def withdraw_proportion_all(cls, address, bitcoin_payments_proportions):
"""hash BitcoinPayment -> Proportion"""
final_amount = Decimal("0.0")
print bitcoin_payments_proportions
for bp, proportion in bitcoin_payments_proportions.iteritems():
am = bp.calculate_amount(proportion)
final_amount += am
bp.add_transaction(am, address)
bitcoind.send(address, final_amount)
return True
def withdraw_proportion_all(cls, address, bitcoin_payments_proportions):
"""hash BitcoinPayment -> Proportion"""
final_amount=Decimal("0.0")
print bitcoin_payments_proportions
for bp, proportion in bitcoin_payments_proportions.iteritems():
am=bp.calculate_amount(proportion)
final_amount+=am
bp.add_transaction(am, address)
bitcoind.send(address, final_amount)
return True
def withdraw_proportion(self, address, proportion):
if proportion<=Decimal("0") or proportion>Decimal("100"):
raise Exception("Illegal proportion.")
amount = self.calculate_amount(proportion)
if self.amount-self.withdrawn_total > amount:
raise Exception("Trying to withdraw too much.")
self.add_transaction(amount, address)
bitcoind.send(address, amount)
def withdraw_proportion(self, address, proportion):
if proportion <= Decimal("0") or proportion > Decimal("100"):
raise Exception("Illegal proportion.")
amount = self.calculate_amount(proportion)
if self.amount - self.withdrawn_total > amount:
raise Exception("Trying to withdraw too much.")
self.add_transaction(amount, address)
bitcoind.send(address, amount)
def withdraw_all(cls, bitcoinpayments, addresses_shares):
# if len(bitcoinpayments)!=len(addresses_shares):
# raise Exception("")
amounts_all = Payment.calculate_amounts(bitcoinpayments, addresses_shares)
for bp in bitcoinpayments:
am = bp.withdraw_amounts(addresses_shares)
bp.withdraw_addresses = ",".join(addresses_shares.keys())
bp.withdraw_proportions = ",".join([str(x) for x in addresses_shares.values()])
bp.withdraw_amounts = ",".join([str(x) for x in am])
bp.withdrawn_at = datetime.datetime.now()
bp.withdrawn_total = sum(am)
bp.save()
for i, share in enumerate(addresses_shares.keys()):
bitcoind.send(share, amounts_all[i])
return True
def process_outgoing_transactions():
with CacheLock('process_outgoing_transactions'):
update_wallets = []
for ot in OutgoingTransaction.objects.filter(executed_at=None):
result = None
OutgoingTransaction.objects.filter(id=ot.id).update(executed_at=datetime.datetime.now(), txid=result)
db_transaction.commit()
try:
result = bitcoind.send(ot.to_bitcoinaddress, ot.amount)
except jsonrpc.JSONRPCException:
raise
OutgoingTransaction.objects.filter(id=ot.id).update(txid=result)
transaction = bitcoind.gettransaction(result)
if Decimal(transaction['fee']) < Decimal(0):
wt = ot.wallettransaction_set.all()[0]
fee_transaction = WalletTransaction.objects.create(
amount=Decimal(transaction['fee']) * Decimal(-1),
from_wallet_id=wt.from_wallet_id)
update_wallets.append(wt.from_wallet_id)
db_transaction.commit()
for wid in update_wallets:
if getattr(django_settings, "CELERY_ALWAYS_EAGER", False):
# Do not do asyncrhonous transaction processing
update_wallet_balance(wid)
db_transaction.commit()
else:
update_wallet_balance.delay(wid)
def send_to_address(self, address, amount, description=''):
if settings.BITCOIN_DISABLE_OUTGOING:
raise Exception("Outgoing transactions disabled! contact support.")
address = address.strip()
if type(amount) != Decimal:
amount = Decimal(amount)
amount = amount.quantize(Decimal('0.00000001'))
if not is_valid_btc_address(str(address)):
raise Exception(_("Not a valid bitcoin address") + ":" + address)
if amount <= 0:
raise Exception(_("Can't send zero or negative amounts"))
# concurrency check
with db_transaction.autocommit():
db_transaction.enter_transaction_management()
db_transaction.commit()
avail = self.total_balance()
updated = Wallet.objects.filter(Q(id=self.id)).update(last_balance=avail)
if amount > avail:
raise Exception(_("Trying to send too much"))
new_balance = avail - amount
updated = Wallet.objects.filter(Q(id=self.id) & Q(transaction_counter=self.transaction_counter) &
Q(last_balance=avail) )\
.update(last_balance=new_balance, transaction_counter=self.transaction_counter+1)
if not updated:
print "address transaction concurrency:", new_balance, avail, self.transaction_counter, self.last_balance, self.total_balance()
raise Exception(_("Concurrency error with transactions. Please try again."))
