class TriviaTests:
def __init__(self):
self.t = Trivia()
def test_questions_loaded(self):
assert(len(self.t.questions) > 0)
def test_is_correct_answer_simple(self):
self.t.q = Question("Test category",
"Test question?",
"Test answer",
None)
assert(self.t.is_correct_answer("Test answer"))
def test_is_correct_answer_substring(self):
self.t.q = Question("Test category",
"Test question?",
"Test #answer#",
None)
assert(self.t.is_correct_answer("answer"))
def test_is_correct_answer_regex(self):
self.t.q = Question("Test category",
"Test question?",
"Test regex answer",
"Test regex(p)? answer")
assert(self.t.is_correct_answer("Test regex answer"))
assert(self.t.is_correct_answer("test regexp answer"))
def test_trivia_get_category_id_valid(self):
return_val = {
"trivia_categories": [{
"name": "cat1",
"id": 1
}, {
"name": "cat2",
"id": 2
}, {
"name": "cat3",
"id": 3
}]
}
with patch("trivia.Trivia.get_category_dict",
return_value=return_val) as mock_dict:
self.assertEqual(Trivia.get_category_id("cat1"), 1)
self.assertEqual(Trivia.get_category_id("cat2"), 2)
self.assertEqual(Trivia.get_category_id("cat3"), 3)
self.assertEqual(Trivia.get_category_id("cAT1"), 1)
self.assertEqual(Trivia.get_category_id("CaT2"), 2)
self.assertEqual(Trivia.get_category_id("cAt3"), 3)
self.assertEqual(Trivia.get_category_id("Any"), 0)
self.assertEqual(Trivia.get_category_id(None), 0)
self.assertEqual(Trivia.get_category_id(""), 0)
def test_trivia_fetch_question_success(self):
query = BotQuery()
trivia_command = TriviaCommand(query, ["/trivia"])
trivia_mock = Trivia()
trivia_mock.formatted_response = lambda: "trivia question"
with patch("trivia.Trivia.fetch_question", return_value=trivia_mock):
trivia_command.handle_normal_query = Mock()
trivia_command.execute()
trivia_command.handle_normal_query.assert_called_once_with(
"trivia question")
def test_trivia_get_category_dict(self):
with patch("trivia.requests.get") as mock_get:
mock_get.return_value.ok = True
mock_get.return_value.json = lambda: {"cat1": 1, "cat2:": 2}
self.assertEqual(Trivia.category_dict, dict())
# Fetch categories
Trivia.get_category_dict()
self.assertEqual(Trivia.category_dict, {"cat1": 1, "cat2:": 2})
# Already fetched
Trivia.get_category_dict()
self.assertEqual(Trivia.category_dict, {"cat1": 1, "cat2:": 2})
def run(self):
self.maxPlayers = 3
self.minPlayers = 2
self.totalRounds = 2
self.round = 0
self.spins = 0
self.delay_before_question = 2000
self.maxSpins = 50
# game config
self.geometry_width = 6
self.geometry_height = 5
self.triviadb = Trivia(loglevel=self.loglevel,
min_questions=self.geometry_height)
if len(self.triviadb) < (self.totalRounds * self.geometry_width):
raise Exception(
"Insufficient trivia exists to complete a game with",
self.totalRounds, "rounds and", " a geometry of width = ",
self.geometry_width)
self.current_trivia = list()
self.utilized_categories = []
# Determine
# Potentially difficulty?
# How many players are playing?
# Gather information about each player?
self.MSG_controller = messaging.MessageController(
loglevel=self.loglevel,
msg_controller_name="GameLogic",
listen_port=self.game_port,
target_port=self.hmi_port)
self.MSG_controller.start()
self.currentPlayerIndex = None
self.wheel_map = None
if not self.use_predetermined_players:
self.enrollPlayers()
#self.logger.debug(self.players)
if self.use_predetermined_startingplayer is None:
self.currentPlayerIndex = self.selectRandomFirstPlayer()
else:
self.currentPlayerIndex = self.use_predetermined_startingplayer
self.players[self.currentPlayerIndex].setActive()
# Once all setup is completed, start the show
self.gameLoop()
def test_trivia_fetch_question_valid(self):
question_json = {
"response_code":
0,
"results": [{
"category": "cat1",
"type": "multiple",
"difficulty": "easy",
"question": "What is the first letter of the alphabet?",
"correct_answer": "A",
"incorrect_answers": ["D", "C", "B"]
}]
}
with patch("trivia.requests.get") as mock_get:
mock_get.return_value.ok = True
mock_get.return_value.json = lambda: question_json
question = Trivia.fetch_question()
self.assertEqual(question.category, "cat1")
self.assertEqual(question.type, "multiple")
self.assertEqual(question.difficulty, "easy")
self.assertEqual(question.question,
"What is the first letter of the alphabet?")
