def test_validate_move_4_4_move_east(self):
test_board = bot_right
test_char = {'coords': (4, 4)}
test_move = (1, 0)
expected = False
self.assertEqual(expected,
validate_move(test_board, test_char, test_move))
def test_validate_move_4_0_move_north(self):
test_board = top_right
test_char = {'coords': (4, 0)}
test_move = (0, -1)
expected = False
self.assertEqual(expected,
validate_move(test_board, test_char, test_move))
def test_validate_move_0_4_move_south(self):
test_board = bot_left
test_char = {'coords': (0, 4)}
test_move = (0, 1)
expected = False
self.assertEqual(expected,
validate_move(test_board, test_char, test_move))
def test_validate_move_0_0_move_west(self):
test_board = top_left
test_char = {'coords': (0, 0)}
test_move = (-1, 0)
expected = False
self.assertEqual(expected,
validate_move(test_board, test_char, test_move))
def test_validate_move_0_0_move_south(self):
test_board = top_left
test_char = {'coords': (0, 0)}
test_move = (0, 1)
expected = True
self.assertEqual(expected,
validate_move(test_board, test_char, test_move))
def test_validate_move_for_all_invalid_moves_north(self):
board = map.make_board()
for number in range(5):
player = characters.create_character()
player["Position"] = [0, number]
if board[number][0] == 0:
self.assertEqual(False, sud.validate_move(board, player, "N"))
def test_validate_move_for_all_valid_moves_east(self):
board = map.make_board()
for index, coordinate in enumerate(board):
player = characters.create_character()
player["Position"] = list(board[index])
if board[index][1] != 4:
self.assertEqual(True, sud.validate_move(board, player, "E"))
def test_validate_move_for_all_invalid_moves_south(self):
board = map.make_board()
for index, coordinate in enumerate(board):
player = characters.create_character()
player["Position"] = list(board[index])
if board[index][0] == 4:
self.assertEqual(False, sud.validate_move(board, player, "S"))
