def __init__(self, maker, nick, oid, amount, taker_pk):
self.tx = None
self.i_utxo_pubkey = None
self.maker = maker
self.oid = oid
self.cj_amount = amount
if self.cj_amount <= jm_single().DUST_THRESHOLD:
self.maker.msgchan.send_error(nick, 'amount below dust threshold')
# the btc pubkey of the utxo that the taker plans to use as input
self.taker_pk = taker_pk
# create DH keypair on the fly for this Order object
self.kp = init_keypair()
# the encryption channel crypto box for this Order object
self.crypto_box = as_init_encryption(self.kp,
init_pubkey(taker_pk))
order_s = [o for o in maker.orderlist if o['oid'] == oid]
if len(order_s) == 0:
self.maker.msgchan.send_error(nick, 'oid not found')
order = order_s[0]
if amount < order['minsize'] or amount > order['maxsize']:
self.maker.msgchan.send_error(nick, 'amount out of range')
self.ordertype = order['ordertype']
self.txfee = order['txfee']
self.cjfee = order['cjfee']
log.debug('new cjorder nick=%s oid=%d amount=%d' % (nick, oid, amount))
self.utxos, self.cj_addr, self.change_addr = maker.oid_to_order(
self, oid, amount)
self.maker.wallet.update_cache_index()
if not self.utxos:
self.maker.msgchan.send_error(
nick, 'unable to fill order constrained by dust avoidance')
# TODO make up orders offers in a way that this error cant appear
# check nothing has messed up with the wallet code, remove this
# code after a while
import pprint
log.debug('maker utxos = ' + pprint.pformat(self.utxos))
utxo_list = self.utxos.keys()
utxo_data = jm_single().bc_interface.query_utxo_set(utxo_list)
if None in utxo_data:
log.debug('wrongly using an already spent utxo. utxo_data = ' +
pprint.pformat(utxo_data))
sys.exit(0)
for utxo, data in zip(utxo_list, utxo_data):
if self.utxos[utxo]['value'] != data['value']:
fmt = 'wrongly labeled utxo, expected value: {} got {}'.format
log.debug(fmt(self.utxos[utxo]['value'], data['value']))
sys.exit(0)
# always a new address even if the order ends up never being
# furfilled, you dont want someone pretending to fill all your
# orders to find out which addresses you use
self.maker.msgchan.send_pubkey(nick, self.kp.hex_pk())
def __init__(self, maker, nick, oid, amount, taker_pk):
self.tx = None
self.i_utxo_pubkey = None
self.maker = maker
self.oid = oid
self.cj_amount = amount
if self.cj_amount <= jm_single().DUST_THRESHOLD:
self.maker.msgchan.send_error(nick, 'amount below dust threshold')
# the btc pubkey of the utxo that the taker plans to use as input
self.taker_pk = taker_pk
# create DH keypair on the fly for this Order object
self.kp = init_keypair()
# the encryption channel crypto box for this Order object
self.crypto_box = as_init_encryption(self.kp,
init_pubkey(taker_pk))
order_s = [o for o in maker.orderlist if o['oid'] == oid]
if len(order_s) == 0:
self.maker.msgchan.send_error(nick, 'oid not found')
order = order_s[0]
if amount < order['minsize'] or amount > order['maxsize']:
self.maker.msgchan.send_error(nick, 'amount out of range')
self.ordertype = order['ordertype']
self.txfee = order['txfee']
self.cjfee = order['cjfee']
log.debug('new cjorder nick=%s oid=%d amount=%d' % (nick, oid, amount))
self.utxos, self.cj_addr, self.change_addr = maker.oid_to_order(
self, oid, amount)
self.maker.wallet.update_cache_index()
if not self.utxos:
self.maker.msgchan.send_error(
nick, 'unable to fill order constrained by dust avoidance')
# TODO make up orders offers in a way that this error cant appear
# check nothing has messed up with the wallet code, remove this
# code after a while
import pprint
log.debug('maker utxos = ' + pprint.pformat(self.utxos))
utxo_list = self.utxos.keys()
utxo_data = jm_single().bc_interface.query_utxo_set(utxo_list)
if None in utxo_data:
log.debug('wrongly using an already spent utxo. utxo_data = ' +
pprint.pformat(utxo_data))
sys.exit(0)
