def place_vertical_piece(self, x, y, board: board.Board):
if self.normal_pieces==0:
raise Exception('Error: No pieces left')
else:
loc = board.get_location(x,y)
if loc.place_possible():
p = piece.VerticalPiece(self)
loc.add_piece(p)
board.update_location(x,y,loc)
self.normal_pieces-=1
return board
else:
raise Exception('Error: Invalid placement')
def test_can_form_bridge(self):
p = piece.VerticalPiece(None)
self.assertEqual(p.can_form_bridge(), False)
def test_can_be_stacked(self):
p = piece.VerticalPiece(None)
self.assertEqual(p.can_be_stacked(), False)
def test_owner(self):
loc = location.Location(0, 0)
p = piece.VerticalPiece(None)
loc.add_piece(p)
self.assertEqual(loc.owner(), None)
def test_place_possible(self):
loc = location.Location(0, 0)
p = piece.VerticalPiece(None)
loc.add_piece(p)
self.assertEqual(loc.place_possible(), False)
def test_add_get_pieces(self):
loc = location.Location(0, 0)
p1 = piece.HorizontalPiece(None)
p2 = piece.VerticalPiece(None)
loc.add_pieces([p1, p2])
self.assertEqual(loc.get_pieces(2), [p1, p2])
def test_add_get_piece(self):
loc = location.Location(0, 0)
p = piece.VerticalPiece(None)
loc.add_piece(p)
self.assertEqual(loc.get_pieces(1), [p])