alias please="sudo"
alias killme="rm -rf /*"

$ please killme

py3

import os, re
from random import random
ran=list(os.urandom(2000))
ranm=''.join(list(map(chr,ran)))
pos=['[^a-z]','(bx|dx|fx|g[qx]|hx|j[cqxz]|kx|mx|q[cdfgjkmnptz]|sx|v[bjqwx]|wx|zx)']
for r in pos:
 ranm=re.sub(r,'',ranm)
f=re.findall('\w{3}',ranm)
print(*f)

bzz urx hek vsr jhb ryz qox bkk cuc jwm ine hdc ybo orl kur typ bvg car pwy adj jye fqs eqx uqu wlx bax kms pyw iwu ofl lca zdk osl ipu hob yrx kuh qaq xdl fus ypl lax wgc sdc qbk lxv pco bor kvt cba jhb svd iwa tsj spr zac dbv uit xkf lui mtb tjf

py3

import re as r
s=r.sub
t=s('[^\d :]','',input()).split()
p=[(chr(int(s(':','',x))+33),x.split(':')) for x in t]
f=["{:02}:{:02} = {}".format(int(y[1][0]),int(y[1][1]),y[0]) for y in p]

print('\n'.join(f))

23:59 12:09 00:00 7:14

23:59 = क़
12:09 = Ӛ
00:00 = !
07:14 = ˫

py3

t=input().split()
p=[([int(str(ord(x)-33)[:-2] or 0),int(str(ord(x)-33)[-2:] or 0)],x) for x in t]
f=["{:02}:{:02} = {}".format(y[0][0],y[0][1],y[1]) if y[0][0]<24 and y[0][1]<60 else "'"+y[1]+"' invalid" for y in p]

print('\n'.join(f))

क़ ✓ Z

23:59 = क़
'✓' invalid
00:57 = Z

import asyncio
msg = await e.reply('...')

inp='🍑 🍑 🍑'
u,t,g,o,s,n=inp.split(),'🗑','<(^_^ <)','(> ^_^)>','⠀ ','\n';h=[(u[0],u[1],u[2]),(u[0],u[1],''),(u[0],'','')]
for something in reversed([y for y in ([''.join(x) for x in (f+(s,g,s+s*f.count(''),t),f+(g,s*2+s*f.count(''),t),f[:i]+(o,f[i],s*2+s*f.count(''),t),f[:i]+(s+s*f.count(''),o,f[i],s,t),f[:i]+(s*2+s*f.count(''),o,f[i],t),f[:i]+(s*3+s*f.count(''),o,t),f[:i]+(s*3+s*f.count(''),g,t))] for i,f in enumerate(reversed(h)))]):
 for something_else in something:
  await asyncio.sleep(0.1)
  await msg.edit(something_else)

py3

from statistics import median
words = 'find the word somewhere here'.split()
midword = median(range(len(words)))
for index, w in enumerate(words):
  test = abs(index - midword)
  if test <= 0.5:
    words[index] = 'MIDDLE'
print(' '.join(words))

find the MIDDLE somewhere here

py3

print(bin(1)+' Kenobi')

0b1 Kenobi

py3

class www:
    class docs:
        class pyrogram:
            class org:
                pass

print(www.docs.pyrogram.org.__qualname__)

www.docs.pyrogram.org

from datetime import datetime
# https://stackoverflow.com/a/15537393
def remap(x, oMin, oMax, nMin, nMax):
    if oMin == oMax:
        print("Warning: Zero input range")
        return None
    if nMin == nMax:
        print("Warning: Zero output range")
        return None
    reverseInput = False
    oldMin = min(oMin, oMax)
    oldMax = max(oMin, oMax)
    if not oldMin == oMin:
        reverseInput = True
    reverseOutput = False
    newMin = min(nMin, nMax)
    newMax = max(nMin, nMax)
    if not newMin == nMin :
        reverseOutput = True
    portion = (x-oldMin)*(newMax-newMin)/(oldMax-oldMin)
    if reverseInput:
        portion = (oldMax-x)*(newMax-newMin)/(oldMax-oldMin)
    result = portion + newMin
    if reverseOutput:
        result = newMax - portion
    return result


def main():
    min_x = 1
    # get max message count
    max_x = 85175
    min_y = 1.0
    # get telegram account creation date
    tg_creation = datetime(2017, 8, 1)
    # get group creation date
    grp_creation = datetime(2019, 6, 3)
    max_y = (datetime.now() - (tg_creation if tg_creation>=grp_creation else grp_creation)).total_seconds()
    # get current message count in group
    x = 11151
    # get group join date
    y = (datetime.now() - datetime(2019, 6, 3)).total_seconds()
    min_sc = -500
    max_sc = 500
    # x_norm = (x-min_x/max_x-min_x)*(max_sc-min_sc)+min_sc
    # y_norm = (y-min_y/max_y-min_y)*(max_sc-min_sc)+min_sc
    x_norm = remap(x, min_x, max_x, min_sc, max_sc)
    y_norm = remap(y, min_y, max_y, min_sc, max_sc)
    credit_score = round(x_norm + y_norm, 3)
    print("Your group credit score (between -1000 to 1000) is currently:", credit_score)


main()