def main():
parser = argparse.ArgumentParser(
description=
'Tool for updating votes from vote_only keys. The votes have to be defined using the (GUI) client.'
)
#parser.add_argument('addresses', nargs='+', type=str, help='coldaddresses with BTS for which to update the vote')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--prefix',
type=str,
help='defaults to "BTS" (advanced feature)')
parser.set_defaults(rpcurl=config.url,
rpcuser=config.user,
rpcpasswd=config.passwd)
#parser.set_defaults(addresses=config.coldaddresses)
parser.set_defaults(prefix="BTS")
args = parser.parse_args()
PREFIX = args.prefix
''' Connect to bitshares client via RPC '''
print("Opening connection to client")
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
print("Opening wallet %s" % config.wallet)
ret = rpc.wallet_open(config.wallet)
print("Unlocking wallet")
ret = rpc.unlock(999999, config.unlock)
''' Gather balanceids from the blockchain corresponding to the cold addresses '''
#for address in args.addresses :
for address in config.coldaddresses:
balances = rpc.blockchain_list_address_balances(address)["result"]
print("\nGetting fund from address %s : " % (address),
end="",
flush=True)
for balance in balances:
balanceId = balance[0]
asset_id = balance[1]["condition"]["asset_id"]
if balance[1]["balance"] == 0.0: continue
if asset_id not in assets:
assets[asset_id] = rpc.blockchain_get_asset(asset_id)["result"]
asset = assets[asset_id]
symbol = asset["symbol"]
print("%s " % (symbol), end="", flush=True)
amount = ((balance[1]["balance"]) / float(asset["precision"]))
if symbol in funds:
funds[symbol] += amount
else:
funds[symbol] = amount
print("")
print(json.dumps(funds, indent=4))
rpc.lock()
def main() :
parser = argparse.ArgumentParser(description='Tool to update the voter key of a coldstorage address')
parser.add_argument('--voteaddress', type=str, help='address that will be allowed to vote with cold funds instead')
parser.add_argument('--account', type=str, help='account that will be allowed to vote with cold funds instead')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--output', type=str, help='filename into which the signed output is stored')
parser.set_defaults(rpcurl=config.url, rpcuser=config.user, rpcpasswd=config.passwd)
parser.set_defaults(output="signedtx.txt")
args = parser.parse_args()
slate_id = None
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
if not args.voteaddress and not args.account :
print("No voteaddress given! Please specify!")
args.voteaddress = ask_for_address()
if args.account :
args.voteaddress = rpc.wallet_address_create(args.account)[ "result" ]
print("Using %s from account %s" %(args.voteaddress, args.account))
''' Ask for the private key '''
privkey = ask_for_privkey()
address = Address.priv2btsaddr(Address.wif2hex(privkey))
''' balance ids '''
balances = rpc.blockchain_list_address_balances(address)["result"]
print("This address holds the following BTS funds (ignoring other assets):")
ops = []
for balance in balances :
balanceId = balance[0]
asset_id = balance[1]["condition"]["asset_id"]
asset = rpc.blockchain_get_asset(asset_id)["result"]
if asset_id == 0 :
if balance[1]["balance"] == 0: continue
print("- %f BTS" % ((balance[1]["balance"])/float(asset["precision"])))
votekeyop = Transaction.UpdateBalanceVote(balanceId, args.voteaddress, slate_id)
ops.append(Transaction.Operation( "update_balance_vote_op_type", votekeyop ))
tx = Transaction.Transaction( 60*60*12, None, ops )
sigtx = Transaction.SignedTransaction(tx, [privkey])
''' Store signed transaction '''
with open(args.output,"wb") as fp :
fp.write(json.dumps(sigtx.tojson()))
print("\n%d transaction successfully signed and output written to file '%s'" % (len(ops), args.output) )
print("To broadcast transaction copy the file and run ./broadcast_signed_tx.py on online computer")
def main() :
parser = argparse.ArgumentParser(description='Tool for updating votes from vote_only keys. The votes have to be defined using the (GUI) client.')
