def get_private_key_secret(self, public_key):
if public_key in self.wallet_database.keys: # private key is not crypted
k = KEY()
k.set_privkey(self.wallet_database.keys[public_key].private_key)
return k.get_secret()
crypted_secret = self.wallet_database.get_crypted_keys()[public_key]
for key in self.plain_masterkeys:
self.crypter.set_key(key, doublesha256(public_key))
secret = self.crypter.decrypt(crypted_secret)
k = KEY()
is_compressed = len(public_key) == 33
k.set_secret(secret, is_compressed)
if k.get_pubkey() == public_key:
return secret
raise KeyDecryptException("Can't decrypt private key, wallet not unlocked or incorrect masterkey")
def get_private_key_secret(self, public_key):
if public_key in self.wallet_database.keys: # private key is not crypted
k = KEY()
k.set_privkey(self.wallet_database.keys[public_key].private_key)
return k.get_secret()
crypted_secret = self.wallet_database.get_crypted_keys()[public_key]
for key in self.plain_masterkeys:
self.crypter.set_key(key, doublesha256(public_key))
secret = self.crypter.decrypt(crypted_secret)
k = KEY()
is_compressed = len(public_key) == 33
k.set_secret(secret, is_compressed)
if k.get_pubkey() == public_key:
return secret
raise KeyDecryptException(
"Can't decrypt private key, wallet not unlocked or incorrect masterkey"
)
def create(self, passphrase):
self.wallet_database.begin_updates()
crypter = Crypter()
#first create masterkey
master_key = new_masterkey(passphrase)
plain_masterkey = decrypt_masterkey(master_key, passphrase)
self.wallet_database.add_master_key(master_key)
#create transaction pool
for i in range(100):
k = KEY()
k.generate(True)
public_key = k.get_pubkey()
crypter.set_key(plain_masterkey, doublesha256(public_key))
crypted_secret = crypter.encrypt(k.get_secret())
self.wallet_database.add_crypted_key(public_key, crypted_secret)
pool_key = WalletPoolKey(i, 60000, time.time(), public_key)
self.wallet_database.add_poolkey(pool_key)
self.wallet_database.commit_updates()
self.load()
def create(self, passphrase):
self.wallet_database.begin_updates()
crypter = Crypter()
#first create masterkey
master_key = new_masterkey(passphrase)
plain_masterkey = decrypt_masterkey(master_key, passphrase)
self.wallet_database.add_master_key(master_key)
#create transaction pool
for i in range(100):
k = KEY()
k.generate(True)
public_key = k.get_pubkey()
crypter.set_key(plain_masterkey, doublesha256(public_key))
crypted_secret = crypter.encrypt(k.get_secret())
self.wallet_database.add_crypted_key(public_key, crypted_secret)
pool_key = WalletPoolKey(i, 60000, time.time(), public_key)
self.wallet_database.add_poolkey(pool_key)
self.wallet_database.commit_updates()
self.load()
def test_ssl_get_secret(self):
key = KEY()
key.set_privkey(decodehexstr("3081d3020101042030d1d8d1d243ab41a80a3cc1481a626a137f771a636b2daca06c1f86cdfecffba08185308182020101302c06072a8648ce3d0101022100fffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2f300604010004010704210279be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798022100fffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141020101a124032200030a43196c8bf389c0ce5987a3f4dac57f4ca0d9733c232659717d9404074b4504"))
self.assertEquals(hexstr(key.get_secret()), "30d1d8d1d243ab41a80a3cc1481a626a137f771a636b2daca06c1f86cdfecffb")