def check_grid_size(self, size):
standard_setup()
SettingsParser.set_setting('board_size', size)
if size not in [4, 5]:
with self.assertRaises(IOError):
StandardBoggle(number_of_boards=2, board_size=size)
else:
try:
StandardBoggle(number_of_boards=2, board_size=size)
except IOError:
self.fail()
def test_randomly_rolled(self):
standard_setup()
boards = (StandardBoggle(number_of_boards=1, board_size=4).get_board(0),
StandardBoggle(number_of_boards=1, board_size=4).get_board(0))
unique = False
for row in range(len(boards[0])):
for col in range(len(boards[0][row])):
if boards[0][row][col].value != boards[1][row][col].value:
unique = True
self.assertTrue(unique, msg="The boards generated are not unique")
def test_dice_configurations(self):
load_compleat_language()
first_board = StandardBoggle(number_of_boards=2, board_size=4).get_board_string(0, colored=False)
load_uncompleat_language()
second_board = StandardBoggle(number_of_boards=2, board_size=4).get_board_string(0, colored=False)
not_unique = False
for row in range(len(first_board)):
for col in range(len(first_board[row])):
if first_board[row][col] == second_board[row][col]:
not_unique = True
self.assertTrue(not not_unique)
def find_words_in_board():
SettingsParser.load_settings()
DictionaryParser.load_dictionary(
language=SettingsParser.get_setting('language'))
boogle_instance = StandardBoggle(1, 4)
boogle_instance.game_paralell_process()
print(boogle_instance.get_game_end_info())
def move_check(self, positions, output_text=""):
standard_setup()
standard_boggle = StandardBoggle(number_of_boards=1, board_size=4)
standard_boggle.set_board_value(position=positions[0], value='c')
standard_boggle.set_board_value(position=positions[1], value='o')
standard_boggle.set_board_value(position=positions[2], value='w')
# PlayerIO.set_mockup(True)
# PlayerIO.write_player_gameboard(0, standard_boggle.get_board_string(board_id=0), "", 4)
self.assertTrue(standard_boggle._check_move(move='cow',
board_id=0,
generous_boggle=False,
register_used_word=False),
msg=output_text)
standard_boggle.set_board_value(position=positions[2], value='c')
standard_boggle.set_board_value(position=positions[1], value='o')
standard_boggle.set_board_value(position=positions[0], value='w')
self.assertTrue(standard_boggle._check_move(move='cow',
board_id=0,
generous_boggle=False,
register_used_word=False),
msg=output_text)
def test_winner(self):
standard_setup()
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='c')
standard_boggle.set_board_value(position=(0, 1), value='o')
standard_boggle.set_board_value(position=(0, 2), value='w')
id, points = check_winner(standard_boggle, 'cow')
self.assertEqual(id, 0)
def test_reused_dice(self):
standard_setup()
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(1, 0), value='i')
standard_boggle.set_board_value(position=(1, 1), value='n')
standard_boggle.set_board_value(position=(2, 0), value='t')
self.assertTrue(not standard_boggle._check_move(move='init',
board_id=0,
generous_boggle=False))
def test_generous_reused_dice(self):
standard_setup()
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='a')
standard_boggle.set_board_value(position=(1, 0), value='l')
standard_boggle.set_board_value(position=(2, 0), value='k')
standard_boggle.set_board_value(position=(2, 1), value='y')
self.assertTrue(standard_boggle._check_move(move='alkyl',
board_id=0,
generous_boggle=True))
def test_get_word_list(self):
standard_setup()
load_minimal_language()
HostIO.set_terminal_output(True)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='w')
standard_boggle.set_board_value(position=(0, 1), value='o')
standard_boggle.set_board_value(position=(0, 2), value='r')
standard_boggle.set_board_value(position=(0, 3), value='d')
standard_boggle.game_paralell_process()
self.assertCountEqual(standard_boggle.get_words_in_board(), ['word'])
def test_reused_word(self):
standard_setup()
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='c')
standard_boggle.set_board_value(position=(0, 1), value='o')
standard_boggle.set_board_value(position=(0, 2), value='w')
standard_boggle._check_move(move='cow',
board_id=0,
