def testWinsForVerticalTrue(self):
b = hw.Board(7, 6)
b.addMove(0, 'X')
b.addMove(0, 'X')
b.addMove(0, 'X')
b.addMove(0, 'X')
self.assertTrue(b.winsFor('X'), '** INCORRECT ** b does win for X')
def testAddMoveLastColumn(self):
b = hw.Board(7, 6)
b.addMove(6, 'X')
answer1 = [[' '] * 7 for i in range(6)]
answer1[5][6] = 'X'
self.assertEqual(b.data, answer1,
'** INCORRECT ** X should be in the lower right')
def testWinsForHorizontalTrue(self):
b = hw.Board(7, 6)
b.addMove(0, 'X')
b.addMove(1, 'X')
b.addMove(2, 'X')
b.addMove(3, 'X')
self.assertTrue(b.winsFor('X'), '** INCORRECT ** b does win for X')
def testIsFullTrue(self):
b = hw.Board(2, 2)
b.addMove(0, 'X')
b.addMove(0, 'X')
b.addMove(1, 'X')
b.addMove(1, 'X')
self.assertTrue(b.isFull(), '** INCORRECT ** b actually is full')
def testDelMove(self):
b = hw.Board(7, 6)
b.addMove(6, 'X')
b.delMove(6)
answer2 = [[' '] * 7 for i in range(6)]
self.assertEqual(b.data, answer2,
'** INCORRECT ** board should be empty')
def testIsFullFalse(self):
b = hw.Board(2, 2)
b.addMove(0, 'X')
b.addMove(0, 'X')
b.addMove(1, 'X')
b.addMove(1, 'X')
b.delMove(1)
self.assertFalse(b.isFull(), '** INCORRECT ** b actually is not full')
def testWinsForDiagonalSWFalse(self):
b = hw.Board(7, 6)
b.addMove(0, 'X')
b.addMove(1, 'O')
b.addMove(1, 'X')
b.addMove(2, 'O')
b.addMove(2, 'X')
b.addMove(2, 'X')
b.addMove(3, 'X')
b.addMove(3, 'O')
b.addMove(3, 'X')
self.assertFalse(b.winsFor('X'),
'** INCORRECT ** b does not win for X')
def testWinsForDiagonalSETrue(self):
print "\n\nTEST 8"
b = hw.Board(7, 6)
b.addMove(6, 'X')
b.addMove(5, 'O')
b.addMove(5, 'X')
b.addMove(4, 'O')
b.addMove(4, 'X')
b.addMove(4, 'X')
b.addMove(3, 'X')
b.addMove(3, 'O')
b.addMove(3, 'X')
b.addMove(3, 'X')
self.assertTrue(b.winsFor('X'), '** INCORRECT ** b does win for X')