def test_empty_vault_override(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
vaultamount = 45
vaultaddress = utils.send_to_vault(self.connection, vaultamount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), vaultamount)
# initiate vault withdraw
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
withdrawamount = vaultamount - 2
self.connection.withdrawfromvault(fromaddress, toaddress,
withdrawamount)
# wait for account to get updated
subaccount = utils.wait_until_account_has_balance(
self.connection, toaddress)
self.assertEqual(int(subaccount['balance']), withdrawamount)
vault = self.connection.getvaults()[vaultaddress]
self.assertEqual(0, int(vault['balance']))
# initiate empty vault override
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
amount = self.connection.overridevaulttx(fromaddress, toaddress)
self.assertEqual(0, amount)
def test_vault_uniqueness(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
amount = 45
timeout = 10
maxfees = 10
toaddress = self.connection.getnewaddress()
tomaster_address = self.connection.getnewaddress()
vaultaddress = self.connection.newvault(toaddress, tomaster_address,
timeout, maxfees)
self.assertIsNotNone(vaultaddress)
vaultaddress = self.connection.sendtovault(vaultaddress, amount)
self.assertIsNotNone(vaultaddress)
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), amount)
# try resending to vault
vaultaddress = self.connection.sendtovault(vaultaddress, amount)
self.assertIsNone(vaultaddress)
def test_vault_override(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
vaultamount = 45
vaultaddress = utils.send_to_vault(self.connection, vaultamount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), vaultamount)
# initiate vault withdraw
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
amount = random.randint(1, vaultamount - 2)
self.connection.withdrawfromvault(fromaddress, toaddress, amount)
# wait until withdraw begins
vault = utils.wait_until_vault_is_empty(self.connection, vaultaddress)
self.assertEqual(int(vault['balance']), 0)
# initiate vault override
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
amount = self.connection.overridevaulttx(fromaddress, toaddress)
self.assertEqual(amount, vaultamount - 2)
# check for updated balance
account = utils.wait_until_account_has_balance(self.connection,
toaddress)
self.assertEqual(int(account['balance']), amount)
def test_vault_withdraw_more_than_balance(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
amount = 45
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), amount)
# initiate vault withdraw
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
transfered = self.connection.withdrawfromvault(fromaddress, toaddress,
amount)
# assert that no balance has been transfered
self.assertEqual(0, transfered)
# wait until few more blocks are generated
utils.wait_until_n_more_blocks_are_generated(self.connection, 2)
# assert that the balances are still the same
vaults = self.connection.getvaults()
vault = vaults[vaultaddress]
self.assertEqual(int(vault['balance']), amount)
def test_vault_send_more_than_balance(self):
LARGE_AMOUNT = 500000000000
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
total_balance = utils.get_total_balance(self.connection)
amount = total_balance + LARGE_AMOUNT
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNone(vaultaddress)
def test_vault_send_more_than_balance(self):
LARGE_AMOUNT = 500000000000
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
total_balance = utils.get_total_balance(self.connection)
amount = total_balance + LARGE_AMOUNT
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNone(vaultaddress)
def test_vault_send(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
amount = 45
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), amount)
def test_send(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
# generate a new toaddress
toaddress = self.connection.getnewaddress()
amount = random.randint(20, 30)
self.connection.sendtoaddress(toaddress, amount)
account = self.connection.getaccount(self.account)
self.assertIn(toaddress, account)
# wait for account to get updated
subaccount = utils.wait_until_account_has_balance(self.connection, toaddress)
self.assertEqual(int(subaccount['balance']), amount)
def test_send(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
# generate a new toaddress
toaddress = self.connection.getnewaddress()
amount = random.randint(20, 30)
self.connection.sendtoaddress(toaddress, amount)
account = self.connection.getaccount(self.account)
self.assertIn(toaddress, account)
# wait for account to get updated
subaccount = utils.wait_until_account_has_balance(
self.connection, toaddress)
self.assertEqual(int(subaccount['balance']), amount)
def test_multiple_vault_withdraws(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
amount = 45
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), amount)
# initiate vault withdraw
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
withdrawamount = random.randint(1, amount / 2)
self.connection.withdrawfromvault(fromaddress, toaddress,
withdrawamount)
# wait for account to get updated
subaccount = utils.wait_until_account_has_balance(
self.connection, toaddress)
self.assertEqual(int(subaccount['balance']), withdrawamount)
time.sleep(10)
vault = self.connection.getvaults()[vaultaddress]
self.assertEqual(int(vault['balance']), amount - withdrawamount - 2)
amount = int(vault['balance'])
# initiate another vault withdraw
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
withdrawamount = random.randint(1, amount - 2)
self.connection.withdrawfromvault(fromaddress, toaddress,
withdrawamount)
# wait for account to get updated
subaccount = utils.wait_until_account_has_balance(
self.connection, toaddress)
self.assertEqual(int(subaccount['balance']), withdrawamount)
vault = self.connection.getvaults()[vaultaddress]
self.assertEqual(int(vault['balance']), amount - withdrawamount - 2)
def test_vault_double_withdraw(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
amount = 45
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), amount)
# initiate vault withdraw
fromaddress = vaultaddress
toaddress1 = self.connection.getnewaddress()
toaddress2 = self.connection.getnewaddress()
amount = amount - 2
transfered1 = self.connection.withdrawfromvault(
fromaddress, toaddress1, amount)
transfered2 = self.connection.withdrawfromvault(
fromaddress, toaddress2, amount)
self.assertEqual(transfered1, amount)
self.assertEqual(transfered2, amount)
# wait for one of the accounts to get updated
while True:
utils.wait_until_n_more_blocks_are_generated(self.connection, 1)
account = self.connection.getaccount(self.account)
subaccount1 = account[toaddress1]
subaccount2 = account[toaddress2]
if subaccount1['balance'] or subaccount2['balance']:
balance_max = max(subaccount1['balance'],
subaccount2['balance'])
balance_min = min(subaccount1['balance'],
subaccount2['balance'])
self.assertEqual(int(balance_max), amount)
self.assertEqual(int(balance_min), 0)
break
def test_vault_fast_withdraw(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
amount = 45
vaultaddress = utils.send_to_vault(self.connection, amount)
self.assertIsNotNone(vaultaddress)
# wait for vault to get updated
vault = utils.wait_until_vault_has_balance(self.connection,
vaultaddress)
self.assertEqual(int(vault['balance']), amount)
# initiate fast withdraw
fromaddress = vaultaddress
toaddress = self.connection.getnewaddress()
amount = random.randint(1, amount - 1)
self.connection.fastwithdrawfromvault(fromaddress, toaddress, amount)
# wait for account to get updated
subaccount = utils.wait_until_account_has_balance(
self.connection, toaddress)
self.assertEqual(int(subaccount['balance']), amount)
def test_info(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
def test_info(self):
# wait until blocks are generated
info = utils.wait_until_blocks_are_generated(self.connection)
self.assertTrue(info.blocks >= -1)