#parser.add_argument('addresses', nargs='+', type=str, help='coldaddresses with BTS for which to update the vote')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--prefix', type=str, help='defaults to "BTS" (advanced feature)')
parser.set_defaults(rpcurl=config.url, rpcuser=config.user, rpcpasswd=config.passwd)
#parser.set_defaults(addresses=config.coldaddresses)
parser.set_defaults(prefix="BTS")
args = parser.parse_args()
PREFIX = args.prefix
''' Connect to bitshares client via RPC '''
print( "Opening connection to client" )
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
print( "Opening wallet %s" % config.wallet )
ret = rpc.wallet_open(config.wallet)
print( "Unlocking wallet" )
ret = rpc.unlock(999999, config.unlock)
''' Gather balanceids from the blockchain corresponding to the cold addresses '''
#for address in args.addresses :
for address in config.coldaddresses :
balances = rpc.blockchain_list_address_balances(address)["result"]
print("\nGetting fund from address %s : " % (address), end="",flush=True)
for balance in balances :
balanceId = balance[0]
asset_id = balance[1]["condition"]["asset_id"]
if balance[1]["balance"] == 0.0 : continue
if asset_id not in assets:
assets[asset_id] = rpc.blockchain_get_asset(asset_id)["result"]
asset = assets[asset_id]
symbol = asset["symbol"]
print("%s " % (symbol), end="",flush=True)
amount = ((balance[1]["balance"])/float(asset["precision"]))
if symbol in funds :
funds[symbol] += amount
else :
funds[symbol] = amount
print("")
print(json.dumps(funds,indent=4))
rpc.lock()
def main():
parser = argparse.ArgumentParser(
description=
'Tool for updating votes from vote_only keys. The votes have to be defined using the (GUI) client.'
)
#parser.add_argument('addresses', nargs='+', type=str, help='coldaddresses with BTS for which to update the vote')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--prefix',
type=str,
help='defaults to "BTS" (advanced feature)')
parser.set_defaults(rpcurl=config.url,
rpcuser=config.user,
rpcpasswd=config.passwd)
#parser.set_defaults(addresses=config.coldaddresses)
parser.set_defaults(prefix="BTS")
args = parser.parse_args()
PREFIX = args.prefix
''' Connect to bitshares client via RPC '''
print("Opening connection to client")
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
print("Opening wallet %s" % config.wallet)
ret = rpc.wallet_open(config.wallet)
print("Unlocking wallet")
ret = rpc.unlock(999999, config.unlock)
''' Gather balanceids from the blockchain corresponding to the cold addresses '''
#for address in args.addresses :
for address in config.coldaddresses:
balances = rpc.blockchain_list_address_balances(address)["result"]
print("Updating votes for address %s:" % (address))
for balance in balances:
balanceId = balance[0]
asset_id = balance[1]["condition"]["asset_id"]
asset = rpc.blockchain_get_asset(asset_id)["result"]
if asset_id == 0:
if balance[1]["balance"] == 0: continue
print("- %f BTS" %
((balance[1]["balance"]) / float(asset["precision"])))
try:
rpc.wallet_balance_set_vote_info(balanceId, "",
"vote_recommended")
except Exception, e:
print("Error: %s", e)
def main() :
parser = argparse.ArgumentParser(description='Broadcast signed transaction to the network!')