# concurrency check end
bwt = WalletTransaction.objects.create(
amount=amount,
from_wallet=self,
to_bitcoinaddress=address,
description=description)
try:
result = bitcoind.send(address, amount)
except jsonrpc.JSONRPCException:
bwt.delete()
raise
self.transaction_counter = self.transaction_counter+1
self.last_balance = new_balance
# check if a transaction fee exists, and deduct it from the wallet
# TODO: because fee can't be known beforehand, can result in negative wallet balance.
# currently isn't much of a issue, but might be in the future, depending of the application
transaction = bitcoind.gettransaction(result)
fee_transaction = None
total_amount = amount
if Decimal(transaction['fee']) < Decimal(0):
fee_transaction = WalletTransaction.objects.create(
amount=Decimal(transaction['fee']) * Decimal(-1),
from_wallet=self)
total_amount += fee_transaction.amount
if settings.BITCOIN_TRANSACTION_SIGNALING:
balance_changed.send(sender=self,
changed=(Decimal(-1) * total_amount), transaction=bwt)
balance_changed_confirmed.send(sender=self,
changed=(Decimal(-1) * total_amount), transaction=bwt)
return (bwt, fee_transaction)
def withdraw_all(cls, bitcoinpayments, addresses_shares):
#if len(bitcoinpayments)!=len(addresses_shares):
# raise Exception("")
amounts_all = Payment.calculate_amounts(bitcoinpayments,
addresses_shares)
for bp in bitcoinpayments:
am = bp.withdraw_amounts(addresses_shares)
bp.withdraw_addresses = ",".join(addresses_shares.keys())
bp.withdraw_proportions = ",".join(
[str(x) for x in addresses_shares.values()])
bp.withdraw_amounts = ",".join([str(x) for x in am])
bp.withdrawn_at = datetime.datetime.now()
bp.withdrawn_total = sum(am)
bp.save()
for i, share in enumerate(addresses_shares.keys()):
bitcoind.send(share, amounts_all[i])
return True
def send_to_address(self, address, amount, description=''):
if settings.BITCOIN_DISABLE_OUTGOING:
raise Exception("Outgoing transactions disabled! contact support.")
address = address.strip()
if type(amount) != Decimal:
amount = Decimal(amount)
amount = amount.quantize(Decimal('0.00000001'))
if not is_valid_btc_address(str(address)):
raise Exception(_("Not a valid bitcoin address") + ":" + address)
if amount <= 0:
raise Exception(_("Can't send zero or negative amounts"))
# concurrency check
with db_transaction.autocommit():
avail = self.total_balance()
updated = Wallet.objects.filter(Q(id=self.id)).update(last_balance=avail)
if amount > avail:
raise Exception(_("Trying to send too much"))
new_balance = avail - amount
updated = Wallet.objects.filter(Q(id=self.id) & Q(transaction_counter=self.transaction_counter) &
Q(last_balance=avail) )\
.update(last_balance=new_balance, transaction_counter=self.transaction_counter+1)
if not updated:
print "address transaction concurrency:", new_balance, avail, self.transaction_counter, self.last_balance, self.total_balance()
raise Exception(_("Concurrency error with transactions. Please try again."))
# concurrency check end
bwt = WalletTransaction.objects.create(
amount=amount,
from_wallet=self,
to_bitcoinaddress=address,
description=description)
try:
result = bitcoind.send(address, amount)
except jsonrpc.JSONRPCException:
bwt.delete()
raise
self.transaction_counter = self.transaction_counter+1
self.last_balance = new_balance
# check if a transaction fee exists, and deduct it from the wallet
# TODO: because fee can't be known beforehand, can result in negative wallet balance.
# currently isn't much of a issue, but might be in the future, depending of the application
transaction = bitcoind.gettransaction(result)
fee_transaction = None
total_amount = amount
if Decimal(transaction['fee']) < Decimal(0):
fee_transaction = WalletTransaction.objects.create(
amount=Decimal(transaction['fee']) * Decimal(-1),
from_wallet=self)
total_amount += fee_transaction.amount
if settings.BITCOIN_TRANSACTION_SIGNALING:
balance_changed.send(sender=self,
changed=(Decimal(-1) * total_amount), transaction=bwt)
balance_changed_confirmed.send(sender=self,
changed=(Decimal(-1) * total_amount), transaction=bwt)
return (bwt, fee_transaction)
def handle_noargs(self, **options):
final_wallets = []
process_num = random.randint(0, 1000)
with warnings.catch_warnings():
warnings.filterwarnings("ignore", category=RuntimeWarning)
for i in range(0, 3):
w = Wallet.objects.create()
# print "starting w.id", w.id
addr = w.receiving_address()
# print "taddr", w.id, addr
final_wallets.append(w)
for w in final_wallets:
if w.total_balance_sql() > 0:
print str(process_num) + " error", w.id
raise Exception("damn!")
