public PlayerAbstract[] loadPlayers()
{
//Create an array of players
//Read the player info from XML and create two new playerobjects with the data
PlayerAbstract[] players = new PlayerAbstract[2];
List <XElement> tempList = new List <XElement>();
foreach (XElement e in xdoc.Descendants("Player"))
{
tempList.Add(e);
}
for (int i = 0; i < 2; i++)
{
XElement tempElement = tempList[i];
if (bool.Parse(tempElement.Attribute("isAI").Value))
{
players[i] = new AI(tempElement.Attribute("Name").Value.ToString(),
tempElement.Attribute("Color").Value);
players[i]._tilesRemaining = int.Parse(tempElement.Attribute("TilesRemaining").Value);
}
else
{
players[i] = new Human(tempElement.Attribute("Name").Value.ToString(),
tempElement.Attribute("Color").Value);
players[i]._tilesRemaining = int.Parse(tempElement.Attribute("TilesRemaining").Value);
}
}
return(players);
}
private void startingCurrentPlayer(PlayerAbstract startingPlayer)
{
currentPlayer = startingPlayer;
rulesEngine._board.allowMovesAgain += allowMovesAgain;
Action <String> onPlayerChange = playerChange;
if (onPlayerChange != null)
{
onPlayerChange(currentPlayer._name + " spelar nu och har "
+ currentPlayer._tilesRemaining + " brickor kvar");
}
currentPlayer.doThings(this);
}
public void setStartingColor(String colorStr, String playerStr)
{
PlayerAbstract tempPlayer = null;
rulesEngine.linq.initBoard();
if (playerStr.Equals("AI"))
{
player1 = new AI("Dator", "Black");
player2 = new AI("Dumburk", "White");
rulesEngine.linq.createPlayers(player1, player2);
tempPlayer = player1;
}
else if (playerStr.Equals("Human"))
{
if (colorStr.Equals("light"))
{
player1 = new Human("Människa", "White");
player2 = new Human("En annan människa", "Black");
tempPlayer = player2;
}
else if (colorStr.Equals("dark"))
{
player1 = new Human("Människa", "Black");
player2 = new Human("En annan människa", "White");
tempPlayer = player1;
}
}
else
{
if (colorStr.Equals("light"))
{
player1 = new Human("Människa", "White");
player2 = new AI("Dumburk", "Black");
tempPlayer = player2;
}
else if (colorStr.Equals("dark"))
{
player1 = new Human("Människa", "Black");
player2 = new AI("Dumburk", "White");
tempPlayer = player1;
}
}
rulesEngine.linq.createPlayers(player1, player2);
rulesEngine._board.loadBoard(rulesEngine.linq.loadGame());
gameEnded = false;
startingCurrentPlayer(tempPlayer);
}
public void updateTilesRemaining(PlayerAbstract currentPlayer)
{
//Updates the number of tiles remaining in the playerobject
//Reads the current number of tiles remaining in the XML and rewrites it -1
currentPlayer.updateTiles();
IEnumerable <XElement> piece = from pieces in xdoc.Descendants("Player")
where pieces.Attribute("Color").Value.Equals(currentPlayer._color)
select pieces;
foreach (XElement itemElement in piece)
{
itemElement.SetAttributeValue("TilesRemaining", currentPlayer._tilesRemaining);
}
xdoc.Save(@Directory.GetParent(Directory.GetCurrentDirectory()).Parent.FullName + "\\board.xml");
}
public void createPlayers(PlayerAbstract player1, PlayerAbstract player2)
{
//Adds the new players to the XML-file
xdoc = XDocument.Load(@Directory.GetParent(Directory.GetCurrentDirectory()).Parent.FullName + "\\board.xml");
if (!(xdoc.Root.Element("Players").HasElements))
{
xdoc.Root.Element("Players").Add(new XElement("Player",
new XAttribute("isAI", player1._isAI),
new XAttribute("Color", player1._color),
new XAttribute("Name", player1._name),
new XAttribute("TilesRemaining", player1._tilesRemaining)));
xdoc.Root.Element("Players").Add(new XElement("Player",
new XAttribute("isAI", player2._isAI),
new XAttribute("Color", player2._color),
new XAttribute("Name", player2._name),
new XAttribute("TilesRemaining", player2._tilesRemaining)));
}
xdoc.Save(@Directory.GetParent(Directory.GetCurrentDirectory()).Parent.FullName + "\\board.xml");
}
public void createPlayers(PlayerAbstract player1, PlayerAbstract player2)
{
