def test():
salt= ""
premo = id_generator()
salida = warp(premo,salt)
addy = salida[1]
print addy,premo
if addy == "1AdU3EcimMFN7JLJtceSyrmFYE3gF5ZnGj":
k = BitcoinKeypair(str(salida[0]))
print addy, premo, k.wif_pk()
return premo
def main(addr, primes):
addrs = {}
prod = 1
try:
xrange
except NameError:
xrange = range
for i in xrange(len(primes)):
prod *= int(primes[i])
if prod >= 1 << 512:
return "Superfluous factors or incorrect factorization detected!"
i = 1
while i < 1 << len(primes):
x = 1
for j in xrange(len(primes)):
if i & 1 << j:
x *= int(primes[j])
if x < 1 << 256 and prod / x < 1 << 256:
if x not in addrs:
addrs[x] = BitcoinKeypair(x).address()
if addr == addrs[x]:
return "Found Bitcoin private key: %064X" % x
i += 1
return "No keys found, check your factors!"
def __init__(self,pubkey_byte):
BitcoinKeypair._pubkeyhash_version_byte = pubkey_byte
BitcoinKeypair.__init__(self)