parser.add_argument('--filename', type=str, help='File containing the signed transaction')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.set_defaults(rpcurl=config.url, rpcuser=config.user, rpcpasswd=config.passwd)
parser.set_defaults(filename="signedtx.txt")
args = parser.parse_args()
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
print( "Broadcasting transaction:" )
with open( args.filename, "r" ) as f :
js = json.loads(f.read())
print( json.dumps(js, indent=4) )
if query_yes_no("Are you sure?") :
print(rpc.blockchain_broadcast_transaction(js))
def main():
parser = argparse.ArgumentParser(
description='Offline tool to gather balances in cold storage address')
parser.add_argument(
'--coldaddress',
type=str,
help='cold storage address to get funds from (required)')
parser.add_argument('--filename',
type=str,
help='filename in which to store the available funds')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.set_defaults(rpcurl=config.url,
rpcuser=config.user,
rpcpasswd=config.passwd)
parser.set_defaults(filename="availablefunds.txt")
args = parser.parse_args()
if not args.coldaddress:
print("No voteaddress given! Please specify!")
args.coldaddress = ask_for_address()
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
''' Get available funds '''
balances = get_available_balances(rpc, args.coldaddress)
''' Format for transfer '''
print("Available Funds in cold storage address %s:" % args.coldaddress)
funds = []
for t in balances:
funds.append("%f ; %s ; %d ; %d ; %s ; %s\n" %
(t["balance"], t["symbol"], t["asset_id"], t["precision"],
t["balanceid"], t["owner"]))
print("- %f %s" % (t["balance"], t["symbol"]))
with open(args.filename, "w") as fp:
fp.write(str("".join(funds)))
print(
"Stored funds for %d assets in '%s' for offline construction & signing."
% (len(funds), args.filename))
def enable( ) :
parser = argparse.ArgumentParser(description='Switch over the activately signign machine')
parser.add_argument('machine', nargs=1, type=str, help='Machine to activate for block signing')
parser.add_argument('-force', help='Force enable machine and disable others', action='store_true')
args = parser.parse_args()
rpc = dict()
machines = config.machines
activate = args.machine[0]
if activate not in machines.keys() :
raise Exception("Given machine not configured!")
print "checking connectivity of all machines"
for m in machines :
machine = machines[m]
try :
rpc[m] = bitsharesrpc.client(machine["url"], machine["user"], machine["passwd"])
rpc[m].info()
except :
print "Machine: %s not reachable." % m
if args.force :
print "Exiting!"
return
# First enable the new activate machine
print("activate block production on machine: %s" % activate)
rpc[activate].wallet_delegate_set_block_production("ALL","true")
rpc[activate].unlock(999999, machines[activate]["unlock"])
rpc[activate].network_set_advanced_node_parameters({"desired_number_of_connections":50,"maximum_number_of_connections":200})
# then disable all others
for m in machines :
if m == activate : continue
print("Disable block production on machine: %s" % m)
machine = machines[m]
if machine is not activate :
rpc[m].lock()
rpc[m].wallet_delegate_set_block_production("ALL","false")
def main():
parser = argparse.ArgumentParser(
description='Broadcast signed transaction to the network!')
parser.add_argument('--filename',
type=str,
help='File containing the signed transaction')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.set_defaults(rpcurl=config.url,
rpcuser=config.user,
rpcpasswd=config.passwd)
parser.set_defaults(filename="signedtx.txt")
args = parser.parse_args()
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
print("Broadcasting transaction:")
with open(args.filename, "r") as f:
js = json.loads(f.read())
print(json.dumps(js, indent=4))
if query_yes_no("Are you sure?"):
print(rpc.blockchain_broadcast_transaction(js))
def main() :
parser = argparse.ArgumentParser(description='Tool for updating votes from vote_only keys. The votes have to be defined using the (GUI) client.')
