def question(caves, wumpus_location, super_bat_1, super_bat_2, deep_pit,
player_location, player_name, arrows, add_arrows):
print(f'Вы находитесь в комнате с тремя дверьми {player_location}')
if wumpus_location in player_location:
print('Как же неприятно пахнет! Думаю, Вампус совсем близко')
elif super_bat_1 in player_location or super_bat_2 in player_location:
print('Слышется шелест крыльев. Поблизости летучие мыши.')
print('Какую из них открыть?')
try:
answer = int(input('> '))
except:
print('Неверная команда. Попробуйте еще раз.')
question(caves, wumpus_location, super_bat_1, super_bat_2, deep_pit,
player_location, player_name, arrows, add_arrows)
flag = False
try:
# Проверка на правильность выбора следующей комнаты
while flag == False:
if not int(answer) in player_location:
print(
f'Вы можете выбрать только одну из {player_location} комнат'
)
answer = int(input('> '))
else:
flag = True
except:
death(player_name)
# Выбор действий
print(
'Выберите действие для продолжения: а) выстрелить в выбранную комнату; '
'б) войти в выбранную комнату; в) выбрать другую комнату; г) остаться на месте'
)
choice = input('> ')
# print('choice', choice)
if choice.lower() == 'а':
if arrows > 0:
answer = int(answer)
return shoot(caves, wumpus_location, super_bat_1, super_bat_2,
deep_pit, player_location, player_name, answer,
arrows, add_arrows)
print(
'У вас больше нет стрел. Попробуйте поискать их в одной из комнат.'
)
return question(caves, wumpus_location, super_bat_1, super_bat_2,
deep_pit, player_location, player_name, arrows,
add_arrows)
elif choice.lower() == 'б':
return cave_location(caves, wumpus_location, super_bat_1, super_bat_2,
deep_pit, player_name, answer, arrows, add_arrows)
elif choice.lower() == 'в':
return question(caves, wumpus_location, super_bat_1, super_bat_2,
deep_pit, player_location, player_name, arrows,
add_arrows)
elif choice.lower() == 'г':
print('Вы погибли от голода и холода. Нужно было больше двигаться :(')
return new_game(player_name)
return death(player_name)
def family():
choice = raw_input("Our family?")
if choice.lower() == "all":
for i in range(len(FAMILY)):
print "%s is %d years old." % (FAMILY[i][0], FAMILY[i][1])
if choice.lower().startswith("add"):
FAMILY.append((raw_input("Do you have a name for your person?"),
input_number_between(
"Since how many years is this person on earth ?", 0,
150)))
print "Oh a new family member! "
def check_user_choice(choice: str) -> str:
"""
Function that checks user's choice.
The choice can be uppercase or lowercase string, but the choice must be
either rock, paper or scissors. If it is, then return a choice that is lowercase.
Otherwise return 'Sorry, you entered unknown command.'
:param choice: user choice
:return: choice or an error message
"""
choices = "rock", "paper", "scissors"
return choice.lower() if choice.lower(
) in choices else 'Sorry, you entered unknown command.'
def family():
choice = raw_input("Our family?")
if choice.lower() == "all":
for i in range(len(FAMILY)):
print "%s is %d years old." % (FAMILY[i][0], FAMILY[i][1])
if choice.lower().startswith("add"):
FAMILY.append(
(
raw_input("Do you have a name for your person?"),
input_number_between("Since how many years is this person on earth ?", 0, 150),
)
)
print "Oh a new family member! "
async def coin(self, ctx, choice, amount: int):
async with self.bot.pool.acquire() as conn:
user_amount = await conn.fetchrow(
"SELECT * FROM user_stats WHERE user_id = $1", ctx.author.id)
choice = choice.lower()
if amount < 50 or amount >= 50000:
return await ctx.send(
"You may not bet less then 50 uwus or more than 50000 on a coinflip"
)
if choice != "heads" and choice != "tails":
return await ctx.send("Please only use heads or tails")
if amount > user_amount['uwus']:
return await ctx.send(
"You don't have the funds to bet that much")
status = await ctx.send("Flipping the coin...")
