def bsim(_):
edge = 10000
from random import choice as c
dirs = [-1, 1]
def r():
return (c(dirs),c(dirs))
x = 0
y = 0
x += c(dirs)
y += c(dirs)
# pos = [0,0]
# pos = [ sum(x) for x in zip(pos,r()) ]
steps = 1
while x != 0 or y != 0:
steps += 1
# pos = [ sum(x) for x in zip(pos,r()) ]
x += c(dirs)
y += c(dirs)
# print '\r', _, steps, x, y,
if x > edge or x < -edge or y > edge or y < -edge:
print "Fell over world's edge", steps, x, y
return -1
return steps
def get_conven_pass():
part1, part2 = '', ''
for i in range(length - 4):
a = r(0, 3)
b = c(data[a])
part1 += b
for i in range(0, 4): # part two of string to ensure
b = c(data[i]) # each category has at least
part2 += b # one element in the password
temp = list(part1)
while (part2 != ''):
t = part2[0] # each character of part2 being
part2 = part2[1:] # added into random positions
temp.insert(r(0, len(temp)), t) # of part1
final = ''
for i in temp:
final += str(i)
return (final)
def name_chars(): charNo = random.randint(7,51) charGenders = [random.randint(0,1) for _ in range(charNo)] charNames = [inputCharName] for i in charGenders: if charGenders[i]: charNames.append(c(fFirstNames)+" "+c(surnames)) else: charNames.append(c(mFirstNames)+" "+c(surnames)) return charNames
def name_chars():
charNo = random.randint(7, 51)
charGenders = [random.randint(0, 1) for _ in range(charNo)]
charNames = [inputCharName]
for i in charGenders:
if charGenders[i]:
charNames.append(c(fFirstNames) + " " + c(surnames))
else:
charNames.append(c(mFirstNames) + " " + c(surnames))
return charNames
def main():
b = Board()
start_pos = (c(range(8)),c(range(8)))
b.set(start_pos,1)
last_move = start_pos
i = 2
while i < 64:
next_possible = move(b,last_move)
b.set(next_possible, i)
i = i + 1
last_move = next_possible
b.set(knight_moves(b,last_move)[0],i)
print "SUCCESS!"
b.draw()
def do_round():
t1 = (lambda r: r, lambda r: not r, lambda r: c((True, False)))
t2 = (lambda r: r, lambda r: not r)
m1 = c(list(p(range(len(t1)))))
m2 = c(range(len(t2)))
print(m1, m2)
for _ in range(3):
print("I?")
ts = [t for t in input().split(" ") if t in v]
print("R: {}".format(calc(t1, t2, m1, m2, int(ts[0]),
"".join(ts[1:]))))
print("A?")
return m1 == tuple(map(int, input().split(" ")))
async def WebData_By_Thundergang(webdata_credit_thundergang):
link = webdata_credit_thundergang.pattern_match.group(1)
await webdata_credit_thundergang.edit('**Deleting All** `.txt` **Files**')
cmd('rm ./*.txt') # Removing all Text Files
await webdata_credit_thundergang.edit('**Deleting All** `.png` **Files**')
cmd('rm ./*.png') # Removing All Png Files
await webdata_credit_thundergang.edit('**Deleting All** `.jpg` **Files**')
cmd('rm ./*.jpg') # Removing All jpg Files
await webdata_credit_thundergang.edit('**Deleting All Files : Successful**'
)
bot = webdriver.Chrome(executable_path=CHROME_DRIVER,
options=chrome_options)
if link == '':
bot.get(c(r))
bot.get_screenshot_as_file(filename='NoWebsiteGiven.png')
await webdata_credit_thundergang.client.send_file(