#parser.add_argument('addresses', nargs='+', type=str, help='coldaddresses with BTS for which to update the vote')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--prefix', type=str, help='defaults to "BTS" (advanced feature)')
parser.set_defaults(rpcurl=config.url, rpcuser=config.user, rpcpasswd=config.passwd)
#parser.set_defaults(addresses=config.coldaddresses)
parser.set_defaults(prefix="BTS")
args = parser.parse_args()
PREFIX = args.prefix
''' Connect to bitshares client via RPC '''
print( "Opening connection to client" )
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
print( "Opening wallet %s" % config.wallet )
ret = rpc.wallet_open(config.wallet)
print( "Unlocking wallet" )
ret = rpc.unlock(999999, config.unlock)
''' Gather balanceids from the blockchain corresponding to the cold addresses '''
#for address in args.addresses :
for address in config.coldaddresses :
balances = rpc.blockchain_list_address_balances(address)["result"]
print("Updating votes for address %s:" % (address))
for balance in balances :
balanceId = balance[0]
asset_id = balance[1]["condition"]["asset_id"]
asset = rpc.blockchain_get_asset(asset_id)["result"]
if asset_id == 0 :
if balance[1]["balance"] == 0: continue
print("- %f BTS" % ((balance[1]["balance"])/float(asset["precision"])))
try :
rpc.wallet_balance_set_vote_info(balanceId, "", "vote_recommended")
except Exception, e:
print("Error: %s", e)
#!/usr/bin/python
import bitsharesrpc
import config
import genbtskey
import os
from pprint import pprint
txfee = 0.5*1e5
if __name__ == "__main__":
rpc = bitsharesrpc.client(config.url, config.user, config.passwd)
rpc.wallet_open(config.wallet)
rpc.unlock(999999, config.unlock)
print("# Reading delegates")
privkeys = []
accounts = rpc.wallet_list_accounts()["result"]
for account in accounts :
if account["delegate_info"] :
if not rpc.wallet_dump_private_key(account["owner_key"])["result"] :
print("- %s (owner key not available! Skipping...)" % account["name"])
continue
if account["name"] == "delegate.xeroc" :
print("- %s (paying account! Skipping...)" % account["name"])
continue
if rpc.market.get_balance( account["name"], 0 ) < txfee :
print("- %s (Not funded! Requires %.2f BTS! Skipping...)" % (account["name"], txfee/1.0e5))
continue
print("- %s" % account["name"])
## store private keys in a variable
p = os.urandom(32).encode('hex')
#!/usr/bin/python
import bitsharesrpc
import config
import genbtskey
import os
from pprint import pprint
txfee = 0.5 * 1e5
if __name__ == "__main__":
rpc = bitsharesrpc.client(config.url, config.user, config.passwd)
rpc.wallet_open(config.wallet)
rpc.unlock(999999, config.unlock)
print("# Reading delegates")
privkeys = []
accounts = rpc.wallet_list_accounts()["result"]
for account in accounts:
if account["delegate_info"]:
if not rpc.wallet_dump_private_key(account["owner_key"])["result"]:
print("- %s (owner key not available! Skipping...)" %
account["name"])
continue
if account["name"] == "delegate.xeroc":
print("- %s (paying account! Skipping...)" % account["name"])
continue
if rpc.market.get_balance(account["name"], 0) < txfee:
print("- %s (Not funded! Requires %.2f BTS! Skipping...)" %
(account["name"], txfee / 1.0e5))
continue
print("- %s" % account["name"])
if True: # if need conversion
with open( ORIGIN_PATH ) as distribution_file:
distribution = json.load(distribution_file)
distribution_list = []
total = 0
for addr, bal in distribution.iteritems():
total += bal
distribution_list.append([addr, bal])
print total
with open(LIST_FORM_PATH, 'w') as native_file:
native_file.write(json.dumps(distribution_list, indent=4))
subprocess.check_output(["../bts_convert_addresses", LIST_FORM_PATH, NATIVE_FORM_PATH])
rpc = bitsharesrpc.client("http://localhost:8000/rpc", "user", "password")
print "Checking status of distribution of blockchain"
rpc.blockchain_generate_issuance_map(asset, "/tmp/issuance_map.json")
issued = {}
total_issued = 0
with open("/tmp/issuance_map.json") as issued_file:
issued_list = json.load(issued_file)
for pair in issued_list:
if pair[0] in issued:
print "warning, duplicate issuances!"
