def select_utxos(self, mixdepth, amount):
utxo_list = self.get_utxos_by_mixdepth()[mixdepth]
unspent = [{"utxo": utxo, "value": addrval["value"]} for utxo, addrval in utxo_list.iteritems()]
inputs = btc.select(unspent, amount)
debug("for mixdepth=" + str(mixdepth) + " amount=" + str(amount) + " selected:")
debug(pprint.pformat(inputs))
return dict([(i["utxo"], {"value": i["value"], "address": utxo_list[i["utxo"]]["address"]}) for i in inputs])
def select_utxos(self, mixdepth, amount):
utxo_list = self.get_utxos_by_mixdepth()[mixdepth]
unspent = [{'utxo': utxo, 'value': self.unspent[utxo]['value']}
for utxo in utxo_list]
inputs = btc.select(unspent, amount)
debug('for mixdepth=' + str(mixdepth) + ' amount=' + str(amount) + ' selected:')
debug(pprint.pformat(inputs))
return dict([(i['utxo'], {'value': i['value'], 'address':
self.unspent[i['utxo']]['address']}) for i in inputs])
def select_utxos(self, mixdepth, amount):
utxo_list = self.get_utxos_by_mixdepth()[mixdepth]
unspent = [{'utxo': utxo, 'value': addrval['value']}
for utxo, addrval in utxo_list.iteritems()]
inputs = btc.select(unspent, amount)
debug('for mixdepth=' + str(mixdepth) + ' amount=' + str(amount) + ' selected:')
debug(pprint.pformat(inputs))
return dict([(i['utxo'], {'value': i['value'], 'address':
utxo_list[i['utxo']]['address']}) for i in inputs])
def send(args):
if (len(args.outputs) % 2 != 0):
raise Exception(
"When sending, there must be an even number of arguments for the outputs (address,price)"
)
unspents = bitcoin.BlockchainInfo.unspent_xpub(args.xpub)
def btctosatoshi(vs):
return int(float(vs) * 100000000.0)
fee = btctosatoshi(args.fee)
if (fee < 0):
fee = int(
0.0001 * 100000000
) #todo do something to estimated fee...make it negative or something though... DONT
outaddrval = [(args.outputs[2 * i], btctosatoshi(args.outputs[2 * i + 1]))
for i in range(len(args.outputs) // 2)]
outtotalval = sum([o[1] for o in outaddrval])
changeindex = check_outputs_max_index(unspents, 1)
changeaddress = bitcoin.pubtoaddr(
bitcoin.bip32_descend(args.xpub, 1, changeindex))
unspents = bitcoin.select(unspents, outtotalval + fee)
#unspents cull using outtotalval
unspenttotalval = sum([u['value'] for u in unspents])
changeamount = unspenttotalval - (outtotalval + abs(fee))
if (changeamount < 0):
raise Exception(
"There is unlikely to be enough unspent outputs to cover the transaction and fees"
)
out = {}
outs = outaddrval
if (changeamount > 0):
outs += [[changeaddress, changeamount]]
#print(unspents)
#print(outs)
otx = [{'address': o[0], 'value': o[1]} for o in outs]
tx = bitcoin.mktx(unspents, otx)
#compute all the underlying addresses and pubkeys into a string hash
#estimate the fee
#build the transaction
out['tx'] = tx
u['xpub']['value'] = u['value']
out['keys'] = dict([(u['output'], u['xpub']) for u in unspents])
#print(bitcoin.deserialize(tx))
json.dump(out, sys.stdout)
def send(args):
if len(args.outputs) % 2 != 0:
raise Exception("When sending, there must be an even number of arguments " +
"for the outputs (address, price)")
unspents = bitcoin.BlockchainInfo.unspent_xpub(args.xpub)
def btctosatoshi(vs):
return int(float(vs)*100000000.0)
fee = btctosatoshi(args.fee)
if fee < 0:
fee = int(0.0001*100000000) #todo do something to estimated fee...make it negative or something though... DONT
outaddrval = [(args.outputs[2*i],btctosatoshi(args.outputs[2*i+1])) for i in range(len(args.outputs)//2)]
outtotalval = sum([o[1] for o in outaddrval])
changeindex = check_outputs_max_index(unspents,1)
changeaddress = bitcoin.pubtoaddr(bitcoin.bip32_descend(args.xpub, 1, changeindex))
unspents = bitcoin.select(unspents, outtotalval+fee)
#unspents cull using outtotalval
unspenttotalval = sum([u['value'] for u in unspents])
changeamount = unspenttotalval - (outtotalval + abs(fee))
if changeamount < 0:
raise Exception("There is unlikely to be enough unspent outputs to cover the transaction and fees")
out = {}
outs = outaddrval
if changeamount > 0:
outs += [[changeaddress, changeamount]]
#print(unspents)
#print(outs)
otx = [{'address':o[0], 'value':o[1]} for o in outs]
tx = bitcoin.mktx(unspents, otx)
#compute all the underlying addresses and pubkeys into a string hash
#estimate the fee
#build the transaction
out['tx'] = tx
out['keys'] = dict([(u['output'], u['xpub']) for u in unspents])
#print(bitcoin.deserialize(tx))
json.dump(out, sys.stdout)