webdata_credit_thundergang.chat_id,
'NoWebsiteGiven.png',
caption="<< **U Mentioned No Link** >>",
force_document=True)
cmd('rm ./*.png')
done_lago()
elif link is not '':
bot.get(link)
bot.get_screenshot_as_file(filename='WebSite Data.png')
await webdata_credit_thundergang.client.send_file(
webdata_credit_thundergang.chat_id,
'WebSite Data.png',
caption="<< **The WebData Of Link U Gave** >>",
force_document=True)
cmd('rm ./*.png')
done_lago()
await webdata_credit_thundergang.delete()
async def fetch(session: object, url: object) -> object:
async with session.get(url) as response:
url = await response.text()
url = loads(url)
url = url['data']['children']
url = c(url)['data']
return url
async def WebData_By_Akash(webdata_credit_akash):
link = webdata_credit_akash.pattern_match.group(1)
await webdata_credit_akash.edit("**Deleting All** `.txt` **Files**")
cmd("rm ./*.txt") # Removing all Text Files
await webdata_credit_akash.edit("**Deleting All** `.png` **Files**")
cmd("rm ./*.png") # Removing All Png Files
await webdata_credit_akash.edit("**Deleting All** `.jpg` **Files**")
cmd("rm ./*.jpg") # Removing All jpg Files
await webdata_credit_akash.edit("**Deleting All Files : Successful**")
bot = webdriver.Chrome(executable_path=CHROME_DRIVER,
options=chrome_options)
if link == "":
bot.get(c(r))
bot.get_screenshot_as_file(filename="NoWebsiteGiven.png")
await webdata_credit_akash.client.send_file(
webdata_credit_akash.chat_id,
"NoWebsiteGiven.png",
caption="<< **U Mentioned No Link** >>",
force_document=True,
)
cmd("rm ./*.png")
done_lago()
elif link is not "":
bot.get(link)
bot.get_screenshot_as_file(filename="WebSite Data.png")
await webdata_credit_akash.client.send_file(
webdata_credit_akash.chat_id,
"WebSite Data.png",
caption="<< **The WebData Of Link U Gave** >>",
force_document=True,
)
cmd("rm ./*.png")
done_lago()
await webdata_credit_akash.delete()
def countriesToPick(self):
lives_remaining = 6
rand_country = c(self.countries)
print('Your country has been chosen! Start the guessing! '
) #start of the game!
print(('You have {} lives remaining'.format(lives_remaining)))
print('_ ' * (len(rand_country)))
while lives_remaining > 0:
letter_picked = input("Please enter a letter: ")
if len(letter_picked) > 1:
print('You can only enter one letter!')
elif len(letter_picked) < 1:
print('You did not enter anything, please try again. ')
continue
elif letter_picked not in rand_country.lower(): #incorrect guess
lives_remaining -= 1
print('Incorrect')
print('You have {} lives remaining'.format(lives_remaining))
elif letter_picked in rand_country.lower(): #correct guess
print(letter_picked)
print('{} is correct! \n'.format(letter_picked))
self.pickedCountry.append(letter_picked)
if len(rand_country) == len(
self.pickedCountry): #winning condition
print('Congrats! You guessed it - {} '.format(rand_country))
print('Play again!')
break
while lives_remaining <= 0: #when the player loses
print('Your word was {} - better luck next time!'.format(
rand_country))
print('Try again!')