await asyncio.sleep(3)
await status.delete()
side = secrets.choice(["heads", "tails"])
if side == "heads":
emote = heads
else:
emote = tails
if choice == side:
await conn.execute(
"UPDATE user_stats SET uwus = user_stats.uwus + $1 WHERE user_id = $2",
amount, ctx.author.id)
return await ctx.send(f"{emote} You won {amount} uwus!")
else:
await conn.execute(
"UPDATE user_stats SET uwus = user_stats.uwus - $1 WHERE user_id = $2",
amount, ctx.author.id)
return await ctx.send(f"{emote} You lost.")
def toontorial():
global cog_health
global species
global name
tom = "Tutorial Tom: "
loop = 0
while loop == 0:
name = raw_input(tom + "Hi there! What is your name? ")
species = raw_input(tom + "What species are you? ")
if species.lower() not in toon_species:
species = raw_input(tom + "That's not a species! Please input a species.")
choice = raw_input(tom + "You are a %s, and your name is %s. Correct? Y/N: " % (species, name))
if choice.lower() == 'y':
loop = 1
raw_input(tom + "Ok %s, as you've probably heard, Toontown has been overrun by cogs!" % name)
raw_input(tom + "In order to defeat them, you must use your gags to make them happy. They HATE being happy!")
raw_input(tom + "Gasp! There's a cog outside as we speak! Go defeat that cog!")
addTask("Defeat a Flunky")
raw_input("")
print "You have encountered a Flunky! Pick a gag to damage him!"
cog_health = 6
while cog_health > 0:
gag = pickGag()
if gag.lower() == 'cupcake':
print "You threw a cupcake at the Flunky! It did 4 damage!"
cog_health -= 4
raw_input("")
flunky()
elif gag.lower() == 'squirting flower':
print "You used a squirting flower on the Flunky! It did 2 damage!"
cog_health -= 2
raw_input("")
flunky()
cogDie()
raw_input("Go back to the playground to get more gags!")
def valid_choice(choice):
'''
Checks if the RPS choice is valid
:param choice: RPS choice
'''
choice = choice.lower()
if not (choice == "rock" or choice == "paper" or choice == "scissors"):
raise ValueError(f"I don't understand {choice}. Try again")
def create_hero(self):
"""Prompt for Hero information.
return Hero with values from user Input
"""
name = ""
health = ""
while not name.isalpha():
name = input("Please input a hero name: ")
while not health.isnumeric():
health = input(f"What is the starting health of {name}? ")
hero = Hero(name, int(health))
choice = ""
while not choice.isalpha():
choice = input(f"Does {hero.name} have abilities? (y/n) ")
if choice.lower()[0] == "y":
while not choice.isnumeric():
choice = input("How many? ")
for _ in range(int(choice)):
hero.add_ability(self.create_ability())
choice = ""
while not choice.isalpha():
choice = input(f"Does {hero.name} have weapons? (y/n) ")
if choice.lower()[0] == "y":
while not choice.isnumeric():
choice = input("How many? ")
for _ in range(int(choice)):
hero.add_weapon(self.create_weapon())
choice = ""
while not choice.isalpha():
choice = input(f"Does {hero.name} have armors? (y/n) ")
if choice.lower()[0] == "y":
while not choice.isnumeric():
choice = input("How many? ")
for _ in range(int(choice)):
hero.add_armor(self.create_armor())
return hero
async def coin(self, ctx, choice, amount: int):
async with self.bot.pool.acquire() as conn:
user_amount = await conn.fetchrow(
"SELECT uwus FROM user_stats WHERE user_id = $1",
ctx.author.id)
choice = choice.lower()
if amount < 50 or amount > 50000:
return await ctx.send(
"You may not bet less then `50` uwus or more than `50000` on a coinflip",
delete_after=30,
)
if choice != "heads" and choice != "tails":
return await ctx.send("Please only use heads or tails",
delete_after=30)
if amount > user_amount["uwus"]:
return await ctx.send(
"You don't have the funds to bet that much",
delete_after=30)
status = await ctx.send("Flipping the coin...")