sys.exit(1)
issued[pair[0]] = pair[1]
total_issued += pair[1]
def main():
parser = argparse.ArgumentParser(
description='Construct paperwallets according to file')
parser.add_argument('fromaddress',
type=str,
help='Address to take funds from')
parser.add_argument('number',
type=int,
help='Number of sharedrop addresses to create')
parser.add_argument('fundwith',
nargs='+',
type=str,
help='Fund to send to each address')
parser.add_argument('--displayprecision',
type=str,
help='Display precision for paper wallet')
parser.add_argument('--txfee', type=str, help='Transaction fee')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--wallet', type=str, help='')
parser.add_argument('--unlock', type=str, help='')
parser.add_argument('--filename', type=str, help='')
parser.add_argument('--account', help='user keys linked to account')
parser.set_defaults(rpcurl=config.url,
rpcuser=config.user,
rpcpasswd=config.passwd,
wallet=config.wallet,
unlock=config.unlock,
txfee=config.txfee,
displayprecision=2,
filename="sharedrop-signed-transaction.txt")
args = parser.parse_args()
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
rpc.wallet_open(args.wallet)
rpc.unlock(999999, args.unlock)
###
print("Assets for sharedrop into each address:")
fundwith = {}
sharedroptext = ""
for fund in args.fundwith:
try:
amount, symbol = str(fund).split(" ")
amount = float(amount)
asset = rpc.blockchain_get_asset(symbol)['result']
assert asset is not None, "Asset %s does not exist on the blockchain" % symbol
except:
print("Something went wrong when loading 'fundwith'.")
parser.print_usage()
raise
fundwith[symbol] = amount * asset["precision"]
sharedroptext += "%.*f%s " % (args.displayprecision, amount, symbol)
print(" + %f %s" % (amount, symbol))
### Withdraw Fee in BTS!
have = {}
print("Getting balance from given address")
balanceids = rpc.blockchain_list_address_balances(
args.fromaddress)['result']
for bIDobj in balanceids:
bID = bIDobj[0]
balance = bIDobj[1]
if symbol == "BTS": ## Substract TX fee right away
balance["balance"] -= int(float(args.txfee) * 1e5)
asset_id = balance["condition"]["asset_id"]
asset = rpc.blockchain_get_asset(asset_id)["result"]
precision = float(asset["precision"])
amount = int(balance["balance"])
symbol = asset["symbol"]
have[symbol] = [amount, bIDobj, asset]
''' Check if enough funded '''
for symbol in fundwith.keys():
if symbol in have:
amount = have[symbol][0]
if fundwith[symbol] * args.number > amount:
raise Exception(
"Not enough funds. Need %f %s, but only have %f %s" %
(fundwith[symbol] * args.number, symbol, amount, symbol))
else:
raise Exception("Missing asset %s in address." % symbol)
privkeys = []
ops = []
print("Constructing Withdraw operations")
for symbol in fundwith.keys():
bIDobj = have[symbol][1]
asset = have[symbol][2]
bID = bIDobj[0]
balance = bIDobj[1]
asset_id = asset["id"]
precision = float(asset["precision"])
amount = fundwith[symbol] * args.number
if symbol == "BTS":
amount += float(args.txfee) * 1e5
ops.append(
Transaction.Operation("withdraw_op_type",
Transaction.Withdraw(bID, amount)))
owner = balance["condition"]["data"]["owner"]
privkeys.append(rpc.wallet_dump_private_key(owner)["result"])
''' Ensure that TX fee is paied '''
if "BTS" not in fundwith:
symbol = "BTS"
print("Enforcing TX fee")
if symbol in have:
if have[symbol] < float(args.txfee) * 1e5:
raise Exception(
"Not enough funds. Need %f %s, but only have %f %s" %
(float(args.txfee), symbol, have[symbol], symbol))
else:
raise Exception("Missing asset %s in address." % symbol)
bIDobj = have[symbol][1]
asset = have[symbol][2]
bID = bIDobj[0]
balance = bIDobj[1]
asset_id = asset["id"]
precision = float(asset["precision"])
amount = float(args.txfee) * precision
ops.append(
Transaction.Operation("withdraw_op_type",
Transaction.Withdraw(bID, amount)))
owner = balance["condition"]["data"]["owner"]
