def comparison_bitcoin_address(self, bitcoin_address, status, amount):
print(bitcoin_address, status, amount)
comparison_bitcoin_address = User.query.filter(User.bitcoin_address ==
'{}'.format(bitcoin_address)).first()
try:
if (bitcoin_address == comparison_bitcoin_address.bitcoin_address) and (status == 'Deposit confirmed'):
if comparison_bitcoin_address.referal_user is not None:
ref_balance = User.query.filter(User.user_id == int('{}'.format(
comparison_bitcoin_address.referal_user))).first()
print(ref_balance)
ref_balance.balance = format(float(ref_balance.balance) + float(amount) * 0.03, '.8f')
comparison_bitcoin_address.referal_user = None
db.session.add(ref_balance, comparison_bitcoin_address)
db.session.commit()
zero_number = '0.00000000'
amount_for_deposit = format(float(amount) + float(zero_number), '.8f')
deposit_percent = format(float(amount) * 0.01, '.8f')
user_id = comparison_bitcoin_address.user_id
date_create = datetime.now().strftime('%d.%m.%Y')
date_withdraw = datetime.now()+ relativedelta(days=30)
deposit = Deposit(deposit_id=user_id, deposit=amount_for_deposit,
deposit_with_percent=deposit_percent, data_create=date_create,
data_withdraw=date_withdraw.strftime('%d.%m.%Y'))
db.session.add(deposit)
db.session.commit()
bot.send_message(chat_id=user_id, text='Funds credited to your account.')
else:
print('error')
except:
db.session.rollback()
raise
finally:
db.session.close()
def reinvest_btc(message):
chat_id = message.chat.id
amount = message.text
user_id = message.from_user.id
database_user = User.query.filter(User.user_id == user_id).first()
try:
zero_number = '0.00000000'
amount_for_deposit = format(float(amount) + float(zero_number), '.8f')
balance_for_reinvest = database_user.balance
if format(float(amount_for_deposit), '.8f') >= format(float('0.01000000'), '.8f'):
if format(float(amount_for_deposit), '.8f') <= format(float(balance_for_reinvest), '.8f'):
date_create = datetime.now().strftime('%d.%m.%Y')
date_withdraw = datetime.now() + relativedelta(days=30)
deposit = Deposit(deposit_id=user_id, deposit=amount_for_deposit,
deposit_with_percent=amount_for_deposit, data_create=date_create,
data_withdraw=date_withdraw.strftime('%d.%m.%Y'))
database_user.balance = format(float(database_user.balance) - float(amount_for_deposit), '.8f')
db.session.add(deposit, database_user)
db.session.commit()
bot.send_message(chat_id=user_id, text='A new deposit has been created.')
else:
bot.send_message(chat_id, "You've specified more than you have on your balance.")
else:
bot.send_message(chat_id, text='Minimum reinvestment amount 0.01 BTC')
except:
db.session.rollback()
bot.send_message(chat_id, 'The operation failed, check the correct spelling.')
finally:
db.session.close()
def post(self):
client_id = self.request.get_range('client_id')
client = Client.get(client_id)
if not client:
self.response.set_status(400)
self.render_json({"description": u'Клиент не найден'})
return
amount = self.request.get_range('amount', default=None)
if amount is None or amount < 1:
self.response.set_status(400)
self.render_json({"description": u'Неверная сумма'})
return
wallet_source = "barista:%s:%s" % (self.user.login, int(time.time()))
try:
wallet_result = empatika_wallet.deposit(client_id, amount * 100, wallet_source)
except EmpatikaWalletError as e:
self.response.set_status(400)
self.render_json({
"description": e.message
})
else:
self.user.deposit_history.append(Deposit(source=wallet_source, amount=amount))
self.user.put()
self.render_json({
"balance": wallet_result["balance"] / 100.0
})
def test_deposit_creation_1(app):
# given
user = create_user()
deposit = Deposit()
deposit.user = user
deposit.amount = 200
deposit.source = "test money"
# when
PcObject.save(deposit)
# then
assert Deposit.query.count() == 1
def create_deposit(user, amount=500, source='public'):
deposit = Deposit()
deposit.user = user
deposit.source = source
deposit.amount = amount
return deposit
def process_order(request):
if request.method == 'POST':
#Pull all data out of POST (some of it mightn't be there)
if request.POST.get('tickets'):
tickets = int(request.POST.get('tickets', ''))
if request.POST.get('deposits', ''):
deposits = int(request.POST.get('deposits', ''))
first_name = request.POST['first_name']
last_name = request.POST['last_name']
email = request.POST['email']
phone = request.POST['phone']
referring_ambassador_code = request.POST.get('referring_ambassador_code', '')
deposit_code_one = request.POST.get('deposit_code_one', '')
deposit_code_two = request.POST.get('deposit_code_two', '')
deposit_code_three = request.POST.get('deposit_code_three', '')
deposit_code_four = request.POST.get('deposit_code_four', '')
deposit_code_five = request.POST.get('deposit_code_five', '')