break
def rand_str(ch_nb):
""":param ch_nb:
:return: Random String of length ch_nb
"""
rdm_str = ""
for _ in range(ch_nb):
rdm_str += c(LIST_CH)
return rdm_str
def asim(_):
edge = 10000
from random import choice as c
dirs = [-1, 1]
pos = 0
pos += c(dirs)
steps = 1
while pos != 0:
steps += 1
pos += c(dirs)
if pos > edge or pos < -edge:
print "Fell over world's edge"
return -1
return steps
async def reddit(sub: str):
type = ['new', 'top', 'hot', 'rising']
url = f"https://www.reddit.com/r/{sub}/{c(type)}.json?sort={c(type)}&limit=10"
async with ClientSession() as session:
data = await get(session, url)
data = loads(data)
data = data['data']['children']
url = [d['data']['url'] for d in data]
return c(url)
def gen(amount):
learn_yield = []
for _ in range(amount):
print(f"generating cases {_ + 1}/{amount}", end="\r")
words = [[c(asc)[0] for _ in range(r(1,10))]for _ in range(r(1,5))]
lol = lambda:r(1,100)
case=cs(words,[lol() for x in " "*len(words)],k=r(1,20))
learn_yield.append(" ".join(["".join(x) for x in case]))
return learn_yield
def generate_team(lst):
lst2 = lst[:]
team_a = []
team_b = []
counter = 0
for name in lst:
if counter % 2 == 0:
person = c(lst)
team_a.append(person)
lst2.remove(person)
counter += 1
else:
person = c(lst)
team_b.append(person)
lst2.remove(person)
counter += 1
return team_a, team_b
async def blue_devil_jarvis(cmd):
sysarg = cmd.pattern_match.group(1)
if 'hi' in sysarg or 'hel' in sysarg:
async with borg.conversation(bot) as x:
try:
await x.send_message(f"/tts {start} {str(ALIVE_NAME)} {end}")
h_audio = await x.get_response()
await borg.send_message(cmd.chat_id, h_audio)
await cmd.delete()
except YouBlockedUserError:
await cmd.edit(f"**Error:** `unblock` {bot} `and retry!`")
elif 'me' in sysarg:
async with borg.conversation('@Cryptowhalebot') as y:
try:
await y.send_message(f'/start')
s(1)
await y.send_message(f'/meme')
meme = await y.get_response()
await cmd.client.send_file(
cmd.chat_id,
meme,
caption=
"<< Here's Your Carbon Boi,\nCarbonised By [IndianBot](https://www.github.com/indianbhaiya/IndianBot)>> ",
force_document=True)
await cmd.delete()
except YouBlockedUserError:
await cmd.edit(c(ERRORS))
elif 'p**n' in sysarg:
async with borg.conversation('@Maal_Supplier_Robot') as z:
try:
await cmd.delete()
await z.send_message(f'/start')
s(1)
await z.send_message(c(Vid))
await z.get_response()
await z.get_response()
await z.get_response()
p_vid = await z.get_response()
await borg.send_message(cmd.chat_id, p_vid)
await cmd.delete()
except YouBlockedUserError:
await cmd.edit(c(ERRORS))
else:
await cmd.edit(c(ERRORS))
def pick(self, target: int) -> int:
from random import choice as c
nums = self.nums
u = dict()
for i, val in enumerate(nums):
if val in u:
u[val] += (i, )
else:
u[val] = (i, )
return c(u[target])
def binger(self, x, y, size):
pt1 = (x - size // 2, y - size // 2)
pt2 = (x + size // 2, y - size // 2)
pt3 = (x + size // 2, y + size // 2)
pt4 = (x - size // 2, y + size // 2)
fill = r(0, 255)
s1, s2, e1, e2 = (r(0, 360), r(0, 360), r(0, 360), r(0, 360))
pt1, pt2, pt3, pt4 = self.reflect_points(pt1, pt2, pt3, pt4)
self.drawer.arc((*pt1, *pt3), start=s1, end=e1, fill=fill)
self.drawer.arc((*pt2, *pt4), start=s2, end=e2, fill=fill)
for j, i in enumerate(range(fill)):
p0 = (p - j % 2 for p in pt1)
p1 = (p - j % 3 for p in pt3)
start = c((s1, s2))
end = c((e1, e2))
self.drawer.arc((*p0, *p1), start=start, end=end, fill=fill - i)
def respawn(self,snake): #need to avoid the snake segments
game = [[i%self.areaW,i//self.areaW] for i in range(3,self.areaH*self.areaW)] #get matric for game again
for [x,y] in snake:
if [x,y] in game:
game.remove([x,y]) #try and remove spawn slots so we dont overlap with snake
self.ARRAY = [] #remove any fruit that would be there, always has to remove last fruit with current code iteration
for i in range(self.fruitnum): #obvious tbh
x = c(game)
if x in game:
game.remove(x)
self.ARRAY.append(x) #same as before
def tablified():
with open("data/occupations.csv") as file: # opens the file
reader = DictReader(file)
dic = {'jobs': [], 'percentage': []} #sets up a destination for the contents of the csv file
for row in reader:
dic['jobs'].append(row["Job Class"])
dic['percentage'].append(float(row['Percentage'])) # casts each percentage str into a float
file.close() # closes the file
listx = zip(tuple(dic['jobs']),tuple(dic['percentage'])) # groups each job and percentage as a tuple
titles = ['Jobs', 'Percentages']
random_occ = (c(dic['jobs'][:-1], weights=dic['percentage'][:-1])[0]) # chooses a random occupation by weight
return render_template('tablified.html', randomocc = random_occ, titles = titles, data = listx )
def __init__(self,GS,screen): #need stats and screen to draw to
self.fruitnum = GS.fruitnum #get stuff treated for use in code here
self.areaH=GS.height
self.areaW=GS.width
self.cs=GS.cellsize
self.shrink=GS.shrink
self.screen=screen
game = [[i%self.areaW,i//self.areaW]for i in range(3,self.areaH*self.areaW)] #initialise a matrix of all cells in the play area, except for top left 3 as they have the score in them and dont want to overlap
self.ARRAY = [] #no fruits
for i in range(self.fruitnum): #add fruitnum fruits
x = c(game) #randomly choose an available spot !can coincide with snake, must fix!
