def validate_and_move_piece(from_coordiantes, to_coordinates):
"""imports validation at the top and validates """
#validate
if from_coordiantes == None:
return False
# to_coordinates = None:
# return False
if not special_move_manager.check_and_move(from_coordinates, to_coordinates):
try:
validate_move(chess_board, from_coordiantes, to_coordinates)
move_piece(from_coordiantes, to_coordinates)
# except IndexError("Please enter a coordinate using, once character and one number from the grid")
except ValidationException as e:
tb.print_exc()
print(e)
def testKingMove(self):
# pass
#self.assertEqual(True, False)
# self.assertEqual(True, False)
validate.validate_move(self.chess_board, "D1", "D3")
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "C3", "D4")
validate.validate_move(self.chess_board, "C3", "D7")
validate.validate_move(self.chess_board, "C3", "H3")
def testBishopMove(self):
validate.validate_move(self.chess_board, "H4", "F2")
validate.validate_move(self.chess_board, "H4", "F6")
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "H4", "E6")
def testRookMove(self):
with self.assertRaises(validate.ValidationException):
validate._validate_rook_move(self.chess_board, "A8", "B3", 0, 1)
validate._validate_rook_move(self.chess_board, "A8", "A3", 0, 0)
validate._validate_rook_move(self.chess_board, "A8", "C8", 0, 2)
validate._validate_rook_move(self.chess_board, "A8", "A5", 0, 0)
validate._validate_rook_move(self.chess_board, "A6", "E6", 0, 4)
validate._validate_rook_move(self.chess_board, "A6", "B6", 0, 1)
validate._validate_rook_move(self.chess_board, "A8", "A6", 0, 0)
validate.validate_move(self.chess_board, "A8", "A6")
validate.validate_move(self.chess_board, "A8", "C8")
validate.validate_move(self.chess_board, "A8", "A5")
validate.validate_move(self.chess_board, "A6", "E6")
def testQueenMove(self):
# self.assertEqual(True, validate.validate_move(self.chess_board, "D1", "D2"))
# self.assertEqual(True,True)
# with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "D1", "D2")
def testPawnMove(self):
#self.assertEqual(True, validate.validate_move(self.chess_board, "A2", "A3"))
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "A2", "A4")
validate.validate_move(self.chess_board, "A2", "A3")
validate.validate_move(self.chess_board, "A2", "A7")
validate.validate_move(self.chess_board, "A2", "A4")
validate.validate_move(self.chess_board, "A2", "A1")
validate.validate_move(self.chess_board, "C7", "C5")
def testValidate_move(self):
validate.validate_move(self.chess_board, "A2", "A3")
validate.validate_move(self.chess_board, "C3", "D4")
"""needs fix test in validate.py, """
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "H9", "cheese")
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "E1", "E3")
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "C3", "D7")
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "C3", "H3")
def testKnightMove(self):
validate.validate_move(self.chess_board, "B1", "D2")
with self.assertRaises(validate.ValidationException):
validate.validate_move(self.chess_board, "B1", "C3")
print(specialMove.en_passant)
chess_board["H5"] = chess_board["H7"]
del chess_board["H7"]
print("Validate en_passant BLACK! G5 to H6 is True",
specialMove.check_and_move(chess_board, "G5", "H6"))
print(chess_board)
print("====" * 30)
print(undoMoves.undo_moves)
undoMoves.undo_last_move(chess_board)
print(chess_board)
print(undoMoves.undo_moves)
print("====" * 30)
print("====" * 30 + "validate")
print("A2", validate.validate_move(chess_board, "A2", "A3"))
print("====" * 30)
print(validate.validate_move(chess_board, "H9", "cheese"))
print("====" * 30)
print(validate.validate_move(chess_board, "E1", "E3"))
print("====" * 30)
print("True validate move king",
validate.validate_move(chess_board, "C3", "D4"))
print("False validate move king",
validate.validate_move(chess_board, "C3", "D7"))
print("False validate move king",
validate.validate_move(chess_board, "C3", "H3"))
print("====" * 30)
print("Validate C is 3", validate.coordinate_to_column_number("C3"))