def main():
alice = (setup_account("key.dat"))
bob = setup_account("bob.dat")
carol = create_empty_acct(bob)
alice_addr = Address(address=alice.address())
bob_addr = Address(address=bob.address())
carol_addr = Address(address=carol.address())
dave = Keypair.random()
dave_addr = Address(address=dave.address())
alice_addr.get()
bob_addr.get()
carol_addr.get()
print("PRECONDITIONS\n")
print_acct("Alice", alice_addr)
print_acct("Bob", bob_addr)
print_acct("Carol", carol_addr)
print_acct("Dave", dave_addr)
print("========================")
fakeusd = Asset("USD", alice_addr.address)
# Transfer Funds to Bob, who has an account (and a prior trustline)
_, tmp_addr = transfer_send(sender_kp=alice,
receiver_address=bob_addr.address,
asset=fakeusd,
amount="10")
transfer_receive(tmp_address=tmp_addr, receiver_kp=bob, asset=fakeusd)
# Transfer funds to Carol who has a bare-bones account (no funds, no trustline)
_, tmp_addr = transfer_send(sender_kp=alice,
receiver_address=carol_addr.address,
asset=fakeusd,
amount="10")
transfer_receive(tmp_address=tmp_addr, receiver_kp=carol, asset=fakeusd)
# Transfer Funds to Dave, who has no account
_, tmp_addr = transfer_send(sender_kp=alice,
receiver_address=dave_addr.address,
asset=fakeusd,
amount="10")
transfer_receive(tmp_address=tmp_addr, receiver_kp=dave, asset=fakeusd)
alice_addr.get()
bob_addr.get()
carol_addr.get()
dave_addr.get()
print("POSTCONDITIONS\n")
print_acct("Alice", alice_addr)
print_acct("Bob", bob_addr)
print_acct("Carol", carol_addr)
print_acct("Dave", dave_addr)
def __init__(self, account):
self.account = account
if account.secret:
self.builder = Builder(secret=account.secret,
network=account.network)
self.address = Address(address=account.account_id,
network=account.network)
def deposit(request):
asset_code = request.GET.get("asset_code")
stellar_account = request.GET.get("account")
# Verify that the request is valid.
if not all([asset_code, stellar_account]):
return render_error_response("asset_code and account are required parameters")
# Verify that the asset code exists in our database, with deposit enabled.
asset = Asset.objects.filter(name=asset_code).first()
if not asset or not asset.deposit_enabled:
return render_error_response(f"invalid operation for asset {asset_code}")
try:
address = Address(address=stellar_account)
except (StellarAddressInvalidError, NotValidParamError):
return render_error_response("invalid 'account'")
# Verify the optional request arguments.
verify_optional_args = _verify_optional_args(request)
if verify_optional_args:
return verify_optional_args
# TODO: Check if the provided Stellar account exists, and if not, create it.
# Construct interactive deposit pop-up URL.
transaction_id = _create_transaction_id()
url = _construct_interactive_url(request, transaction_id)
return Response(
{"type": "interactive_customer_info_needed", "url": url, "id": transaction_id},
status=status.HTTP_403_FORBIDDEN,
)
def list_balances(check_asset=''):
#print('Using public key: ' + CONF['public_key'])
c = Address(CONF['public_key'], network=CONF['network'])
try:
c.get()
except AccountNotExistError:
print_formatted_text(
HTML(
'<ansiyellow>unfunded account... </ansiyellow> ' +
'you need to hit <ansiblue>f to fund for testnet or type key for public</ansiblue> '
))
return
r = requests.get(
"https://api.coinmarketcap.com/v1/ticker/stellar/?convert=EUR")
rate = r.json()[0]
# print('.. rate ' + str(rate))
for x in c.balances:
if x['asset_type'] == 'native':
if check_asset != '': continue
usd_val = float(rate['price_usd']) * float(x['balance'])
eur_val = float(rate['price_eur']) * float(x['balance'])
print_formatted_text(
HTML('XLM: <ansiblue>' + x['balance'] +
'</ansiblue> value: USD:' + "{:.2f}".format(usd_val) +
' EUR:' + "{:.2f}".format(eur_val)))
else:
if check_asset != '':
if check_asset.upper() == x['asset_code'].upper():
return True
else:
print_formatted_text(
HTML(x['asset_code'] + ' <ansiblue>' + x['balance'] +
'</ansiblue>'))
if check_asset != '': return False
def __init__(self, address):
self.address = address
self.account = Address(address=self.address)
try:
self.account.get()
except AccountNotExistError:
self.account = None
def test_onboard(self):
"""test onboarding scenarios"""
#TODO ensure there's enough money in the test account to begin with
userid = str(uuid.uuid4())
resp = self.app.post('/user/register',
data=json.dumps({
'user_id': str(userid),
'os': 'android',
'device_model': 'samsung8',
'device_id': '234234',
'time_zone': '+05:00',
'token': 'fake_token',
'app_ver': '1.0'
}),
headers={},
content_type='application/json')
self.assertEqual(resp.status_code, 200)
# try to onboard user, should succeed
kp = Keypair.random()
resp = self.app.post('/user/onboard',
data=json.dumps(
{'public_address': kp.address().decode()}),
headers={USER_ID_HEADER: str(userid)},
content_type='application/json')
print(json.loads(resp.data))
self.assertEqual(resp.status_code, 200)
# ensure that the account was created
address = Address(address=kp.address().decode())
address.get() # get the updated information
assert (address.balances[0]['asset_type'] == 'native'
and int(float(address.balances[0]['balance'])) == 2
) #TODO read 2 from config
# try onboarding again with the same user - should fail
resp = self.app.post('/user/onboard',
data=json.dumps(
{'public_address': kp.address().decode()}),
headers={USER_ID_HEADER: str(userid)},
content_type='application/json')
print(json.loads(resp.data))
self.assertEqual(resp.status_code, 400)
# try sending kin to that public address
resp = self.app.post('/send-kin',
data=json.dumps({
'public_address':
kp.address().decode(),
'amount':
1
}),
headers={USER_ID_HEADER: str(userid)},
content_type='application/json')
print(json.loads(resp.data))
self.assertEqual(resp.status_code, 200)
def create_stellar_deposit(transaction_id):
transaction = Transaction.objects.get(id=transaction_id)
# Assume transaction has valid stellar_account, amount_in, asset.name
stellar_account = transaction.stellar_account
payment_amount = transaction.amount_in - transaction.amount_fee
asset = transaction.asset.name
# If the given Stellar account does not exist, create
# the account with at least enough XLM for the minimum
# reserve and a trust line (recommended 2.01 XLM), update
# the transaction in our internal database, and return.
address = Address(stellar_account)
try:
address.get()
except HorizonError as e:
# 404 code corresponds to Resource Missing.
if e.status_code == 404:
starting_balance = settings.ACCOUNT_STARTING_BALANCE
builder = Builder(secret=settings.STELLAR_ACCOUNT_SEED)
builder.append_create_account_op(
destination=stellar_account,
starting_balance=starting_balance,
source=settings.STELLAR_ACCOUNT_ADDRESS,
)
builder.sign()
try:
builder.submit()
except HorizonError as exception:
raise exception
transaction.status = Transaction.STATUS.pending_trust
transaction.save()
return
# If the account does exist, deposit the desired amount of the given
# asset via a Stellar payment. If that payment succeeds, we update the
# transaction to completed at the current time. If it fails due to a
# trustline error, we update the database accordingly. Else, we do not update.
builder = Builder(secret=settings.STELLAR_ACCOUNT_SEED)
builder.append_payment_op(
destination=stellar_account,
asset_code=asset,
asset_issuer=settings.STELLAR_ACCOUNT_ADDRESS,
amount=str(payment_amount),
)
builder.sign()
try:
builder.submit()
except HorizonError as exception:
if TRUSTLINE_FAILURE_XDR in exception.message:
transaction.status = Transaction.STATUS.pending_trust
transaction.save()