self.assertEqual(question.correct_answer, "A")
self.assertListEqual(question.answers, ["A", "B", "C", "D"])
def test_trivia_get_category_id_invalid(self):
return_val = {"trivia_categories": [{"name": "science", "id": 1}]}
with patch("trivia.Trivia.get_category_dict",
return_value=return_val) as mock_dict:
self.assertEqual(Trivia.get_category_id("Science"), 1)
self.assertRaises(BotError, Trivia.get_category_id, "bad")
def main():
logging.basicConfig(format='%(asctime)s %(levelname)s - %(message)s', datefmt='%Y-%m-%d %I:%M:%S', level=logging.DEBUG)
# TODO: config special word for pwd
changed = parse_arguments()
# Parse config file
parse_config(changed)
logging.info("Parsed Arguments")
# Connect to server
try:
socket = connect_to_server()
logging.info("Connected")
except ssl.SSLError as e:
logging.info("Unable to connect. Are you banned?: {}".format(e))
return sys.exit(1)
# TODO: debug message for adding user
# TODO: Handle non-ascii characters
conn = Connection(socket)
conn.start()
try:
while conn.current_channel is None:
time.sleep(1)
# Add services here
trivia = Trivia(conn)
conn.addService(trivia)
trivia.start()
# TODO: multiple tokens
while conn.is_alive():
time.sleep(5)
except KeyboardInterrupt:
pass
logging.info("Closing down")
# close everything down!
conn.stop()
socket.close()
sys.exit(0)
class TriviaTests:
def __init__(self):
self.t = Trivia()
def test_questions_loaded(self):
assert (len(self.t.questions) > 0)
def test_is_correct_answer_simple(self):
self.t.q = Question("Test category", "Test question?", "Test answer",
None)
assert (self.t.is_correct_answer("Test answer"))
def test_is_correct_answer_substring(self):
self.t.q = Question("Test category", "Test question?", "Test #answer#",
None)
assert (self.t.is_correct_answer("answer"))
def test_is_correct_answer_regex(self):
self.t.q = Question("Test category", "Test question?",
"Test regex answer", "Test regex(p)? answer")
assert (self.t.is_correct_answer("Test regex answer"))
assert (self.t.is_correct_answer("test regexp answer"))
def execute_get_new_question(self):
category = None
difficulty = None
if len(self.command_arguments) > 1:
category = self.command_arguments[1]
if category.lower() == "help":
self.handle_normal_query(Trivia.get_help_text())
return
if len(self.command_arguments) > 2:
difficulty = self.command_arguments[2]
try:
self.trivia = Trivia.fetch_question(category, difficulty)
except BotError as bot_err:
print(f"TriviaCommand Error (Checked):\n\t{bot_err}")
self.handle_normal_query(str(bot_err))
except Exception as err:
print(f"TriviaCommand Error (Unchecked):\n\t{err}")
self.handle_normal_query(TRIVIA_BASE_ERROR_MESSAGE)
else:
self.handle_normal_query(self.trivia.formatted_response())
def main():
parser = argparse.ArgumentParser('Just a simple command line trivia')
parser.add_argument("-a", "--amount", type=int, default=5,
help="amount of questions (default 5, max 10)")
parser.add_argument("-l", "--level", type=int, default=1,
help="set difficulty level (default 1, max 3)")
args = parser.parse_args()
if args.amount is not None:
if args.amount == 0 or args.amount > 10:
parser.error("Amount should be between 1 and 10 (inclusive)")
if args.level is not None:
if args.level == 0 or args.level > 3:
parser.error("Level should be between 1 and 3 (inclusive)")
difficulty = ["easy", "medium", "hard"]
level = difficulty[args.level - 1]
print(f"Difficulty level: {level}")
trivia = Trivia(args.amount, level)
trivia.begin()
def trigger(event, context):
msg_key = "message"
data = json.loads(event["body"])
if "inline_query" in data:
return handle_inline_query(data)
if "callback_query" in data:
return handle_callback_query(data)
# don't care about edited messages or event does not contain relevant text data
if "edited_message" in data or "text" not in data[msg_key]:
return {"statusCode": 200}
message = str(data[msg_key]["text"])
chat_id = data[msg_key]["chat"]["id"]
user_id = data[msg_key]["from"]["id"]
parse_mode = None
other_params = None
if message.startswith("/start"):
if data[msg_key]["chat"]["type"] == "private":
response = "Hello {}! Welcome to the DAS bot!".format(
data[msg_key]["chat"]["first_name"])
elif data[msg_key]["chat"]["type"] == "group":
response = "Hello {}! I am the DAS Bot, {} has summoned me here!".format(
data[msg_key]["chat"]["title"],
data[msg_key]["from"]["first_name"])
else:
response = "Hello"
elif message.startswith("/help"):
response = "You have invoked the help command!"
elif message.startswith("/debug"):
response = str(data)
elif message.startswith("/joke"):
r = requests.get("https://icanhazdadjoke.com/",
headers={"Accept": "text/plain"})
response = r.content.decode(
) if r.ok else "Oops! Can't fetch joke right now."