game.remove(x) #cant choose this square again
self.ARRAY.append(x) #add to list of fruit
def select(file: str, path: str) -> str:
with open(file + path) as file: # open the file
reader = DictReader(file)
jobs = []
weights = []
for row in reader:
jobs.append(row["Job Class"])
# casts each str into a float
weights.append(float(row['Percentage']))
file.close()
return c(jobs[:-1], weights=weights[:-1])[0]
async def on_message(message):
if message.author == client.user:
return
print("Hello test conducted")
if message.content.startswith('gf!corona'):
await message.channel.send(
'Visit this site for Coronavirus information https://www.cdc.gov/')
if message.content.startswith('gf!help'):
await message.channel.send(h)
print("Help Conducted")
if message.content.startswith('gf!SEhelp'):
await message.channel.send(sh)
if message.content.startswith('gf!cl'):
await message.channel.send(cl)
if message.content.startswith('gf!invite'):
await message.channel.send(DBa)
print("Invited someone to join the bot!")
if message.content.startswith('gf!d6'):
b = r(1, 6)
await message.channel.send(b)
print("d6:", b)
if message.content.startswith('gf!cmd'):
d = r(1, 3267)
await message.channel.send(
"YOU HAVE WON THE EVENT! Quick! Message One S Q U E E Z Y Boi#0074: 44573"
)
print("Winning Number:", d)
if message.content.startswith('gf!rng'):
e = r(
1,
99999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999
)
await message.channel.send(e)
print("RNG:", e)
if message.content.startswith('gf!mr'):
AAA = ("Ban", "Mute", "Long mute", "Kick", "Warn")
abc = c(AAA)
print(abc)
await message.channel.send(abc)
def __add__(self, other):
z = ["Stella", "Fritz", "Jumbo", "Zoom", "Staci"]
if isinstance(other, Dog):
return Dog(c(z), self.species, 0)
else:
return "You can't do that!"
