def wiener(self):
# this attack module can be optional based on sympy and wiener_attack.py existing
try:
from wiener_attack import WienerAttack
except ImportError:
print("[!] Warning: Wiener attack module missing (wiener_attack.py) or SymPy not installed?")
return
# Wiener's attack
wiener = WienerAttack(self.pub_key.n, self.pub_key.e)
if wiener.p is not None and wiener.q is not None:
self.pub_key.p = wiener.p
self.pub_key.q = wiener.q
self.priv_key = PrivateKey(int(self.pub_key.p), int(self.pub_key.q),
int(self.pub_key.e), int(self.pub_key.n))
return
def wiener(self):
# this attack module can be optional
try:
from wiener_attack import WienerAttack
except ImportError:
if self.args.verbose:
print "[*] Warning: Wiener attack module missing (wiener_attack.py)"
return
# Wiener's attack
wiener = WienerAttack(self.pub_key.n, self.pub_key.e)
if wiener.p is not None and wiener.q is not None:
self.pub_key.p = wiener.p
self.pub_key.q = wiener.q
self.priv_key = PrivateKey(long(self.pub_key.p), long(self.pub_key.q),
long(self.pub_key.e), long(self.pub_key.n))
return
def wiener(self):
# this attack module can be optional based on sympy and wiener_attack.py existing
try:
from wiener_attack import WienerAttack
except ImportError:
if self.args.verbose:
print(
"[!] Warning: Wiener attack module missing (wiener_attack.py) or SymPy not installed?"
)
return
# Wiener's attack
wiener = WienerAttack(self.pub_key.n, self.pub_key.e)
if wiener.p is not None and wiener.q is not None:
self.pub_key.p = wiener.p
self.pub_key.q = wiener.q
self.priv_key = PrivateKey(int(self.pub_key.p),
int(self.pub_key.q),
int(self.pub_key.e),
int(self.pub_key.n))
print("\t[+] Performing Alternative Weiner Attack")
key_data = self.wiener_alt(self.pub_key.n, self.pub_key.e)
if key_data is not None:
key = RSA.importKey(key_data)
print("[*] n: " + str(self.pub_key.n))
print("[*] e: " + str(self.pub_key.e))
print("[*] d: " + str(key.d))
print("[*] p: " + str(key.p))
self.pub_key.p = key.p
print("[*] q: " + str(key.q))
self.pub_key.q = key.q
self.priv_key = PrivateKey(int(self.pub_key.p),
int(self.pub_key.q),
int(self.pub_key.e),
int(self.pub_key.n))
return
try:
pub_key.prime_factors()
priv_key = PrivateKey(long(pub_key.p), long(pub_key.q),
long(pub_key.e), long(pub_key.n))
if args.uncipher is not None:
unciphered = priv_key.decrypt(cipher)
except FactorizationError:
unciphered = None
if unciphered is None and priv_key is None:
if args.verbose:
print "Try Wiener's attack"
# Wiener's attack
wiener = WienerAttack(pub_key.n, pub_key.e)
if wiener.p is not None and wiener.q is not None:
pub_key.p = wiener.p
pub_key.q = wiener.q
priv_key = PrivateKey(long(pub_key.p), long(pub_key.q),
long(pub_key.e), long(pub_key.n))
if args.uncipher is not None:
unciphered = priv_key.decrypt(cipher)
# user define p,q,e,n
elif unciphered is None and priv_key is None:
if args.verbose:
print "Crack with p,q"
pqne_list = args.pqne.split(',')
nump = long(pqne_list[0])