Telegram Web Link
Language:
py3


Source:
q,r,L,N=abs,print,' ℒ','\n'
class LP:
def __init__(s,b):s.b=b;r('LonaPity')
def w(s,a):return"Can't w/d",L,a,'!',N
def d(s,a):a=q(a);s.b+=a;return'Deposited:'+L,a,N
def c(s):return'Balance:'+L,s.b,N
p=LP(100);r(*(*p.c(),*p.w(40),*p.d(25),*p.c()),sep='')


Result:
LonaPity
Balance: ℒ100
Can't w/d ℒ40!
Deposited: ℒ25
Balance: ℒ125
Language:
py3


Source:
e_dict={"🖨":"print"}

emojithon="🖨('hello world')"

decoded=''.join([(x if x not in e_dict else e_dict[x]) for x in emojithon])

eval(decoded)


Result:
hello world
Language:
py3


Source:
awberry = "🍓"

print(str(awberry))


Result:
🍓
Language:
py3


Source:
emojis='❤️ 🧡 💛 💚 💙 💜'

print(''.join(__import__('random').choice([x[0] for x in emojis.split(' ')]) for _ in range(60)))


Result:
💙💜💛💛💚💙💜🧡💙💛💜🧡💙💙🧡💛💙💙💛💛💜💙💙💙💛💚💚💜🧡💜💚💜💜💛💛💜💙💙💙💚💜💛🧡💙💛💛💚🧡💙💙
Language:
py3


Source:
code="def main():\n  print(gethi())\ndef gethi():\n  return'hi'\nif __name__=='__main__':main()"
exec(code)


Result:
hi
Language:
py3


Source:
import keyword as k
w=k.kwlist+['print','\"','\'','(',')',':','=']
e='🚫🔜💔🏫📘🙃🙄😱😅🌐🤔🚢👽💨🙋🔙🔃🔀🔺🖨'
d,i={},0
for j in e:
d[j]=w[i];i+=1
print(d)


Result:
{'🙃': 'elif', '': 'in', '': 'or', '': 'continue', '': 'is', '🏫': 'class', '': 'from', '': 'lambda', '💔': 'break', '🙄': 'else', '': 'try', '': 'True', '🌐': 'global', '🔀': 'with', '🔜': 'as', '': 'del', '': 'not', '🚫': 'None', '': '(', '': 'and', '': "'", '🖨': 'print', '🔺': 'yield', '': ')', '📘': 'def', '': '=', '🔃': 'while', '': 'for', '😅': 'finally', '': 'assert', '': 'False', '🚢': 'import', '🙋': 'raise', '👽': 'nonlocal', '💨': 'pass', '😱': 'except', '': '"', '🤔': 'if', '': ':', '🔙': 'return'}
Language:
py3


Source:
import keyword as k
w=k.kwlist+'print " \' ( ) : = \n'.split(' ')
e='🚫🔜💔🏫📘🙃🙄😱😅🌐🤔🚢👽💨🙋🔙🔃🔀🔺🖨🆕'
d,i={},0
for j in e:
d[j]=w[i];i+=1
n='📘 m🆕 🖨hi🆕🤔 __name____main__🆕 m'
exec(''.join([(x if x not in d else d[x]) for x in n]))


Result:
"hi"
Language:
py3


Source:
print('👩‍🎓'.strip('🎓'))


Result:
👩
Language:
py3


Source:
print('\n'.join('{0} bottles of beer on the wall, {0} bottles of beer, you take one down and pass it around, {1} bottles of beer on the wall'.format(i, i-1) for i in (range(99, 97,-1))))


Result:
99 bottles of beer on the wall, 99 bottles of beer, you take one down and pass it around, 98 bottles of beer on the wall
98 bottles of beer on the wall, 98 bottles of beer, you take one down and pass it around, 97 bottles of beer on the wall
Language:
py3