def get_team_member(team_members: list) -> str:
return c(team_members)
def luta(esp1,ado,vida,zombi,gold,poção,dano,adp):
#define se você ganha ou perde
print("Você encontrou um zombi lute contra ele")
defesa = ('fracassou sucesso fracassou').split()
sorte = c(defesa)
jogo = True
while jogo:
if vida <= 0:
print("Você perdeu")
break
elif zombi <= 0:
print("Parabens você ganhou")
break
print()
#mostra a vida e as escolhas
print(f"sua vida: {vida}\nvida do zombi: {zombi}\nmoedas: {gold}\n")
escolha =input("ATACAR DEFENDER ITENS POÇÕES\n").lower().strip()[:1]
#usa a escolha atcar e ataca
if escolha == 'a':
escolha_atacar = input('Para girar o dado aperte (D): ')
print()
if escolha_atacar == 'd':
dado = r(1,20)
print(f"Seu ataque foi de {dado * dano}pts")
if escolha_atacar == 'd':
zombi -= dado
else:
print("Você usou o comando errado e morreu")
break
#usa a escolha itens e abre a loja
elif escolha == 'i':
print(f"você tem {gold} moedas\n")
compra = (input(f"poção = 10g (1)\nespada = {esp1}g (2)\nadorar os deuses = {ado}g (3)\n"))
if compra == "p":
print("a poção cura 15 pts de vida e custa 10 moedas\n")
if gold >= 10:
gold = gold - 10
print("você comprou uma poção\n")
poção = poção + 1
else:
print("você não tem moedas suficientes\n")
elif compra == "e":
print(f"a espada aumenta o dano em 1pt e custa {esp1} moedas\n")
if gold >= esp1:
gold = gold - esp1
print("agora seu dano esta aumentado\n")
dano = dano + 1
esp1 = esp1 + 25
else:
print("você não tem moedas suficientes\n")
elif compra == "a":
print(f"adorar os deuses aumenta a taxa de ouro\ndropado em 1 e custa {ado}\n")
if gold >= ado:
gold = gold - ado
print("agora dropara mais ouro dos inimigos\n")
adp = adp + 1
ado = ado + 50
else:
print("você não tem moedas suficientes\n")
else:
escolha = "a"
#usa a escolha poção e compra um do mesmo
elif escolha == 'p':
if poção >= 1:
vida = vida + 15
poção = poção - 1
print(f"você tomou uma poçâo agora sua vida esta em {vida}\ne você tem {poção} poções")
else:
print("você não tem poções")
elif escolha == "d":
dano_contra_ataque = r(1,5)
if sorte == 'sucesso':
print(f'voce conseguio defender e lançar um contra ataque de {dano_contra_ataque}pts')
if sorte == 'sucesso':
zombi -= dano_contra_ataque
else:
print('sua defesa fracassou\nvocê recebera dano x2 no proximo ataque')
#executa o ataque do zumbi
print()
print('Agora o zombi ira atacar')
ataque_zombi = r(1,20)
if escolha == 'a':
print(f'você recebeu {ataque_zombi} de dano')
if escolha == 'a':
vida -= ataque_zombi
else:
if sorte == 'sucesso':
print('defendeu')
continue
else:
print(f'você recebeu {ataque_zombi*2} de dano')
if sorte == 'fracassou':
vida -= ataque_zombi*2
#ganha o ouro
gold1 = r(1,10)
gold2 = gold1 * adp
gold = gold + gold2
print(f"com essa batalha você conseguio mais {gold1} moedas \n ")
print()
shifts[i] %= 26
res = [''] * n
for i, (c, num) in enumerate(zip(S, shifts)):
if (ord(c) + num) > 122:
res[i] = chr(97 + (ord(c) + num) - 122 - 1)
else:
res[i] = chr((ord(c) + num))
return ''.join(res)
assert shiftingLetters("abc", [3,5,9]) == 'rpl'
assert shiftingLetters("abc", [1,50,90]) == 'llo'
assert shiftingLetters("azt", [1234567, 987654, 45671234]) == 'zpr'
from random import randint as r
from random import choice as c
n = r(1, 10)
S = []
shifts = []
for i in range(n):
S.append(c('abcdefghijklmnopqrstuvwxyz'))
shifts.append(r(1, 1000000000))
S = ''.join(S)
print S, shifts
print shiftingLetters(S, shifts)
def s1():
s1_1_w1 = ['I']
s1_1_w2 = ['write', 'am writing', 'am concerned', 'have concerns', 'write you', 'am writing you', 'write to you', 'am writing to you']
s1_1_w3 = ['about', 'concerning', 'regarding', 'with reference to', 'in regard to', 'with regard to']
s1_1_w3_o1 = ['the matter of', 'the issue of', 'the question of', 'the problem of', 'the concern of', 'the topic of', 'this issue:', 'this matter:',
'this question:', 'this problem:', 'this concern:', 'this topic:', 'the following issue:', 'the following matter:',
'the following question:', 'the following problem:', 'the following concern:', 'the following topic:']
s1_1_w4 = issue_s1
s1_1_w5 = ['\b.']