print(" - Getting private key for signature of owner %s" % owner)
privkeys.append(rpc.wallet_dump_private_key(owner)["result"])
print("Constructing Deposit operations")
wifs = []
for didx in xrange(0, args.number):
if args.account:
address = rpc.wallet_address_create(args.account)["result"]
wif = rpc.wallet_dump_private_key(address)["result"]
wifs.append(wif)
else:
wif = Address.newwif()
address = Address.wif2btsaddr(wif)
wifs.append(wif)
print(" + Address: %s" % address)
for symbol in fundwith.keys():
bIDobj = have[symbol][1]
asset = have[symbol][2]
asset_id = asset["id"]
amount = fundwith[symbol]
wst = Transaction.WithdrawSignatureType(address)
wc = Transaction.WithdrawCondition(asset_id, None,
"withdraw_signature_type", wst)
deposit = Transaction.Deposit(amount, wc)
ops.append(Transaction.Operation("deposit_op_type", deposit))
print("Finalizing Transaction")
tx = Transaction.Transaction(60 * 60 * 12, 0, ops)
print("Signing Transaction")
sigtx = Transaction.SignedTransaction(tx, privkeys)
print("Storing WIF and ADDRESS in wallet.csv backup")
with open('wallet.csv', 'wb') as csvfile:
spamwriter = csv.writer(csvfile, delimiter=';')
for wif in wifs:
spamwriter.writerow(
[wif, Address.wif2btsaddr(wif),
"%s" % sharedroptext, ""])
# Send operation
print(json.dumps(sigtx.tojson(), indent=4))
with open(args.filename, 'wb') as fp:
fp.write(json.dumps(sigtx.tojson()))
print("Transaction stored in %s" % args.filename)
if query_yes_no("Please confirm the transaction"):
print("Broadcasting transaction to the blockchain")
print(rpc.blockchain_broadcast_transaction(sigtx.tojson()))
else:
print("Not broadcasted. Signed transaction stored in file %s" %
args.filename)
rpc.lock()
#!/usr/bin/python
import csv
import os
import bitsharesrpc
import config
rpc2 = bitsharesrpc.client(config.backupurl, config.backupuser, config.backuppasswd)
rpc = bitsharesrpc.client(config.mainurl, config.mainuser, config.mainpasswd)
def enable( ) :
print "checking connectivity"
rpc2.info()
# rpc.info()
print "enabling backup block production"
rpc2.wallet_open("delegate")
rpc2.wallet_delegate_set_block_production("ALL","true")
rpc2.unlock(9999999, config.backupunlock)
#rpc2.setnetwork(25,30)
print "disabling main block production"
rpc.wallet_open("delegate")
rpc.lock()
rpc.wallet_delegate_set_block_production("ALL","false")
if __name__ == "__main__":
enable( )
def main() :
parser = argparse.ArgumentParser(description='Construct paperwallets according to file')
parser.add_argument('fromaddress', type=str, help='Address to take funds from')
parser.add_argument('number', type=int, help='Number of sharedrop addresses to create')
parser.add_argument('fundwith', nargs='+', type=str, help='Fund to send to each address')
parser.add_argument('--displayprecision', type=str, help='Display precision for paper wallet')
parser.add_argument('--txfee', type=str, help='Transaction fee')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--wallet', type=str, help='')
parser.add_argument('--unlock', type=str, help='')
parser.add_argument('--filename', type=str, help='')
parser.add_argument('--account', help='user keys linked to account')
parser.set_defaults(rpcurl=config.url, rpcuser=config.user, rpcpasswd=config.passwd, wallet=config.wallet, unlock=config.unlock, txfee=config.txfee, displayprecision=2, filename="sharedrop-signed-transaction.txt")
args = parser.parse_args()
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
rpc.wallet_open(args.wallet)
rpc.unlock(999999, args.unlock)
###
print("Assets for sharedrop into each address:")
fundwith = {}
sharedroptext = ""
for fund in args.fundwith :
try :
amount,symbol = str(fund).split(" ")
amount = float(amount)
asset = rpc.blockchain_get_asset(symbol)['result']
assert asset is not None, "Asset %s does not exist on the blockchain" % symbol
except :
print("Something went wrong when loading 'fundwith'.")
