def main():
try:
port = int(sys.argv[1])
except (ValueError, IndexError):
port = 5000
socketserver.ThreadingTCPServer.allow_reuse_address = True
server = socketserver.ThreadingTCPServer(("0.0.0.0", port), Server)
print("Server started")
with server:
thread = threading.Thread(target=server.serve_forever)
thread.daemon = True
thread.start()
print("Press any key to exit.")
wait_key()
print("Server shutdown.")
server.shutdown()
cleanup()
def main():
data = ask_data(initial_actions, ["Main menu"])
handler = data.get("handler", None)
if handler:
files_data = data.get("files", {})
input_data = data.get("data", {})
# Running assigned handler
handlers[handler]({ **files_data, **input_data })
else:
print("No handler found for", data.get('label'))
print("Press any key to contiue...")
wait_key()
main()
def main():
game = Game()
while True:
winner = game.winner
draw = (len(game.moves()) == 0)
display(game, winner=winner, draw=draw)
if winner or draw:
break
if game.turn % 2 == 0:
# person move
col = wait_key(tuple(map(str, game.moves() + 1)))
game = game.move(int(col) - 1)
# move = tree.get_move(game, tree.position_heuristic, depth=4)
# game = game.move(move)
else:
# calvin move
move = tree.get_move(game, tree.lines_heuristic, depth=4)
game = game.move(move)
cls()
set_title('Cryptopals')
with screen.location(4, 4):
print(
fg.lightgreen(f'** {fx.i}Cryptopals challenges! {defx.i}**'),
screen.mv_x(5), # back up, then down
screen.down(40),
fg.yellow(
f'(Hit the {fx.reverse}ESC{defx.reverse} key to exit): '),
end='',
flush=True,
)
y = 10
for sn, challenges in cryptopals.sets():
y += 1
with screen.location(2, y):
print(fg.blue(f'Set {sn}'))
y += 2
for challenge in challenges:
with screen.location(4, y):
print(fg.blue(f'#{challenge.n} - {challenge.description}'))
y += 1
with screen.hidden_cursor():
choice = wait_key() if not choice else choice
cls()
cryptopals.exec(int(choice))
full_qs = json.load(open("questions/" + jfile))["data"]["tossups"]
selected = random.choices(full_qs, k=qs)
for i, s in enumerate(selected):
qtexts.append("Question " + str(i + 1) + ". " + s["text"])
answers.append(s["answer"])
for i, qtext in enumerate(qtexts):
print("Question", i+1)
p = begin_read(qtext)
wait_key()
print("BUZZ")
p.kill()
beepy.beep()
print("Press space again to reveal answer")
wait_key()
print("ANSWER: " + html.unescape(re.sub('<[^<]+?>', '', answers[i])))
print("press y if right, n if not, q to quit",)
k = wait_key()
if k == "q":
print("All tweets has been analyzed")
else:
result = sentiment_analysis(unlabeled) # Added Value
result = result.loc[:, ['value', 'tweet_id']]
update_sentiment(result.values.tolist())
print('Update Sentiment Success')
elif answers['menu'] == 'Show Data':
st_dt, ed_dt = date_range_menu()
data = get_records_date(st_dt['start_dt'], ed_dt['end_dt'])
print(data)
elif answers['menu'] == 'Visualization':
st_dt, ed_dt = date_range_menu()
data = get_sentiment(st_dt['start_dt'], ed_dt['end_dt'])
ensemble_thread(fig_ensemble, data)
print(f'Mean = {data.value.mean()}')
print(f'Median = {data.value.median()}')
print(f'Std Deviation = {data.value.std()}')
elif answers['menu'] == 'Quit':
clear()
close()
break
wait_key()
clear()