return
# If we reach here, the Stellar payment succeeded, so we
# can mark the transaction as completed.
transaction.status = Transaction.STATUS.completed
transaction.completed_at = now()
transaction.amount_out = payment_amount
transaction.save()
def printAccountInfo(publickey):
#publickey: 'GCZ2MXFXT44Z3OMXF4RZBS4BEWOOQR4EFVSJMNIR3JZ5GTRI7Y2TJLM6'
address = Address(
address=publickey
) # address = Address(address=publickey,network='public') for livenet
address.get() # get the updated information
return address.balances
def balance(self, address=None):
if address:
addr = Address(address=address)
try:
addr.get()
return float(Decimal(addr.balances[0]['balance']))
except:
return 0.0
else:
user_addr = Wallet.objects.get(
user=self.user, name=self.coin).addresses.all()[0].address
address = Address(address=user_addr)
try:
address.get()
return float(Decimal(address.balances[0]['balance']))
except:
return 0.0
def getAddressDetails(self):
while not thread_stop_event.isSet():
publickey = 'GBCCC62LUXPDL7DLNQPYJWASA672CCJOLCJRBSIFXNIPRMQRRQ2HCWW6'
target = 1000
address = Address(address=publickey) # testnet
# address = Address(address=publickey, network='public') # livenet
address.get() # Get the latest information from Horizon
last_payment = address.payments(order='desc', limit=1)
if 'transaction_successful' in last_payment['_embedded'][
'records'][0]:
success = bool(last_payment['_embedded']['records'][0]
['transaction_successful'])
else:
success = False
if 'amount' in last_payment['_embedded']['records'][0] and success:
amount = int(
float(last_payment['_embedded']['records'][0]['amount']))
else:
amount = ''
if 'asset_code' in last_payment['_embedded']['records'][
0] and success:
asset_code = last_payment['_embedded']['records'][0][
'asset_code']
elif 'asset_code' not in last_payment['_embedded']['records'][
0] and success:
asset_code = 'XLM'
else:
asset_code = ''
balance = address.balances
if 'balance' in balance[-1] and success:
balance = int(float(balance[-1]['balance']))
else:
balance = ''
last_transaction = address.transactions(order='desc', limit=1)
if 'memo' in last_transaction['_embedded']['records'][
0] and success:
memo = last_transaction['_embedded']['records'][0]['memo']
else:
memo = ''
socketio.emit('address_details', {
'publickey': publickey,
'target': target,
'balance': balance,
'memo': memo,
'amount': amount,
'asset_code': asset_code
},
namespace='/test')
sleep(self.delay)
def getBalance(addr):
address = Address(address=addr, network='PUBLIC')
address.get()
balance = 0
for b in address.balances:
if b['asset_type'] == 'native':
balance = float(b['balance'])
break
return balance
def Account_balance_check():
'''Check the balance in your account, you do not have to connect your Trezor to execute this.'''
data = Get_data()
Add = data['Address']
add_info = Address(address = Add,network = 'public')
add_info.get()
return add_info.balances
def get_xlm_vault_balance(user):
user_addr = VaultWallet.objects.get(
username=user, name='xlm').addresses.all()[0].address
address = Address(address=user_addr)
try:
address.get()
return Decimal(address.balances[0]['balance'])
except:
return None
def checkBalance(self):
address = Address(
address=self.publickey
) # address = Address(address=publickey,network='public') for livenet
address.get() # get the updated information
pprint("Balances: {}".format(address.balances))
pprint("Sequence Number: {}".format(address.sequence))
pprint("Flags: {}".format(address.flags))
pprint("Signers: {}".format(address.signers))
pprint("Data: {}".format(address.data))
def check_balance(self):
print("\nChecking Initial Balance......")