await asyncio.sleep(2)
await status.delete()
side = secrets.choice(["heads", "tails"])
if side == "heads":
emote = heads
else:
emote = tails
if choice == side:
booster = await conn.fetchrow(
"SELECT boost_type, boost_amount, active_boosters FROM user_boosters WHERE user_id = $1",
ctx.author.id,
)
if not booster or booster["boost_type"] == "XP":
await conn.execute(
"UPDATE user_stats SET uwus = user_stats.uwus + $1 WHERE user_id = $2",
amount,
ctx.author.id,
)
return await ctx.send(f"{emote} You won `{amount}` uwus!")
if booster["boost_type"] == "uwus":
amount = amount * booster["boost_amount"]
await conn.execute(
"UPDATE user_stats SET uwus = user_stats.uwus + $1 WHERE user_id = $2",
amount,
ctx.author.id,
)
return await ctx.send(
f"{emote} You won `{amount}` uwus! You have an {booster['active_boosters']} activated! Enjoy the extra uwus"
)
else:
await conn.execute(
"UPDATE user_stats SET uwus = user_stats.uwus - $1 WHERE user_id = $2",
amount,
ctx.author.id,
)
return await ctx.send(f"{emote} You lost.")
def check_version():
# check github for latest microDEX version
try:
latest_version = download_text("version")
latest = latest_version.split(maxsplit=21)[:20]
for j in latest:
try:
latest = float(
"".join(i for i in j if i in "0123456789.")
)
break
except:
pass
current = float(
"".join(i for i in VERSION if i in "0123456789.")
)
if latest > current:
print(it("red", " WARN: NEW VERSION AVAILABLE!"))
print(
it(
"yellow",
" github/litepresence/extinction-event/EV",
)
)
choice = ""
while choice.lower() not in ["y", "n"]:
choice = input(" Y/N UPGRADE? ")
if choice == "y":
# backup and overwrite microDEX.py
current_version = race_read("metaNODE.py")
backup = "microDEX" + ("%.8f" % current) + ".py"
race_write(backup, current_version)
race_write("microDEX.py", latest_version)
sys.exit("microDEX version updated please RESTART")
else:
print(" This is the latest microDEX version.")
except:
print(it("yellow", " WARN: Skipping version test..."))
print("")
print(it("cyan", "AFFIRMING system compatibility..."))
# confirm python 3 and linux OS
if "linux" not in platform:
raise Exception(
"not a linux box, format drive and try again..."
)
if version_info[0] < 3:
raise Exception(
"% is DED, long live Python 3.4+" % version_info[0]
)
print("")
print(" found python", version_info[0], "running on", platform)
print("")
time.sleep(0.2)
def rmode(self):
"""适用于屏幕阅读器用户的显示方式"""
choice = input("以适宜屏幕阅读器的方式显示(y): ")
if choice and choice.lower() == 'y':
config.reader_mode = True
self._reader_mode = True
info("已启用 Reader Mode")
else:
config.reader_mode = False
self._reader_mode = False
info("已关闭 Reader Mode")
async def rps(ctx, choice: str = None):
if not choice:
await ctx.send("Please give a choice! (Rock, Paper or Scissors)")
return
choice.lower()
choices = ["rock", "paper", "scissors"]
computer = choices[randint(0, 2)]
if choice == "rock":
if computer == "paper":
await ctx.send(
f"You lost! (Your choice: {choice}, My choice: {computer})")
elif computer == "rock":
await ctx.send(
f"It's a tie! (Your choice: {choice}, My choice: {computer})")
else:
await ctx.send(
f"You won! (Your choice: {choice}, My choice: {computer})")
elif choice == "paper":
if computer == "scissors":
await ctx.send(
f"You lost! (Your choice: {choice}, My choice: {computer})")
elif computer == "paper":
await ctx.send(
f"It's a tie! (Your choice: {choice}, My choice: {computer})")
else:
await ctx.send(
f"You won! (Your choice: {choice}, My choice: {computer})")
elif choice == "scissors":
if computer == "rock":
await ctx.send(
f"You lost! (Your choice: {choice}, My choice: {computer})")
elif computer == "scissors":
await ctx.send(
f"It's a tie! (Your choice: {choice}, My choice: {computer})")
else:
await ctx.send(
f"You won! (Your choice: {choice}, My choice: {computer})")
else:
await ctx.send("Please give a valid choice! (Rock, Paper or Scissors)")
def look_around(self):
room = self.investigator.location
print(room.description + "\n")
for suspect in room.characters_present:
print(suspect.description + "\n")
if room.dead_body:
print("And in the center of the room there is a dead body.")