s1_1 = ' '.join([c(s1_1_w1), c(s1_1_w2), c(s1_1_w3), c(["\b", c(s1_1_w3_o1)]), c(s1_1_w4), c(s1_1_w5)])
s1_2_w1 = ['This', 'My']
s1_2_w2 = ['letter', 'note', 'message', 'request', 'inquiry', 'correspondence']
s1_2_w3 = ['is about', 'concerns', 'is regarding', 'is in relation to', 'is in reference to']
s1_2_w3_o1 = s1_1_w3_o1
s1_2_w4 = issue_s1
s1_2_w5 = ['\b.']
s1_2 = ' '.join([c(s1_2_w1), c(s1_2_w2), c(s1_2_w3), c(["\b", c(s1_2_w3_o1)]), c(s1_2_w4), c(s1_2_w5)])
s1_3_w1 = ['Please', 'I hope you will']
s1_3_w2 = ['ensure', 'make sure', 'be certain', 'take heed', 'make certain']
s1_3_w3 = ['that']
s1_3_w4 = issue_s1
s1_3_w5 = ['gets', 'receives', 'has']
s1_3_w6 = ['your']
s1_3_w7 = ['full', 'complete', 'undivided', 'absolute']
s1_3_w8 = ['attention', 'notice', 'consideration', 'recognition', 'awareness']
s1_3_w9 = ['\b.']
s1_3 = ' '.join([c(s1_3_w1), c(s1_3_w2), c(s1_3_w3), c(s1_3_w4), c(s1_3_w5), c(s1_3_w6), c(s1_3_w7), c(s1_3_w8), c(s1_3_w9)])
s1_4_w1 = ['I']
s1_4_w2 = c([['\b'], ['strongly', 'firmly']])
s1_4_w3 = ['urge', 'entreat', 'advise', 'recommend', 'implore', 'request', 'beseech', 'ask']
s1_4_w4 = ['that you', 'you to']
s1_4_w5 = s1_3_w2
s1_4_w6 = ['that']
s1_4_w7 = issue_s1
s1_4_w8 = s1_3_w5
s1_4_w9 = s1_3_w6
s1_4_w10 = s1_3_w7
s1_4_w11 = s1_3_w8
s1_4_w12 = ['\b.']
s1_4 = ' '.join([c(s1_4_w1), c(s1_4_w2), c(s1_4_w3), c(s1_4_w4), c(s1_4_w5), c(s1_4_w6), c(s1_4_w7),
c(s1_4_w8), c(s1_4_w9), c(s1_4_w10), c(s1_4_w11), c(s1_4_w12)])
s1_5_w1 = ['The', 'This']
s1_5_w2 = ['issue of', 'matter of', 'question of', 'concern of',]
s1_5_w3 = issue_s1
s1_5_w4 = ['deserves', 'merits', 'warrants', 'demands', 'should get', 'must receive', 'should receive', 'must get']
s1_5_w5 = s1_3_w6
s1_5_w6 = s1_3_w7
s1_5_w7 = s1_3_w8
s1_5_w8 = ['\b.']
s1_5 = ' '.join([c(s1_5_w1), c(s1_5_w2), c(s1_5_w3), c(s1_5_w4), c(s1_5_w5), c(s1_5_w6), c(s1_5_w7), c(s1_5_w8)])
sentence1 = c([s1_1, s1_2, s1_3, s1_4, s1_5])
return sentence1
def r():
return (c(dirs),c(dirs))
print('Captcha')
from random import randint as r
from random import choice as c
import string
captcha = []
r1 = r(6, 10)
i = 0
while i <= r1:
r2 = r(0, 9)
if r2 <= 6:
r3 = str(r(0, 9))
else:
r3 = c(string.ascii_letters)
captcha.append(r3)
i += 1
captcha = ''.join(captcha)
print('Captcha generated: ' + captcha)
#!/usr/bin/env python #coding=utf-8 from random import shuffle as mix from string import ascii_letters as letters from random import choice as c #lista = [i for i in range(100)] lista = [i for i in [c(xrange(100)) for i in xrange(100)]] mix(lista) lista2 = [i for i in [c(letters) for i in xrange(len(letters))]] def main(): """not made for direct call""" print "Error: código no apto para llamada directa" exit(1) if __name__ == '__main__': main()
# if I wanted to refer to the module as another name # I can now call on the random module using 'rand' instead of 'random' import random as rand # randomly picks one print(rand.choice(['apple', 'banana', 'cherry', 'durian'])) # randomly shuffles list print(rand.shuffle(['apple', 'banana', 'cherry', 'durian'])) # If I just want to import A PART of a module, I can use keyword 'from' # It's best to only import what I need to be safe and keep things fast # from MODULE import * (this imports everything into the current namespace (meaning you