import sys
import pybip38 # pip install pybip38
# Note: The pybip38 is limited to Bitcoin (only) BIP38 encoded keys, NOT other alt-coins that use BIP38. Probably based on validation performed by that library.
# Example BIP38 Key. Password = test
BIP38 = '6PnTPCDoztgePLK3bqmaVwc7MvcyKchc1ksabMuRiPeUemULFpsDd9eouD'
dic = open("pw.txt", "r")
for line in dic:
pwd = line.strip()
print(pwd)
if pybip38.bip38decrypt(pwd, BIP38) != False:
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
print("XXXXXXXXXX KEY FOUND XXXXXXXXXXXXX")
print(pwd)
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
print("XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX")
pwd_file = open("winner", "w")
pwd_file.write(pwd)
pwd_file.close()
sys.exit(0)
print("Key Not Found :(")
pwd_file2 = open("loser", "w")
pwd_file2.write(":)")
pwd_file2.close()
sys.exit(0)
while True:
# generate key
secret_key = guess(guess_length)
print secret_key
# how many uppercase characters?
count = 0
for i in secret_key:
if i == str.upper(i):
count += 1
if min_upper <= count <= max_upper:
# decrypt bip38 encrypted key
wif = pybip38.bip38decrypt(secret_key, encpriv)
if wif:
# convert from wif to regular private key
privkey = base58.b58decode(wif).encode('hex')[2:-8]
addr = pub_from_priv(privkey)
# if this matches, we have our bitcoin!
if addr == target_addr:
results = (
'secret_key: ' + secret_key + '\n' +
'addr: ' + addr + '\n' +
'wif: ' + wif + '\n' +
'privkey: ' + privkey
)
def pubtoaddy(puk): #converts uncompressed public key to public address
version = chr(0)
h = hashlib.new("SHA256")
h.update(puk)
s = h.digest()
h = hashlib.new("RIPEMD160")
h.update(s)
kh = version + h.digest()
h = hashlib.new("SHA256")
h.update(kh)
cs = h.digest()
h = hashlib.new("SHA256")
h.update(cs)
cs = h.digest()[:4]
adr = b58encode(kh + cs)
return adr
if __name__ == "__main__":
bip38 = raw_input('Enter BIP38 Private Key: ')
passwd = raw_input('Enter Password: '******'Bitcoin Private Key (WIF): %s' % numtowif(privKey))
PublicKey = EccMultiply(GPoint, privKey)
ucpuk = "04" + "%064x" % PublicKey[0] + "%064x" % PublicKey[1]
PubAd = pubtoaddy(Hex2Byte(ucpuk))
print('Bitcoin Address: %s' % PubAd)
manpw = raw_input("Enter password segment: ")
def inner(pw1):
dicp2 = open("pw2.txt", "r")
for line in dicp2:
pw2 = line.strip()
pw1c = pw1
passwords.append(str(pw1c) + str(pw2))
passwords.append(str(pw1c) + str(manpw) + str(pw2))
passwords.append(str(pw2) + str(pw1c))
passwords.append(str(pw2) + str(manpw) + str(pw1c))
dicp2.close()
for line in dicp1:
password1 = line.strip()
inner(password1)
for item in passwords:
print(item)
if pybip38.bip38decrypt(item, BIP38) != False:
print("XXXXXXXXXXXXXXXXXXXX")
print("KEY FOUND: ")
print(item)
print("XXXXXXXXXXXXXXXXXXXX")
sys.exit(0)
print("\n## Password NOT found :-(\n")
if 'y' in compresscoinbase.lower():
assert 'n' not in compresscoinbase.lower()
compresscoinbase = False
elif 'n' in compresscoinbase.lower():
compresscoinbase = True
assert compresscoinbase is True or compresscoinbase is False
except:
print('\nPlease enter only yes or no.')
else:
break
while True:
password = getpass("\nPlease enter your vault password: "******"\nThe password entered does not decrypt the key properly. Perhaps you mis-typed? Please try again.")
else:
break
while True:
index = input("\nPlease enter the index number for the vault address (0 for first address): ")
try:
index = int(index)
except:
print("\nYou must enter only a number.")
while True:
# generate key
secret_key = guess(guess_length)
print secret_key
# how many uppercase characters?
count = 0
for i in secret_key:
if i == str.upper(i):
count += 1
if min_upper <= count <= max_upper:
# decrypt bip38 encrypted key
wif = pybip38.bip38decrypt(secret_key, encpriv)
if wif:
# convert from wif to regular private key
privkey = base58.b58decode(wif).encode('hex')[2:-8]
addr = pub_from_priv(privkey)
# if this matches, we have our bitcoin!
if addr == target_addr:
results = ('secret_key: ' + secret_key + '\n' + 'addr: ' +
addr + '\n' + 'wif: ' + wif + '\n' + 'privkey: ' +
privkey)
print(results)
resultfile.write(results)
sys.exit()