choice = input("Would you like to take a closer look? Yes or no?")
if choice.lower() == "yes":
self.inspect_body()
else:
print("Ew gross who wants to see a dead body?!")
async def coin_flip(self, ctx, choice, amount: int):
won = False
points = db.field(
"SELECT points FROM member_points WHERE member_id = ? AND guild_id = ?;",
ctx.author.id, ctx.guild.id)
if amount > points:
await ctx.send("You don't have enough :coin: !")
return
if amount < 10:
await ctx.send("Minimum bet of 10 :coin:.")
return
# for some reason choice() not working so using randint
flip = randint(0, 1)
if flip == 0:
flip = "tails"
else:
flip = "heads"
await ctx.send(f"**{flip}**!")
if flip not in ["tail", "tails", "t", "head", "heads", "h"]:
await ctx.send("Wrong argument. Try 'heads' or 'tails'.")
elif flip == "tails" and choice.lower() in ["tail", "tails", "t"]:
won = True
elif flip == "heads" and choice.lower() in ["head", "heads", "h"]:
won = True
else:
won = False
if won:
await self.reward_points(ctx, amount)
await ctx.send(f"You win {amount * 2} :coin:!")
else:
await self.remove_points(ctx, amount)
await ctx.send(f"You lost {amount} :coin:...")
db.commit()
def roulette(bet, choice):
bet = int(bet)
n = randint(0, 36)
print(f'The number is {n}.')
if choice.lower() == 'even':
if n % 2 == 0:
print('You won!')
return bet
else:
print('You lose!')
return -bet
elif choice.lower() == 'odd':
if n % 2 == 0:
print('You lose!')
return -bet
else:
print('You won!')
return bet
elif choice == str(n):
print('You won!')
return bet
else:
print('You lose!')
return -bet
async def rps(self, ctx, choice: str):
"""Play rock-paper-scissors"""
try:
userChoice = choice.lower()
if userChoice != "rock" and userChoice != "paper" and userChoice != "scissors":
await ctx.send(
"You can only choose from rock, paper or scissors")
else:
temp = random.randint(1, 3)
if temp == 1:
botChoice = "rock"
elif temp == 2:
botChoice = "paper"
elif temp == 3:
botChoice = "scissors"
# This is kind of ugly but it works
if userChoice == botChoice:
await ctx.send(
"I choose **{}**. The game was a tie!".format(
botChoice))
elif userChoice == "rock":
if botChoice == "paper":
await ctx.send(
"I choose **{}**. I win!".format(botChoice))
elif botChoice == "scissors":
await ctx.send(
"I choose **{}**. You win!".format(botChoice))
elif userChoice == "paper":
if botChoice == "scissors":
await ctx.send(
"I choose **{}**. I win!".format(botChoice))
elif botChoice == "rock":
await ctx.send(
"I choose **{}**. You win!".format(botChoice))
elif userChoice == "scissors":
if botChoice == "rock":
await ctx.send(
"I choose **{}**. I win!".format(botChoice))
elif botChoice == "paper":
await ctx.send(
"I choose **{}**. You win!".format(botChoice))
except Exception as e:
await ctx.send(e)
def cho_han(bet, choice):
bet = int(bet)
n = randint(1,12)
print(f'The number is {n}.')
