def test_Ladder(self):
#Arrage
myBoard = ChutesAndLaddersBoard(10, '-', 2)
expPlayerLoc = {0: 38, 1: 0}
#Act
myBoard.makeMove(0, 1)
actPlayerLoc = myBoard.PlayerLoc
#Assert
self.assertEqual(expPlayerLoc, actPlayerLoc,
"Player landing on ladder is wrong")
def test_MoveLeftToRight(self):
#Arrage
myBoard = ChutesAndLaddersBoard(10, '-', 2)
expPlayerLoc = {0: 5, 1: 0}
#Act
myBoard.makeMove(0, 5)
actPlayerLoc = myBoard.PlayerLoc
#Assert
self.assertEqual(expPlayerLoc, actPlayerLoc,
"Player initial move is wrong")
def test_MoveLeftToRightUp(self):
#Arrage
myBoard = ChutesAndLaddersBoard(10, '-', 2)
expPlayerLoc = {0: 12, 1: 0}
#Act
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 6)
actPlayerLoc = myBoard.PlayerLoc
#Assert
self.assertEqual(expPlayerLoc, actPlayerLoc,
"Player moving left to right then up is wrong")
def __init__(self):
"""
Create ChutesAndLadders game class.
"""
print("\nWelcome to Chutes and Ladders!")
self.maxSpin = 6
super().__init__(ChutesAndLadders.turn, ChutesAndLadders.boardSize,
ChutesAndLadders.delimeter)
self.getPlayers()
self.board = ChutesAndLaddersBoard(self.boardSize, self.delimeter,
len(self.players))
self._playGame()
def test_BoardCandL(self):
#Arrage
expCandLCount = 19
#Act
myBoard = ChutesAndLaddersBoard(10, '-', 2)
actCandLCount = len(myBoard.CandLmap)
#Assert
self.assertEqual(expCandLCount, actCandLCount,
"CandLmap count is wrong")
def test_Players(self):
#Arrage
playerNum = 2
expPlayerLoc = {0: 0, 1: 0}
#Act
myBoard = ChutesAndLaddersBoard(10, '-', playerNum)
actPlayerLoc = myBoard.PlayerLoc
#Assert
self.assertEqual(expPlayerLoc, actPlayerLoc,
"Player start point is wrong")
def test_BoardSize(self):
#Arrange
expBoardSize = 10
#Act
myBoard = ChutesAndLaddersBoard(expBoardSize, '-', 2)
rowSize = len(myBoard.GameBoard)
colSize = len(myBoard.GameBoard[1])
#Assert
self.assertEqual(expBoardSize, rowSize,
"Row Size not " + str(expBoardSize))
self.assertEqual(rowSize, colSize, "Row Size and Col Size not equal")
def test_WinnerBeyond(self):
#Arrage
myBoard = ChutesAndLaddersBoard(10, '-', 2)
expWinner = 1
#Act
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 4)
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 6)
myBoard.makeMove(0, 6)
actWinner = myBoard.checkWinner(0)
#Assert
self.assertEqual(expWinner, actWinner,
"Player landing beyond winning spot [0,0] is wrong")
class ChutesAndLadders(Game):
turn = 0
delimeter = "_"
boardSize = 10
# CONSTRUCTOR
@MyLogger.log(["File"])
def __init__(self):
"""
Create ChutesAndLadders game class.
"""
print("\nWelcome to Chutes and Ladders!")
self.maxSpin = 6
super().__init__(ChutesAndLadders.turn, ChutesAndLadders.boardSize,
ChutesAndLadders.delimeter)
self.getPlayers()
self.board = ChutesAndLaddersBoard(self.boardSize, self.delimeter,
len(self.players))
self._playGame()
# PROTECTED METHODS
def _initGame(self):
pass
#have players spin and move
@MyLogger.log(["File"])
def _playGame(self):
playerCnt = len(self.players)
gameWon = False
while (not (gameWon)):
input(
f"{self.players[self.turn]} ({str(self.turn)}) press Enter to spin"
)
print("\n")
spin = random.randint(1, self.maxSpin)
print(f"You spun a {str(spin)}")
self.board.makeMove(self.turn, spin)
print("\n")
self.board.printBoard()
gameWon = self.board.checkWinner(self.turn)
if gameWon:
print("\n")
print(f"{self.players[self.turn]} wins!\n")
else:
self.turn = 0 if self.turn + 1 > playerCnt - 1 else self.turn + 1
# Method to get a human player's move
def _getMoveHuman(self):
pass
# Method to determine cpu move
def _getMoveCPU(self):
pass