async def automate_beg():
if not multimer.over(BEG): return
while True:
await pls(BEG)
cooldown = await wait_for_cooldown(BEG_COOLDOWN)
if cooldown == TIMEOUT:
continue
break
multimer.start(BEG, cooldown)
async def automate_trivia():
if not multimer.over(TRIVIA): return
while True:
await pls(TRIVIA)
msg = await wait_for_message(content=None, timeout=5)
if msg == TIMEOUT or msg.embeds[0].author and TRIVIA not in msg.embeds[
0].author.name:
continue
else:
cooldown = read_cooldown_from_message(msg)
if cooldown:
multimer.start(TRIVIA, cooldown)
return
trivia = plstrivia.read(msg.embeds[0].description)
break
worth = plstrivia.read_worth(msg)
print(f'\n[Trivia - {worth} coins]', trivia.question)
answer = plstrivia.try_answer(trivia)
print('[Answer Data]', answer)
new_trivia = not answer
if new_trivia or worth == 50:
answer = random.randint(1, 4)
if worth == 50:
print('[Worth = 50] Randomizing')
else:
answer = trivia.answers.index(answer)
if worth == 10:
print('[Worth = 10] Avoiding option', answer)
options = [i + 1 for i in range(4) if i + 1 != answer]
answer = random.choice(options)
await send(answer)
multimer.start(TRIVIA, TRIVIA_COOLDOWN)
msg = await wait_for_message(timeout=10)
if new_trivia and msg != TIMEOUT:
if TRIVIA_CORRECT in msg.content:
trivia.correct_answer = trivia.answers[answer]
elif TRIVIA_INCORRECT in msg.content:
correct_answer = re.findall(TRIVIA_ANSWER_PATTERN, msg.content)[0]
trivia.correct_answer = correct_answer
plstrivia.log_new(trivia)
print('[Correct Answer]', trivia.correct_answer)
async def automate_bet():
if not multimer.over(BET): return
global plsbet_amount, plslots_amount
amounts = [plslots_amount, plsbet_amount]
start_coins = [START_SLOTS, START_BET]
zipped = zip(BET_GAMES, amounts, MULTIPLIERS_ON_LOST, start_coins)
for game, bet_amount, multiplier, start_coin in zipped:
if WITHDRAW_IF_NOT_ENOUGH_FOR_BET and not await withdraw_enough(
bet_amount):
bet_amount = start_coin
if game == SLOTS and sum(last_balance) < plsbet_amount:
break
else:
continue
msg = await bank(game,
bet_amount,
msg_content='You',
try_again_cooldown=True)
if 'bluff' in msg.content:
bet_amount = start_coin
if multiplier == DEFAULT_MULTIPLIER: continue
won = await read_won_status(msg)
if won == WON:
bet_amount = start_coin
elif won in [LOST, TIE]:
if multiplier == 2 and bet_amount >= 1024 and (
bet_amount % 2 == 0 or bet_amount % 2.5 == 0):
multiplier = 2.5
bet_amount *= multiplier
bet_amount = math.ceil(bet_amount)
if bet_amount > MAX_BEFORE_RESET:
bet_amount = start_coin
if game == SLOTS:
plslots_amount = bet_amount
elif game == BET:
plsbet_amount = bet_amount
multimer.start(BET, BET_COOLDOWN)
async def automate_meme():
if not multimer.over(POSTMEMES): return
while True:
await pls(POSTMEMES)
cooldown = await wait_for_meme_option(POSTMEME_COOLDOWN)
if cooldown == TIMEOUT:
continue
elif cooldown == BUY_LAPTOP:
if await withdraw_enough(LAPTOP_COST):
await pls(BUY_LAPTOP)
continue
else:
cooldown = POSTMEME_COOLDOWN
break
await send('d')
break
multimer.start(POSTMEMES, cooldown)
async def automate_sell():
if not multimer.over(SELL): return
while True:
await pls(INVENTORY)
msg = await wait_for_message(PLS + SHOP) # in case of empty inventory
if msg == TIMEOUT:
continue
break
items = msg.embeds[0].fields[0].value if msg.embeds else ''
items = re.findall(INVENTORY_PATTERN, items)
for count, item_name, item_type in items:
if item_name in ITEMS_NOT_FOR_SALE:
continue
action = USE if item_name in ITEMS_TO_USE else SELL
await bank(f'{action} {item_name}', count, msg_content='')
break
multimer.start(SELL, SELL_COOLDOWN)
async def automate_scout():
if not multimer.over(SCOUT): return
await deposit(ALL, try_again_cooldown=True)
while True:
await pls(SCOUT)
area = await wait_for_best_scout_option()
cooldown = SCOUT_COOLDOWN
if area == TIMEOUT:
continue
elif type(area) is str:
await send(area)
elif type(area) is float:
cooldown = area
multimer.start(SCOUT, cooldown)
break
if AFTER_SCOUT_WITHDRAWAL == ALL:
await withdraw(ALL)
else:
await withdraw_enough(AFTER_SCOUT_WITHDRAWAL)