ZN Code Saves

Caution: This script is only for testing purposes and may run forever or hang!

from itertools import product as p, zip_longest as z, permutations as r
import re
from datetime import datetime 
# for generating random input
from random import randrange
from functools import reduce
import operator

LOOPC = 0

def solve(*numbers, operators: list =['+', '*', '-', '/']) -> list:
    a, b = operators, numbers
    reg = r"((\d+[+-]|\d+[-+])+\d+(?=[*\/]))|((?<=[*\/])\d+([-+]\d+|[+-]\d+)+)"
    permutations = {}
    perm_a = p(a, repeat=len(b)-1)
    global LOOPC
    for i in list(perm_a):
        eqs = ''.join([str(x)+str(y if y is not None else '') for x, y in [t for t in z(b, i)]])
        try:
            permutations[eqs] = eval(eqs)
        except:pass
        m = re.search(reg, eqs)
        if m:
            r=re.sub(reg, r" (\1\3) ", eqs)
            spl = [([x[1:-1], x] if '(' in x else x) for x in r.split()]
            count = sum(isinstance(i, list) for i in spl)
            counter = 0
            re_perms = []
            temp = ''
            for binar in p([0,1], repeat=count):
                temp = ''
                counter = 0
                for rep in spl:
                    if isinstance(rep, list):
                        state = binar[counter]
                        temp+= rep[state]
                        counter += 1
                    else:
                        temp+= rep
                    LOOPC += 1
                try:
                    permutations[temp] = eval(temp)
                except:pass
        else:
            LOOPC += 1
    return list(zip(permutations, permutations.values()))


def prod(iterable):
    return reduce(operator.mul, iterable, 1)

def start():
    found = False
    numbers_length = randrange(4,7)
    numbers = [randrange(1,10) for x in range(numbers_length)]
    goal = randrange(0, prod(numbers)+1)
    combinations = r(numbers, r=len(numbers))
    end_combos = {}
    for combo in combinations:
        solved = solve(*combo)
        for s in solved:
            san_s = 0
            if float(s[1]).is_integer():
                san_s = int(s[1])
            else:
                san_s = s[1]
            if san_s == goal:
                found = True
                found_combo = '='.join([str(x) for x in s])
                end_combos[s[0]] = found_combo
    return list(end_combos.values())

def main():
    attempts = 0
    while True:
        start_time = datetime.now()
        result = start()
        attempts += 1
        elapsed_time = datetime.now()
        if result:
            global LOOPC
            combos = len(result)
            time_total = elapsed_time - start_time
            print('Found {} solutions in {} iterations after {} attempts (running time {}):'.format(combos, LOOPC, attempts, time_total))
            for x in result:
                print(x)
            LOOPC = 0
            return

if __name__ == '__main__':
    main()

245 viewsedited 23:07

ZN Code Saves

from itertools import product as p
chars=[]
rg=pow(2,6)
start=127823+rg*11
for h in range(start, start+rg+1):
  c=chr(h)
  chars.append(c)
  if len(chars)==rg+1:
    break

binary=[''.join([str(b) for b in a]) for a in p([0,1], repeat=6)]+['owner']

print(*[" ".join(_) for _ in zip(binary, chars)], sep='\n')

196 views18:59

ZN Code Saves

Language:

py3

Source:

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))

Result:

find the MIDDLE somewhere here

191 views18:11

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ZN Code Saves

from itertools import permutations
import string
import re
dig = string.digits
pattern = r"^[a-z]((?!__)[\w\d]){3,30}[a-z\d]"
charset = [*string.ascii_lowercase, *dig, '_']
count = 0
for R in range(5,33):
    print(R)
    for perm in permutations(charset, r=R):
        if re.match(pattern, ''.join(perm)):
           count += 1
print(count)

216 viewsedited 17:05

ZN Code Saves

Forwarded from drunktimelord

Language:

py3

Source:

print(bin(1)+' Kenobi')

Result:

0b1 Kenobi

145 views13:58

ZN Code Saves

Forwarded from Deleted Account

Language:

py3

Source:

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

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

Result:

www.docs.pyrogram.org

151 views20:49

ZN Code Saves

Forwarded from Monster Alien

s/^(?:.(?=.+((?(1).\1|.))$))*.\K/|

114 views10:21

ZN Code Saves

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()

148 viewsedited 12:27

ZN Code Saves

Forwarded from ‍Zac

Language:

py3

Source:

import random as r
i=r.randint
c=list('bdfghjklmnprstvwyz')
v=list('aie')
n=len(c)-1
def f():
 return ''.join([c[i(0,n)].upper(),v[i(0,2)],c[i(0,n)],v[i(0,2)],c[i(0,n)],v[i(0,2)]])
print(f(),f())

Result:

Nesefi Yepape

167 views18:01

ZN Code Saves

Forwarded from ‍Zac

Language:

py3

Source:

mc,ctemp,cmax,current,c=[],[],5,0,0
members=[*'abcdefghijklmn']
while current < len(members):
  c=0
  for m in members[current:]:
    if c==cmax:break
    ctemp.append(m)
    c+=1
    current+=1
  mc.append(ctemp)
  ctemp=[]
print(mc)

Result:

[['a', 'b', 'c', 'd', 'e'], ['f', 'g', 'h', 'i', 'j'], ['k', 'l', 'm', 'n']]

128 views21:13

ZN Code Saves

Language:

py3

Source:

def turn_down():return
turn_down_for = \
[turn_down() for wat in range(5)]

print(*turn_down_for, " Batman!", sep='')

Result:

NoneNoneNoneNoneNone Batman!

🤡1

112 views20:52

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ZN Code Saves

Forwarded from ‍Zac

Language:

py3

Source:

from datetime import datetime,timedelta
import math
p,m="▓","░"
n=datetime.now()
st,en=datetime(n.year,1,1), datetime(n.year+1,1,1)-timedelta(days=1)
tot,el=en-st,n-st
pe=(el/tot)*100
elp=int(math.ceil(pe)*0.17)
print(p*elp,m*(17-elp)," ",int(pe),"%",sep="")

Result:

▓▓▓▓▓▓▓▓▓▓▓░░░░░░ 69%

116 views10:49

ZN Code Saves

Forwarded from ‍Zac

from datetime import datetime,timedelta
import math
# 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


p,m="▓","░"
n=datetime.now()
st,en=datetime(n.year,1,1), datetime(n.year+1,1,1)-timedelta(days=1)
tot,el=en-st,n-st
pe=(el/tot)*100
elp=int(math.ceil(pe)*0.16)
sc_pe= math.ceil(remap(pe, 1, 100, 1, 14000/23))
print("{}{} {}% ({}%)".format(p*elp,m*(16-elp),int(sc_pe),int(pe)))

158 views14:03

ZN Code Saves

Forwarded from Deleted Account

Result:

▓▓▓▓▓▓▓▓▓▓▓░░░░░ 420% (69%)

211 views14:04

ZN Code Saves

Forwarded from Jonatan [active currently]

Language:

py3

Source:

def x():
    yield (yield (yield))


x = x()
next(x)
print(x.send('a'))

Result:

144 views06:00

ZN Code Saves

Language:

py3

Source:

input_text = 'hello bobin'
mapped = dict(list(zip(range(65,90), range(0x1F1E6,0x1F1FF)))+[(32,32)])
gen = [chr(mapped[ord(x.upper())]) for x in input_text]
print(*gen,sep='\u200b')

Result:

🇭🇪🇱🇱🇴 🇧🇴🇧🇮🇳

149 views10:22

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ZN Code Saves

Language:

py3

Source:

input_text = '#hello 123\n bobin!!!   \n:D'
r=range(65,90)
mapped = dict(list(zip(r, range(0x1F1E6,0x1F1FF)))+[(32,32)])
gen = [chr(mapped[ord(x)]) if ord(x) in r else x for x in input_text.upper()]
print(*gen,sep='\u200b')

Result:

#🇭🇪🇱🇱🇴 123
 🇧🇴🇧🇮🇳!!!   
:🇩

122 views21:10

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ZN Code Saves

Language:

py3

Source:

male = "♂️"
female = "♀️"
man = "💁‍♂️"
trans = man.translate(man.maketrans(male, female))
neutral = trans[:-3]
print(man, trans, neutral, sep="\n")

Result:

💁‍♂️
💁‍♀️
💁

124 views18:07

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ZN Code Saves

Language:

py3

Source:

man = '💁‍♂️'

_=man.translate

trans = _(\
man.maketrans('♂️','♀️'))

neutral = trans[:-3]

print(man, trans, neutral)

Result:

💁‍♂️ 💁‍♀️ 💁

159 views18:22

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ZN Code Saves

import re
from string import printable as pr

p=pr[10:]+'0123456789'
extra = len(p) % 16
if extra > 0:
    p = p + ("\x00" * (16 - extra))
spl = re.findall("(.{1,16})", p, flags=re.DOTALL)[0]

inp = "helloo"

jnd=''.join([str(hex(spl.find(x))).split('x')[1] for x in inp])
spl2= re.findall("(.{2})", jnd, flags=re.DOTALL)
jnd2=''.join([chr(int(x, 16)) for x in spl2])
print('Input text: ', inp, '\nCompressed: ', jnd2, '\nSavings: ', int((len(inp)/len(jnd2))*100), '%', sep='')

djnd=[str(hex(ord(x))).split('x')[1] for x in jnd2]
dcd=[spl[int(x[0],16)]+spl[int(x[1],16)] for x in djnd]
print('Decompressed: ', *dcd, sep='')

141 viewsedited 22:07

2025/10/21 08:51:10
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