#First build the order
order = Order(fname=first_name,
lname=last_name,
email=email,
phone=phone)
order.save()
#Initialise the lists to hold the possible ordered items
ordered_tickets = []
ordered_deposits = []
ordered_balances = []
if referring_ambassador_code: #Purchasing tickets and/or deposits
referring_ambassador = Ambassador.objects.get(code=referring_ambassador_code)
#Then generate tickets and deposits
while tickets > 0:
ticket = Ticket(order=order, ambassador=referring_ambassador)
ticket.save()
ordered_tickets.append(ticket)
tickets -= 1
while deposits > 0:
deposit = Deposit(order=order, ambassador=referring_ambassador)
deposit.save()
ordered_deposits.append(deposit)
deposits -= 1
else: #Purchasing balances for paid deposits
if deposit_code_one != 'None':
balance = Balance(order=order, deposit=Deposit.objects.get(code=deposit_code_one))
balance.save()
ordered_balances.append(balance)
if deposit_code_two != 'None':
balance = Balance(order=order, deposit=Deposit.objects.get(code=deposit_code_two))
balance.save()
ordered_balances.append(balance)
if deposit_code_three != 'None':
balance = Balance(order=order, deposit=Deposit.objects.get(code=deposit_code_three))
balance.save()
ordered_balances.append(balance)
if deposit_code_four != 'None':
balance = Balance(order=order, deposit=Deposit.objects.get(code=deposit_code_four))
balance.save()
ordered_balances.append(balance)
if deposit_code_five != 'None':
balance = Balance(order=order, deposit=Deposit.objects.get(code=deposit_code_five))
balance.save()
ordered_balances.append(balance)
#Build the XML request for Google Checkout
data = {"_type": "checkout-shopping-cart",
"_charset_":""}
itemcount = 0
for ticket in ordered_tickets:
itemcount += 1
data['item_name_'+ str(itemcount)] = "1 x Summer Saturnalia 2011 Ticket"
data['item_description_'+str(itemcount)] = 'One ticket including £2.50 booking fee. Unique ticket code: ' + str(ticket.code)
data['item_price_'+str(itemcount)] = "57.50"
data['item_currency_'+str(itemcount)] = "GBP"
data['item_quantity_'+str(itemcount)] = "1"
data['item_merchant_id_'+str(itemcount)] = ticket.code
data['shopping-cart.items.item-'+str(itemcount)+'.digital-content.display-disposition'] = "OPTIMISTIC"
data['shopping-cart.items.item-'+str(itemcount)+'.digital-content.description'] = "After your payment has been processed your printable ticket will be emailed to you; this normally takes less than a day."
for deposit in ordered_deposits:
itemcount += 1
data['item_name_'+str(itemcount)] = "1 x Summer Saturnalia 2011 Deposit"
data['item_description_'+str(itemcount)] = "One deposit including £2.50 booking fee. Unique deposit code: " + str(deposit.code)
data['item_price_'+str(itemcount)] = "8"
data['item_currency_'+str(itemcount)] = "GBP"
data['item_quantity_'+str(itemcount)] = "1"
data['item_merchant_id_'+str(itemcount)] = deposit.code
data['shopping-cart.items.item-'+str(itemcount)+'.digital-content.display-disposition'] = "OPTIMISTIC"
data['shopping-cart.items.item-'+str(itemcount)+'.digital-content.description'] = "Your deposit code is " + str(deposit.code) +". You can use this code to pay the balance and obtain your ticket when payment has been processed. This normally takes less than a day, after which a copy of this code will be emailed to you. "
for balance in ordered_balances:
itemcount += 1
data['item_name_'+str(itemcount)] = "1 x Summer Saturnalia 2011 Balance Payment (Ticket)"
data['item_description_'+str(itemcount)] = "The final payment for deposit number " + str(balance.deposit.code) + " - Booking already included in deposit."
data['item_price_'+str(itemcount)] = "49.50"
data['item_currency_'+str(itemcount)] = "GBP"
data['item_quantity_'+str(itemcount)] = "1"
data['item_merchant_id_'+str(itemcount)] = balance.deposit.code
data['shopping-cart.items.item-'+str(itemcount)+'.digital-content.display-disposition'] = "OPTIMISTIC"
data['shopping-cart.items.item-'+str(itemcount)+'.digital-content.description'] = "After your payment has been processed your printable ticket will be emailed to you; this normally takes less than a day."
#Build the rest of the request and send to Google
headers = {"Content-Type": 'application/xml; charset=UTF-8',
"Accpt": 'application/xml; charset=UTF-8'}
h = Http()
h.add_credentials('210280845590798', 'qqnL2K9V76aNWEVVXAoLtQ')
resp, content = h.request("https://checkout.google.com/api/checkout/v2/checkoutForm/Merchant/210280845590798",
"POST",
urlencode(data),
headers=headers)
#If everything worked, we can redirect the user to Google Checkout to complete payment
location = resp['location']
return redirect(location)
def _create_initial_deposit(new_user):
deposit = Deposit()
deposit.amount = 499.99
deposit.user = new_user
deposit.source = 'test'
return deposit