//Adds the new players to the XML-file
xdoc = XDocument.Load(@Directory.GetParent(Directory.GetCurrentDirectory()).Parent.FullName + "\\board.xml");
if (!(xdoc.Root.Element("Players").HasElements))
{
xdoc.Root.Element("Players").Add(new XElement("Player",
new XAttribute("isAI", player1._isAI),
new XAttribute("Color", player1._color),
new XAttribute("Name", player1._name),
new XAttribute("TilesRemaining", player1._tilesRemaining)));
xdoc.Root.Element("Players").Add(new XElement("Player",
new XAttribute("isAI", player2._isAI),
new XAttribute("Color", player2._color),
new XAttribute("Name", player2._name),
new XAttribute("TilesRemaining", player2._tilesRemaining)));
}
xdoc.Save(@Directory.GetParent(Directory.GetCurrentDirectory()).Parent.FullName + "\\board.xml");
}
public void loadGame()
{
PlayerAbstract[] loadedPlayers = rulesEngine.linq.loadPlayers();
player1 = loadedPlayers[0];
player2 = loadedPlayers[1];
if (player1._tilesRemaining > player2._tilesRemaining)
{
currentPlayer = player2;
}
else
{
currentPlayer = player1;
}
rulesEngine._board.loadBoard(rulesEngine.linq.loadGame());
rulesEngine.roundsLeft = rulesEngine.linq.loadTurnsRemaining();
Action<String> onPlayerChange = playerChange;
if (onPlayerChange != null)
{
onPlayerChange(currentPlayer._name + " spelar nu och har "
+ currentPlayer._tilesRemaining + " brickor kvar");
}
currentPlayer.doThings(this);
}
public void changeCurrentPlayer()
{
if (gameEnded == false)
{
if (currentPlayer == player1)
{
currentPlayer = player2;
}
else
{
currentPlayer = player1;
}
Action<String> onPlayerChange = playerChange;
if (onPlayerChange != null)
{
onPlayerChange(currentPlayer._name + " spelar nu och har "
+ currentPlayer._tilesRemaining + " brickor kvar");
}
currentPlayer.doThings(this);
}
}
public void changeCurrentPlayer()
{
if (gameEnded == false)
{
if (currentPlayer == player1)
{
currentPlayer = player2;
}
else
{
currentPlayer = player1;
}
Action <String> onPlayerChange = playerChange;
if (onPlayerChange != null)
{
onPlayerChange(currentPlayer._name + " spelar nu och har "
+ currentPlayer._tilesRemaining + " brickor kvar");
}
currentPlayer.doThings(this);
}
}
public void playMade(int row, int column, PlayerAbstract currentPlayer)
{
//Checks if the suggested move if allowed
//If allowed the it updates the tiles remaining for the player making the move, both in XML and in the playerobject
//It then calls the method makeMove and pushes an event to the LINQ class telling it to save the new board positions to XML
//If not allowed it pushes an event to the UI telling the player that the move is impossible
String playerColor = currentPlayer._color;
if (isMoveLegal(row, column, playerColor))
{
linq.playerNotDoingThings = false;
linq.updateTilesRemaining(currentPlayer);
makeMove(row, column, playerColor);
Action <String[, ]> onBoardChangedLINQ = onBoardChanged;
if (onBoardChangedLINQ != null)
{
onBoardChanged(_board._boardArray);
}
linq.playerNotDoingThings = true;
}
else
{
Action <String> localOnChange = onMoveFeedback;
if (localOnChange != null)
{
localOnChange("You can't make that move");
}
}
Action localOnFinished = onMoveFinished;
if (localOnFinished != null)
{
localOnFinished();
}
}
public void loadGame()
{
PlayerAbstract[] loadedPlayers = rulesEngine.linq.loadPlayers();
player1 = loadedPlayers[0];
player2 = loadedPlayers[1];
if (player1._tilesRemaining > player2._tilesRemaining)
{
currentPlayer = player2;
}
else
{
currentPlayer = player1;
}
rulesEngine._board.loadBoard(rulesEngine.linq.loadGame());
rulesEngine.roundsLeft = rulesEngine.linq.loadTurnsRemaining();
Action <String> onPlayerChange = playerChange;
if (onPlayerChange != null)
{
onPlayerChange(currentPlayer._name + " spelar nu och har "
+ currentPlayer._tilesRemaining + " brickor kvar");
}
currentPlayer.doThings(this);
}
public void playMade(int row, int column, PlayerAbstract currentPlayer)
{
//Checks if the suggested move if allowed
