def handle(self, *args, **options):
Crypton = CryptoAccount("BTC", "trade_stock")
with open("/home/bogdan/crypton/my_accounts.csv") as f:
L = f.readlines()
Sum = 0
Dict = {}
for address in L:
addresses = address.replace("\n", "")
Res = addresses.split(",")
print "%s,%s,%s" % ( Res[0], Crypton.dumpprivkey(Res[0]), Res[1] )
if Dict.has_key(Res[0]):
print "repeated "
continue
else:
Dict[Res[0]] = 1
try:
Bal = Balances.objects.get(account=Res[0])
Bal.balance = sato2Dec(Res[1])
Bal.save()
except:
Bal = Balances(account=Res[0], currency_id=2)
Bal.balance = sato2Dec(Res[1])
Bal.save()
def check_btc_balance():
cursor = connection.cursor()
cursor.execute("SELECT sum(balance) FROM main_accounts WHERE currency_id=2 AND balance>0 ")
s = cursor.fetchone() * 1
if s == (None, ):
s = Decimal("0.0")
else:
(s, ) = s
cursor.execute("SELECT sum(amnt) FROM main_cryptotransfers WHERE status in "
"('processing') AND currency_id=2 AND pub_date>='2015-05-08' ")
s1 = cursor.fetchone() * 1
if s1 == (None, ):
s1 = Decimal("0.0")
else:
(s1, ) = s1
Balance1 = 0 #
Crypton = Wallet(CryptoSettings["BTC"]["host"],
CryptoSettings["BTC"]["rpc_user"],
CryptoSettings["BTC"]["rpc_pwd"])
Balance2 = sato2Dec(Crypton.get_balance())
print Balance2
print Balance1
print s
print s1
print Balance1 + Balance2
print s1 + s
Delta = Balance1 + Balance2 - s - s1
print "Delta is %s " % Delta
return Delta >= 0
def handle(self, *args, **options):
import blockchain
blockchain.util.TIMEOUT = 60
Last = None
CurrencyInstance = Currency.objects.get(title="BTC")
AccountList = PoolAccounts.objects.filter(currency_id=2)
OwnAccounts = {}
print "get all addresses"
for i in AccountList:
if i.address == '' or i.address is None or i.user is None:
continue
OwnAccounts[i.address] = i.user
while True:
try:
Last = VolatileConsts.objects.get(Name="last_btc_process_block")
except:
print "there is no previouse info"
sys.exit(0)
PrevValue = int(Last.Value)
time.sleep(1)
NewBlock = PrevValue + 1
LatestBlock = blockexplorer.get_latest_block()
print "start process new block %i %i" % (NewBlock, LatestBlock.height)
if LatestBlock.height == NewBlock or LatestBlock.height < NewBlock:
print "there is uncofirmed block do nothing"
sys.exit(0)
# try:
for Block in blockexplorer.get_block_height(NewBlock):
for Trans in Block.transactions:
for output in Trans.outputs:
if OwnAccounts.has_key(output.address):
if is_out(Trans.inputs, OwnAccounts):
break
else:
Decimal = sato2Dec(output.value)
try:
TransObj = CryptoTransfers.objects.get(crypto_txid=Trans.hash)
print "trans %s is existed to %s amnt %s %i" % (
TransObj.crypto_txid, TransObj.user.username, TransObj.amnt, TransObj.id)
except CryptoTransfers.DoesNotExist:
print "trans %s to save %s amnt %s" % (Trans.hash, output.address, Decimal)
TransObj = CryptoTransfers(crypto_txid=Trans.hash,
status="processing",
amnt=Decimal,
currency=CurrencyInstance,
account=output.address,
user=OwnAccounts[output.address],
confirms=0
)
TransObj.sign_record(crypton.settings.CRYPTO_SALT)
TransObj.save()
Last.Value = NewBlock
Last.save()
def get_in_acc(Trans, Address):
Sum = 0
for i in Trans:
if i["addr"] == Address :
print "receive %i" % (i["value"])
Sum = Sum + i["value"]
return sato2Dec(Sum)
def get_in_acc(Trans, Address):
Sum = 0
for i in Trans:
if i["addr"] == Address:
print "receive %i" % (i["value"])
Sum = Sum + i["value"]
return sato2Dec(Sum)
if LatestBlock.height == NewBlock:
print "start process new block %i %i" % (NewBlock, LatestBlock.height)
if LatestBlock.height == NewBlock or LatestBlock.height < NewBlock:
print "there is uncofirmed block do nothing"
sys.exit(0)
# try:
for Block in blockexplorer.get_block_height(NewBlock):
print "block get"
for Trans in Block.transactions:
for output in Trans.outputs :
if OwnAccounts.has_key( output.address):
if is_out(Trans.inputs, OwnAccounts ):