elif message.startswith("/fact"):
r = requests.get("https://www.mentalfloss.com/api/facts")
response = str(r.json()[0]['headline']
) if r.ok else "Oops! Can't fetch fact right now."
parse_mode = "HTML"
elif message.startswith("/clear"):
response = "Entry cleared!" if clearUser(
user_id) else "Nothing to clear!"
elif message.startswith("/get"):
response = getUser(user_id) or "Nothing to get! Use /store to set"
elif message.startswith("/store"):
index = message.strip().find(" ")
if index < 0:
response = "Nothing to store!"
else:
result = setUser(user_id, message[index + 1:])
response = "You stored \"{}\". Use /get to fetch it".format(
result) if result else "Failed to store!"
elif message.startswith("/trivia"):
parse_mode = "Markdown"
args = message.strip().split(" ")
category, difficulty = None, None
if len(args) > 1:
category = args[1]
if len(args) > 2:
difficulty = args[2]
try:
trivia = Trivia(category, difficulty)
except BotError as err:
response = str(err)
else:
response = trivia.formatted_response()
correct_ans = chr(trivia.correct_answer_index() + 65)
buttons = [{
"text": chr(i + 65),
"callback_data": "{}{}".format(chr(i + 65), correct_ans)
} for i in range(4)]
other_params = {
"reply_markup": {
"inline_keyboard": [[buttons[0], buttons[1]],
[buttons[2], buttons[3]]],
}
}
else:
response = "Sorry, I don't understand. Try /help"
data = {"chat_id": chat_id, "text": response}
if parse_mode:
data["parse_mode"] = parse_mode
if other_params:
data.update(other_params)
url = BASE_URL + "/sendMessage"
res = requests.post(url, json=data)
if not res.ok:
print(res.status_code)
print(res.text)
return {"statusCode": 200}
class Feduquiz(App):
title = 'Feduquiz'
bg_col = ListProperty([0, 0, 0])
trivia = Trivia(USE_SAMPLE_DATA)
curr_question = StringProperty()
curr_author = StringProperty()
curr_type = StringProperty()
curr_difficulty = StringProperty()
curr_category = StringProperty()
curr_correct = StringProperty()
curr_wrong = ListProperty([])
curr_btn_labels = ListProperty([])
curr_score = NumericProperty(0)
curr_round = NumericProperty(0)
curr_total_rounds = NumericProperty(0)
curr_verdict = StringProperty()
opt_api = StringProperty('opentdb')
opt_difficulty = StringProperty('')
opt_category = NumericProperty(0)
opt_amount = NumericProperty(10)
opt_instant_fb = BooleanProperty(True)
opt_type = StringProperty('')
categories = ListProperty([['All', 0]])
backends = ListProperty([["Open Trivia DB", "opentdb"],["Feduquiz DB", "feduquizdb"]])
instruction_text = StringProperty(INSTRUCTION_TEXT)
def __init__(self, **kwargs):
super().__init__(**kwargs)
self.categories = get_categories()
self.bind(opt_api=self.update_categories)
self.fps_event = Clock.schedule_interval(self.print_fps, 1/2.0)
self.sm = None
self.bg_anim = (Animation(bg_col=[1,0,0], duration=2) +
Animation(bg_col=[1,1,0], duration=2) +
Animation(bg_col=[0, 1, 1], duration=2) +
Animation(bg_col=[0, 0, 1], duration=2) +
Animation(bg_col=[1, 0, 1], duration=2))
self.bg_anim.repeat = True
self.snd_machine = SoundMachine()
#self.bg_anim.start(self) # Will be started by first screen (Intro)
self.callbacks = []
# Register EXIT and SCREENSHOT handler
self.add_callback(CEC_CMD_MAP["EXIT"], "ALL", lambda: App.get_running_app().stop())
# Set window size if instructed
if SET_SIZE:
Window.size = (1920, 1080)
Window.left = 0
Window.top = 1
# Get keyboard
#self._keyboard = Window.request_keyboard(self._keyboard_closed, self)
Window.bind(on_key_down=self._on_keyboard_down)
# initialise libCEC
if not DISABLE_CEC:
from cec_control import pyCecClient
self.lib = pyCecClient()
self.lib.SetCommandCallback(lambda cmd: self.command_callback(cmd, 'cec'))
# initialise libCEC and enter the main loop
self.lib.InitLibCec()
def build(self):
self.sm = ScreenManager(transition=NoTransition())
self.sm.add_widget(Intro(name='intro'))
self.sm.add_widget(Game(name='game'))
self.sm.add_widget(Score(name='score'))
self.sm.add_widget(Options(name='options'))
self.sm.add_widget(Instructions(name='instructions'))
self.sm.add_widget(Credits(name='credits'))
return self.sm
def update_categories(self, property, api):
self.categories = BACKENDS[api]["categories"]
def load_game(self, anim=None, widget=None):
self.trivia.new_game(BACKENDS[self.opt_api]["url"], self.opt_difficulty, self.opt_category, self.opt_amount, self.opt_type)
Clock.schedule_once(self.check_switch_screen)
def check_switch_screen(self, dt=None):
if not self.trivia.running:
Clock.schedule_once(self.check_switch_screen)
return
self.sm.current = 'game'
self.snd_machine.mode_game()
def goto_screen(self, dt=None, s_name=None):
if s_name:
self.sm.current = s_name
self.snd_machine.mode_menu()
@mainthread
def command_callback(self, cmd, origin):
"""Callback function for the CEC module"""
print("{} command received: {}".format(origin, cmd))
current = self.sm.current
match = False
for callback in self.callbacks:
if cmd in callback[0] and (callback[1] == "ALL" or current == callback[1]):
callback[2]()
match = True
print("Callback executed")
return match
def add_callback(self, cmd, screen, callback):
"""Adds a callback within the app."""
