def whole_balance(request):
CurList = Currency.objects.all()
CurrencyConsist = []
cursor = connection.cursor()
#<td> {{ item.currency }}</td>
#<td>{{ item.balance_in }} </td>
#<td> {{ item.balance_out }}</td>
#<td> {{ item.balance_orders }}</td>
#<td> {{ item.balance_acc }}</td>
#<td>{{ item.balance_corr }}</td>
#<td> {{ item.consist }} </td>
#<td> {{ item.delta }} </td>
fields = ('balance_out', 'balance_corr')
for cur in CurList:
item = {'currency': cur.title}
for field in fields:
Name_Field = field + "_" + cur.title
obj = None
try:
obj = VolatileConsts.objects.get(Name=Name_Field)
except VolatileConsts.DoesNotExist:
obj = VolatileConsts(Name=Name_Field, Value="0.0")
obj.save()
item[field] = obj.Value
item['balance_orders'] = OrdersMem.objects.filter(
status="processing",
currency1=cur.id).aggregate(orders_sum=Sum('sum1'))["orders_sum"]
if item['balance_orders'] is None:
item['balance_orders'] = Decimal("0.0")
item['balance_acc'] = get_acc_in(cur)
item['balance_out_in'] = Accounts.objects.filter(
currency=cur,
balance__lte=0).aggregate(acc_sum=Sum('balance'))["acc_sum"]
item['balance_in'] = (item['balance_orders'] + item['balance_acc'])
item['consist'] = item['balance_in'] + item['balance_out_in']
item['delta'] = Decimal(item['balance_out']) + Decimal(
item["balance_corr"]) - item['balance_in']
CurrencyConsist.append(item)
return render_to_response('admin/main/whole_balance.html',
{'balance': CurrencyConsist},
context_instance=RequestContext(request))
def process_in_crypto(CurrencyTitle):
List = None
crypto_acc = "trade_stock"
if CurrencyTitle in ("ZEC"):
crypto_acc = ""
Crypton = CryptoAccount(CurrencyTitle, crypto_acc)
print "process %s" % CurrencyTitle
TimeLastBlock = None
TopBlock = int(Crypton.getblockcount())
print "top block %i" % TopBlock
try:
TimeLastBlock = VolatileConsts.objects.get(
Name="last_process_block_%s" % CurrencyTitle)
TimeLastBlock.Value = int(TimeLastBlock.Value)
except VolatileConsts.DoesNotExist:
count = TopBlock - 100
TimeLastBlock = VolatileConsts(Name="last_process_block_%s" %
CurrencyTitle,
Value=str(count))
TimeLastBlock.save()
Time = int(TimeLastBlock.Value)
print "start process block %i " % Time
user_system = User.objects.get(id=1)
CurrencyInstance = Currency.objects.get(title=CurrencyTitle)
getcontext().prec = crypton.settings.TRANS_PREC
block_hash = Crypton.getblockhash(Time - 200)
print "block %s" % block_hash
List = Crypton.listsinceblock(block_hash)
List = List["transactions"]
process_in_crypto_low(List, user_system, CurrencyInstance)
TimeLastBlock.Value = str(TopBlock)
TimeLastBlock.save()
def handle(self, *args, **options):
print "top prices"
print "============================================="
cursor = connection.cursor()
for item in TradePairs.objects.filter(status = "processing"):
Query = cursor.execute("SELECT min(main_orders.price) as top_price \n\
FROM main_orders, main_tradepairs\n\
WHERE main_orders.status='processing'\n\
AND main_orders.trade_pair_id = %i \n\
AND main_tradepairs.id = %i \n\
AND main_orders.currency1_id = main_tradepairs.currency_on_id \n\
\n\
" % ( item.id, item.id ))
List = dictfetchall(cursor, Query)
CurrentName = item.url_title + "_top_price"
CurrentPrice = None
try :
CurrentPrice = VolatileConsts.objects.get(Name = CurrentName)
except :
CurrentPrice = VolatileConsts(Name = CurrentName,
Value = "None" )
CurrentPrice.save()
if List[0]["top_price"] is not None and List[0]["top_price"]>0:
top_price = List[0]["top_price"]
print top_price
if top_price>=0.1:
CurrentPrice.Value = format_numbers(top_price)
if top_price<0.1 and top_price > 0.001:
CurrentPrice.Value = format_numbers(top_price)
if top_price<0.00001 :
CurrentPrice.Value = format_numbers10(top_price)
print " to "
print CurrentPrice.Value
CurrentPrice.save()
else:
CurrentPrice.Value = "No deals"
CurrentPrice.save()
def lock_global(Desc):
lock = VolatileConsts(Name="global_lock", Value=Desc)
lock.save(using="security")
def lock_user(User):
lock = VolatileConsts(Name="user_lock", Value=User.username)
lock.save(using="security")
def save_var(name, value):
var = VolatileConsts(Name=name, Value=value)
var.save(using="security")
def lock_global(Desc):
lock = VolatileConsts(Name="global_lock", Value=Desc)
lock.save(using="security")
def approve_trans(obj):
approve = VolatileConsts(Name="approve_trans", Value=str(obj.id))
approve.save(using="security")