for utxo, data in zip(utxo_list, utxo_data):
if self.utxos[utxo]['value'] != data['value']:
fmt = 'wrongly labeled utxo, expected value: {} got {}'.format
log.debug(fmt(self.utxos[utxo]['value'], data['value']))
sys.exit(0)
# always a new address even if the order ends up never being
# furfilled, you dont want someone pretending to fill all your
# orders to find out which addresses you use
self.maker.msgchan.send_pubkey(nick, self.kp.hex_pk())
def start_encryption(self, nick, maker_pk):
if nick not in self.active_orders.keys():
log.debug("Counterparty not part of this transaction. Ignoring")
return
try:
self.crypto_boxes[nick] = [maker_pk, as_init_encryption(
self.kp, init_pubkey(maker_pk))]
except NaclError as e:
log.debug("Unable to setup crypto box with " + nick + ": " + repr(e))
self.msgchan.send_error(nick, "invalid nacl pubkey: " + maker_pk)
return
self.msgchan.send_auth(nick, self.reveal_commitment)
def start_encryption(self, nick, maker_pk):
if nick not in self.active_orders.keys():
log.debug("Counterparty not part of this transaction. Ignoring")
return
self.crypto_boxes[nick] = [maker_pk, as_init_encryption(
self.kp, init_pubkey(maker_pk))]
# send authorisation request
if self.auth_addr:
my_btc_addr = self.auth_addr
else:
my_btc_addr = self.input_utxos.itervalues().next()['address']
my_btc_priv = self.wallet.get_key_from_addr(my_btc_addr)
my_btc_pub = btc.privtopub(my_btc_priv)
my_btc_sig = btc.ecdsa_sign(self.kp.hex_pk(), my_btc_priv)
self.msgchan.send_auth(nick, my_btc_pub, my_btc_sig)
def start_encryption(self, nick, maker_pk):
if nick not in self.active_orders.keys():
log.debug("Counterparty not part of this transaction. Ignoring")
return
try:
self.crypto_boxes[nick] = [
maker_pk,
as_init_encryption(self.kp, init_pubkey(maker_pk))
]
except NaclError as e:
log.debug("Unable to setup crypto box with " + nick + ": " +
repr(e))
self.msgchan.send_error(nick, "invalid nacl pubkey: " + maker_pk)
return
self.msgchan.send_auth(nick, self.reveal_commitment)
def start_encryption(self, nick, maker_pk):
if nick not in self.active_orders.keys():
log.debug("Counterparty not part of this transaction. Ignoring")
return
self.crypto_boxes[nick] = [
maker_pk,
as_init_encryption(self.kp, init_pubkey(maker_pk))
]
# send authorisation request
if self.auth_addr:
my_btc_addr = self.auth_addr
else:
my_btc_addr = self.input_utxos.itervalues().next()['address']
my_btc_priv = self.wallet.get_key_from_addr(my_btc_addr)
my_btc_pub = btc.privtopub(my_btc_priv)
my_btc_sig = btc.ecdsa_sign(self.kp.hex_pk(), my_btc_priv)
self.msgchan.send_auth(nick, my_btc_pub, my_btc_sig)
def start_encryption(self, nick, maker_pk):
if nick not in self.active_orders.keys():
log.debug("Counterparty not part of this transaction. Ignoring")
return
try:
self.crypto_boxes[nick] = [maker_pk, as_init_encryption(
self.kp, init_pubkey(maker_pk))]
except NaclError as e:
log.debug("Unable to setup crypto box with " + nick + ": " + repr(e))
self.msgchan.send_error(nick, "invalid nacl pubkey: " + maker_pk)
return
# send authorisation request
if self.auth_addr:
my_btc_addr = self.auth_addr
else:
my_btc_addr = self.input_utxos.itervalues().next()['address']
my_btc_priv = self.wallet.get_key_from_addr(my_btc_addr)
my_btc_pub = btc.privtopub(my_btc_priv)
my_btc_sig = btc.ecdsa_sign(self.kp.hex_pk(), my_btc_priv)
self.msgchan.send_auth(nick, my_btc_pub, my_btc_sig)
def __init__(self, maker, nick, oid, amount, taker_pk):
self.tx = None
self.i_utxo_pubkey = None
self.maker = maker
self.oid = oid
self.cj_amount = amount
if self.cj_amount <= jm_single().BITCOIN_DUST_THRESHOLD:
self.maker.msgchan.send_error(nick, 'amount below dust threshold')
# the btc pubkey of the utxo that the taker plans to use as input
self.taker_pk = taker_pk
# create DH keypair on the fly for this Order object
self.kp = init_keypair()
