def sign_tx(self, pw):
if not self.is_wallet_loaded:
raise Exception('Tried to spend when wallet not loaded.')
if not self.is_dest_addr_set:
raise Exception('Tried to spend when destination address not set.')
if not self.is_send_amount_set:
raise Exception('Tried to spend when amount not set.')
if self.send_amount + self.txfee > self.balance:
raise LowBalanceError("Insufficient funds to send {0} + {1} BTC.".format(core.satoshi_to_btc(self.send_amount), core.satoshi_to_btc(self.txfee)))
try:
prv = wallet.decrypt_privkey(self.encr_privkey, pw)
addr = bc.privtoaddr(prv, self.magic_byte)
except:
raise PasswordError("Wrong password!")
if addr != self.addr:
raise Exception('Address from wallet does not match address from private key!')
tx_ins, tx_outs = core.simple_tx_inputs_outputs(self.addr, self.unspent, self.dest_addr, self.send_amount, self.txfee)
# Make transaction
tx = bc.mktx(tx_ins, tx_outs)
# Sign transaction
for i in range(len(tx_ins)):
tx = bc.sign(tx,i,prv)
return tx_ins, tx_outs, tx, bc.deserialize(tx)
def sign_tx(unsigned_raw_tx, privatekey):
tx = unsigned_raw_tx
detx = pybitcointools.deserialize(tx)
input_length = len(detx['ins'])
for i in range(0, input_length):
tx = pybitcointools.sign(tx, i, privatekey)
return tx
print "Enter private key or (double) Electrum seed:"
priv = raw_input().strip()
if " " in priv:
seed = mnemonic.mn_decode(priv.split(" "))
priv = pbt.electrum_privkey(seed, 0, 0) # root key
source = pbt.privkey_to_address(priv)
if source != data["source"]:
print "Address from privkey:", source
raise Exception ("Privkey does not match source address.")
print
# sign tx
for i in range(len(dtx["ins"])):
rtx = pbt.sign(rtx, i, priv)
print "signed serialized tx:"
print
rtx58 = pbt.changebase(rtx, 16, 58)
print rtx58
printqr.print_tx(rtx58)
print
print "Restart your computer to clear memory."
raw_input()
except:
import traceback
traceback.print_exc()
print
print "Starting over...."