url = 'https://friendbot.stellar.org'
req1 = requests.get(url, params={'addr': self.publickey1})
req2 = requests.get(url, params={'addr': self.publickey2})
self.address1 = Address(address=self.publickey1)
self.address2 = Address(address=self.publickey2)
self.address1.get()
self.address2.get()
# print("Initial Balance of Sender: {}".format(address1.balances[0]))
for item in self.address1.balances:
print("Initial Balance of Sender: " + item['balance'])
for item in self.address2.balances:
print("Initial Balance of Receiver: " + item['balance'])
# print("Initial Balance of Receiver: {}".format(address2.balances[0]))
print(
"\n------------------------------------------------------------------------------"
)
def get_balance_issuer(amount, asset):
if asset == 'XLM': return 0, ""
c = Address(CONF['public_key'], network=CONF['network'])
c.get()
for b in c.balances:
if asset == b['asset_code']:
if float(b['balance']) < float(amount):
print('error insufficient funds')
return 1, b['asset_issuer']
else:
return 0, b['asset_issuer']
def history():
c = Address(CONF['public_key'], network=CONF['network'])
c.get()
h = c.payments(limit=30, order='desc')
for x in h[u'_embedded']['records']:
if x['type'] == 'create_account':
print(x['created_at'] + ' ' + x['type'] + ' start ' +
x['starting_balance'] + '\n' + horiz_lp() + '/operations/' +
x['id'])
else:
print(x['created_at'] + ' ' + x['type'] + ' ' + x['to'] + ' ' +
x['from'] + ' ' + x['amount'] + '\n' + horiz_lp() +
'/operations/' + x['id'])
def see_account_pk(pk, name): address = Address(address=pk, network='TESTNET') address.get() bals = address.balances sigs = address.signers nots = address.data offs = address.offers() print name print 'sequence number is '+address.sequence print str(len(bals))+' ASSETS' C = 0 while C < len(bals): if bals[C]['asset_type']=='native': print '..... XLM: '+bals[C]['balance'] else: print '..... '+bals[C]['asset_code']+': '+bals[C]['balance'] print '..... (from '+bals[C]['asset_issuer'] C+=1 T = address.thresholds print 'SECURITY THRESHOLDS' print '..... high ops: '+str(T['high_threshold']) print '..... low ops: '+str(T['low_threshold']) print '..... medium ops: '+str(T['med_threshold']) print str(len(sigs))+' SIGNERS' C = 0 while C < len(sigs): print '..... '+sigs[C]['key'] print '..... '+sigs[C]['type']+' weight: '+str(sigs[C]['weight']) C+=1 print 'DATA' print nots print 'OFFERS' records = offs['_embedded']['records'] C = 0 while C < len(records): print '..... '+records[C]['amount']+' '+records[C]['selling']['asset_code']+' from '+records[C]['selling']['asset_issuer'] print '..... for '+records[C]['price']+' '+records[C]['buying']['asset_type']+' per '+records[C]['selling']['asset_code'] C+=1 print ''
def transfer_send(sender_kp, receiver_address, asset, amount):
"""
Execute the send portion of a transfer. This is used by the issuer,
airdropper, or sender of an asset. When this is done, a new temporary
account exists, which contains the transferred asset and enough XLM to
merge it into the receiving account.
Args:
sender_kp (Keypair): keypair of sending account
receiver_address (string): address of account to receive asset
asset (Asset): asset to send
amount (string): amount to transfer, float encoded as string
Returns:
response, tmp_dest: the Horizon response and the newly created
account holding the transfer
"""
sender = Address(sender_kp.address())
sender.get()
# Generate a tmp keypair
tmp_kp = Keypair.random()
tmp_dest = tmp_kp.address().decode()
# This is a speculative transaction!
# It may fail if someone pre-empts the CreateAccount -- in which case, it
# should be either re-run with a new kp or it should be attempted again with
# a payment to ensure at least 2.00006 native instead of create account
# This has been left out of this demo for simplicity
txn = Transaction(source=sender.address,
sequence=sender.sequence,
fee=400,
operations=[
CreateAccount(destination=tmp_dest,
starting_balance="4.1"),
ChangeTrust(asset, amount, tmp_dest),
Payment(tmp_dest, asset, amount),
SetOptions(master_weight=0,
signer_weight=1,
source=tmp_dest,
signer_address=receiver_address)
])
txe = Te(tx=txn, network_id="TESTNET")
txe.sign(sender_kp)
txe.sign(tmp_kp)
xdr = txe.xdr()
response = horizon.submit(xdr)
return response, tmp_dest
def create_empty_acct(r_kp):
"""
Creates a tmp account which is empty except for min balance (no fees even)
"""
r = Address(address=r_kp.address().decode())
r.get()
kp = Keypair.random()
dest = kp.address().decode()
tx = Transaction(
source=r.address,
sequence=r.sequence,
fee=100,
operations=[CreateAccount(destination=dest, starting_balance="1")])
env = Te(tx=tx, network_id="TESTNET")
env.sign(r_kp)
horizon.submit(env.xdr())
return kp
def deposit(request):
"""
`GET /deposit` initiates the deposit and returns an interactive
deposit form to the user.
