (i > m_boardSize / 2)
{
if ((j + i) % 2 != 0)
{
m_gameBoard[i, j].SetCellOccupation(Cell.e_CellOccupation.bottomPlayerRegularCoin);
currentCoinInformation.CellPosition = currentCoinCellPosition;
currentCoinInformation.CoinType = Cell.e_CellOccupation.bottomPlayerRegularCoin;
bottomPlayerListOfCoins.Add(currentCoinInformation); ////Ready list of a new board with each coin of the bottom player
}
}
}
}
}
public Cell(CellPosition position, string rawCell, Desk desk)
{
Checker checker;
var rawChrcker = int.Parse(rawCell.Substring(1, 1));
switch (rawChrcker)
{
case 1:
checker = new Checker(false, false);
break;
case 2:
checker = new Checker(false, true);
break;
case 3:
checker = new Checker(true, false);
break;
case 4:
checker = new Checker(true, true);
break;
default:
checker = null;
break;
}
_position = position;
_color = new CellColor(rawCell[0] == '1');
Checker = checker;
ActiveButtonColor = Brushes.Gray;
ActiveCheckerColor = Brushes.Gold;
ActiveKingCheckerColor = Brushes.Cyan;
AllowedPositionColor = Brushes.LawnGreen;
_desk = desk;
}
public Cell GetCell(CellPosition position) => Cells[position.Get_row() * Width + position.Get_column()];
// $G$ DSN-003 (-10) This method is too long.
private void Play()
{
bool isLastMovementWasSkipOver = false;
CellPosition lastDestinatioonCellPosition = new CellPosition();
ConsoleUI.PrintBoard(ref m_gameBoard);
ConsoleUI.MovmentInstruction();
Player activePlayer = m_bottomPlayer;
while (m_gameStatus == e_GameStatus.ActiveGame)
{
Logic.RegularAndSkipOverMovementsLists movementsListsStruct = new Logic.RegularAndSkipOverMovementsLists();
movementsListsStruct.RegularMovementList = new System.Collections.Generic.List <Movement>();
movementsListsStruct.SkipOverMovementList = new System.Collections.Generic.List <Movement>();
Logic.MakeListOfPossibleMovementsForPlayer(ref m_gameBoard, ref movementsListsStruct, activePlayer.PlayerPosition);
if (Logic.IsStructOfListsEmpty(movementsListsStruct) == false)
{
if (activePlayer.PlayerType == Player.e_PlayerType.Human)
{
ConsoleUI.PrintCurrentPlayerNameAndCoin(activePlayer);
m_currentMovement = ConsoleUI.AskForPlayerMove(m_gameBoard.BoardSize, ref m_gameStatus);
}
else
{
m_currentMovement = Logic.ChooseMaximalPointsMovementForPlayerFromStructOfLists(m_gameBoard, movementsListsStruct, activePlayer);
}
if ((isLastMovementWasSkipOver == false) ||
((isLastMovementWasSkipOver == true) && (Movement.IsTwoPositionsEquale(lastDestinatioonCellPosition, m_currentMovement.SourcePosition) == true)))
{
if (Logic.IsMovementExistsInStructOfLists(movementsListsStruct, m_currentMovement, out isLastMovementWasSkipOver) == true)
{
if (((movementsListsStruct.SkipOverMovementList.Count != 0) &&
(Logic.IsMovementExistsInSpecificList(movementsListsStruct.RegularMovementList, m_currentMovement) == true)) == false)
{
m_gameBoard.ExcuteMovement(m_currentMovement);
ConsoleUI.PrintBoard(ref m_gameBoard);
ConsoleUI.PrintLastMovementOfActivePlayer(activePlayer, m_currentMovement);
lastDestinatioonCellPosition = m_currentMovement.DestinationPosition;
if (isLastMovementWasSkipOver == false)
{
TogglePlayersTurns(ref activePlayer);
}
else
{
Logic.MakeListOfPossibleMovementsForPlayer(ref m_gameBoard, ref movementsListsStruct, activePlayer.PlayerPosition);
if (Logic.IsMovementFromSpecificCellExistInList(movementsListsStruct.SkipOverMovementList, lastDestinatioonCellPosition) == false)
{
isLastMovementWasSkipOver = false;
TogglePlayersTurns(ref activePlayer);
}
}
}
else
{
ConsoleUI.SkipOverRequiredAnnouncement();
}
}
else
{
if (m_gameStatus != e_GameStatus.QuitByUser)
{
ConsoleUI.InvalidLogicallyMovementAnnouncement();
}
}
}
}
else
{
ConsoleUI.NoMoreMovesAnnouncement();
m_gameStatus = e_GameStatus.NoMovesForActivePlayer;
}
}
}
// $G$ CSS-028 (0) method shouldn't include more then one return command.