if choice.lower() == 'even':
if n % 2 == 0:
print('You won!')
return bet
else:
print('You lose!')
return -bet
else:
if n % 2 == 0:
print('You lose!')
return -bet
else:
print('You won!')
return bet
async def rps(self, ctx, choice: str):
"""`Play Rock Paper Sccisors with the bot`"""
choice = choice.lower()
rps = ["rock", "paper", "scissors"]
bot_choice = rps[randint(0, len(rps) - 1)]
await ctx.reply(f"You chose ***{choice.capitalize()}***." +
f" I chose ***{bot_choice.capitalize()}***.")
if bot_choice == choice:
await ctx.reply("It's a Tie!")
elif bot_choice == rps[0]:
def f(x):
return {
"paper": "Paper wins!",
"scissors": "Rock wins!"
}.get(x, "Rock wins!")
result = f(choice)
elif bot_choice == rps[1]:
def f(x):
return {
"rock": "Paper wins!",
"scissors": "Scissors wins!"
}.get(x, "Paper wins!")
result = f(choice)
elif bot_choice == rps[2]:
def f(x):
return {
"paper": "Scissors wins!",
"rock": "Rock wins!"
}.get(x, "Scissors wins!")
result = f(choice)
else:
return
if choice == "noob":
result = "Noob wins!"
await ctx.reply(result)
def write_tweet_REPL(random_text):
"""takes <140 text and returns it plus twitter options"""
while True:
# This will print info about credentials to make sure
# they're correct
print api.VerifyCredentials()
#tweet the tweet
status = api.PostUpdate(random_text)
#print the tweeted tweet and verify successful posting
#if successful.
print status.text
choice = raw_input("Enter to tweet again [q to quit] > ")
choice = choice.lower()
if choice == 'q':
print 'Thank you for tweeting.'
break
else:
random_text = make_text(chains, n_gram_size)
def getWebdata(choice):
print('웹 크롤링을 시작합니다.')
# 발급된 계정의 인증키
GEVOLUTION_API_KEY = 'MNOP826189'
# g:구글플레이, a:애플 앱스토어
market = choice.lower()
# game:게임, app:일반앱, all:전체(게임+일반앱)
app_type = 'game'
# 1:무료, 2:유료,3:매출,4:신규무료,5:신규유료
rank_type = 1
# 1~OO위까지 출력 (max:100)
rank = 100
url = 'http://api.gevolution.co.kr/rank/xml/?aCode={code}&market={market}&appType={app_type}&rankType={rank_type}&rank={rank}'.format(code=GEVOLUTION_API_KEY, market=market, app_type=app_type, rank_type=rank_type, rank=rank)
fp = urlopen(url)
doc = xmltodict.parse( fp.read() )
print('웹 크롤링이 완료되었습니다.')
fp.close()
game_df = makeDataFrame(doc, rank)
checkData(game_df)
def main(pswd):
key = bytes(pswd, 'UTF-8')
key_len = len(key)
sen_len = str(key_len).encode('UTF-8')
sen_len += b' ' * (32 - len(sen_len))
key = base64.b64encode(sen_len)
fkey = Fernet(key)
global masterpass
while True:
menu()
while True:
with open('passwords.txt', 'r') as fl:
contents = fl.read()
choice = input()
if choice.lower().strip() == 'q' or choice.lower().strip(
) == 'n' or choice.lower().strip() == 'r' or choice.lower().strip(
) == 'd' or choice.lower().strip() == 'c':
break
else:
print('Please enter \'q\', \'n\', \'d\', \'r\', or \'c\'')
if choice.lower().strip() == 'q':
exit()
elif choice.lower().strip() == 'n':
pltfm = input(
'What platform will this password be used for? Type \'q\' to go back. '
)
pltfm = pltfm.lower().strip()
if pltfm == 'q':
continue
with open('passwords.txt', 'a') as f:
f.write('\n')
pfmss = re.findall('Platform: \'(.*)\', Password:'******'There is already a password for that platform stored.'