print("Adding callback " + str(callback) + " for screen " + screen + " for command " + str(cmd))
self.callbacks.append([cmd, screen, callback])
def _on_keyboard_down(self, window, keycode, scancode, text, modifiers, **kwargs):
print('The key {} {} {} has been pressed'.format(keycode, 'with text '+text if text else '', 'and modifiers '+str(modifiers) if len(modifiers)>0 else ''))
# Call callback
return self.command_callback(keycode, 'keyboard')
# Return True to accept the key. Otherwise, it will be used by
# the system.
#return True
def print_fps(self, *args):
fps = Clock.get_fps()
print("{} Fps ".format(int(fps)), end='\r')
def play():
# the play function, input your name
name = input('Enter your name: ')
player = Trivia() # call Trivia class
print(name, 'answer these 5 questions:')
for i in range(5): # loop for 5 questions
player.set_question()
player.get_answer()
player.set_answer(input('Your answer: '))
print()
print('Correct answers: ', player.show()) # print number of correct answer
print()
correct = player.show() # assign correct answers to correct
player.clear() # clear player data
return correct, name # return the number of correct answers and the name
class Game(QThread):
def __init__(self,
parent=None,
loglevel=logging.INFO,
hmi_port=None,
game_port=None,
predetermined_spins=None,
predetermined_players=None,
predetermined_startingplayer=None):
super(Game, self).__init__(parent)
self.logger = logs.build_logger(__name__, loglevel)
self.loglevel = loglevel
self.hmi_port = hmi_port
self.game_port = game_port
self.logger.debug("selected hmi_port=%s" % (self.hmi_port))
self.logger.debug("selected game_port=%s" % (self.game_port))
self.predetermined_spins = queue.Queue()
if predetermined_spins is not None:
[self.predetermined_spins.put(x) for x in predetermined_spins]
self.players = list()
self.use_predetermined_players = False
if predetermined_players is not None:
self.logger.debug("using predetermined players")
self.use_predetermined_players = True
for playerName in predetermined_players:
playerIndex = len(self.players)
self.players.append(Player(id=playerIndex, name=playerName))
self.use_predetermined_startingplayer = predetermined_startingplayer
self.logger.debug("predetermined_startingplayer = %s" %
predetermined_startingplayer)
def run(self):
self.maxPlayers = 3
self.minPlayers = 2
self.totalRounds = 2
self.round = 0
self.spins = 0
self.delay_before_question = 2000
self.maxSpins = 50
# game config
self.geometry_width = 6
self.geometry_height = 5
self.triviadb = Trivia(loglevel=self.loglevel,
min_questions=self.geometry_height)
if len(self.triviadb) < (self.totalRounds * self.geometry_width):
raise Exception(
"Insufficient trivia exists to complete a game with",
self.totalRounds, "rounds and", " a geometry of width = ",
self.geometry_width)
self.current_trivia = list()
self.utilized_categories = []