# print "final", w.id, w.static_receiving_address(), w.receiving_address()
print str(
process_num
) + " loading 0.001 to wallet #1", w1.static_receiving_address()
w1 = final_wallets[0]
w2 = final_wallets[1]
w3 = final_wallets[2]
bitcoind.send(w1.static_receiving_address(), Decimal("0.001"))
while w1.total_balance_sql() <= 0:
sleep(1)
w1 = Wallet.objects.get(id=w1.id)
# print w1.last_balance
print str(process_num) + " w1.last_balance " + str(w1.last_balance)
print str(process_num) + "loading"
w1.send_to_wallet(w2, Decimal("0.0002"))
w1.send_to_wallet(w3, Decimal("0.0005"))
w3.send_to_address(w1, Decimal("0.0004"))
print str(process_num) + " w1.last_balance " + str(w1.last_balance)
print str(process_num) + " w2.last_balance " + str(w2.last_balance)
print str(process_num) + " w3.last_balance " + str(w3.last_balance)
while w1.total_balance_sql() <= 0:
sleep(1)
w1 = Wallet.objects.get(id=w1.id)
print str(process_num) + "catching"
print str(process_num) + " w1.last_balance " + str(w1.last_balance)
print str(process_num) + " w2.last_balance " + str(w2.last_balance)
print str(process_num) + " w3.last_balance " + str(w3.last_balance)
def handle_noargs(self, **options):
final_wallets = []
process_num = random.randint(0, 1000)
with warnings.catch_warnings():
warnings.filterwarnings("ignore", category=RuntimeWarning)
for i in range(0, 3):
w = Wallet.objects.create()
# print "starting w.id", w.id
addr = w.receiving_address()
# print "taddr", w.id, addr
final_wallets.append(w)
for w in final_wallets:
if w.total_balance_sql() > 0:
print str(process_num) + " error", w.id
raise Exception("damn!")
# print "final", w.id, w.static_receiving_address(), w.receiving_address()
print str(process_num) + " loading 0.001 to wallet #1", w1.static_receiving_address()
w1 = final_wallets[0]
w2 = final_wallets[1]
w3 = final_wallets[2]
bitcoind.send(w1.static_receiving_address(), Decimal("0.001"))
while w1.total_balance_sql() <= 0:
sleep(1)
w1 = Wallet.objects.get(id=w1.id)
# print w1.last_balance
print str(process_num) + " w1.last_balance " + str(w1.last_balance)
print str(process_num) + "loading"
w1.send_to_wallet(w2, Decimal("0.0002"))
w1.send_to_wallet(w3, Decimal("0.0005"))
w3.send_to_address(w1, Decimal("0.0004"))
print str(process_num) + " w1.last_balance " + str(w1.last_balance)
print str(process_num) + " w2.last_balance " + str(w2.last_balance)
print str(process_num) + " w3.last_balance " + str(w3.last_balance)
while w1.total_balance_sql() <= 0:
sleep(1)
w1 = Wallet.objects.get(id=w1.id)
print str(process_num) + "catching"
print str(process_num) + " w1.last_balance " + str(w1.last_balance)
print str(process_num) + " w2.last_balance " + str(w2.last_balance)
print str(process_num) + " w3.last_balance " + str(w3.last_balance)
def process_outgoing_transactions():
if cache.get("process_outgoing_transactions"):
print "process ongoing, skipping..."
db_transaction.rollback()
return
if cache.get("wallet_downtime_utc"):
db_transaction.rollback()
return
# try out bitcoind connection
print bitcoind.bitcoind_api.getinfo()
with NonBlockingCacheLock('process_outgoing_transactions'):
update_wallets = []
for ot in OutgoingTransaction.objects.filter(executed_at=None)[:3]:
result = None
updated = OutgoingTransaction.objects.filter(id=ot.id,
executed_at=None, txid=None, under_execution=False).select_for_update().update(executed_at=datetime.datetime.now(), txid=result)
db_transaction.commit()
if updated:
try:
result = bitcoind.send(ot.to_bitcoinaddress, ot.amount)
updated2 = OutgoingTransaction.objects.filter(id=ot.id, txid=None).select_for_update().update(txid=result)
db_transaction.commit()
if updated2:
transaction = bitcoind.gettransaction(result)
if Decimal(transaction['fee']) < Decimal(0):
wt = ot.wallettransaction_set.all()[0]
fee_transaction = WalletTransaction.objects.create(
amount=Decimal(transaction['fee']) * Decimal(-1),
from_wallet_id=wt.from_wallet_id)
update_wallets.append(wt.from_wallet_id)
except jsonrpc.JSONRPCException as e:
if e.error == u"{u'message': u'Insufficient funds', u'code': -4}":
OutgoingTransaction.objects.filter(id=ot.id, txid=None,
under_execution=False).select_for_update().update(executed_at=None)
db_transaction.commit()
# sleep(10)
raise
else:
OutgoingTransaction.objects.filter(id=ot.id).select_for_update().update(under_execution=True)
db_transaction.commit()
raise
else:
raise Exception("Outgoingtransaction can't be updated!")
db_transaction.commit()
for wid in update_wallets:
update_wallet_balance.delay(wid)