DATA = RDIR + '/data/'
commands.getoutput('mkdir -p ' + DATA)
#get some variables from the json iput
FROMADDRESS = listOptions['transaction_from'].strip()
TOADDRESS = listOptions['transaction_to'].strip()
CID = listOptions['currency_id']
TOAMOUNT = listOptions['send_amt']
PTYPE = listOptions['property_type']
BROADCAST = listOptions['broadcast']
CLEAN = 1
if BROADCAST > 0:
PRIVATE_KEY = listOptions['from_private_key'].strip()
CLEAN = listOptions['clean']
#check if private key provided produces correct address
address = pybitcointools.privkey_to_address(PRIVATE_KEY)
if not address == FROMADDRESS and not force:
print json.dumps({
"status":
"NOT OK",
"error":
"Private key does not produce same address as \'transaction from\'",
"fix":
"Set \'force\' flag to proceed without address checks"
})
exit()
#prime out utxo files
if sync_utxo(FROMADDRESS) == 1:
print json.dumps({
"status":
RPCPASS=line.split('=')[1].strip()
elif line.split('=')[0] == "rpcconnect":
RPCHOST=line.split('=')[1].strip()
elif line.split('=')[0] == "rpcport":
RPCPORT=line.split('=')[1].strip()
except IOError as e:
print "Unable to open conf file: ~/.bitcoin/bitcoin.conf"
exit()
try:
conn = bitcoinrpc.connect_to_remote(RPCUSER,RPCPASS,host=RPCHOST,port=RPCPORT,use_https=False)
except StandardError:
print json.dumps({ "status": "NOT OK", "error": "Can't connect to bitcoind" , "fix": "Check bitcoind or config: "+RPCUSER+" "+RPCPASS+" "+RPCHOST+" "+RPCPORT})
exit()
#check if private key provided produces correct address
address = pybitcointools.privkey_to_address(listOptions['from_private_key'])
if not address == listOptions['transaction_from'] and not force:
print json.dumps({ "status": "NOT OK", "error": "Private key does not produce same address as \'transaction from\'" , "fix": "Set \'force\' flag to proceed without address checks" })
exit()
#see if account has been added
account = conn.getaccount(listOptions['transaction_from'])
if account == "" and not force:
_time = str(int(time.time()))
private = listOptions['from_private_key']
print json.dumps({ "status": "NOT OK", "error": "Couldn\'t find address in wallet, please run \'fix\' on the machine", "fix": "bitcoind importprivkey " + private + " imported_" + _time })
#calculate minimum unspent balance
available_balance = Decimal(0.0)
unspent_tx = []
DATA=RDIR+'/data/'
commands.getoutput('mkdir -p '+DATA)
#get some variables from the json iput
FROMADDRESS=listOptions['transaction_from'].strip()
TOADDRESS=listOptions['transaction_to'].strip()
CID=listOptions['currency_id']
TOAMOUNT=listOptions['send_amt']
PTYPE=listOptions['property_type']
BROADCAST=listOptions['broadcast']
CLEAN=1
if BROADCAST > 0:
PRIVATE_KEY=listOptions['from_private_key'].strip()
CLEAN=listOptions['clean']
#check if private key provided produces correct address
address = pybitcointools.privkey_to_address(PRIVATE_KEY)
if not address == FROMADDRESS and not force:
print json.dumps({ "status": "NOT OK", "error": "Private key does not produce same address as \'transaction from\'" , "fix": "Set \'force\' flag to proceed without address checks" })
exit()
#prime out utxo files
if sync_utxo(FROMADDRESS) == 1:
print json.dumps({ "status": "NOT OK", "error": "Couldn't update utxo list", "fix": "Check connection to internet, sx operating properly and try again" })
exit()
#calculate minimum unspent balance (everything in satoshi's)
available_balance = int(0)
utxo_array=get_utxo()
for item in utxo_array:
if item['address'] == FROMADDRESS:
available_balance += int(item['satoshi'])
def privkey_to_address(self):
return pybitcointools.privkey_to_address(self.to_btc_privkey())
def update(source_code,address_private_key=None): if(not address_private_key): address_private_key=hexlify(secure_random(32)) address=pybitcointools.privkey_to_address(address_private_key)
rtx = pbt.mktx(data["u"], outs) # serialized tx
dtx = pbt.deserialize(rtx)
base.display_dtx(dtx, data)
print "Check balance and targets. Remove your data source (USB-stick)."
print "Press <enter> to proceed, <ctrl-c> to cancel."
raw_input()
print
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)
JSON = sys.stdin.readlines()
listOptions = json.loads(str("".join(JSON)))
if "testnet" in listOptions and listOptions["testnet"] == True:
testnet = True
magicbyte = 111
else:
testnet = False
magicbyte = 0
# sort out whether using local or remote API
conn = bitcoinrpc.connect_to_local()
# check if private key provided produces correct address
address = pybitcointools.privkey_to_address(listOptions["from_private_key"], magicbyte)
if not address == listOptions["transaction_from"] and not force:
print json.dumps(
{
"status": "NOT OK",
"error": "Private key does not produce same address as 'transaction from'",
"fix": "Set 'force' flag to proceed without address checks",
}
)
exit()
# see if account has been added
account = conn.getaccount(listOptions["transaction_from"])
if account == "" and not force:
_time = str(int(time.time()))
private = listOptions["from_private_key"]
def setUp(self):
self.brainwallet_string = 'Here is a brainwallet string for testing purposes'
self.private_key = bc.sha256(self.brainwallet_string)
self.private_key_wif = bc.encode_privkey(self.private_key, 'wif')
self.addr = bc.privkey_to_address(self.private_key)
def setUp(self):
self.brainwallet_string = 'Here is a brainwallet string for testing purposes'
self.private_key = bc.sha256(self.brainwallet_string)
self.private_key_wif = bc.encode_privkey(self.private_key, 'wif')
self.addr = bc.privkey_to_address(self.private_key)