# Determine
# Potentially difficulty?
# How many players are playing?
# Gather information about each player?
self.MSG_controller = messaging.MessageController(
loglevel=self.loglevel,
msg_controller_name="GameLogic",
listen_port=self.game_port,
target_port=self.hmi_port)
self.MSG_controller.start()
self.currentPlayerIndex = None
self.wheel_map = None
if not self.use_predetermined_players:
self.enrollPlayers()
#self.logger.debug(self.players)
if self.use_predetermined_startingplayer is None:
self.currentPlayerIndex = self.selectRandomFirstPlayer()
else:
self.currentPlayerIndex = self.use_predetermined_startingplayer
self.players[self.currentPlayerIndex].setActive()
# Once all setup is completed, start the show
self.gameLoop()
def selectRandomFirstPlayer(self):
"""Return an index representing the position which will take the first turn"""
self.logger.debug("Enter Function")
return random.randrange(0, len(self.players))
def getCurrentPlayer(self) -> Player:
self.logger.debug("Enter Function")
if len(self.players) > 0:
return self.players[self.currentPlayerIndex]
else:
return None
def changeTurn(self):
"""Alter player state """
numPlayers = len(self.players)
prev_player = self.currentPlayerIndex
self.players[self.currentPlayerIndex].setInactive()
if self.currentPlayerIndex == numPlayers - 1:
self.currentPlayerIndex = 0
else:
self.currentPlayerIndex += 1
self.players[self.currentPlayerIndex].setActive()
self.logger.debug("Changed player from %s (%s) to %s (%s)" %
(self.players[prev_player].getName(), prev_player,
self.players[self.currentPlayerIndex].getName(),
self.currentPlayerIndex))
self.pushUpdateGameState()
def enrollPlayers(self):
"""Determine number of users playing"""
# TODO: find num_players
self.logger.debug("got here")
num_players = 0
done = False
while done is False:
current_player_names = [x.getName() for x in self.players]
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
response = json.loads(self.MSG_controller.clientqueue.get())
if response['action'] == "responsePlayerRegistration":
playerList = json.loads(response['arguments'])
try:
self.checkSanityPlayerList(playerList)
except Exception as e:
message = dict()
message['action'] = "responsePlayerRegistration"
#TODO: Perhaps a better structure for passing info back with Nack
message['arguments'] = ":".join(["NACK", str(e)])
self.MSG_controller.send_message(json.dumps(message))
else:
for playerName in playerList:
playerIndex = len(self.players)
self.players.append(
Player(id=playerIndex, name=playerName))
num_players += 1
self.pushUpdateGameState()
message = dict()
message['action'] = "responsePlayerRegistration"
message['arguments'] = "ACK"
self.MSG_controller.send_message(json.dumps(message))
done = True
def checkSanityPlayerList(self, playerList):
if not isinstance(playerList, list):
raise Exception("provided argument is not a list")
elif len(set(playerList)) < len(playerList):
raise Exception("provided list contains duplicate names")
elif len(playerList) < self.minPlayers:
raise Exception("not enough players")
elif len(playerList) > self.maxPlayers:
raise Exception("too many players")
else:
return
def changeRound(self):
"""Progress GameState to the Next Round"""
self.logger.info("Begin Round Change")
for player in self.players:
player.archivePoints()
#document the categories utilized so they aren't reused later
if type(self.current_trivia) != type([]):
raise Exception("The type of self.current_trivia is not list")
if len(self.current_trivia) <= 0 and self.round >= 1:
raise Exception(
"The length of the current trivia db is not sufficient")
self.round += 1
self.logger.info("Changing round from " + str(self.round - 1) +
" to " + str(self.round))
self.spins = 0
for each in [x for x in self.current_trivia]:
self.logger.debug("new category:", each)
if each['category'] not in self.utilized_categories:
self.utilized_categories.append(each['category'])
#record current board state
self.current_trivia = self.triviadb.selectRandomCategories(
self.geometry_width,
n_questions_per_category=self.geometry_height,
exclude=self.utilized_categories)
self.wheel_map = self.build_map()
if self.round == 1:
self.current_triviaDB = TriviaDB(self.current_trivia,
loglevel=self.loglevel,
starting_price=100)
else:
self.current_triviaDB = TriviaDB(self.current_trivia,
loglevel=self.loglevel,
starting_price=200)
self.logger.debug("self.current_trivia=" + str(self.current_trivia))
self.logger.debug(str(self.wheel_map))
self.pushUpdateGameState()
self.logger.debug("Round Change Complete")
def gameLoop(self):
self.logger.info("Start Game Loop")
#self.currentPlayerIndex = self.selectRandomFirstPlayer()
spinMap = {
# borrowed idea for switch from
# https://jaxenter.com/implement-switch-case-statement-python-138315.html
0: self.pickLoseTurn,
1: self.pickAccumulateFreeTurnToken,
2: self.pickBecomeBankrupt,
3: self.pickPlayersChoice,
4: self.pickOpponentsChoice,
5: self.pickDoublePlayerRoundScore,
6: self.pickRandomCategory,
7: self.pickRandomCategory,
8: self.pickRandomCategory,
