def testPlayerOverPlayer(self):
for playerId in range(2):
b = GameBoard()
for y in range(3):
for x in range(3):
b.makeMove((x,y), playerId)
self.assertRaises(InvalidMoveException, b.makeMove, (x,y), range(2)[playerId-1])
class EmptyAndFullTest(unittest.TestCase):
def setUp(self):
self.board = GameBoard()
def tearDown(self):
self.board = None
# verify that an initial board is empty
def testBoardEmpty(self):
self.assertEquals(True, self.board.isEmpty())
# verify that isFull() returns True when the board is full
def testBoardFull0(self):
for y in range(3):
for x in range(3):
self.board.makeMove((x,y), 0)
self.assertEquals(True, self.board.isFull())
# verify that isFull() returns True when the board is full
def testBoardFull1(self):
for y in range(3):
for x in range(3):
self.board.makeMove((x,y), 1)
self.assertEquals(True, self.board.isFull())
def testComputerNeverLoses(self):
board = GameBoard()
self.count = 0
for cell in board.getEmptyCells():
self._makeMove(board, cell)
# computer makes first move
for cell in board.getEmptyCells():
board.makeMove(cell, game.ID_COMPUTER)
for cell in board.getEmptyCells():
self._makeMove(board, cell)
def testEmptyCellCount(self):
for playerId in range(2):
b = GameBoard()
for cellCountShouldBe in (9,8,7,6,5,4,3,2,1,0):
self.assertEquals(len(b.getEmptyCells()), cellCountShouldBe)
if cellCountShouldBe > 0: b.makeMove(b.getEmptyCells()[0], playerId)
def testInitialEmptyCellCount(self):
b = GameBoard()
self.assertEqual(len(b.getEmptyCells()), 9)
def testMoveEmptyCellsByCell(self):
for playerId in range(2):
b = GameBoard()
for cell in b.getEmptyCells():
b.makeMove(cell, playerId)
def testMoveEmptyCellsByXY(self):
for playerId in range(2):
b = GameBoard()
for y in range(3):
for x in range(3):
b.makeMove((x,y), playerId)
def setUp(self):
self.board = GameBoard()
def testNonWins(self):
for non_win in self.non_wins:
for playerId in range(2):
b = GameBoard()
for move in non_win:
# move player
b.makeMove(move, playerId)
# move opponent
for cell in b.getEmptyCells():
if cell not in non_win:
b.makeMove(cell, range(2)[playerId-1])
break
self.assertEqual(False, b.checkForWin(playerId))
# test opponent non-wins
for non_win in self.non_wins:
for playerId in range(2):
b = GameBoard()
for move in non_win:
# move player
for cell in b.getEmptyCells():
if cell not in non_win:
b.makeMove(cell, playerId)
break
# move opponent
b.makeMove(move, range(2)[playerId-1])
self.assertEqual(False, b.checkForWin(range(2)[playerId-1]))
def testDefaultWins(self):
for win in self.wins:
for playerId in range(2):
b = GameBoard()
for move in win:
# move player
b.makeMove(move, playerId)
# move opponent
for cell in b.getEmptyCells():
if cell not in win:
b.makeMove(cell, range(2)[playerId-1])
break
self.assertEqual(True, b.checkForWin(playerId))
# test opponent wins
for win in self.wins:
for playerId in range(2):
b = GameBoard()
for move in win:
# move player
for cell in b.getEmptyCells():
if cell not in win:
b.makeMove(cell, playerId)
break
# move opponenet
b.makeMove(move, range(2)[playerId-1])
self.assertEqual(True, b.checkForWin(range(2)[playerId-1]))
def testInBounds(self):
for playerId in range(2):
b = GameBoard()
for y in range(3):
for x in range(3):
b.makeMove((x,y), playerId)