Source:
s='\u0336'
def striketext(string):
return s.join([*string,''])

print(striketext("this text is striked"))


Result:
t̶h̶i̶s̶ ̶t̶e̶x̶t̶ ̶i̶s̶ ̶s̶t̶r̶i̶k̶e̶d̶
Forwarded from ‍Zac
Language:
py3


Source:
import random as r
c = {1:"",2:"",3:"",4:"💣",5:"",6:""}
print('russian roulette:\n*spin*\n*click*\n')
print("*bang*\n*ded*" if not c[r.choice(list(c.keys()))] == "" else ":) *yolo*")


Result:
russian roulette:
*spin*
*click*

:) *yolo*
Forwarded from ‍Zac
Language:
py3


Source:
import random as r
c = {1:"",2:"",3:"",4:"💣",5:"",6:""}
print('russian roulette:\n*spin*\n*click*\n')
print("*bang*\n*ded*" if not c[r.choice(list(c.keys()))] == "" else ":) *yolo*")


Result:
russian roulette:
*spin*
*click*

*bang*
*ded*
Language:
py3


Source:
o,h,e,q,c,k='•','<','no he*cks given.',7,13,'—';d=['⠀']*c;v=['']*q;p=[[i for i in d] for j in v];p[0][6]=p[1][3]=p[1][9]=p[3][1]=p[3][11]=p[5][0]=p[5][6]=p[5][12]=o;p[5][2]=h;p[5][3]=p[5][4]=p[5][5]=k;
print(*[''.join(x) for x in p],e, sep='\n')


Result:
⠀⠀⠀⠀⠀⠀•⠀⠀⠀⠀⠀⠀
⠀⠀⠀•⠀⠀⠀⠀⠀•⠀⠀⠀
⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀
⠀•⠀⠀⠀⠀⠀⠀⠀⠀⠀•⠀
⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀
•⠀<———•⠀⠀⠀⠀⠀•
⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀
no he*cks given.
Language:
py3


Source:
o,h,e,q,c,k='🔹','◁','no he*cks.',7,13,'—';d=['⠀']*c;v=['']*q;p=[[i for i in d] for j in v];p[1][6]=p[2][2]=p[2][9]=p[3][1]=p[3][10]=p[4][0]=p[4][11]=p[5][0]=p[5][10]=o;p[5][2]=h;p[5][3]=p[5][4]=p[5][5]=k;p[5][6]='▫️'
print(*[''.join(x) for x in p],e, sep='\n')


Result:
⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀
⠀⠀⠀⠀⠀⠀🔹⠀⠀⠀⠀⠀⠀
⠀⠀🔹⠀⠀⠀⠀⠀⠀🔹⠀⠀⠀
🔹⠀⠀⠀⠀⠀⠀⠀⠀🔹⠀⠀
🔹⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀🔹
🔹⠀◁———▫️⠀⠀⠀🔹⠀⠀
⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀
no he*cks.
Language:
py3


Source:
h,t,g,o,s,n= ['🍺', '🍪', '🌮'],'🗑️','< (^_^ <)','(> ^_^) >','⠀','\n\n';d=len(h)
for i in reversed(range(d)):
z=[[*h,s,g,s,t],[*h,g,s,s,t],[*h[:i],o,h[i],s,t],[*h[:i],s,o,h[i],t],[*h[:i],s,s,o,t],[*h[:i],s,s,g,t]];print(*[''.join(x) for x in z],sep=n);h[i]=''


