from factorizations.factordb import *
banner()
try:
def factordb(n):
f = FactorDB(n)
f.connect()
return f.get_factor_list()
c = int(input("==> c = "))
n = int(input("==> n = "))
e = int(input("==> e = "))
factordb = factordb(n)
q = factordb[0]
p = factordb[1]
phi = (p - 1) * (q - 1)
d = modinv(e, phi)
decrypt = pow(c, d, n)
Convert(decrypt)
except IndexError:
slowprint("[-] Sorry Can't Factorize n ")
except ImportError:
slowprint("\n[-] Module Not Setup")
except ValueError:
slowprint("\n[-] c, e, n Must Be Integar Number")
except AssertionError:
slowprint("\n[-] Wrong Data")
from factorizations.factordb import *
banner()
try:
def factordb(n):
f = FactorDB(n)
f.connect()
return f.get_factor_list()
c = int(input("==> c = "))
n = int(input("==> n = "))
e = int(input("==> e = "))
primes = factordb(n)
print(primes)
phi = 1
for i in primes:
phi *= i - 1
print(phi)
d = modinv(e, phi)
m = pow(c, d, n)
convert(m)
except IndexError:
slowprint("[-] Sorry Can't Factorize n ")
except ImportError:
slowprint("\n[-] Module Not Setup")
except ValueError:
slowprint("\n[-] c,n,e Must Be Integer Number")