def run(state, move_num, isPlayerMove):
#Allow the computer to make it's move
if not isPlayerMove:
state = computerTurn(state, move_num)
move_num += 1
#Update the scoreboard
black_score = VictoryStatus.countPieces(Constants.PIECE_BLACK, state)
white_score = VictoryStatus.countPieces(Constants.PIECE_WHITE, state)
ScreenWriter.writeScore(black_score, white_score)
#Display valid moves
valid_moves = SquareValidator.mainSquareValidator(
Converter.toString(state), ListInterpret.whoseTurn(move_num))
TurtleMove.displayValidMoves(valid_moves)
#Save variables to be used later
FileHandler.saveVariable("State", Converter.toString(state))
FileHandler.saveVariable("Move", str(move_num))
FileHandler.saveVariable("Moving", "False")
#Set up the window
wn = Constants.WINDOW
wn.onclick(placePiece)
wn.onkey(saveGame, "s")
wn.onkey(loadGame, "l")
wn.onkey(quitGame, "space")
wn.listen()
wn.mainloop()
def loadGame():
#Load game info
saved_state = FileHandler.loadVariable("State", "save.txt")
saved_move_num = FileHandler.loadVariable("Move", "save.txt")
#Write loaded variables to variables file
FileHandler.saveVariable("State", saved_state)
FileHandler.saveVariable("Move", saved_move_num)
#Convert state from string to list
saved_state = Converter.toList(saved_state)
#Load board configuration
ListInterpret.stringToPiece(saved_state)
#Update the scoreboard
black_score = VictoryStatus.countPieces(Constants.PIECE_BLACK, saved_state)
white_score = VictoryStatus.countPieces(Constants.PIECE_WHITE, saved_state)
ScreenWriter.writeScore(black_score, white_score)
#Reset valid moves from TurtleMove
TurtleMove.SHOWN_MOVES = []
#Display valid moves
valid_moves = SquareValidator.mainSquareValidator(
Converter.toString(saved_state),
ListInterpret.whoseTurn(int(saved_move_num)))
TurtleMove.displayValidMoves(valid_moves)
def placePiece(x, y):
#Make sure a move is not being made
if FileHandler.loadVariable("Moving") == "False":
#Save variable
FileHandler.saveVariable("Moving", "True")
#Load the variables we need
game_state = Converter.toList(FileHandler.loadVariable("State"))
move_num = int(FileHandler.loadVariable("Move"))
#Make sure the game is not over
if VictoryStatus.endGameStatus(game_state) != True:
#Check if the point is valid
if isValidSquare(x, y):
#Convert the x and y to the coordinate of a cell
x = convertXToBoard(x)
y = convertYToBoard(y)
#Convert x and y to column and row
letter = Constants.COLUMN_LETTERS[x]
number = Constants.ROW_NUMBERS[Constants.NUM_OF_ROWS - (y + 1)]
#The move being made
move = letter + str(number)
#Make sure a piece is not in this location and the move is valid
if StringMove.validateMoveLocation(
game_state, move) and MoveValidator.isValidMove(
move, Converter.toString(game_state)
) and move in SquareValidator.mainSquareValidator(
Converter.toString(game_state),
ListInterpret.whoseTurn(move_num)):
#Clear space at move
TurtleMove.resetSquare(letter, number)
#Update the game state
game_state = ListInterpret.stringInterpret(
game_state, letter + str(number), move_num)
move_num += 1
#Allow the computer to place a piece if the game is not over
if VictoryStatus.endGameStatus(game_state) != True:
game_state = computerTurn(game_state, move_num)
move_num += 1
#Save the variables
FileHandler.saveVariable("State",
Converter.toString(game_state))
FileHandler.saveVariable("Move", str(move_num))
#Update the scoreboard
black_score = VictoryStatus.countPieces(
Constants.PIECE_BLACK, game_state)
white_score = VictoryStatus.countPieces(
Constants.PIECE_WHITE, game_state)
ScreenWriter.writeScore(black_score, white_score)
#Display valid moves
valid_moves = SquareValidator.mainSquareValidator(
Converter.toString(game_state),
ListInterpret.whoseTurn(move_num))
TurtleMove.displayValidMoves(valid_moves)
else:
#Print who won
game_status = PlayerVictory.playerWon(game_state)
ScreenWriter.writeMessage(game_status)
#Wait for user
Constants.WINDOW.exitonclick()
#Reset state and move
FileHandler.saveVariable("State", "")
FileHandler.saveVariable("Move", "")
#Save variable
FileHandler.saveVariable("Moving", "False")