Result:
🍺🍪🌮⠀< (^_^ <)⠀🗑️

🍺🍪🌮< (^_^ <)⠀⠀🗑️

🍺🍪(> ^_^) >🌮🗑️

🍺🍪⠀(> ^_^) >🌮🗑️

🍺🍪⠀⠀(> ^_^) >🗑️

🍺🍪⠀⠀< (^_^ <)🗑️
🍺🍪⠀< (^_^ <)⠀🗑️

🍺🍪< (^_^ <)⠀⠀🗑️

🍺(> ^_^) >🍪🗑️

🍺⠀(> ^_^) >🍪🗑️

🍺⠀⠀(> ^_^) >🗑️

🍺⠀⠀< (^_^ <)🗑️
🍺⠀< (^_^ <)⠀🗑️

🍺< (^_^ <)⠀⠀🗑️

(> ^_^) >🍺🗑️

⠀(> ^_^) >🍺🗑️

⠀⠀(> ^_^) >🗑️

⠀⠀< (^_^ <)🗑️
s/(?<![ls ])c(?![hkt ])|s/th/gi
Language:
py3


Source:
t,g,o,s,c,n,m,w='🗑','<(^_^ <)','(> ^_^)>','⠀','⠀⠀','\n\n',-1,' ';h='💰',w,'🔧';d=len(h)
for i in range(d+m,m,m):
j,k=h[i],h[:i]
if j==w:h=k;continue
print(*[''.join(x) for x in (h+(s,g,s,t),h+(g,c,t),k+(o,j,s,t),k+(s,o,j,t),k+(c,o,t),k+(c,g,t))],sep=n);h=k


Result:
💰 🔧⠀<(^_^ <)⠀🗑

💰 🔧<(^_^ <)⠀⠀🗑

💰 (> ^_^)>🔧🗑

💰 ⠀(> ^_^)>🔧🗑

💰 ⠀⠀(> ^_^)>🗑

💰 ⠀⠀<(^_^ <)🗑
💰⠀<(^_^ <)⠀🗑

💰<(^_^ <)⠀⠀🗑

(> ^_^)>💰🗑

⠀(> ^_^)>💰🗑

⠀⠀(> ^_^)>🗑

⠀⠀<(^_^ <)🗑
from collections import Counter
n='Alexandru Popescu'
L,v=n.upper().replace(' ',''),reversed
c=Counter(L)
T=sorted([(k,c[k]) for k in c.keys() if c[k]>1], key=lambda e:(e[1],e[0]))
if not T:T=[(L)]
j=['-'.join(v([p[0]+str(p[1]) for p in T if p[1]>T[0][1]]))]
if j[0]=='':j=[T[-1][0]+str(T[-1][1])]
m=''.join(v([x[0] for x in T if x[1]==T[0][1]]))
print (*j+[m] if len(j)>2 else j+['-']+[m[1:4] if len(m)>2 else m[1:4]+'O'],sep='')
def droid_name_gen(name):
n=__import__('re').sub('[^\\w]','',str(name))
if not n:return "Name Invalid.\nR2-D2: sad beep x'("
L=n.upper()
v=reversed
c=__import__('collections').Counter(L)
T=sorted([(k,c[k]) for k in c.keys() if c[k]>1], key=lambda e:(e[1],e[0]))
if T==[]:T=[(L[0],str(len(L))[0], (L[-1]))]
j=['-'.join(v([p[0]+str(p[1]) for p in T if p[1]>=T[0][1]]))]
jf=j[0][:2]
if len(j[0])==5:
if jf[1]==j[0][4]:j=[j[0][:5]]
elif len(j[0])>=8:
if jf[1]==j[0][4]:j=[j[0][:5]]
elif j[0][4] == j[0][7]:j=[j[0][:2]]
elif j[0]=='':j=[T[-1][0]+str(T[-1][1])]
m=''.join(v([x[0] for x in T if x[1]<=T[0][1]]))
e=j if len(j[0])>=5 else (j+['-']+[(m[1:4]) if len(m)>2 else (m[1:4]+('O' if len(m)>1 else 'O'+str(T[-1][-1])))])
return ''.join(e)

if __name__=="__main__":
import sys
if len(sys.argv)>1:
print(droid_name_gen(''.join([str(x) for x in sys.argv[1:]])))
else:
print("Please enter a name")
2025/10/21 21:45:09
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