9: self.pickRandomCategory,
10: self.pickRandomCategory,
11: self.pickRandomCategory
}
for round in range(0, self.totalRounds):
self.changeRound()
# ready player 1
self.logger.info("Begin Round" + str(self.round))
while self.spins < self.maxSpins:
self.logger.debug("stats: totalSpins=" + str(self.spins) +
" round=" + str(self.round))
spinResult = self.doSpin()
self.logger.debug("Spin Result=" + str(spinResult))
postSpinAction = spinMap.get(self.wheel_map.index(spinResult),
lambda: "Out of Scope")
if self.wheel_map.index(spinResult) < 6:
postSpinAction()
else:
postSpinAction(self.wheel_map.index(spinResult))
self.pushUpdateGameState()
message = dict()
message['action'] = "endSpin"
message['arguments'] = None
self.MSG_controller.send_message(json.dumps(message))
self.receive_ack("endSpin")
for play in self.players:
play.archivePoints()
message = dict()
message['action'] = "displayWinner"
message['arguments'] = self.calculateWinner()
self.MSG_controller.send_message(json.dumps(message))
def receive_ack(self, action, extra_test=True):
while self.MSG_controller.clientqueue.empty() and extra_test is True:
QtTest.QTest.qWait(100)
if not self.MSG_controller.clientqueue.empty():
response = self.MSG_controller.clientqueue.get()
if json.loads(response)['action'] != action:
raise Exception(
"Expecting action=%s, received action=%s arguments=%s" %
(action, json.loads(response)['action'],
json.loads(response)['arguments']))
if json.loads(response)['arguments'] != "ACK":
raise Exception(
"Expecting ACK to action=%s, received action=%s arguments=%s"
% (action, json.loads(response)['action'],
json.loads(response)['arguments']))
return response
else:
raise Exception("Queue was emptied prior to being serviced")
def calculateWinner(self):
scores = [x.getGameScore() for x in self.players]
score_set = list(set(scores))
score_set.sort()
high_score = score_set[-1]
winners = []
for each in self.players:
if each.getGameScore() == high_score:
winners.append(each)
if len(winners) > 1:
return " & ".join([x.getName() for x in self.players])
else:
return winners[0].getName()
def doSpin(self):
"""Emulate 'Spin' and select a random number between 0-11"""
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
response = self.MSG_controller.clientqueue.get()
if json.loads(response)['action'] != 'userInitiatedSpin':
raise Exception("Was expecting user initiated spin, received " +
str(json.loads(response)['action']))
message = dict()
message['action'] = "userInitiatedSpin"
message['arguments'] = "ACK"
self.MSG_controller.send_message(json.dumps(message))
if self.predetermined_spins.empty():
random_int = random.randrange(0, self.geometry_width + 6)
else:
function_to_index_map = {
"pickLoseTurn": 0,
"pickAccumulateFreeTurnToken": 1,
"pickBecomeBankrupt": 2,
"pickPlayersChoice": 3,
"pickOpponentsChoice": 4,
"pickDoublePlayerRoundScore": 5,
"pickRandomCategory1": 6,
"pickRandomCategory2": 7,
"pickRandomCategory3": 8,
"pickRandomCategory4": 9,
"pickRandomCategory5": 10,
"pickRandomCategory6": 11,
}
#roll 9
#wheel_map = [5, 1, ** 9 **, 7, 0]
#spinMap = {... 2: loseturnfunc, ...}
desired_function = self.predetermined_spins.get()
try:
function_index = function_to_index_map[desired_function]
except:
raise Exception("Provided function call does not exist")
random_int = self.wheel_map[function_index]
message = dict()
message['action'] = "spinWheel"
message['arguments'] = random_int
self.MSG_controller.send_message(json.dumps(message))
self.spins += 1
self.receive_ack("spinWheel")
return random_int
def build_map(self):
random_list = list()
while len(random_list) < (self.geometry_width + 6):
randomint = random.randrange(0, (self.geometry_width + 6))
if randomint not in random_list:
random_list.append(randomint)
return random_list
def build_wheelboard(self):
# 1 - 6 always represent static sectors, 7-n represent categorical columns
# current_trivia = [a,b,c.. n]
# where a = {'category': 'blah', 'questions': [{q1: a1, q2: a2, .. qn, an}] }
r = list()
for each in range(0, 6):
t = dict()
t['index'] = self.wheel_map[each]
t['type'] = "noncategory"
if each == 0:
t['name'] = "loseturn"
elif each == 1:
t['name'] = "accumulatefreeturn"
elif each == 2:
t['name'] = "bankrupt"
elif each == 3:
t['name'] = 'playerschoice'
elif each == 4:
t['name'] = "opponentschoice"
else:
t['name'] = "doublescore"
r.append(t)
for index, catobject in enumerate(self.current_trivia):
t = dict()
t['index'] = self.wheel_map[index + 6]
t['name'] = catobject['category']
t['type'] = "category"
t['questions'] = self.current_triviaDB.listRemainingQuestions(
catobject['category'])
t['valid_prices'] = self.current_triviaDB.getListOfPrices()
r.append(t)
return sorted(r, key=lambda i: i['index'])
def pickCategoryHelper(self, category):
self.logger.debug("Start")
ANSWER_TIMEOUT = 30
message = dict()
message['action'] = "displayQuestion"
question_answer = self.current_triviaDB.getQuestion(category)
question_answer['timeout'] = ANSWER_TIMEOUT
question_answer['player'] = self.getCurrentPlayer().getName()