parser.print_usage()
raise
fundwith[symbol] = amount*asset["precision"]
sharedroptext += "%.*f%s " % (args.displayprecision, amount, symbol)
print(" + %f %s" % (amount, symbol))
### Withdraw Fee in BTS!
have = {}
print("Getting balance from given address")
balanceids = rpc.blockchain_list_address_balances(args.fromaddress)['result']
for bIDobj in balanceids :
bID = bIDobj[0]
balance = bIDobj[1]
if symbol == "BTS" : ## Substract TX fee right away
balance["balance"] -= int( float(args.txfee) * 1e5)
asset_id = balance["condition"]["asset_id"]
asset = rpc.blockchain_get_asset(asset_id)["result"]
precision = float(asset["precision"])
amount = int(balance["balance"])
symbol = asset["symbol"]
have[symbol] = [amount, bIDobj, asset]
''' Check if enough funded '''
for symbol in fundwith.keys() :
if symbol in have :
amount = have[ symbol ][ 0 ]
if fundwith[symbol] * args.number > amount :
raise Exception("Not enough funds. Need %f %s, but only have %f %s" %(fundwith[symbol]*args.number, symbol, amount, symbol))
else :
raise Exception("Missing asset %s in address." % symbol)
privkeys = []
ops = []
print( "Constructing Withdraw operations" )
for symbol in fundwith.keys() :
bIDobj = have[symbol][1]
asset = have[symbol][2]
bID = bIDobj[0]
balance = bIDobj[1]
asset_id = asset["id"]
precision = float(asset["precision"])
amount = fundwith[symbol] * args.number
if symbol == "BTS" :
amount += float(args.txfee) * 1e5
ops.append(Transaction.Operation("withdraw_op_type", Transaction.Withdraw(bID, amount) ))
owner = balance["condition"]["data"]["owner"]
privkeys.append(rpc.wallet_dump_private_key(owner)["result"])
''' Ensure that TX fee is paied '''
if "BTS" not in fundwith :
symbol = "BTS"
print( "Enforcing TX fee" )
if symbol in have :
if have[symbol] < float(args.txfee) * 1e5 :
raise Exception("Not enough funds. Need %f %s, but only have %f %s" %( float(args.txfee), symbol, have[symbol], symbol))
else :
raise Exception("Missing asset %s in address." % symbol)
bIDobj = have[symbol][1]
asset = have[symbol][2]
bID = bIDobj[0]
balance = bIDobj[1]
asset_id = asset["id"]
precision = float(asset["precision"])
amount = float(args.txfee) * precision
ops.append(Transaction.Operation("withdraw_op_type", Transaction.Withdraw(bID, amount) ))
owner = balance["condition"]["data"]["owner"]
print( " - Getting private key for signature of owner %s" % owner)
privkeys.append(rpc.wallet_dump_private_key(owner)["result"])
print( "Constructing Deposit operations" )
wifs = []
for didx in xrange( 0, args.number ) :
if args.account :
address = rpc.wallet_address_create( args.account )[ "result" ]
wif = rpc.wallet_dump_private_key(address)["result"]
wifs.append(wif)
else :
wif = Address.newwif()
address = Address.wif2btsaddr(wif)
wifs.append(wif)
print(" + Address: %s" % address)
for symbol in fundwith.keys() :
bIDobj = have[symbol][1]
asset = have[symbol][2]
asset_id = asset["id"]
amount = fundwith[symbol]
wst = Transaction.WithdrawSignatureType( address )
wc = Transaction.WithdrawCondition( asset_id, None, "withdraw_signature_type", wst)
deposit = Transaction.Deposit( amount, wc )
ops.append(Transaction.Operation( "deposit_op_type", deposit))