dont need random.randint(), just randint())) from random import choice as c, randint as r print(c(['a', 'b', 'c', 'd'])) print(r(1, 100)) # 218 - Custom Modules # Less impressive than it sounds...basically just a file with Python code that I import to another file # See the lecture for details # I is the same as importing a built-in module # just make sure the files are in the same directory (or you need to specify directory location) # 220 - Installing External Modules and TermColor # external modules need to be installed and, generally speaking, come from random developers # A good resource for external modules: https://pypi.org/ # IMPORTANT NOTE: PyPi is not audited. This means I must be extremely careful with the packages I download. Most popular ones will be scrutinized, but others will likely not be... # to get external packages, I need to use pip in regular Python, but since I'm using Anaconda, I need the cheatsheet: # https://conda.io/docs/_downloads/conda-cheatsheet.pdf # It's important to note that I should use different environments as I am testing things out...
import discord
from discord.ext import commands
import brawlstats
from random import choice as c
import os
import aiohttp
colors = c([
discord.Color.red(),
discord.Color.blue(),
discord.Color.green(),
discord.Color.purple(),
discord.Color.orange(),
discord.Color.blurple(),
discord.Color.magenta()
])
class BrawlStars(commands.Cog):
"""I know, the bot has Brawl Stars stats. It works perfect."""
def __init__(self, bot):
self.bot = bot
self.client = brawlstats.Client('KEY', is_async=True)
@commands.command(usage='<tag>')
@commands.cooldown(1, 5, commands.BucketType.user)
async def bsprofile(self, ctx, tag: str = None):
"""Get a brawl stars profile"""
if tag is None:
return await ctx.send(f"**Use `{ctx.prefix}bsprofile <tag>`!**")
try:
from random import choice as c from firstnames_f import * from firstnames_m import * from surnames import * firstnames = mFirstNames + fFirstNames for _ in range(25): print c(firstnames) + " " + c(surnames)
def cmd(send, msg, args):
"""Causes the bot to generate some jargon.
Syntax: {command}
"""
msgtype = ["If we %s the %s, we can get to the %s %s through the %s %s %s!" % (c(verb), c(noun), c(abbrev), c(noun), c(adj), c(abbrev), c(noun)),
"We need to %s the %s %s %s!" % (c(verb), c(adj), c(abbrev), c(noun)),
"Try to %s the %s %s, maybe it will %s the %s %s!" % (c(verb), c(abbrev), c(noun), c(verb), c(adj), c(noun)),
"You can't %s the %s without %s the %s %s %s!" % (c(verb), c(noun), c(ingverb), c(adj), c(abbrev), c(noun)),
"Use the %s %s %s, then you can %s the %s %s!" % (c(adj), c(abbrev), c(noun), c(verb), c(adj), c(noun)),
"The %s %s is down, %s the %s %s so we can %s the %s %s!" % (c(abbrev), c(noun), c(verb), c(adj), c(noun), c(verb), c(abbrev), c(noun)),
"%s the %s won't do anything, we need to %s the %s %s %s!" % (c(ingverb), c(noun), c(verb), c(adj), c(abbrev), c(noun)),
"I'll %s the %s %s %s, that should %s the %s %s!" % (c(verb), c(adj), c(abbrev), c(noun), c(verb), c(abbrev), c(noun))]
send(c(msgtype))
for m, x in enumerate(v):
b.append(x)
if m%n == n-1:
yield b
b = []
if b:
b += [d] * (n - len(b))
yield b
def fold_(v, n, d=''):
pass
if __name__ == '__main__':
from cilib import ciprint
from cilib import span
