def feeTaken():
request = app.current_request
data = request.json_body
print(data)
token = Database.find_one("Token", {"address": data["token"]})
ownerUser = Database.find_one("User", {'address': data["owner"]})
if not ownerUser:
raise NotFoundError('user not found with address {}'.format(
data["owner"]))
value = data['value']
ownerBalance = Database.find_one("TokenBalance", {
'userId': ownerUser['id'],
"tokenId": token["id"]
},
insert=True)
if 'balance' not in ownerBalance: ownerBalance['balance'] = '0'
if not ownerBalance['balance']: ownerBalance['balance'] = '0'
newOwnerBalance = int(float(ownerBalance['balance'])) + int(
float(value))
ownerBalance = Database.update("TokenBalance",
{"id": ownerBalance["id"]},
{"balance": newOwnerBalance},
return_updated=True)[0]
return {"message": "Fee taken"}
def balanceTotalSupply():
request = app.current_request
data = request.json_body
token = Database.find_one("Token", {"address": data["token"]})
if not token:
raise NotFoundError('token not found with address {}'.format(
data["token"]))
print(data)
Database.update("Token", {"id": token["id"]},
{"totalSupply": data["newTotalSupply"]})
user = Database.find_one("User", {'address': data["owner"]})
if not user:
raise NotFoundError('user not found with address {}'.format(
data["owner"]))
userBalance = Database.find_one("TokenBalance", {
'userId': user['id'],
"tokenId": token["id"]
},
insert=True)
if 'balance' not in userBalance: userBalance['balance'] = '0'
if not userBalance['balance']: userBalance['balance'] = '0'
newBalance = int(float(userBalance['balance'])) + int(
float(data["newTotalSupply"])) - int(float(data["oldTotalSupply"]))
userBalance = Database.update("TokenBalance",
{"id": userBalance["id"]},
{"balance": newBalance},
return_updated=True)[0]
return toObject(userBalance)
def trades_post():
request = app.current_request
data = request.json_body
tradeData = {
"investorId": data["investorId"],
"tokenId": data["tokenId"],
"executionDate": data["executionDate"],
"expirationTimestampInSec": data["expirationTimestampInSec"],
"salt": data["salt"]
}
trade = Database.find_one("Trade", tradeData)
if trade: return toObject(trade)
tradeData['state'] = 0
Database.insert("Trade", tradeData)
trade = Database.find_one("Trade", tradeData)
data['id'] = trade['id']
for brokerId, ik, ek, nominalAmount in zip(data['brokers'],data['iks'],data['eks'],data['nominalAmounts']):
tradeBrokerData = {"tradeId": trade['id'],"brokerId": brokerId, "ik": ik, "ek": ek, "nominalAmount": nominalAmount}
tradeBroker = Database.find_one("TradeBroker", tradeBrokerData)
if tradeBroker: continue
tradeBrokerData['state'] = 0
Database.insert("TradeBroker", tradeBrokerData)
tradeBroker = Database.find_one("TradeBroker", tradeBrokerData)
# Socket, should be pushing to a message queue of some kind
r = passWithoutError(requests.post)(socket_uri + "trade-created", data=data)
return toObject(trade)
def test_update(self):
with patch.dict('os.environ', env):
Database.insert("User", {'name': 'tom'})
Database.update("User", [[('name','=','tom')]], {'name': 'tom2'})
user = Database.find_one("User", {'name': 'tom'})
self.assertEqual(user, None)
user = Database.find_one("User", {'name': 'tom2'})
self.assertEqual(user['name'], 'tom2')
def getBalance(tokenId, user):
token = Database.find_one("Token", {"id": int(tokenId)})
if not token:
raise NotFoundError("token not found with id {}".format(tokenId))
tokenBalance = Database.find_one("TokenBalance", {
"tokenId": int(tokenId),
"userId": user["id"]
},
insert=True)
tokenBalance['token'] = toObject(token)
return tokenBalance
def getBalances(tokenId):
token = Database.find_one("Token", {"id": int(tokenId)})
if not token:
raise NotFoundError("token not found with id {}".format(tokenId))
tokenBalances = Database.find("TokenBalance", {"tokenId": token["id"]})
for tokenBalance in tokenBalances:
investor = Database.find_one(
"User", {"id": tokenBalance["userId"]},
["id", "name", "type", "juristiction", "address"])
tokenBalance["investor"] = investor
tokenBalance["token"] = toObject(token)
return tokenBalances
def balanceTransfer():
request = app.current_request
data = request.json_body
print("\n\nbalanceTransfer\n\n")
print(data)
print("\n\nbalanceTransfer\n\n")
token = Database.find_one("Token", {"address": data["token"]})
fromUser = Database.find_one("User", {'address': data["from"]})
if not fromUser:
raise NotFoundError('user not found with address {}'.format(
data["from"]))
toUser = Database.find_one("User", {'address': data["to"]})
if not toUser:
raise NotFoundError('user not found with address {}'.format(
data["to"]))
value = data['value']
fromBalance = Database.find_one("TokenBalance", {
'userId': fromUser['id'],
"tokenId": token["id"]
},
for_update=True)
# If there is no from balance this transfer cannot be valid
if not fromBalance:
raise NotFoundError('token balance not found for user {}'.format(
fromUser['id']))
# Check does the user have enough balance
print("fromBalanceYo: ", fromBalance)
if ('balance' not in fromBalance or not fromBalance['balance']
or int(fromBalance['balance']) < int(value)):
raise NotFoundError('token balance not enough for user {}'.format(
fromUser['id']))
newFromBalance = int(float(fromBalance['balance'])) - int(float(value))
fromBalance = Database.update("TokenBalance",
{"id": fromBalance["id"]},
{"balance": newFromBalance},
return_updated=True)[0]
toBalance = Database.find_one("TokenBalance", {
'userId': toUser['id'],
"tokenId": token["id"]
},
insert=True,
for_update=True)
if 'balance' not in toBalance: toBalance['balance'] = '0'
if not toBalance['balance']: toBalance['balance'] = '0'
newToBalance = int(float(toBalance['balance'])) + int(float(value))
toBalance = Database.update("TokenBalance", {"id": toBalance["id"]},
{"balance": newToBalance},
return_updated=True)[0]
return {"message": "Funds transferred"}
def trades_claim(tradeId):
trade = Database.find_one("Trade", {"id": int(tradeId)})
decrypted = Cryptor.decryptInput(trade['nominalAmount'], trade['sk'])
price = Cryptor.decryptInput(trade['price'], trade['sk'])
# Ill need to include the currency here
amountInvested = int(decrypted.split(':')[1])
if trade['state'] != 5:
return {'message': 'Trade is in state {}, requires state 5'.format(trade['state'])}
# get trade dates nav
nav = Database.find_one("NAVTimestamp", {"tokenId": trade["tokenId"]}, order_by='-createdAt')
# get todays nav and totalSupply
token = Database.find_one('Token', {'id': trade['tokenId']})
totalTokens = int(amountInvested / nav['price'])
investorTokens = None
if amountInvested > 0:
effectiveNAV = (1.0+float(price)/100)*nav['price']
investorTokens = amountInvested / effectiveNAV
else:
investorTokenBalance = Database.find_one("TokenBalance", {"tokenId": token["id"], "userId": investor["id"]})
if not investorTokenBalance['balance']: investorTokenBalance['balance'] = '0'
effectiveNAV = (1-float(price)/100)*nav['price']
investorTokens = min(int(amountInvested / effectiveNAV), -1 * int(investorTokenBalance['balance']))
tokenContract = Web3Helper.getContract("ETT.json", token['address'])
totalSupply = Web3Helper.call(tokenContract,'dateTotalSupply',arrow.get(trade['executionDate']).format('YYYY-MM-DD'),)
# find number of tokens user allocated
numberTokens = 0 if not nav['price'] else math.floor(amountInvested * totalSupply / nav['price'])
investorTokens = int(investorTokens * math.pow(10, token['decimals']))
# now ask the contract to distribute the tokens (maybe should be the investor that does this)
investor = Database.find_one("User", {"id": trade["investorId"]})
tradeKernelContract = Web3Helper.getContract("TradeKernel.json")
tx = Web3Helper.transact(
tradeKernelContract,
'distributeTokens',
trade['hash'],
[
Web3Helper.toChecksumAddress(token['address']),
Web3Helper.toChecksumAddress(investor['address']),
],
[
investorTokens
]
)
print(tx.hex())
Database.update("Trade", {"id": trade["id"]}, {"state": 6, "numberTokens": numberTokens})
return {"message": "Tokens distributed"}
def token_get(fundId):
request = app.current_request
fund = Database.find_one("Fund", {"id": int(fundId)})
if not fund: raise NotFoundError("fund not found with id {}".format(fundId))
tokens = Database.find("Token", {"fundId": fund["id"]})
fund["tokens"] = toObject(tokens)
for token in fund["tokens"]:
tokenHoldings = Database.find_one("TokenHoldings", {"tokenId": token["id"]})
tokenHoldingsList = Database.find("TokenHolding", {"tokenHoldingsId": tokenHoldings["id"]})
for tokenHolding in tokenHoldingsList:
tokenHolding['security'] = toObject(Database.find_one('Security', {'id': tokenHolding["securityId"]}))
tokenHolding['securityTimestamp'] = toObject(Database.find_one('SecurityTimestamp', {'securityId': tokenHolding["securityId"]}, order_by='-createdAt'))
token['holdings'] = toObject(tokenHoldingsList)
return toObject(fund)
def trades_show(tradeId):
request = app.current_request
data = request.json_body
trade = Database.find_one("Trade", {"id": int(tradeId)})
if not trade: raise NotFoundError("trade not found with id {}".format(tradeId))
tradeBroker = Database.find_one("TradeBroker", {
"tradeId": trade["id"],
"brokerId": request.user["id"]
})
if not tradeBroker: raise NotFoundError("tradeBroker not found with trade id {}".format(tradeId))
Database.update("TradeBroker", {"id": tradeBroker["id"]}, {"price": data["price"]})
# Socket, should be pushing to a message queue of some kind
r = passWithoutError(requests.post)(socket_uri + "trade-update", data=toObject(trade))
return toObject(trade)
def orders_show(orderId):
order = Database.find_one("Order", {"id": orderId})
order["broker"] = Database.find_one("User", {"id": order["brokerId"]}, ['id','name','email','address'])
order["token"] = toObject(Database.find_one("Token", {"id": order["tokenId"]}))
order["orderHoldings"] = Database.find("OrderHolding", {"orderId": order["id"]})
for orderHolding in order["orderHoldings"]:
orderHolding["security"] = toObject(Database.find_one("Security", {"id": orderHolding["securityId"]}))
order["orderTrades"] = Database.find("OrderTrade", {"orderId": order["id"]})
for orderTrade in order["orderTrades"]:
orderTrade["trade"] = toObject(Database.find_one("Trade", {"id": orderTrade["tradeId"]}))
return toObject(order)
def trades_confirmed():
request = app.current_request
data = request.json_body
tradeHash = data['tradeHash']
broker = Database.find_one("User", {"address": data["broker"]})
trade = Database.find_one("Trade", {"hash": tradeHash})
if not trade: raise NotFoundError("trade not found with hash {}".format(tradeHash))
Database.update("Trade", {"id": trade["id"]}, {"state": 1})
Database.update("TradeBroker", {"tradeId": trade["id"], "brokerId": broker["id"]}, {"state": 1})
trade["state"] = 1
# Socket, should be pushing to a message queue of some kind
r = passWithoutError(requests.post)(socket_uri + "trade-update", data=toObject(trade))
return toObject(trade)
def test_update_multiple_with_or(self):
with patch.dict('os.environ', env):
Database.insert("User", {'name': 'tom'})
Database.insert("User", {'name': 'tom2'})
Database.update("User", [[('name','=','tom')],[('name','=','tom2')]], {'name': 'tom3'})
user = Database.find_one("User", {'name': 'tom'})
self.assertEqual(user, None)
user = Database.find_one("User", {'name': 'tom2'})
self.assertEqual(user, None)
users = Database.find("User", {'name': 'tom3'})
self.assertEqual(len(users), 2)
self.assertEqual(users[0]['name'], 'tom3')
self.assertEqual(users[1]['name'], 'tom3')
def auth_login():
request = app.current_request
data = request.json_body
email = data['email']
password = data['password']
user = Database.find_one("User", {'email': email})
if not user:
raise NotFoundError('user not found with email {}'.format(email))
if not pbkdf2_sha256.verify(password, user['password']):
raise ForbiddenError('Wrong password')
token = jwt.encode(toObject(user, [
'id', 'name', 'email', 'address', 'role', 'ik', 'spk', 'signature',
'truelayerAccountId'
]),
secret,
algorithm='HS256')
return {
'user':
toObject(user, [
'id', 'name', 'email', 'address', 'role', 'ik', 'spk',
'signature', 'truelayerAccountId'
]),
'token':
token.decode("utf-8")
}
def user_put(userId):
request = app.current_request
data = request.json_body
if 'address' in data:
# Find if another user
# requestingUser = request.user
data['address'] = Web3Helper.toChecksumAddress(data['address'])
# user = Database.find_one("User", {'address': data['address']})
# if user and user['id'] != requestingUser['id']:
# raise ForbiddenError('user already exists with address {}'.format(data['address']))
user = Database.find_one("User", {'id': int(userId)})
if not user:
raise NotFoundError('user not found with id {}'.format(userId))
user = Database.update('User', {'id': user['id']},
data,
return_updated=True)[0]
if 'address' in data:
# Set user athorized as investor
tx = Web3Helper.transact(permissions_contract, 'setAuthorized',
data['address'], 1)
return toObject(
user, ['id', 'name', 'address', 'role', 'ik', 'spk', 'signature'])
def getTokenHoldings(tokenId):
token = Database.find_one("Token", {"id": int(tokenId)})
if not token:
raise NotFoundError("token not found with id {}".format(tokenId))
tokenHoldings = Database.find_one("TokenHoldings",
{"tokenId": token["id"]},
order_by='-createdAt')
tokenHoldingsList = Database.find("TokenHolding",
{"tokenHoldingsId": tokenHoldings["id"]})
for tokenHolding in tokenHoldingsList:
tokenHolding['security'] = toObject(
Database.find_one('Security', {'id': tokenHolding["securityId"]}))
tokenHolding['securityTimestamp'] = toObject(
Database.find_one('SecurityTimestamp',
{'securityId': tokenHolding["securityId"]},
order_by='-createdAt'))
return tokenHoldingsList
def trades_show(tradeId):
request = app.current_request
trade = Database.find_one("Trade", {"id": int(tradeId)})
if not trade: raise NotFoundError("trade not found with id {}".format(tradeId))
investor = Database.find_one("User", {"id": trade["investorId"]}, ["address", "id","name"])
trade["investor"] = investor
if trade['brokerId']:
broker = Database.find_one("User", {"id": trade["brokerId"]}, ["address", "id","name"])
trade["broker"] = broker
token = Database.find_one("Token", {"id": trade["tokenId"]}, ["id","address","cutoffTime","symbol","decimals"])
trade["token"] = token
tradeBrokers = Database.find("TradeBroker", {"tradeId": trade["id"]})
for ob in tradeBrokers: ob["broker"] = Database.find_one("User", {"id": ob["brokerId"]}, ["address", "id","name"])
trade["tradeBrokers"] = tradeBrokers
return toObject(trade)
def user_get(userId):
request = app.current_request
user = Database.find_one("User", {'id': int(userId)})
if not user:
raise NotFoundError('user not found with id {}'.format(userId))
user['bankConnected'] = not not user['truelayerAccessToken']
user = refresh_user_token(user)
accounts = TL.get_accounts(user)
return toObject(accounts)
def truelayer():
request = app.current_request
if 'id' not in request.query_params: raise NotFoundError('id')
user_id = request.query_params['id']
user = Database.find_one('User', {'id': user_id})
nonce = ''.join(
random.choice("qwertyuioplkjhgfdsazxvbnm") for _ in range(10))
Database.update('User', {"id": int(user["id"])}, {"nonce": nonce})
url = TL.get_auth_url(nonce)
return Response(body=None, status_code=302, headers={"Location": url})
def trades_delete(tradeId):
request = app.current_request
data = request.json_body
trade = Database.find_one("Trade", {"id": int(tradeId)})
if not trade: raise NotFoundError("trade not found with id {}".format(tradeId))
trade = Database.update("Trade", {"id": int(tradeId)}, {'state': 3}, return_updated=True)[0]
# Socket, should be pushing to a message queue of some kind
r = passWithoutError(requests.post)(socket_uri + "trade-update", data=toObject(trade))
return toObject(trade)
def orders_complete():
request = app.current_request
data = request.json_body
order = Database.find_one("Order", {"hash": data["orderHash"]})
# set order state to complete
Database.update("Order", {"id": order["id"]}, {"state": 1})
# set state to all trade as verified
orderTrades = Database.find("OrderTrade", {"orderId": order["id"]})
tradeIds = [o['tradeId'] for o in orderTrades]
tradeQuery = [[('id','=',tradeId)] for tradeId in tradeIds]
Database.update("Trade", tradeQuery, {'state': 2})
# Here I need to check if all orders are complete for the day
executionDate = order["executionDate"]
incompleteOrders = Database.find("Order", {"state": 0, "executionDate": executionDate, "tokenId": order["tokenId"]})
if len(incompleteOrders):
# There are still orders waiting to complete
print("There are still orders waiting to complete")
return {"message": "Order completed"}
# Here I need to calculate the AUM
# find the token
token = Database.find_one("Token", {"id": order["tokenId"]})
print(token['address'])
tokenContract = Web3Helper.getContract("ETT.json", token['address'])
tokenHoldingsObject = Database.find_one("TokenHoldings", {"tokenId": token["id"]})
tokenHoldings = Database.find("TokenHolding", {"tokenHoldingsId": tokenHoldingsObject["id"]})
newAUM = 0
for tokenHolding in tokenHoldings:
securityTimestamp = Database.find_one('SecurityTimestamp', {'securityId': tokenHolding["securityId"]}, order_by='-createdAt')
newAUM += securityTimestamp['price'] * tokenHolding['securityAmount']
executionDateString = arrow.get(executionDate).format('YYYY-MM-DD')
tx = Web3Helper.transact(tokenContract, 'endOfDay', executionDateString)
# tx = b''
print({"message": "AUM updated", "AUM": newAUM, "hash": tx.hex()})
return {"message": "AUM updated", "AUM": newAUM, "hash": tx.hex()}
def orders_get():
request = app.current_request
query = request.query_params or {}
single = False
orders = []
total = None
if 'page' in query:
page = int(query['page'])
del query['page']
if 'page_count' in query:
page_count = int(query['page_count'])
del query['page_count']
if 'single' in query:
del query['single']
single = True
order = Database.find_one("Order", query)
if not order: raise NotFoundError("No order found")
orders = [order]
else:
dbRes = Database.find("Order", query, page=page, page_count=page_count)
orders = dbRes['data']
total = dbRes['total']
for order in orders:
order["broker"] = Database.find_one("User", {"id": order["brokerId"]}, ['id','name','email','address'])
order["token"] = toObject(Database.find_one("Token", {"id": order["tokenId"]}))
order["orderHoldings"] = Database.find("OrderHolding", {"orderId": order["id"]})
for orderHolding in order["orderHoldings"]:
orderHolding["security"] = toObject(Database.find_one("Security", {"id": orderHolding["securityId"]}))
order["orderTrades"] = Database.find("OrderTrade", {"orderId": order["id"]})
for orderTrade in order["orderTrades"]:
orderTrade["trade"] = toObject(Database.find_one("Trade", {"id": orderTrade["tradeId"]}))
if single:
return toObject(orders[0])
return {"data": toObject(orders), "total": total}
def tokens_nav_update():
print('\n\n\n\n')
request = app.current_request
data = request.json_body
token = Database.find_one("Token", {"address": data["token"]})
time = data["time"]
executionDate = arrow.get(time).format('YYYY-MM-DD')
nav = Database.insert("NAVTimestamp", {
"tokenId": token['id'],
"price": data['value'],
"executionDate": executionDate
},
return_inserted=True)
# First need to collect the trades
print(token['id'])
trades = Database.find("Trade", {"state": 1, "tokenId": token["id"]})
print(trades)
# Need to go through each trade and get the NAV+price
supplyUpdate = 0
for trade in trades:
decryptedNominalAmount = Cryptor.decryptInput(
trade['nominalAmount'], trade['sk'])
amountInvested = int(decryptedNominalAmount.split(':')[1])
price = Cryptor.decryptInput(trade['price'], trade['sk'])
price = float(price)
print("amountInvested: ", amountInvested)
print("price: ", price)
effectiveNAV = (1.0 + float(price) / 100) * nav['price']
print("supplyUpdate", int(amountInvested * 1.0 / effectiveNAV))
# supplyUpdate += int(amountInvested * math.pow(10, token['decimals']) / nav['price'])
supplyUpdate += int(amountInvested *
math.pow(10, token['decimals']) / effectiveNAV)
tokenContract = Web3Helper.getContract("ETT.json", token['address'])
# Update trades to be ready for claiming
tradeQuery = [[('id', '=', t['id'])] for t in trades]
trades = Database.update("Trade",
tradeQuery, {'state': 4},
return_updated=True)
for trade in trades:
# Take funds
takeFunds(trade)
tx = Web3Helper.transact(
tokenContract,
'updateTotalSupply',
supplyUpdate,
'', # we are ignoring this for now
executionDate)
# tx = b''
print(tx.hex())
return toObject(nav)
def checkKyc(address):
user = Database.find_one("User", {'address': address})
if not user:
raise NotFoundError(
'user not found with address {}'.format(address))
user = refresh_user_token(user)
accounts = TL.get_accounts(user)
if not (len(accounts)):
raise ForbiddenError('Not KYC')
else:
return {'message': 'Is KYC', 'status': 200}
def user_get(userId):
request = app.current_request
user = Database.find_one("User", {'id': int(userId)})
if not user:
raise NotFoundError('user not found with id {}'.format(userId))
user['bankConnected'] = not not user['truelayerAccessToken']
return toObject(user, [
'id', 'name', 'address', 'role', 'ik', 'spk', 'signature',
'bankConnected', 'identity', 'juristiction'
'addressLine1', 'addressLine2', 'city', 'postcode', 'country',
'truelayerAccountId'
])
def tokens_contract_update():
request = app.current_request
data = request.json_body
Database.update(
"Token", {"symbol": data["symbol"]}, {
"address": Web3Helper.toChecksumAddress(data["tokenAddress"]),
})
token = Database.find_one("Token", {"symbol": data["symbol"]})
owner = Database.find_one(
"User", {"address": Web3Helper.toChecksumAddress(data["owner"])})
tokenBalance = Database.find_one("TokenBalance", {
"tokenId": token['id'],
"userId": owner["id"]
})
if not tokenBalance:
tokenBalance = Database.find_one("TokenBalance", {
"tokenId": token['id'],
"userId": owner["id"],
"balance": data['initialAmount']
},
insert=True)
return toObject(token)
def funds_post():
request = app.current_request
data = request.json_body
owner = None
ownerId = data["ownerId"] if "ownerId" in data else None
if not ownerId:
owner = Database.find_one("User", {"address": Web3Helper.account()})
ownerId = owner["id"]
else:
owner = Database.find_one("User", {"id": ownerId})
if not owner: raise NotFoundError('No user found')
fund_data = {
"name": data["name"],
"ownerId": ownerId
}
fund = Database.find_one('Fund', fund_data, insert=True)
for token in data["tokens"]:
token_data = {
"name": data["name"],
"fundId": fund["id"],
"decimals": token["decimals"],
"symbol": token["symbol"],
"cutoffTime": int(token["cutoffTime"]),
"fee": int(token["fee"]),
"ownerId": ownerId,
"currency": token["currency"],
"initialAmount": token["initialAmount"],
"incomeCategory": token["incomeCategory"],
"minimumOrder": token["minimumOrder"]
}
if "nav" in token: token_data["nav"] = token['nav']
if "holdings" in token: token_data["holdings"] = token["holdings"]
token = createToken(token_data)
return toObject(fund)
def truelayer_callback():
request = app.current_request
code = request.query_params['code']
nonce = request.query_params['state']
user = Database.find_one("User", {'nonce': nonce})
if not user: raise NotFoundError('user not found')
user = Database.update('User', {"id": user["id"]},
TL.get_access_token(user, code),
return_updated=True)[0]
accounts = TL.get_accounts(user)
if not len(accounts): raise NotFoundError('No accounts found for user')
# update the permissions contract
# Web3Helper.transact(permissions_contract,'setAuthorized',Web3Helper.toChecksumAddress(user['address']),1)
return Response(
body=None,
status_code=302,
headers={"Location": "{}investor/profile".format(front_end_url)})
def checkBalance(address):
request = app.current_request
amount = int(request.query_params['amount'])
user = Database.find_one("User",
{'address': Web3.toChecksumAddress(address)})
if not user:
raise NotFoundError(
'user not found with address {}'.format(address))
user = refresh_user_token(user)
balance = TL.get_balance(user)
balance_small = int(balance['available'] * 100)
if (balance_small < amount):
raise ForbiddenError('Not enough funds')
else:
return {'message': 'Has funds', 'status': 200}
def getInvested(tokenId, user):
token = Database.find_one("Token", {"id": int(tokenId)})
if not token:
raise NotFoundError("token not found with id {}".format(tokenId))
# Need to find all the trades this investor invested in
claimedTrades = Database.find("Trade", {
"tokenId": token["id"],
"investorId": user["id"],
"state": 6
})
totalAmount = 0
for trade in claimedTrades:
decrypted = Cryptor.decryptInput(trade['nominalAmount'], trade['sk'])
# I'll need to include the currency here
amountInvested = int(decrypted.split(':')[1])
print(amountInvested)
totalAmount += amountInvested
return totalAmount