"""
asset_code = request.GET.get("asset_code")
stellar_account = request.GET.get("account")
# Verify that the request is valid.
if not all([asset_code, stellar_account]):
return render_error_response(
"`asset_code` and `account` are required parameters")
# Verify that the asset code exists in our database, with deposit enabled.
asset = Asset.objects.filter(name=asset_code).first()
if not asset or not asset.deposit_enabled:
return render_error_response(
f"invalid operation for asset {asset_code}")
try:
Address(
address=stellar_account,
network=settings.STELLAR_NETWORK,
horizon_uri=settings.HORIZON_URI,
)
except (StellarAddressInvalidError, NotValidParamError):
return render_error_response("invalid 'account'")
# Verify the optional request arguments.
verify_optional_args = _verify_optional_args(request)
if verify_optional_args:
return verify_optional_args
# Construct interactive deposit pop-up URL.
transaction_id = create_transaction_id()
url = _construct_interactive_url(request, transaction_id)
return Response(
{
"type": "interactive_customer_info_needed",
"url": url,
"id": transaction_id
},
status=status.HTTP_403_FORBIDDEN,
)
def _get_transactions(self, time=True):
address = Address(address=self._generate_keypair().address().decode())
address.get() # get the updated information
transactions = address.transactions()
if len(transactions['_embedded']['records']) < 2:
return None
if time:
trx = [(record['created_at'], record['memo'])
for record in transactions['_embedded']['records']
if record['memo_type'] == 'text']
else:
trx = [
record['memo']
for record in transactions['_embedded']['records']
if record['memo_type'] == 'text'
]
return trx
def validate(wallet_address: str, network: str) -> str:
# Check wallet exists or not and check wallet have trust HTKN yet
print('Validating wallet address: {}, network: {}'.format(
wallet_address, network))
config = configs[network]
try:
wallet = Address(wallet_address,
horizon_uri=config['HORIZON_URL'],
network=network)
wallet.get()
if _is_trust_hot(wallet, config):
print('PASSED')
else:
print('FAILED: This wallet doesn\'t trust HOT asset.')
except exceptions.StellarAddressInvalidError as e:
print('FAILED: {}'.format(e))
except (exceptions.HorizonError) as e:
print('FAILED: Wallet not found.')
except Exception as e:
print('FAILED: {}'.format(e))
def __init__(self,
public_key,
webhook_url,
data_dir="/var/lib/LumenautGazer",
minimum_amount=0.1,
dry_run=False):
# On first run, we need to create the datadir
if not os.path.exists(data_dir):
os.makedirs(data_dir)
if not public_key:
raise ValueError("Please provide public_key.")
self.public_key = public_key
self.webhook_url = webhook_url
self.minimum_amount = minimum_amount
self.address = Address(address=self.public_key, network='public')
self.last_cursor_filepath = os.path.join(
data_dir, "{}{}".format(self.public_key, '_cursor'))
self.dry_run = dry_run
def _getAccounts(self):
for account in settings['stellar_exporter']['accounts']:
a = Address(address=account, network='public')
a.get()
for balance in a.balances:
if balance.get('asset_code'):
currency = balance.get('asset_code')
elif balance.get('asset_type') == 'native':
currency = 'XLM'
else:
currency = balance.get('asset_type')
self.accounts.update({
'{}-{}'.format(account, currency): {
'account': account,
'currency': currency,
'balance': float(balance.get('balance'))
}
})
log.debug('Found the following accounts: {}'.format(self.accounts))
def get_address_details_from_network(address):
"""
Queries the Stellar network regarding the details of the specified account address.
:param str address: address to be evaluated.
:return: In case of success returns a Stellar Address object with the updated address information, fetched from
the Stellar network. In case of failure returns None
:rtype: Address or None
"""
if not is_address_valid(address):
print('Trying to get information of an invalid address.')
return None
try:
address = Address(address=address)
address.get() # Get the latest information from Horizon
except AccountNotExistError:
print('The specified account does not exist.')
return None
except HorizonError:
print(
'A connection error occurred (Please check your Internet connection).'
)
return None
return address
def create_stellar_deposit(transaction_id):
"""Create and submit the Stellar transaction for the deposit."""
transaction = Transaction.objects.get(id=transaction_id)
# We check the Transaction status to avoid double submission of a Stellar
# transaction. The Transaction can be either `pending_anchor` if the task
# is called from `GET deposit/confirm_transaction` or `pending_trust` if called
# from the `check_trustlines()`.
if transaction.status not in [
Transaction.STATUS.pending_anchor,
Transaction.STATUS.pending_trust,
]:
return
transaction.status = Transaction.STATUS.pending_stellar
transaction.save()
# We can assume transaction has valid stellar_account, amount_in, and asset
# because this task is only called after those parameters are validated.
stellar_account = transaction.stellar_account
payment_amount = round(transaction.amount_in - transaction.amount_fee, 7)
asset = transaction.asset.name
# If the given Stellar account does not exist, create
# the account with at least enough XLM for the minimum
# reserve and a trust line (recommended 2.01 XLM), update
# the transaction in our internal database, and return.
address = Address(
stellar_account,
network=settings.STELLAR_NETWORK,
horizon_uri=settings.HORIZON_URI,
)
try:
address.get()
except HorizonError as address_exc:
# 404 code corresponds to Resource Missing.
if address_exc.status_code != 404:
return
starting_balance = settings.ACCOUNT_STARTING_BALANCE
builder = Builder(
secret=settings.STELLAR_ACCOUNT_SEED,
horizon_uri=settings.HORIZON_URI,
network=settings.STELLAR_NETWORK,
)
builder.append_create_account_op(
destination=stellar_account,
starting_balance=starting_balance,
source=settings.STELLAR_ACCOUNT_ADDRESS,
)
builder.sign()
try:
builder.submit()
except HorizonError:
return
transaction.status = Transaction.STATUS.pending_trust
transaction.save()
return
# If the account does exist, deposit the desired amount of the given
# asset via a Stellar payment. If that payment succeeds, we update the
# transaction to completed at the current time. If it fails due to a
# trustline error, we update the database accordingly. Else, we do not update.
builder = Builder(
secret=settings.STELLAR_ACCOUNT_SEED,
horizon_uri=settings.HORIZON_URI,
network=settings.STELLAR_NETWORK,
)
builder.append_payment_op(
destination=stellar_account,
asset_code=asset,
asset_issuer=settings.STELLAR_ACCOUNT_ADDRESS,
amount=str(payment_amount),
)
builder.sign()
try:
response = builder.submit()
# Functional errors at this stage are Horizon errors.
except HorizonError as exception:
if TRUSTLINE_FAILURE_XDR not in exception.message:
return
transaction.status = Transaction.STATUS.pending_trust
transaction.save()
return
# If this condition is met, the Stellar payment succeeded, so we
# can mark the transaction as completed.
if response["result_xdr"] != SUCCESS_XDR:
return
transaction.stellar_transaction_id = response["hash"]
transaction.status = Transaction.STATUS.completed
transaction.completed_at = now()
transaction.status_eta = 0 # No more status change.
transaction.amount_out = payment_amount
transaction.save()
def Account_info_update(Add):
add_info = Address(address=Add, network='public')
add_info.get()
return add_info
from stellar_base.address import Address
import requests
import config
address = Address(address=config.address, horizon_uri=config.horizon)
def email_alert(transaction_id):
report = {
"value1": transaction_id
} # Use this to add transaction information
requests.post(config.trigger, data=report)
# Trade complete response - Need to add transaction info
def trade_handler(response):
print(response)
email_alert('transaction complete') # Email Message text
# Check for new trade
trades = address.trades(sse=True, cursor='now')
for trade in trades:
trade_handler(trades)
return r.text
if __name__ == '__main__':
#This would generate the address and the seed
# address, password = gen_address()
# print(address, password)
ISSUERS_ADDRESS = "GCA3IT4NDEAZN5QPPWB72D2X5HFT3GPNONJKCAYHCBHN7MGBSYF4VEFU"
ISSUERS_SEED = "SBFYTBQQPSIP3CSWU43FDFRPMETW56O7J2RUKVOKLDFL6XC4OTVUAUIT"
RECEIVING_ADDRESS = "GBYXARVIA3SF5PQZOOKX2RRPZNUDWCERQZ7HEY5GQ4AZ32LD7M3J6RV2"
RECEIVING_SEED = "SAJDKZPCNBYCGVRH7C3M5CJ2YAXVFCKLFJKID7S2VONJIVYDNUPCRHIU"
horizon = horizon_testnet()
ISSUER = Address(address=ISSUERS_ADDRESS)
RECEIVER = Address(address=RECEIVING_ADDRESS)
ISSUER.get()
RECEIVER.get()
#We get the balance of ISSUER and RECEIVER
ISSUER_BALANCE = ISSUER.balances
RECEIVER_BALANCE = RECEIVER.balances
#We use testnet to fund the account for now
# req = fund_account(RECEIVING_ADDRESS)
# print(req)
asset = Asset("FT", ISSUERS_ADDRESS)