from random import randrange, choice as c
a = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
st = 'background:#%03x;font-family:terminal;padding:0px;margin:0px;'
content = [
[span(c(a)+c(a)+c(a))(style=st%(randrange(16**3))) for x in range(19)]
for y in range(57)]
ciprint(
title = 'chip.py',
content = table(content)(cellspacing=0)(cellpadding=0)['test'],
separate = True,
css = '/css/basic2',
)
def timer_handler():
global message
message = [''.join([c([chr(r(32,127)),'0','0','1']) for i in xrange( inc(len(message[j])+1) )]) for j in xrange(len(message))]
if len(message) <= 22: message.extend(["",""])
# print('hello world ')
#
# if 3 > 0:
# print('yes')
# else:
# print('no')
#
# x = y = 3
# print(x + y)
from random import randint as c
def sort(seq):
if len(seq) < 2:
return seq
middle = seq[0]
smaller = []
larger = []
if __name__ == '__main__':
nums = [c(1, 100) for i in range(10)]
print(nums)
sort(nums)
from random import choice as c
from firstnames_f import *
from firstnames_m import *
from surnames import *
firstnames = mFirstNames + fFirstNames
for _ in range(25):
print c(firstnames) + " " + c(surnames)
import folium
from random import choice as c
marker_colors = ['red', 'blue', 'green', 'purple', 'orange', 'darkred',
'beige', 'darkblue', 'cadetblue', 'pink', 'lightblue', 'black']
map = folium.Map(location=[45.327803, 14.466859], zoom_start=21)
uni = folium.FeatureGroup("Universities")
with open("universities_locations.txt", "r") as f:
for univ in f:
location = (univ.split(sep=";")[0]).split(sep=", ")
location = [float(no) for no in location]
name = univ.split(sep=";")[1]
uni.add_child(
folium.Marker(location=location, popup=name, icon=folium.Icon(color=c(marker_colors))))
map.add_child(uni)
map.add_child(folium.LayerControl())
map.save("map1.html")
def s2():
s2_1_w1 = ['I appreciate', 'Thank you for', 'I would be encouraged by']
s2_1_w2 = c([['your'], ['your prompt', 'your courteous', 'your immediate', 'your timely']])
s2_1_w3 = ['attention', 'notice', 'consideration', 'recognition', 'awareness', 'concern']
s2_1_w4 = ['for', 'of', 'towards', 'toward', 'to']
s2_1_w5 = ['this']
s2_1_w6 = ['\b', 'important', 'critical', 'crucial', 'essential', 'far-reaching', 'serious', 'significant', 'urgent', 'meaningful', 'vital', 'pressing']
s2_1_w7 = ['issue', 'matter', 'concern', 'question', 'problem', 'topic', 'message', 'correspondence', 'letter', 'note', 'request', 'inquiry']
s2_1_w8 = ['\b.']
s2_1 = ' '.join([c(s2_1_w1), c(s2_1_w2), c(s2_1_w3), c(s2_1_w4), c(s2_1_w5), c(s2_1_w6), c(s2_1_w7), c(s2_1_w8)])
s2_2_w1 = c([['Your'], ['Your prompt', 'Your courteous', 'Your immediate', 'Your timely']])
s2_2_w2 = s2_1_w3
s2_2_w3 = s2_1_w4
s2_2_w4 = s2_1_w5
s2_2_w5 = s2_1_w6
s2_2_w6 = s2_1_w7
s2_2_w7 = ['is', 'continues to be', 'remains']
s2_2_w8 = ['appreciated', 'welcome', 'acknowledged', 'laudatory', 'commendatory']
s2_2_w9 = ['\b.']
s2_2 = ' '.join([c(s2_2_w1), c(s2_2_w2), c(s2_2_w3), c(s2_2_w4), c(s2_2_w5), c(s2_2_w6), c(s2_2_w7), c(s2_2_w8), c(s2_2_w9)])
sentence2 = c([s2_1, s2_2])
return sentence2
def play_random_choice(words):
answer, word = c(words)[:-1].split(",")
result = raw_input("{0} : ".format(word))
return result, answer
from random import choice as c
list1=list(map(int,input("Enter values:").split(",")))
print(c(list1))