break
else:
Decimal = sato2Dec(output.value)
try :
TransObj = CryptoTransfers.objects.get(crypto_txid = Trans.hash)
print "trans %s is existed to %s amnt %s" % (TransObj.crypto_txid, TransObj.user.username, TransObj.amnt)
except CryptoTransfers.DoesNotExist:
print "trans %s to save %s amnt %s" % (Trans.hash, output.address, Decimal)
TransObj = CryptoTransfers(crypto_txid = Trans.hash,
status="processing",
amnt = Decimal,
currency = CurrencyInstance ,
account = output.address,
user = OwnAccounts[ output.address ],
confirms = 0
)
TransObj.save()
def check_btc_balance(verbose=False):
cursor = connection.cursor()
cursor.execute(
"SELECT sum(balance) FROM main_accounts WHERE currency_id=2 AND balance>0 "
)
s = cursor.fetchone() * 1
if s == (None, ):
s = Decimal("0.0")
else:
(s, ) = s
main_account = Accounts.objects.get(id=13)
blockchain.util.TIMEOUT = 300
cursor.execute(
"SELECT sum(if(debit_credit='in',-1*amnt, amnt)) "
"FROM main_cryptotransfers WHERE status in ('processing','created','processing2') AND currency_id=2 AND pub_date>='2015-05-08' "
)
s1 = cursor.fetchone() * 1
if s1 == (None, ):
s1 = Decimal("0.0")
else:
(s1, ) = s1
SERVICE_URL = settings.blockchaininfo_service
(Balance1, Balance2, Balance3, Balance4, Balance5, Balance6,
Balance8) = (0, 0, 0, 0, 0, 0, 0)
Balance7 = 0
Balance9 = 0
Balance10 = 0
Balance11 = 0
Balancecold = sato2Dec(get_balance("1AMTTKEAav9aQDotyhNg4Z7YSUBYTTA6ds",
0))
Balancecold = sato2Dec(get_balance("19jHRHwuHnQQVajRrW976aCXYYdgij8r43",
0)) + Balancecold
Balancecold = sato2Dec(get_balance("17iAu7iSSwo9VGeNn6826Lz1qLPq152xAW",
0)) + Balancecold
Balancecold = sato2Dec(get_balance("15c3H6jhQys8b8M5vszx2s21UNDH3caz9P",
0)) + Balancecold
Balancecold = sato2Dec(get_balance("19YxpMLUAdZoJpUBqwURcJzd2zs4knMvGV",
0)) + Balancecold
Balance1 = sato2Dec(get_balance("167GWdfvG4JtkFErq4qBBLqKYFK26dhgDJ",
0)) + Balance1
Balance1 = sato2Dec(get_balance("1Q1woBCCGiuELYzVvS3hCgSs6pFKuqHNpt",
0)) + Balance1
Balance1 = sato2Dec(get_balance("19TaiL4j288Zgm1AQXUwMcyLup7vki54Fs",
0)) + Balance1
Balance1 = sato2Dec(get_balance("13EDdpizTP3grQQAnpCtSJNTTwkDkV9VeB",
0)) + Balance1
Balance1 = sato2Dec(get_balance("1AXKnEK3P1tiHEBAVpDzg4k3yXosR5oKL8",
0)) + Balance1
Balance1 = sato2Dec(get_balance("1GjthoqTvBq1N8KkKVEDHV9b8snmt2ehcS",
0)) + Balance1
Balance1 = sato2Dec(get_balance("1LvDnHktCL77r16eimv7Fr9d5xDieb1wFC",
0)) + Balance1
Balancecold = sato2Dec(get_balance("15jsdKn3L8ExQngY8HRRUz3prof8mAn8yr",
0)) + Balancecold
HotWalletBalance = sato2Dec(
get_balance("1LNYCGkXtJscvMHHucEfpxWMBnf33Ke18W", 0))
Crypton = Wallet("2b835907-d012-4552-830c-6116ab0178f2",
"#Prikol13_",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton1 = Wallet("772bb645-48f5-4328-9c3d-3838202132d6",
"xxx_21_34_Zb",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton2 = Wallet("ee23c1bd-d3dd-4661-aef5-8e342c7f5960",
"xxx_21_34_Zb",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton3 = Wallet("e6202826-bb24-435c-8350-b4a942b4380b",
"xxx_21_34_Zb",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton4 = Wallet("3ccaa767-770f-476f-a836-9db1c005055e",
"_quenobi8610",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton5 = Wallet("caa19b23-198a-4aad-a9c0-3f80efe37118",
"dirty_43_13",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton6 = Wallet("14ef48bb-4d71-4bc4-be34-75ba0978202f",
"dirty_43_13",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton7 = Wallet("913d6442-fc77-4b7b-b5f8-af272e458897",
"xxx_21_34_Zb",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f")
Crypton8 = Wallet("5432b01c-f67e-473e-aa4c-29cd9682b259",
"xxx_21_34_Zb",
service_url=SERVICE_URL,
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f") #
Crypton9 = Wallet("a2ba7138-2bd3-4898-b68b-d0908d40bc4d",
"xxx_21_34_Zb",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL) #
