def dumpPrivKey(address):
'''
retrieve private key from database for given address
option to decrypt BIP0038 encrypted keys
display as base58 and WIF
'''
conn = db.open()
c = conn.cursor()
#get the needed data from the database
c.execute('select p.id,p.privK,v.version,v.prefix,v.length,c.longName from eskimo_privK as p inner join eskimo_master as m on p.id = m.privK inner join eskimo_addresses as a on a.id = m.address inner join eskimo_currencies as c on p.currency = c.id inner join eskimo_versions as v on c.version = v.id where a.address=?;', (address.encode('base64', 'strict'),))
privData = c.fetchone()
if privData is None:
print(address + ' was not found')
return False
#check if the private key is bip encoded and get the password reminder if it is
c.execute('select reminder, p from eskimo_bip where privK=?;', (privData[0],))
bip = c.fetchone()
if bip is None:
isBip = False
else:
isBip = True
reminder = bip[0]
p = bip[1]
privK = privData[1].decode('base64', 'strict')
#ask if the user wants to decrypt a bip encrypted key
if isBip:
print('The private key found is BIP0038 encrypted.')
decrypt = raw_input('Would you like to decrypt it? (n) ').lower().strip()
if decrypt == 'y':
bipPass1 = 'pass1'
bipPass2 = 'pass2'
while bipPass1 != bipPass2 or len(bipPass1) < 1:
bipPass1 = inp.secure_passphrase('Enter your BIP0038 passphrase ' + ('(' + bip[0] + ')' if bip[0] != '' else ''))
bipPass2 = inp.secure_passphrase('Re-enter your passphrase to confirm')
if bipPass1 != bipPass2:
print('The passphrases entered did not match.')
elif len(bipPass1) < 1:
print('No passphrase was entered')
#decrypt the private key using the supplied password
privK, addresshash = bip38.decrypt(privK, bipPass1, p)
#decode the privK from base 256
privK = enc.decode(privK, 256)
#hash the address to check the decryption
address = publicKey2Address(privateKey2PublicKey(privK), privData[2], privData[3], privData[4])
if hashlib.sha256(hashlib.sha256(address).digest()).digest()[0:4] != addresshash:
print('\nUnable to decrypt.')
print('Please try again with a different passphrase.')
return False
else:
print('\n' + privData[5] + ' Address = ' + str(address))
print('\nBIP0038 encrypted private key : ' + privK)
return True
print('\n' + privData[5] + ' Address = ' + str(address))
print('\nPrivate key : ')
print('HEX : ' + enc.encode(privK, 16))
print('WIF : ' + privateKey2Wif(privK, privData[2], privData[3], privData[4]))
return True
def getPass(self, confirm=False):
self.password = inp.secure_passphrase('Enter your database password')
if confirm is True:
pass2 = inp.secure_passphrase('Enter it again to confirm')
if self.password != pass2:
print('The passwords did not match')
self.getPass(True)
return
return self.password
def generate(cur, bip=False):
"""
public and private key generator.
optional BIP0038 encryption
"""
#check that the given currency is in the system
conn = db.open()
c = conn.cursor()
#pull the version details from the database
c.execute('select v.version,v.prefix,v.length,c.id,c.longName,c.version from inuit_versions as v inner join inuit_currencies as c on c.version = v.id where c.currency=?;', (cur.upper(),))
version = c.fetchone()
if version is None:
print(cur.upper() + ' is not currently listed as a currency')
return False
#randomly choose a prefix if multiples exist
prefixes = version[1].split('|')
prefix = prefixes[random.randint(0, (len(prefixes)-1))]
#generate the private and public keys
privateKey = rand.randomKey(inp.keyboardEntropy())
privK256 = enc.encode(privateKey, 256, 32)
publicAddress = publicKey2Address(privateKey2PublicKey(privateKey), version[0], prefix, version[2])
#optional BIP0038 encryption
get.flushKeybuffer(get._Getch())
encrypt = 'y'
if encrypt == 'y':
bipPass1 = 'pass1'
bipPass2 = 'pass2'
while bipPass1 != bipPass2 or len(bipPass1) < 1:
bipPass1 = inp.secure_passphrase('Enter your BIP0038 passphrase')
bipPass2 = inp.secure_passphrase('Re-enter your passphrase to confirm')
if bipPass1 != bipPass2:
print('The passphrases entered did not match.')
elif len(bipPass1) < 1:
print('No passphrase was entered!')
reminder = raw_input('Enter an optional reminder for your password : '******'')
#print('Enter the number of rounds of encryption.')