question_only = dict(question_answer)
question_only.pop("answer")
message['arguments'] = question_only
self.MSG_controller.send_message(json.dumps(message))
# kick off 30s timer
start = timer()
self.receive_ack("displayQuestion",
extra_test=((timer() - start) < ANSWER_TIMEOUT))
# wait for revealAnswer
doChangeTurn = True
while self.MSG_controller.clientqueue.empty() and (
(timer() - start) < ANSWER_TIMEOUT):
QtTest.QTest.qWait(100)
if not self.MSG_controller.clientqueue.empty():
response = self.MSG_controller.clientqueue.get()
if json.loads(response)['action'] != "revealAnswer":
raise Exception("Expecting action type 'revealAnswer'")
message = dict()
message['action'] = "revealAnswer"
message['arguments'] = "ACK"
self.MSG_controller.send_message(json.dumps(message))
message = dict()
message['action'] = "displayAnswer"
message['arguments'] = question_answer
self.MSG_controller.send_message(json.dumps(message))
self.receive_ack("displayAnswer")
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
response = self.MSG_controller.clientqueue.get()
if json.loads(response)['action'] != "responseQuestion":
raise Exception(
"Expecting action type 'responseQuestion' for ACK")
if json.loads(response)['arguments'] is not False and json.loads(
response)['arguments'] is not True:
raise Exception(
"Expecting responseQuestion to contain either True or False only"
)
if json.loads(response)['arguments'] is True:
self.getCurrentPlayer().addToScore(
int(question_answer['score']))
else:
# User answered question incorrectly
# Check to see if user has freeTurn tokens available
if self.getCurrentPlayer().getFreeTurnTokens() > 0:
message = dict()
message['action'] = "promptSpendFreeTurnToken"
message['arguments'] = None
self.MSG_controller.send_message(json.dumps(message))
self.receive_ack("promptSpendFreeTurnToken")
correctResponseReceived = False
while not correctResponseReceived:
self.logger.debug(
"entered currectResponseReceived loop")
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
self.logger.debug(
"msg_controller queue is no longer empty")
response = self.MSG_controller.clientqueue.get()
if json.loads(response)[
'action'] == 'userInitiatedFreeTurnTokenSpend':
self.logger.debug(
"user indicated to spend ft token")
self.getCurrentPlayer().spendFreeTurnToken()
self.getCurrentPlayer().addToScore(
int(int(question_answer['score']) * -1))
# user indicated to spend free turn token
correctResponseReceived = True
doChangeTurn = False
message = dict()
message[
'action'] = "userInitiatedFreeTurnTokenSpend"
message['arguments'] = "ACK"
self.MSG_controller.send_message(
json.dumps(message))
elif json.loads(response)[
'action'] == 'userInitiatedFreeTurnTokenSkip':
self.logger.debug(
"user indicated to skip spending ft token")
# user declided to spend token, decrement score since they answered incorrectly
self.getCurrentPlayer().addToScore(
int(int(question_answer['score']) * -1))
correctResponseReceived = True
message = dict()
message[
'action'] = "userInitiatedFreeTurnTokenSkip"
message['arguments'] = "ACK"
self.MSG_controller.send_message(
json.dumps(message))
else:
raise Exception(
"Was expecting a decision on free token spending, received "
+ str(json.loads(response)['action']))
else:
self.getCurrentPlayer().addToScore(
int(int(question_answer['score']) * -1))
message = dict()
message['action'] = "responseQuestion"
message['arguments'] = "ACK"
self.MSG_controller.send_message(json.dumps(message))
else:
#timer ran out
pass
if doChangeTurn:
self.changeTurn()
def pickRandomCategory(self, index):
self.logger.debug("Start")
QtTest.QTest.qWait(self.delay_before_question)
self.logger.debug("index=" + str(index))
category = self.current_trivia[index - 6]['category']
self.logger.debug("category=" + str(category))
if len(self.current_triviaDB.listRemainingQuestions(category)) > 0:
self.pickCategoryHelper(category)
else:
#do nothing, don't change turn - allow player to spin again
pass
def quit(self) -> None:
self.logger.debug("quitting")
self.MSG_controller.quit()
super(Game, self).quit()
def pickLoseTurn(self):
self.logger.debug("Start")
doChangeTurn = False
if self.getCurrentPlayer().getFreeTurnTokens() > 0:
message = dict()
message['action'] = "promptSpendFreeTurnToken"
message['arguments'] = None
self.MSG_controller.send_message(json.dumps(message))
self.receive_ack("promptSpendFreeTurnToken")
correctResponseReceived = False
while not correctResponseReceived:
self.logger.debug("entered currectResponseReceived loop")
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
self.logger.debug("msg_controller queue is no longer empty")
response = self.MSG_controller.clientqueue.get()
if json.loads(response
)['action'] == 'userInitiatedFreeTurnTokenSpend':
self.logger.debug("user indicated to spend ft token")
self.getCurrentPlayer().spendFreeTurnToken()
# user indicated to spend free turn token
correctResponseReceived = True
doChangeTurn = False
message = dict()
message['action'] = "userInitiatedFreeTurnTokenSpend"
message['arguments'] = "ACK"