)
continue
passw = randomString(15)
passw1 = bytes(passw, 'UTF-8')
passw1 = fkey.encrypt(passw1)
passw1 = str(passw1)
passw1 = passw1.strip('b\'\'')
f.write(f'Platform: \'{pltfm}\', Password: \'{passw1}\'')
print(f'A password has been created for {pltfm}: {passw}')
elif choice.lower().strip() == 'r':
with open('passwords.txt', 'r') as fl:
contents = fl.read()
pltfrm = input(
'What platform do you want the password for? Type \'q\' to go back. Type \'l\' for a list of all '
'platforms. ')
if pltfrm.lower().strip() == 'q':
continue
elif pltfrm.lower().strip() == 'l':
pfms = re.findall('Platform: \'(.*)\', Password:'******'Platform: \'(.*)\', Password: '******'Platform: \'{pltfrm}\', Password: \'(.*)\'',
contents)
password = pwds[0]
password = bytes(fkey.decrypt(bytes(password, 'UTF-8')))
password = str(password)
password = password.strip('b\'\'')
print(f'Your password for {pltfrm} is {password}')
else:
print('You dont have a password stored for that platform.')
elif choice.lower().strip() == 'c':
while True:
oldpass = input(
'Please enter the old password. Type \'q\' to go back. ')
if oldpass.lower().strip() == 'q':
break
if bcrypt.checkpw(bytes(oldpass, 'UTF-8'), masterpass):
newpass = bytes(
input(
'Please now enter your new password. Type \'q\' to go back. '
), 'UTF-8')
if newpass.lower().strip() == 'q':
break
newpass = bcrypt.hashpw(newpass, bcrypt.gensalt())
newpass = str(newpass)
newpass = newpass.strip('b\'\'')
cfl = open('passwords.txt', 'r')
lines = cfl.readlines()
lines[0] = f'MasterPassword: \'{newpass}\'\n'
cfl = open('passwords.txt', 'w')
cfl.writelines(lines)
cfl.close()
break
else:
continue
elif choice.lower().strip() == 'd':
pf = input(
'What is the name of the platform you want to delete? Type \'q\' to go back. Type \'l\' for a list of '
'all platforms. ').lower().strip()
pfs = re.findall('Platform: \'(.*)\', Password:'******'q':
continue
elif pf == 'l':
for p in pfs:
print(p)
continue
if pfs.__contains__(pf):
print('Sorry, this feature is still in development.')
continue
else:
print('You dont have a password stored for that platform.')
def getChoice(menu):
print menu
choice = raw_input("Make your choice: ")
choice = choice.lower()
return choice
def valid_choice(choice):
choice = choice.lower()
if choice == "rock" or choice == "paper" or choice == "scissors":
return True
else:
raise Exception(f"I don't understand {your_choice}. Try again.")
def check(m):
user = ctx.author
if m.author.id == user.id and m.content.lower() == choice.lower():
return True
return False
deck = Standard_deck()
deck.shuffle_card()
new_card = deck.nextCard()
print("\n",new_card)
choice = input("Higher (h) or lower (l): ")
streak = 0
while(choice == 'h' or choice=='l'):
if not deck.hasCard():
deck = Standard_deck()
deck.shuffle_card()
old_card = new_card
new_card = deck.nextCard()
if (choice.lower()=='h' and new_card.value > old_card.value or\
choice.lower() =='l' and new_card.value < old_card.value):
streak += 1
print('right! that is',streak,'in a row')
elif (choice.lower()=='h' and new_card.value < old_card.value or\
choice.lower() =='l' and new_card.value > old_card.value):
streak = 0
print("Wrong")
else:
print('Push')
print('\n',new_card)
choice = input('higher (h) or lower (l): ')
## Tic-Tac-Toy
class tic_tac_toe: