def login():
from random import randint
from sbb import db
from models import User
from models import Transaction
from models import TransactionType
if request.method == 'GET':
session['a'] = randint(1, 10)
session['b'] = randint(1, 10)
return render_template('home/login.html',
a=session['a'],
b=session['b'])
form = LoginForm(request.form)
if form.validate_on_submit():
captcha = form.captcha.data.strip()
if captcha != '' and int(captcha) == session['a'] + session['b']:
email = form.email.data
password = form.password.data
remember_me = False
if 'remember_me' in request.form:
remember_me = True
user = User.query.filter_by(email=email).first()
tr = TransactionType.query.filter_by(id=1).first()
if user is None or not user.check_password(password):
flash('Username or Password is invalid', 'error')
if user:
login_act = Transaction(date=datetime.now(),
amount=None,
status=0)
login_act.account = user.account
login_act.transactionType = tr
db.session.add(login_act)
db.session.commit()
return redirect(url_for('home.login'))
login_user(user, remember=remember_me)
flash('Logged in successfully')
login_act = Transaction(date=datetime.now(), amount=None, status=1)
login_act.account = current_user.account
login_act.transactionType = tr
db.session.add(login_act)
db.session.commit()
return redirect(
request.args.get('next') or url_for(
'userprofile.dashboard', _external=True, _scheme='https'))
else:
flash("Wrong captcha")
flash_errors(form)
session['a'] = randint(1, 10)
session['b'] = randint(1, 10)
return render_template('home/login.html', a=session['a'], b=session['b'])
def storeTransactions(jsonTxs):
# avoid serializers for now since all the blockchains will be nuanced and transaction mappings are
# likely to differ.
#print "Set Size: " + str(len(jsonTxs))
try:
for tx in jsonTxs:
#---------NEW ACCOUNT TEST ----------
# check if we have an account registered with the address
querySet = Account.objects.filter(bitcoinAddress=tx['address'])
owner = None
if (len(querySet) == 0):
print('About to add a covert account for address: ' +
tx['address'])
# store the address as a 'covert' account
acc = Account()
acc.owner = User.objects.filter(username="******")[0]
acc.bitcoinAddress = tx['address']
acc.bitcoinBalance = 0.0
acc.ethereumAddress = "TBA"
acc.ethereumBalance = 0.0
acc.pendingTx = "[]"
acc.latestTx = "[]"
acc.save()
owner = acc.owner
else:
owner = querySet.first().owner
# -----------------------------------
transaction = Transaction()
transaction.target = owner
transaction.involvesWatchonly = tx['involvesWatchonly']
transaction.account = tx['account']
transaction.address = tx['address']
transaction.category = tx['category']
transaction.amount = tx['amount']
transaction.label = tx['label']
transaction.confirmations = tx['confirmations']
transaction.blockhash = tx['blockhash']
transaction.blockindex = tx['blockindex']
transaction.blocktime = tx['blocktime']
transaction.txid = tx['txid']
transaction.vout = tx['vout']
transaction.walletconflicts = tx['walletconflicts']
transaction.time = tx['time']
transaction.timereceived = tx['timereceived']
transaction.bip125replaceable = tx['bip125-replaceable']
transaction.save()
# since this is getting more interesting, let's store the unknown accounts as well
# even though the addresses may not be part of the exchange it can infer balances
# and patterns in the future an discovery services! :)
except:
print traceback.print_exc()
def logout():
from sbb import db
from models import Transaction
from models import TransactionType
trType = TransactionType.query.filter_by(id=2).first()
logout_act = Transaction(date=datetime.now(), amount=None, status=1)
logout_act.account = current_user.account
logout_act.transactionType = trType
db.session.add(logout_act)
db.session.commit()
logout_user()
return redirect(url_for('home.index'))
def confirm_withdraw():
from sbb import db, application
from models import AccountInvestments
accWallets = current_user.account.wallets.all()
accInvs = AccountInvestments.query.filter(
AccountInvestments.accountId == current_user.account.id,
AccountInvestments.isActive == 1).all()
accWallets = None if len(accWallets) == 0 else accWallets
from models import AccountWallets
from forms import WithdrawForm
from models import TransactionType
from models import Transaction
from models import AccountInvestments
form = WithdrawForm(request.form)
if form.validate_on_submit():
accWalletId = form.accWalletId.data.strip()
amount = float(form.amount.data.strip())
source = form.source.data.strip()
accW = AccountWallets.query.filter(
AccountWallets.walletId == accWalletId,
AccountWallets.accountId == current_user.account.id).first()
balance = None
if source == 'rbusd':
if amount < application.config['MINUSDWITHDRAW']:
flash('Min deposit amount is: {0}$'.format(
str(application.config['MINUSDWITHDRAW'])))
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
balance = float(current_user.account.balance)
if accW.wallet.paymentSystemId == 4:
flash(
'Please make sure that withdraw amout unit and wallet unit are matching'
)
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
elif source == 'rbbtc':
if amount < application.config['MINBTCWITHDRAW']:
flash('Min deposit amount is: {0}B'.format(
str(application.config['MINBTCWITHDRAW'])))
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
balance = float(current_user.account.bitcoin)
if accW.wallet.paymentSystemId == 3:
flash(
'Please make sure that withdraw amout unit and wallet unit are matching'
)
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
elif source.startswith('ai'):
accInv = AccountInvestments.query.filter_by(
id=float(source[2:])).first()
if accInv.paymentSystemId == 4 and amount < application.config[
'MINBTCWITHDRAW']:
flash('Min deposit amount is: {0}B'.format(
str(application.config['MINBTCWITHDRAW'])))
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
if accInv.paymentSystemId == 3 and amount < application.config[
'MINUSDWITHDRAW']:
flash('Min deposit amount is: {0}$'.format(
str(application.config['MINUSDWITHDRAW'])))
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
balance = float(accInv.currentBalance - accInv.initialInvestment)
if accInv.paymentSystemId != accW.wallet.paymentSystemId:
flash(
'Please make sure that withdraw amout unit and wallet unit are matching'
)
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
if amount <= 0:
flash('Please specify positive amount')
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
elif balance < amount:
flash('Sepcified withdraw money greater then your balance')
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
elif form.pin_number.data != current_user.pin:
flash('Wrong PIN nubmer')
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
else:
trType = TransactionType.query.filter_by(id=5).first()
dep_act = Transaction(date=datetime.datetime.now(),
amount=amount,
status=0)
dep_act.account = current_user.account
dep_act.transactionType = trType
dep_act.unit = accW.wallet.unit
db.session.add(dep_act)
db.session.commit()
return render_template('profile/confirm_withdraw.html',
amount=amount,
accWallet=accW,
withId=dep_act.id,
unit=accW.wallet.unit,
source=source)
flash_errors(form)
return render_template('profile/withdraw.html',
accWallets=accWallets,
accInvs=accInvs)
def confirm_deposit():
if request.method == 'POST':
form = request.form
psid = int(form.get('paymentSystemId', None))
amount = float(form.get('amount', None))
# ipid = form.get('invPlanId', None)
# unit = form.get('unit', None)
if psid and amount:
from sbb import application
if (psid == 1 or psid
== 3) and amount < application.config['MINUSDDEPOSIT']:
flash('Deposit value range violation')
return redirect(url_for('userprofile.makedeposit'))
elif (psid == 1 or psid
== 3) and amount > application.config['MAXUSDDEPOSIT']:
flash('Deposit value range violation')
return redirect(url_for('userprofile.makedeposit'))
if (psid == 2 or psid
== 4) and amount < application.config['MINBTCDEPOSIT']:
flash('Deposit value range violation')
return redirect(url_for('userprofile.makedeposit'))
elif (psid == 2 or psid
== 4) and amount > application.config['MAXBTCDEPOSIT']:
flash('Deposit value range violation')
return redirect(url_for('userprofile.makedeposit'))
from sbb import db
from models import InvestmentPlan
from models import PaymentSystems
from models import Transaction
from models import TransactionType
from models import AccountInvestments
# TBD taxes
if psid == 1 and amount > current_user.account.balance:
flash('You have not enough USD on your referral balance')
return redirect(url_for('userprofile.makedeposit'))
elif psid == 2 and amount > current_user.account.bitcoin:
flash('You have not enough BTC on your referral balance')
return redirect(url_for('userprofile.makedeposit'))
trType = TransactionType.query.filter_by(id=3).first()
ps = PaymentSystems.query.filter_by(id=psid).first()
# active investmment plan
ip = InvestmentPlan.query.filter_by(active=1).first()
dep_act = Transaction(date=datetime.datetime.now(),
amount=amount,
status=0)
dep_act.account = current_user.account
dep_act.transactionType = trType
dep_act.paymentSystem = ps
dep_act.investmentPlan = ip
dep_act.unit = ps.unit
db.session.add(dep_act)
db.session.commit()
if psid == 1 or psid == 2:
return render_template('profile/confirm_ref_deposit.html',
invPlan=ip,
paymentSystem=ps,
amount=amount,
depId=dep_act.id,
unit=dep_act.unit,
dn=application.config['DOMAIN_NAME'])
else:
return render_template('profile/confirm_deposit.html',
invPlan=ip,
paymentSystem=ps,
amount=amount,
depId=dep_act.id,
unit=dep_act.unit,
dn=application.config['DOMAIN_NAME'])
else:
flash('Invalid data supplied in deposit form {} - {}'.format(
psid, amount))
return redirect(url_for('userprofile.makedeposit'))
else:
return redirect(url_for('userprofile.makedeposit'))