Crypton10 = Wallet("d8d5ce8a-6ff9-4f7e-80f3-08cac5788781",
"xxx_21_34_Zb",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL) #
Crypton11 = Wallet("eb836197-285e-44ee-a8cf-5642a02e6250",
"#Prikol13_",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL) #
Crypton12 = Wallet("c800e14e-95d4-4fcf-816b-696fbaaf5741",
"xxx_21_34_Zb",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL)
Crypton13 = Wallet("e60c37e7-4375-44ea-b167-a63b453c14a1",
"#Prikol13_",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL)
Crypton14 = Wallet("118344b4-5d26-4cfe-871a-0c3393ee5db0",
"#Prikol13_",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL)
Crypton15 = Wallet("f252bb25-6b99-4e49-a5cf-41489eefb728",
"#Prikol13_",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL)
Crypton16 = Wallet("5a778945-fbb4-4692-b448-fd5b513c008d",
"#Prikol13_",
api_code="b720f286-9b3f-452c-b93c-969c8dd3967f",
service_url=SERVICE_URL)
Balance2 = sato2Dec(Crypton.get_balance())
print "Balance of hot wallet 1 " + str(Balance2)
Balance3 = sato2Dec(Crypton1.get_balance()) + sato2Dec(
Crypton4.get_balance())
print "Balance of hot wallet 2 " + str(Balance3)
Balance4 = sato2Dec(Crypton2.get_balance())
print "Balance of hot wallet 3 " + str(Balance4)
Balance5 = sato2Dec(Crypton3.get_balance())
print "Balance of hot wallet 4 " + str(Balance5)
Balance6 = sato2Dec(Crypton5.get_balance())
print "Balance of hot wallet 5 " + str(Balance6)
Balance7 = sato2Dec(Crypton6.get_balance())
print "Balance of hot wallet 6 " + str(Balance7)
Balance8 = sato2Dec(Crypton7.get_balance())
print "Balance of hot wallet 7 " + str(Balance8)
Balance9 = sato2Dec(Crypton8.get_balance())
print "Balance of hot wallet 8 " + str(Balance9)
Balance10 = sato2Dec(Crypton9.get_balance())
print "Balance of hot wallet 9 " + str(Balance10)
Balance11 = sato2Dec(Crypton10.get_balance())
print "Balance of hot wallet 10 " + str(Balance11)
Balance12 = sato2Dec(Crypton11.get_balance())
print "Balance of hot wallet 12 " + str(Balance12)
Balance13 = sato2Dec(Crypton12.get_balance())
print "Balance of hot wallet 13 " + str(Balance13)
Balance14 = sato2Dec(Crypton13.get_balance())
print "Balance of hot wallet 14 " + str(Balance14)
Balance15 = sato2Dec(Crypton14.get_balance())
print "Balance of hot wallet 15 " + str(Balance15)
Balance16 = sato2Dec(Crypton15.get_balance())
print "Balance of hot wallet 16 " + str(Balance16)
Balance17 = sato2Dec(Crypton16.get_balance())
print "Balance of hot wallet 17 " + str(Balance17)
Dismiss = Decimal("0.0")
Crypton = CryptoAccount("BTC", "trade_stock")
LChange = Crypton.listaddressgroupings()
BalanceCore = Decimal(str(Crypton.getbalance()))
if False:
for adres in LChange[0]:
if not adres[0] in ("1LNYCGkXtJscvMHHucEfpxWMBnf33Ke18W",
"1CzLixrLpf6LRiiqH5jMZ7dD3GP2gDJ4xw",
"1FLCVHDDwJmimjgch5s4CtjpbNn5pQ3mAi"):
BalanceCore += Decimal(str(adres[1]))
BalanceOnHots = BalanceCore + Balance11 + Balance10 + Balance1 + Balance2 + Balance3 + Balance4 + Balance5 + Balance6 + Balance7 + Balance8 + Balance9 + Balance12 + Balance13 + Balance14 + Balance15 + Balance16 + Balance17
print "our core wallet " + str(BalanceCore)
print "Correction " + str(Dismiss)
print "balance of cold wallet " + str(Balancecold)
print "balance on hots wallet " + str(BalanceOnHots)
print "balance of accounts " + str(s)
print "main accounts balance " + str(main_account.balance)
print "checking consistens %s" % (s + main_account.balance)
print "balance of processing " + str(s1)
print "sum on walletes " + str(Balancecold + BalanceOnHots)
print "sum in system " + str(s1 + s)
change_volitile_const("balance_corr_BTC", Dismiss)
change_volitile_const("balance_out_BTC", str(Balancecold + BalanceOnHots))
Delta = Balancecold + BalanceOnHots - s - s1 + Dismiss
print "Delta is %s " % Delta
return Delta >= 0