def board_size_setting(input_text, key):
val = MenuParser.settings_standard_int(input_text, key, set=False)
if val is not None:
if val not in [4, 5]:
print("The board size should be 4 or 5")
else:
SettingsParser.set_setting(key=key, value=val)
def test_run_one_player(self):
standard_setup()
SettingsParser.set_setting('number_players', 1)
# Return code if the amount of players are incorrect
self.assertEqual(GameLogic.run_game(StandardBoggle, mockup=True),
-1,
msg="The game was started with only one player")
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 test_settings_correct(self):
try:
SettingsParser.load_settings(silent=True)
success = True
except SystemExit:
success = False
self.assertTrue(success)
def test_dictionary_correct(self):
SettingsParser.load_settings(silent=True)
try:
DictionaryParser.load_dictionary(language=SettingsParser.get_setting('language'), silent=True)
success = True
except SystemExit:
success = False
self.assertTrue(success)
def settings_standard_bool(input_text, key):
val = HostIO.get_input(
f"Set {input_text} (should be 1, true, True, 0, false or False): ")
if val in ['1', 'true', 'True']:
SettingsParser.set_setting(key=key, value=1)
elif val in ['0', 'false', 'False']:
SettingsParser.set_setting(key=key, value=0)
else:
HostIO.print("Input is not a bool")
def check_winner(boggle_instance, words, time=1, further_words=[]):
SettingsParser.set_setting('game_time', time)
moves = [[words] if words is not None else [], further_words]
return GameLogic.run_game(boggle_class=StandardBoggle,
mockup=True,
moves=moves,
predefined_boggle_instance=boggle_instance)
def settings_standard_int(input_text, key, set=True):
try:
val = int(HostIO.get_input(f"Set {input_text}: "))
except ValueError:
print("Input is not an int")
return
if set:
SettingsParser.set_setting(key=key, value=val)
else:
return val
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 run_game(boggle_class,
mockup=False,
moves=None,
predefined_boggle_instance=None):
if SettingsParser.get_setting('number_players') < 2:
if not mockup:
HostIO.print(
"To few player for a game. The minimal number of players are 2.",
clear_screen=True)
HostIO.get_input("Press any key to end\n")
return -1
PlayerIO.mockup = mockup
if not mockup:
HostIO.print(
f"The game is {boggle_class.get_name()}!\nWaiting for players",
direct_continue=True,
clear_screen=True)
HostNetworking.connect_to_clients(
number_of_connections=SettingsParser.get_setting(
'number_players'),
on_connect=GameLogic.on_client_connect)
HostIO.print("All players registered. Begin game.")
HostIO.clear()
boggle_instance, \
base_manager, \
players, \
processes = GameLogic.generate_game(boggle_class, moves, predefined_boggle_instance)
try:
for i in range(SettingsParser.get_setting('game_time'), 0, -1):
HostIO.print(f'Time left: {i}',
clear_screen=True,
direct_continue=True)
sleep(1)
except KeyboardInterrupt:
HostIO.print("\nTerminated")
return GameLogic.terminate_game(boggle_instance, base_manager, players,
processes, mockup)
def generate_game(boogle_class,
moves=None,
predefined_boggle_instance=None):
if predefined_boggle_instance is None:
BaseManager.register('boogle_class', boogle_class)
else:
BaseManager.register('boogle_class',
type(predefined_boggle_instance))
BaseManager.register('Player', Player)
base_manager = BaseManager()
base_manager.start()
if predefined_boggle_instance is None:
boggle_instance = base_manager.boogle_class(
number_of_boards=int(
SettingsParser.get_setting('number_players')),
board_size=int(SettingsParser.get_setting('board_size')))
else:
boggle_instance = predefined_boggle_instance
players = [
base_manager.Player(i)
for i in range(int(SettingsParser.get_setting("number_players")))
]
parse_lock = Lock()
processes = [
Process(target=GameLogic.player_parallel_process,
args=(player, boggle_instance, parse_lock,
SettingsParser.get_setting('generous_boggle'),
boggle_instance.get_board_size(), moves))
for player in players
]
processes.append(Process(target=boggle_instance.game_paralell_process))
for process in processes:
process.start()
return boggle_instance, base_manager, players, processes
def game_paralell_process(self):
board = self.get_board(0)
letters = []
for row in board:
for char in row:
letters.append(char.value)
letters = list(dict.fromkeys(letters))
def check_word(word):
for character in list(word):
if character not in letters:
return False
return self._check_move(word,
0,
generous_boggle,
register_used_word=False)
generous_boggle = SettingsParser.get_setting('generous_boggle')
self.words_in_board = list(
filter(check_word,
[word.lower() for word in DictionaryParser.wordlist]))
def settings_main_menu(exit_command):
exit_command[0] = True
SettingsParser.save_settings()
DictionaryParser.load_dictionary(
language=SettingsParser.get_setting('language'))
def test_settings_wrong_filepath(self):
path = '/this_dosnt_exist'
try:
SettingsParser.load_settings(path, silent=True)
except SystemExit as cm:
self.assertEqual(cm.code, 1)
def test_settings_incorrect_format(self):
path = get_root_dir() / 'tests' / 'test_settings_incorrect_format.json'
try:
SettingsParser.load_settings(path, silent=True)
except SystemExit as cm:
self.assertEqual(cm.code, 3)
def get_game_end_info(self):
if SettingsParser.get_setting('show_solution'):
return "The board contained the following words:\n" + ', '.join(
self.words_in_board)
return super(WordBoggleBase, self).get_game_end_info()
def settings_standard(input_text, key):
SettingsParser.set_setting(
key=key, value=HostIO.get_input(f"Set {input_text}: "))
def main():
SettingsParser.load_settings()
DictionaryParser.load_dictionary(
language=SettingsParser.get_setting('language'))
MenuParser.generate_menu()
def generate_board():
SettingsParser.load_settings()
DictionaryParser.load_dictionary(
language=SettingsParser.get_setting('language'))
boogle_instance = FoggleBoggle(2, 4)
print(boogle_instance.get_board_string(0, colored=False))
def mock_game():
SettingsParser.load_settings()
DictionaryParser.load_dictionary(
language=SettingsParser.get_setting('language'))
GameLogic.run_game(boggle_class=StandardBoggle, mockup=True)
def standard_setup():
SettingsParser.load_settings()
DictionaryParser.load_dictionary(language=SettingsParser.get_setting('language'))
SettingsParser.set_setting('generous_boggle', False)
HostIO.set_terminal_output(False)
