def withdraw(request):
form = WithdrawForm(data=request.POST or None)
if request.method == 'POST' and form.is_valid():
ps = form.cleaned_data.get('ps')
if not request.user.get_ps_account(ps):
form.add_error('ps', _('Укажите аккаунт платежной системы в настройках'))
else:
try:
amount = form.cleaned_data.get('amount')
tr = UserTransaction()
tr.do_transaction_withdraw(
user=request.user,
ps=ps,
amount=amount
)
if request.user.is_alerts_other:
request.user.email_user(_('Запрос на вывод'), 'mail/withdraw_request.html', dict(
ps=tr.transaction.get_ps_display(), amount=amount, balance=tr.balance_after,
comission=settings.WITHDRAW_COMISSION_PERCENT,
for_withdraw=calculate_withdraw_amount(amount)
))
messages.success(request, _('Запрос на вывод отправлен'))
return redirect('account_withdraw')
except InsufficientBalance:
form.add_error('amount', _('Недостаточно средств'))
return render(request, 'default_set/withdraw.html',
dict(form=form),
)
def accrual_balances():
users = UserProfile.objects.all()
for user in users:
for ps in user.get_ps_instances():
plan = Plan.objects.get_plan_by_amount(ps.balance)
if plan:
delta = timezone.now() - deltas[plan.period]
accrual_transactions = user.transactions.filter(ps=ps.get_name,
transaction_type=TRANSACTION_ACCRUAL,
is_ended=True, created__gte=delta)
if not accrual_transactions:
utr = UserTransaction()
utr.do_transaction_accrual(user, ps.get_name, ps.balance / Decimal(100) * plan.percent)
def deposit_result(request):
if not request.method == 'POST':
return HttpResponse('no')
retval = 'error'
if request.POST.get('m_operation_id', None) and request.POST.get(
'm_sign', None):
arHash = (request.POST['m_operation_id'],
request.POST['m_operation_ps'],
request.POST['m_operation_date'],
request.POST['m_operation_pay_date'], request.POST['m_shop'],
request.POST['m_orderid'], request.POST['m_amount'],
request.POST['m_curr'], request.POST['m_desc'],
request.POST['m_status'], settings.PAYEER_SHOP_KEY)
order_id = request.POST.get('m_orderid')
sign_hash = hashlib.sha256(
':'.join(arHash).encode('utf-8')).hexdigest().upper()
if request.POST.get('m_sign') == sign_hash and request.POST.get(
'm_status') == 'success':
retval = order_id + '|success'
tr = Transaction.objects.get(pk=int(request.POST.get('m_orderid')))
if tr.amount == Decimal(request.POST.get(
'm_amount')) and tr.ps == NAME and not tr.is_ended:
transaction = UserTransaction()
transaction.do_transaction_deposit(
tr.user, tr, request.POST.get('m_operation_id'))
else:
retval = order_id + "|error"
else:
retval = order_id + "|error"
return HttpResponse(retval)
def accrual_balances():
users = UserProfile.objects.all()
for user in users:
for ps in user.get_ps_instances():
plan = Plan.objects.get_plan_by_amount(ps.balance)
if plan:
delta = timezone.now() - deltas[plan.period]
accrual_transactions = user.transactions.filter(
ps=ps.get_name,
transaction_type=TRANSACTION_ACCRUAL,
is_ended=True,
created__gte=delta)
if not accrual_transactions:
utr = UserTransaction()
utr.do_transaction_accrual(
user, ps.get_name,
ps.balance / Decimal(100) * plan.percent)
def deposit_result(request):
if not request.method == 'POST':
return HttpResponse('no')
outhash = hashlib.md5('{}:{}:{}:USD:{}:{}:{}:{}'.format(
request.POST.get('PAYMENT_ID'),
settings.PM_WALLET,
request.POST.get('PAYMENT_AMOUNT'),
request.POST.get('PAYMENT_BATCH_NUM'),
request.POST.get('PAYER_ACCOUNT'),
hashlib.md5(settings.PM_PASSPHRASE.encode('utf-8')).hexdigest().upper(),
request.POST.get('TIMESTAMPGMT')).encode('utf-8')).hexdigest()
if str(outhash).upper() == str(request.POST.get('V2_HASH')).upper():
tr = Transaction.objects.get(pk=int(request.POST.get('PAYMENT_ID')))
if tr.amount == Decimal(request.POST.get('PAYMENT_AMOUNT')) and tr.ps == NAME and not tr.is_ended:
transaction = UserTransaction()
transaction.do_transaction_deposit(tr.user, tr, request.POST['PAYMENT_BATCH_NUM'])
return HttpResponse('ok')
def accrual_deposits():
deposits = Deposit.objects.filter(is_ended=False)
for deposit in deposits:
plan = deposit.plan
time_elapsed = timezone.now() - deposit.last_update
delta = deltas[plan.period]
if time_elapsed >= delta:
deposit.last_update = timezone.now()
deposit.save()
utr = UserTransaction()
utr.do_transaction_accrual(deposit.user,
deposit.ps,
deposit.amount / Decimal(100) *
plan.percent,
deposit=deposit)
if int((timezone.now() - deposit.created).total_seconds() /
3600) >= plan.end_period:
deposit.is_ended = True
deposit.save()
if plan.deposit_return:
utr = UserTransaction()
utr.do_deposit_return(deposit)
def accrual_deposits():
deposits = Deposit.objects.filter(is_ended=False)
for deposit in deposits:
plan = deposit.plan
time_elapsed = timezone.now()-deposit.last_update
delta = deltas[plan.period]
if time_elapsed >= delta:
deposit.last_update = timezone.now()
deposit.save()
utr = UserTransaction()
utr.do_transaction_accrual(deposit.user, deposit.ps, deposit.amount / Decimal(100) * plan.percent, deposit=deposit)
if int((timezone.now()-deposit.created).total_seconds()/3600) >= plan.end_period:
deposit.is_ended = True
deposit.save()
if plan.deposit_return:
utr = UserTransaction()
utr.do_deposit_return(deposit)