//If allowed the it updates the tiles remaining for the player making the move, both in XML and in the playerobject
//It then calls the method makeMove and pushes an event to the LINQ class telling it to save the new board positions to XML
//If not allowed it pushes an event to the UI telling the player that the move is impossible
String playerColor = currentPlayer._color;
if (isMoveLegal(row, column, playerColor))
{
linq.playerNotDoingThings = false;
linq.updateTilesRemaining(currentPlayer);
makeMove(row, column, playerColor);
Action<String[,]> onBoardChangedLINQ = onBoardChanged;
if (onBoardChangedLINQ != null)
{
onBoardChanged(_board._boardArray);
}
linq.playerNotDoingThings = true;
}
else
{
Action<String> localOnChange = onMoveFeedback;
if (localOnChange != null)
{
localOnChange("You can't make that move");
}
}
Action localOnFinished = onMoveFinished;
if (localOnFinished != null)
{
localOnFinished();
}
}
public void updateTilesRemaining(PlayerAbstract currentPlayer)
{
//Updates the number of tiles remaining in the playerobject
//Reads the current number of tiles remaining in the XML and rewrites it -1
currentPlayer.updateTiles();
IEnumerable<XElement> piece = from pieces in xdoc.Descendants("Player")
where pieces.Attribute("Color").Value.Equals(currentPlayer._color)
select pieces;
foreach (XElement itemElement in piece)
{
itemElement.SetAttributeValue("TilesRemaining", currentPlayer._tilesRemaining);
}
xdoc.Save(@Directory.GetParent(Directory.GetCurrentDirectory()).Parent.FullName + "\\board.xml");
}
public PlayerAbstract[] loadPlayers()
{
//Create an array of players
//Read the player info from XML and create two new playerobjects with the data
PlayerAbstract[] players = new PlayerAbstract[2];
List<XElement> tempList = new List<XElement>();
foreach (XElement e in xdoc.Descendants("Player"))
tempList.Add(e);
for (int i = 0; i < 2; i++)
{
XElement tempElement = tempList[i];
if (bool.Parse(tempElement.Attribute("isAI").Value))
{
players[i] = new AI(tempElement.Attribute("Name").Value.ToString(),
tempElement.Attribute("Color").Value);
players[i]._tilesRemaining = int.Parse(tempElement.Attribute("TilesRemaining").Value);
}
else
{
players[i] = new Human(tempElement.Attribute("Name").Value.ToString(),
tempElement.Attribute("Color").Value);
players[i]._tilesRemaining = int.Parse(tempElement.Attribute("TilesRemaining").Value);
}
}
return players;
}
private void startingCurrentPlayer(PlayerAbstract startingPlayer)
{
currentPlayer = startingPlayer;
rulesEngine._board.allowMovesAgain += allowMovesAgain;
Action<String> onPlayerChange = playerChange;
if (onPlayerChange != null)
{
onPlayerChange(currentPlayer._name + " spelar nu och har "
+ currentPlayer._tilesRemaining + " brickor kvar");
}
currentPlayer.doThings(this);
}
public void setStartingColor(String colorStr, String playerStr)
{
PlayerAbstract tempPlayer = null;
rulesEngine.linq.initBoard();
if (playerStr.Equals("AI"))
{
player1 = new AI("Dator", "Black");
player2 = new AI("Dumburk", "White");
rulesEngine.linq.createPlayers(player1, player2);
tempPlayer = player1;
}
else if (playerStr.Equals("Human"))
{
if (colorStr.Equals("light"))
{
player1 = new Human("Människa", "White");
player2 = new Human("En annan människa", "Black");
tempPlayer = player2;
}
else if (colorStr.Equals("dark"))
{
player1 = new Human("Människa", "Black");
player2 = new Human("En annan människa", "White");
tempPlayer = player1;
}
}
else
{
if (colorStr.Equals("light"))
{
player1 = new Human("Människa", "White");
player2 = new AI("Dumburk", "Black");
tempPlayer = player2;
}
else if (colorStr.Equals("dark"))
{
player1 = new Human("Människa", "Black");
player2 = new AI("Dumburk", "White");
tempPlayer = player1;
}
}
rulesEngine.linq.createPlayers(player1, player2);
rulesEngine._board.loadBoard(rulesEngine.linq.loadGame());
gameEnded = false;
startingCurrentPlayer(tempPlayer);
}