generous_boggle=False)
self.assertTrue(not standard_boggle._check_move(move='cow',
board_id=0,
generous_boggle=False))
def test_change_dict(self):
load_compleat_language()
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(1, 0), value='n')
standard_boggle.set_board_value(position=(1, 1), value='o')
standard_boggle.set_board_value(position=(1, 2), value='t')
self.assertTrue(standard_boggle._check_move(move='not',
board_id=0,
generous_boggle=False))
load_uncompleat_language()
self.assertTrue(not standard_boggle._check_move(move='not',
board_id=0,
generous_boggle=False))
def test_qu(self):
standard_setup()
self.assertEqual(StandardBoggle(2, 4).get_points('quest'), 2)
def test_winner_length(self):
standard_setup()
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='i')
standard_boggle.set_board_value(position=(0, 1), value='f')
id, points = check_winner(standard_boggle, 'if')
self.assertEqual(points, 0)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='c')
standard_boggle.set_board_value(position=(0, 1), value='o')
standard_boggle.set_board_value(position=(0, 2), value='w')
id, points = check_winner(standard_boggle, 'cow')
self.assertEqual(points, 1)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='c')
standard_boggle.set_board_value(position=(0, 1), value='o')
standard_boggle.set_board_value(position=(0, 2), value='w')
standard_boggle.set_board_value(position=(0, 3), value='s')
id, points = check_winner(standard_boggle, 'cows')
self.assertEqual(points, 1)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='m')
standard_boggle.set_board_value(position=(0, 1), value='a')
standard_boggle.set_board_value(position=(0, 2), value='t')
standard_boggle.set_board_value(position=(0, 3), value='c')
standard_boggle.set_board_value(position=(1, 3), value='h')
id, points = check_winner(standard_boggle, 'match')
self.assertEqual(points, 2)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='w')
standard_boggle.set_board_value(position=(0, 1), value='i')
standard_boggle.set_board_value(position=(0, 2), value='n')
standard_boggle.set_board_value(position=(0, 3), value='n')
standard_boggle.set_board_value(position=(1, 3), value='e')
standard_boggle.set_board_value(position=(1, 2), value='r')
id, points = check_winner(standard_boggle, 'winner')
self.assertEqual(points, 3)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='l')
standard_boggle.set_board_value(position=(0, 1), value='e')
standard_boggle.set_board_value(position=(0, 2), value='t')
standard_boggle.set_board_value(position=(0, 3), value='t')
standard_boggle.set_board_value(position=(1, 3), value='e')
standard_boggle.set_board_value(position=(1, 2), value='r')
standard_boggle.set_board_value(position=(1, 1), value='s')
id, points = check_winner(standard_boggle, 'letters')
self.assertEqual(points, 5)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='p')
standard_boggle.set_board_value(position=(0, 1), value='o')
standard_boggle.set_board_value(position=(0, 2), value='s')
standard_boggle.set_board_value(position=(0, 3), value='s')
standard_boggle.set_board_value(position=(1, 3), value='i')
standard_boggle.set_board_value(position=(1, 2), value='b')
standard_boggle.set_board_value(position=(1, 1), value='l')
standard_boggle.set_board_value(position=(1, 0), value='e')
id, points = check_winner(standard_boggle, 'possible')
self.assertEqual(points, 11)
standard_boggle = StandardBoggle(number_of_boards=2, board_size=4)
standard_boggle.set_board_value(position=(0, 0), value='a')
standard_boggle.set_board_value(position=(0, 1), value='c')
standard_boggle.set_board_value(position=(0, 2), value='t')
standard_boggle.set_board_value(position=(0, 3), value='i')
standard_boggle.set_board_value(position=(1, 3), value='v')
standard_boggle.set_board_value(position=(1, 2), value='i')
standard_boggle.set_board_value(position=(1, 1), value='t')
standard_boggle.set_board_value(position=(1, 0), value='i')
standard_boggle.set_board_value(position=(2, 0), value='e')
standard_boggle.set_board_value(position=(3, 0), value='s')
id, points = check_winner(standard_boggle, 'activities')
self.assertEqual(points, 11)