self.MSG_controller.send_message(json.dumps(message))
elif json.loads(response)[
'action'] == 'userInitiatedFreeTurnTokenSkip':
self.logger.debug(
"user indicated to skip spending ft token")
# user declided to spend token, decrement score since they answered incorrectly
doChangeTurn = True
correctResponseReceived = True
message = dict()
message['action'] = "userInitiatedFreeTurnTokenSkip"
message['arguments'] = "ACK"
self.MSG_controller.send_message(json.dumps(message))
else:
raise Exception(
"Was expecting a decision on free token spending, received "
+ str(json.loads(response)['action']))
else:
doChangeTurn = True
if doChangeTurn:
self.changeTurn()
def pickAccumulateFreeTurnToken(self):
self.logger.debug("Start")
self.getCurrentPlayer().addFreeTurnToken()
self.changeTurn()
def pickBecomeBankrupt(self):
self.logger.debug("Start")
self.getCurrentPlayer().setScore(0)
message = dict()
message['action'] = "playerBecomesBankrupt"
message['arguments'] = None
self.MSG_controller.send_message(json.dumps(message))
self.receive_ack("playerBecomesBankrupt")
self.changeTurn()
def pickPlayersChoice(self):
self.logger.debug("Start")
QtTest.QTest.qWait(self.delay_before_question)
categorylist = self.current_triviaDB.getPlayableCategories()
message = dict()
message['action'] = "promptCategorySelectByUser"
message['arguments'] = categorylist
self.MSG_controller.send_message(json.dumps(message))
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
response = self.MSG_controller.clientqueue.get()
if json.loads(response)['arguments'] in message['arguments']:
self.pickCategoryHelper(json.loads(response)['arguments'])
else:
raise Exception("Response Category not from the allowed list")
def pickOpponentsChoice(self):
self.logger.debug("Start")
QtTest.QTest.qWait(self.delay_before_question)
categorylist = self.current_triviaDB.getPlayableCategories()
message = dict()
message['action'] = "promptCategorySelectByOpponent"
message['arguments'] = categorylist
self.MSG_controller.send_message(json.dumps(message))
while self.MSG_controller.clientqueue.empty():
QtTest.QTest.qWait(100)
response = self.MSG_controller.clientqueue.get()
if json.loads(response)['arguments'] in message['arguments']:
self.pickCategoryHelper(json.loads(response)['arguments'])
else:
raise Exception("Response Category not from the allowed list")
def buildGameState(self):
gameState = dict()
gameState['round'] = self.round
gameState['totalRounds'] = self.totalRounds
gameState['players'] = [dict(x.renderStatus()) for x in self.players]
gameState['spinsExecuted'] = self.spins
gameState['maxSpins'] = self.maxSpins
if len(self.players) > 0 and self.currentPlayerIndex is not None:
gameState['currentPlayer'] = self.getCurrentPlayer().getName()
else:
gameState['currentPlayer'] = ""
if self.wheel_map is not None:
gameState['wheelboard'] = self.build_wheelboard()
return gameState
def pickDoublePlayerRoundScore(self):
self.logger.debug("Start")
self.getCurrentPlayer().setScore(
self.getCurrentPlayer().getRoundScore() * 2)
self.changeTurn()
def pushUpdateGameState(self):
message = dict()
message['action'] = "updateGameState"
message['arguments'] = self.buildGameState()
self.MSG_controller.send_message(json.dumps(message))
response = self.receive_ack("updateGameState")
#!/usr/bin/env python3
import discord
import sys
from usage import print_usage
from prime import check_for_prime
from eightball import ask8ball
from spoilme import spoilme
from kill import kill_bot
from wisecracker import crack_a_joke
from trivia import Trivia
from gitpull import gitpull
client = discord.Client()
trivia = Trivia()
@client.event
async def on_ready():
print ('Logged in as')
print (client.user.name)
print (client.user.id)
print ('------')
@client.event
async def on_message(message):
if message.content.startswith('!8ball'):
await ask8ball(client, message)
elif message.content.startswith("!gitpull"):
await gitpull(client, message)
elif message.content.startswith('!help') or message.content.startswith('!usage'):
from cleverbot import cleverbot
from chatbot import Chatbot
from polls import Poll
from reminder import Reminder
from timezone import Timezone
from trivia import Trivia
# Set up the logging module to output diagnostic to the console.
logging.basicConfig()
# Create new instances of bot objects
bot = Chatbot('settings.txt')
remind_module = Reminder()
timezone_module = Timezone()
trivia_module = Trivia()
poll_module = Poll()
#cleverbot object
clever_bot = cleverbot.Session()
# Initialize client object, begin connection
client = discord.Client()
serv = ''
# Event handler
@client.event
async def on_member_join(newmember):
admin_users = []
def __init__(self):
self.t = Trivia()
from player import Player
from question import Question
from trivia import Trivia
player_one = Player(input("Player 1 Name: "))
player_two = Player(input("Player 2 Name: "))
question = Question()
trivia_game = Trivia(player_one, player_two, question)
trivia_game.ask_question()
trivia_game.display_winner()
def __init__(self):
self.t = Trivia()