public bool RemoveCoinFromListOfCoins(ref List <CoinInformation> i_listOfCoins, CellPosition i_cellPosition)
//// Will be used when skip over was made
{
for (int i = 0; i < i_listOfCoins.Count; i++)
{
if ((i_listOfCoins[i].CellPosition.X == i_cellPosition.X) && (i_listOfCoins[i].CellPosition.Y == i_cellPosition.Y))
{
i_listOfCoins.RemoveAt(i);
return(true);
}
}
return(false);
}
public static void AddPossibleMovementsToStructFromSpecificCellToSpecificDirection(ref Board i_board, ref RegularAndSkipOverMovementsLists i_structOfLists, CoinInformation i_coin, Player.e_PlayerPosition i_playerPosition, CellPosition i_targetCell)
{
Cell.e_CellOccupation regularCoinOfOpponent = Cell.e_CellOccupation.bottomPlayerRegularCoin,
specialCoinOfOpponent = Cell.e_CellOccupation.bottomPlayerSpecialCoin; // assuming top player is the active one
//// if top player is NOT the active one...change will be made
if (i_playerPosition == Player.e_PlayerPosition.Bottom)
{
regularCoinOfOpponent = Cell.e_CellOccupation.topPlayerRegularCoin;
specialCoinOfOpponent = Cell.e_CellOccupation.topPlayerSpecialCoin;
}
//// Checking weather target cell is inside the board bounderies
if ((i_targetCell.X >= 0) &&
(i_targetCell.X <= i_board.BoardSize - 1) &&
(i_targetCell.Y >= 0) &&
(i_targetCell.Y <= i_board.BoardSize - 1))
{
Cell.e_CellOccupation releventCellOccupation = i_board.GameBoard[i_targetCell.X, i_targetCell.Y].GetCellOccupation();
Movement currentMovementToInsert = new Movement();
currentMovementToInsert.SourcePosition = i_coin.CellPosition;
if (releventCellOccupation == Cell.e_CellOccupation.notOccupied)
{
currentMovementToInsert.DestinationPosition = i_targetCell;
i_structOfLists.RegularMovementList.Add(currentMovementToInsert);
}
else if ((releventCellOccupation == regularCoinOfOpponent) || (releventCellOccupation == specialCoinOfOpponent))
{
int sourceX = i_coin.CellPosition.X,
sourceY = i_coin.CellPosition.Y; // keeping the values of sourceX and sourceY to calculate the vector of movement together with i_tagerCell in order to calculate the skipOver cell
CellPosition skipOverTargetCell = new CellPosition();
skipOverTargetCell.X = i_targetCell.X + (i_targetCell.X - sourceX);
skipOverTargetCell.Y = i_targetCell.Y + (i_targetCell.Y - sourceY);
if ((skipOverTargetCell.X >= 0) &&
(skipOverTargetCell.X <= i_board.BoardSize - 1) &&
(skipOverTargetCell.Y >= 0) &&
(skipOverTargetCell.Y <= i_board.BoardSize - 1))
{
releventCellOccupation = i_board.GameBoard[skipOverTargetCell.X, skipOverTargetCell.Y].GetCellOccupation();
if (releventCellOccupation == Cell.e_CellOccupation.notOccupied)
{
currentMovementToInsert.DestinationPosition = skipOverTargetCell;
i_structOfLists.SkipOverMovementList.Add(currentMovementToInsert);
}
}
}
}
}
// $G$ CSS-028 (0) method shouldn't include more then one return command.
public static bool IsMovementFromSpecificCellExistInList(List <Movement> i_listOfMovements, CellPosition i_sourceCellPosition)
{
foreach (Movement currentMovement in i_listOfMovements)
{
if (Movement.IsTwoPositionsEquale(currentMovement.SourcePosition, i_sourceCellPosition) == true)
{
return(true);
}
}
return(false);
}
public static Movement AskForPlayerMove(uint i_boardSize, ref e_GameStatus i_gameStatus)
{
Movement playerMovement = new Movement();
string playerMovementStr = string.Empty;
playerMovementStr = Console.ReadLine();
bool allGoodMovementStr = false;
while (allGoodMovementStr == false)
{
if ((playerMovementStr.Length == 5) && (playerMovementStr[2] == '>'))
{
uint inputSuccessCounter = 0;
CellPosition tempCellPos = new CellPosition();
if ((playerMovementStr[0] >= 'A') && (playerMovementStr[0] <= ('A' + i_boardSize - 1)))
{
tempCellPos.Y = /*(uint)*/ playerMovementStr[0] - 'A';
inputSuccessCounter++;
}
if ((playerMovementStr[1] >= 'a') && (playerMovementStr[1] <= ('a' + i_boardSize - 1)))
{
tempCellPos.X = /*(uint)*/ playerMovementStr[1] - 'a';
inputSuccessCounter++;
}
playerMovement.SourcePosition = tempCellPos;
if ((playerMovementStr[3] >= 'A') && (playerMovementStr[3] <= ('A' + i_boardSize - 1)))
{
tempCellPos.Y = /*(uint)*/ playerMovementStr[3] - 'A';
inputSuccessCounter++;
}
if ((playerMovementStr[4] >= 'a') && (playerMovementStr[4] <= ('a' + i_boardSize - 1)))
{
tempCellPos.X = /*(uint)*/ playerMovementStr[4] - 'a';
inputSuccessCounter++;
}
playerMovement.DestinationPosition = tempCellPos;
if (inputSuccessCounter == 4)
{
allGoodMovementStr = true;
}
else
{
Console.WriteLine("You did not enter a valid input, the format should be: COLrow>COLrow.\nPress 'Enter' to continue");
playerMovementStr = Console.ReadLine();
}
}
else if ((playerMovementStr.Length == 1) && (playerMovementStr[0] == 'Q'))
{
allGoodMovementStr = true;
i_gameStatus = e_GameStatus.QuitByUser;
}
else
{
allGoodMovementStr = false;
Console.WriteLine("You did not enter a valid input, the format should be: COLrow>COLrow.\nPress 'Enter' to continue");
playerMovementStr = Console.ReadLine();
}
}
return(playerMovement);
}