print( "Finalizing Transaction" )
tx = Transaction.Transaction( 60*60*12, 0, ops )
print( "Signing Transaction" )
sigtx = Transaction.SignedTransaction(tx, privkeys)
print( "Storing WIF and ADDRESS in wallet.csv backup" )
with open('wallet.csv', 'wb') as csvfile:
spamwriter = csv.writer(csvfile, delimiter=';')
for wif in wifs :
spamwriter.writerow([wif, Address.wif2btsaddr(wif), "%s" %sharedroptext, ""])
# Send operation
print( json.dumps( sigtx.tojson(), indent=4 ) )
with open(args.filename,'wb') as fp :
fp.write(json.dumps(sigtx.tojson()))
print("Transaction stored in %s" % args.filename)
if query_yes_no( "Please confirm the transaction" ) :
print( "Broadcasting transaction to the blockchain" )
print(rpc.blockchain_broadcast_transaction(sigtx.tojson()))
else :
print("Not broadcasted. Signed transaction stored in file %s" % args.filename)
rpc.lock()
def main():
parser = argparse.ArgumentParser(
description='Tool to update the voter key of a coldstorage address')
parser.add_argument(
'--voteaddress',
type=str,
help='address that will be allowed to vote with cold funds instead')
parser.add_argument(
'--account',
type=str,
help='account that will be allowed to vote with cold funds instead')
parser.add_argument('--rpcurl', type=str, help='')
parser.add_argument('--rpcuser', type=str, help='')
parser.add_argument('--rpcpasswd', type=str, help='')
parser.add_argument('--output',
type=str,
help='filename into which the signed output is stored')
parser.set_defaults(rpcurl=config.url,
rpcuser=config.user,
rpcpasswd=config.passwd)
parser.set_defaults(output="signedtx.txt")
args = parser.parse_args()
slate_id = None
''' Connect to bitshares client via RPC '''
rpc = bitsharesrpc.client(args.rpcurl, args.rpcuser, args.rpcpasswd)
if not args.voteaddress and not args.account:
print("No voteaddress given! Please specify!")
args.voteaddress = ask_for_address()
if args.account:
args.voteaddress = rpc.wallet_address_create(args.account)["result"]
print("Using %s from account %s" % (args.voteaddress, args.account))
''' Ask for the private key '''
privkey = ask_for_privkey()
address = Address.priv2btsaddr(Address.wif2hex(privkey))
''' balance ids '''
balances = rpc.blockchain_list_address_balances(address)["result"]
print(
"This address holds the following BTS funds (ignoring other assets):")
ops = []
for balance in balances:
balanceId = balance[0]
asset_id = balance[1]["condition"]["asset_id"]
asset = rpc.blockchain_get_asset(asset_id)["result"]
if asset_id == 0:
if balance[1]["balance"] == 0: continue
print("- %f BTS" %
((balance[1]["balance"]) / float(asset["precision"])))
votekeyop = Transaction.UpdateBalanceVote(balanceId,
args.voteaddress,
slate_id)
ops.append(
Transaction.Operation("update_balance_vote_op_type",
votekeyop))
tx = Transaction.Transaction(60 * 60 * 12, None, ops)
sigtx = Transaction.SignedTransaction(tx, [privkey])
''' Store signed transaction '''
with open(args.output, "wb") as fp:
fp.write(json.dumps(sigtx.tojson()))
print(
"\n%d transaction successfully signed and output written to file '%s'"
% (len(ops), args.output))
print(
"To broadcast transaction copy the file and run ./broadcast_signed_tx.py on online computer"
)