# the encryption channel crypto box for this Order object.
# Invalid pubkeys must be handled by giving up gracefully (otherwise DOS)
try:
self.crypto_box = as_init_encryption(self.kp,
init_pubkey(taker_pk))
except NaclError as e:
log.info("Unable to setup crypto box with counterparty: " + repr(e))
self.maker.msgchan.send_error(nick, "invalid nacl pubkey: " + taker_pk)
return
order_s = [o for o in maker.orderlist if o['oid'] == oid]
if len(order_s) == 0:
self.maker.msgchan.send_error(nick, 'oid not found')
order = order_s[0]
if amount < order['minsize'] or amount > order['maxsize']:
self.maker.msgchan.send_error(nick, 'amount out of range')
self.ordertype = order['ordertype']
self.txfee = order['txfee']
self.cjfee = order['cjfee']
log.info('new cjorder nick=%s oid=%d amount=%d' % (nick, oid, amount))
def populate_utxo_data():
self.utxos, self.cj_addr, self.change_addr = maker.oid_to_order(
self, oid, amount)
self.maker.wallet.update_cache_index()
if not self.utxos:
self.maker.msgchan.send_error(
nick, 'unable to fill order constrained by dust avoidance')
# TODO make up orders offers in a way that this error cant appear
# check nothing has messed up with the wallet code, remove this
# code after a while
log.debug('maker utxos = ' + pprint.pformat(self.utxos))
utxos = self.utxos.keys()
return (utxos, jm_single().bc_interface.query_utxo_set(utxos))
for i in xrange(10): ##only loop 10 times, not an infinite amount
utxo_list, utxo_data = populate_utxo_data()
if None not in utxo_data:
break
log.debug('wrongly selected stale utxos! utxo_data = ' +
pprint.pformat(utxo_data))
with self.maker.wallet_unspent_lock:
jm_single().bc_interface.sync_unspent(self.maker.wallet)
if None in utxo_data:
log.error('unable to select non-stale utxo, weird error! quitting')
sys.exit(0)
for utxo, data in zip(utxo_list, utxo_data):
if self.utxos[utxo]['value'] != data['value']:
fmt = 'wrongly labeled utxo, expected value: {} got {}'.format
log.debug(fmt(self.utxos[utxo]['value'], data['value']))
sys.exit(0)
# always a new address even if the order ends up never being
# furfilled, you dont want someone pretending to fill all your
# orders to find out which addresses you use
self.maker.msgchan.send_pubkey(nick, self.kp.hex_pk())
def __init__(self, maker, nick, oid, amount, taker_pk):
self.tx = None
self.i_utxo_pubkey = None
self.maker = maker
self.oid = oid
self.cj_amount = amount
if self.cj_amount <= jm_single().BITCOIN_DUST_THRESHOLD:
self.maker.msgchan.send_error(nick, 'amount below dust threshold')
# the btc pubkey of the utxo that the taker plans to use as input
self.taker_pk = taker_pk
# create DH keypair on the fly for this Order object
self.kp = init_keypair()
# the encryption channel crypto box for this Order object.
# Invalid pubkeys must be handled by giving up gracefully (otherwise DOS)
try:
self.crypto_box = as_init_encryption(self.kp,
init_pubkey(taker_pk))
except NaclError as e:
log.info("Unable to setup crypto box with counterparty: " +
repr(e))
self.maker.msgchan.send_error(nick,
"invalid nacl pubkey: " + taker_pk)
return
order_s = [o for o in maker.orderlist if o['oid'] == oid]
if len(order_s) == 0:
self.maker.msgchan.send_error(nick, 'oid not found')
order = order_s[0]
if amount < order['minsize'] or amount > order['maxsize']:
self.maker.msgchan.send_error(nick, 'amount out of range')
self.ordertype = order['ordertype']
self.txfee = order['txfee']
self.cjfee = order['cjfee']
log.info('new cjorder nick=%s oid=%d amount=%d' % (nick, oid, amount))
def populate_utxo_data():
self.utxos, self.cj_addr, self.change_addr = maker.oid_to_order(
self, oid, amount)
self.maker.wallet.update_cache_index()
if not self.utxos:
self.maker.msgchan.send_error(
nick, 'unable to fill order constrained by dust avoidance')
# TODO make up orders offers in a way that this error cant appear
# check nothing has messed up with the wallet code, remove this
# code after a while
log.debug('maker utxos = ' + pprint.pformat(self.utxos))
utxos = self.utxos.keys()
return (utxos, jm_single().bc_interface.query_utxo_set(utxos))
for i in xrange(10): ##only loop 10 times, not an infinite amount
utxo_list, utxo_data = populate_utxo_data()
if None not in utxo_data:
break
log.debug('wrongly selected stale utxos! utxo_data = ' +
pprint.pformat(utxo_data))
with self.maker.wallet_unspent_lock:
jm_single().bc_interface.sync_unspent(self.maker.wallet)
if None in utxo_data:
log.error('unable to select non-stale utxo, weird error! quitting')
sys.exit(0)
for utxo, data in zip(utxo_list, utxo_data):
if self.utxos[utxo]['value'] != data['value']:
fmt = 'wrongly labeled utxo, expected value: {} got {}'.format
log.debug(fmt(self.utxos[utxo]['value'], data['value']))
sys.exit(0)
# always a new address even if the order ends up never being
# furfilled, you dont want someone pretending to fill all your
# orders to find out which addresses you use
self.maker.msgchan.send_pubkey(nick, self.kp.hex_pk())