#p = raw_input('A smaller number means quicker but less secure. (8) : ').strip()
#p = 8 if p == '' else int(p)
p = 8
privK = bip38.encrypt(privK256, publicAddress, bipPass1, p)
isBip = True
else:
privK = privateKey
isBip = False
#save details to the database
c.execute('insert into inuit_privK (privK, currency) values (?,?);', (str(privK).encode('base64','strict'), version[3]))
privKid = c.lastrowid
c.execute('insert into inuit_addresses (address, currency) values (?,?);', (publicAddress.encode('base64','strict'), version[3]))
addId = c.lastrowid
c.execute('insert into inuit_master (address, privK, version) values (?,?,?);', (addId, privKid, version[5]))
if isBip is True:
c.execute('insert into inuit_bip (privK, reminder, p) values (?,?,?);', (privKid, reminder, p))
db.close(conn)
print('')
print(version[4] + ' Address : ' + publicAddress)
return privK, publicAddress
def encrypt(passW):
'''
encrypt the sqlite database
'''
#double check the password
checkPass = inp.secure_passphrase('Please enter your database password')
if checkPass != passW.password:
print('Your passwords don\'t match')
passW.getPass(True)
print('Encrypting database. Please wait...')
bs = 128
inFile = 'igloo.dat'
outFile = 'iceblock'
if not os.path.isfile(inFile) and os.path.isfile(outFile):
print('Database is already encrypted')
return
salt = str(rand.clockrnd())[:(bs - len('Salted__'))]
in_file = open('igloo.dat', 'rb')
out_file = open('iceblock', 'wb')
key, iv = derive_key_and_iv(passW.password, salt, 32, bs)
out_file.write('Salted__' + salt)
finished = False
while not finished:
chunk = in_file.read(1024 * bs)
if len(chunk) == 0 or len(chunk) % bs != 0:
padding_length = (bs - len(chunk) % bs) or bs
chunk += padding_length * chr(padding_length)
finished = True
out_file.write(aes.encryptData(key, chunk))
in_file.close()
out_file.close()
os.remove(inFile)
return
def editPass(self):
currentpass = inp.secure_passphrase('Enter your current password')
if currentpass != self.password:
print('Incorrect password entered')
return
self.getPass(True)
print('password changed')
return
def dumpPrivKey(address):
"""
retrieve private key from database for given address
option to decrypt BIP0038 encrypted keys
display as base58 and WIF
"""
conn = db.open()
c = conn.cursor()
# get the needed data from the database
c.execute(
"select p.id,p.privK,v.version,v.prefix,v.length,c.longName from inuit_privK as p inner join inuit_master as m on p.id = m.privK inner join inuit_addresses as a on a.id = m.address inner join inuit_currencies as c on p.currency = c.id inner join inuit_versions as v on c.version = v.id where a.address=?;",
(address.encode("base64", "strict"),),
)
privData = c.fetchone()
if privData is None:
print(address + " was not found")
return False
# check if the private key is bip encoded and get the password reminder if it is
c.execute("select reminder, p from inuit_bip where privK=?;", (privData[0],))
bip = c.fetchone()
if bip is None:
isBip = False
else:
isBip = True
reminder = bip[0]
p = bip[1]
privK = privData[1].decode("base64", "strict")
# ask if the user wants to decrypt a bip encrypted key
if isBip:
print("The private key found is BIP0038 encrypted.")
decrypt = raw_input("Would you like to decrypt it? (n) ").lower().strip()
if decrypt == "y":
bipPass1 = "pass1"
bipPass2 = "pass2"
while bipPass1 != bipPass2 or len(bipPass1) < 1:
bipPass1 = inp.secure_passphrase(
"Enter your BIP0038 passphrase " + ("(" + bip[0] + ")" if bip[0] != "" else "")
)
bipPass2 = inp.secure_passphrase("Re-enter your passphrase to confirm")
if bipPass1 != bipPass2:
print("The passphrases entered did not match.")
elif len(bipPass1) < 1:
print("No passphrase was entered")
# decrypt the private key using the supplied password
privK, addresshash = bip38.decrypt(privK, bipPass1, p)
# decode the privK from base 256
privK = enc.decode(privK, 256)
# hash the address to check the decryption
address = publicKey2Address(privateKey2PublicKey(privK), privData[2], privData[3], privData[4])
if hashlib.sha256(hashlib.sha256(address).digest()).digest()[0:4] != addresshash:
print("\nUnable to decrypt.")
print("Please try again with a different passphrase.")
return False
else:
print("\n" + privData[5] + " Address = " + str(address))
print("\nBIP0038 encrypted private key : " + privK)
return True
print("\n" + privData[5] + " Address = " + str(address))
print("\nPrivate key : ")
print("HEX : " + enc.encode(privK, 16))
print("WIF : " + privateKey2Wif(privK, privData[2], privData[3], privData[4]))
return True