def add_payment(self, payment_info):
""" Add new payment to the database.
:param payment_info:
"""
Payment.create(subtask=payment_info.subtask_id,
payee=payment_info.computer.eth_account.address,
value=payment_info.value)
def test_payment_big_value(self):
value = 10000 * 10**18
assert value > 2**64
Payment.create(payee="me",
subtask="T1000",
value=value,
status=PaymentStatus.sent)
def test_invalid_value_type(self):
with self.assertRaises(TypeError):
Payment.create(payee="XX",
subtask="float",
value=5.5,
status=PaymentStatus.sent)
with self.assertRaises(TypeError):
Payment.create(payee="XX",
subtask="str",
value="500",
status=PaymentStatus.sent)
def test_failed_transaction(self):
balance_eth = 1 * denoms.ether
balance_gntb = 99 * denoms.ether
self.sci.get_eth_balance.return_value = balance_eth
self.sci.get_gntb_balance.return_value = balance_gntb
gnt_value = 10**17
p = Payment.create(subtask="p1", payee=urandom(20), value=gnt_value)
self.pp.add(p)
self.pp.CLOSURE_TIME_DELAY = 0
tx_hash = '0xdead'
self.sci.batch_transfer.return_value = tx_hash
assert self.pp.sendout(0)
tx_block_number = 1337
receipt = TransactionReceipt({
'transactionHash': HexBytes(tx_hash),
'blockNumber': tx_block_number,
'blockHash': HexBytes('0x' + 64 * 'f'),
'gasUsed': 55001,
'status': 0,
})
with mock.patch('golem.ethereum.paymentprocessor.threads') as threads:
self.sci.on_transaction_confirmed.call_args[0][1](receipt)
threads.deferToThread.assert_called_once_with(
self.pp._on_batch_confirmed,
[p],
receipt,
)
self.pp._on_batch_confirmed([p], receipt)
self.assertEqual(p.status, PaymentStatus.awaiting)
assert len(self.pp._awaiting) == 1
def test_single_payment(self, *_):
self.pp._run()
self.gnt.create(sender=self.privkey)
self.state.mine()
self.check_synchronized()
assert self.pp.gnt_balance() == 1000 * denoms.ether
payee = urandom(20)
b = self.pp.gnt_balance()
# FIXME: Big values does not fit into the database
value = random.randint(0, b / 1000)
p1 = Payment.create(subtask="p1", payee=payee, value=value)
assert self.pp._gnt_available() == b
assert self.pp._gnt_reserved() == 0
self.pp.add(p1)
assert self.pp._gnt_available() == b - value
assert self.pp._gnt_reserved() == value
# Sendout.
self.pp.deadline = int(time.time())
self.pp._run()
assert self.pp.gnt_balance(True) == b - value
assert self.pp._gnt_available() == b - value
assert self.pp._gnt_reserved() == 0
assert self.gnt.balanceOf(payee) == value
assert self.gnt.balanceOf(tester.a1) == self.pp._gnt_available()
# Confirm.
assert self.pp.gnt_balance(True) == b - value
assert self.pp._gnt_reserved() == 0
def test_load_from_db_sent(self):
tx_hash1 = encode_hex(urandom(32))
tx_hash2 = encode_hex(urandom(32))
value = 10
payee = urandom(20)
sent_payment11 = Payment.create(
subtask=str(uuid.uuid4()),
payee=payee,
value=value,
details=PaymentDetails(tx=tx_hash1[2:]),
status=PaymentStatus.sent)
sent_payment12 = Payment.create(
subtask=str(uuid.uuid4()),
payee=payee,
value=value,
details=PaymentDetails(tx=tx_hash1[2:]),
status=PaymentStatus.sent)
sent_payment21 = Payment.create(
subtask=str(uuid.uuid4()),
payee=payee,
value=value,
details=PaymentDetails(tx=tx_hash2[2:]),
status=PaymentStatus.sent)
self.pp.load_from_db()
self.assertEqual(3 * value, self.pp.reserved_gntb)
self.assertEqual(0, self.pp.recipients_count)
assert self.sci.on_transaction_confirmed.call_count == 2
assert self.sci.on_transaction_confirmed.call_args_list[0][0][0] == \
tx_hash1
assert self.sci.on_transaction_confirmed.call_args_list[1][0][0] == \
tx_hash2
with mock.patch('golem.ethereum.paymentprocessor.threads') as threads:
self.sci.on_transaction_confirmed.call_args_list[0][0][1](
mock.Mock())
threads.deferToThread.assert_called_once_with(
self.pp._on_batch_confirmed,
[sent_payment11, sent_payment12],
mock.ANY,
)
threads.reset_mock()
self.sci.on_transaction_confirmed.call_args_list[1][0][1](
mock.Mock())
threads.deferToThread.assert_called_once_with(
self.pp._on_batch_confirmed,
[sent_payment21],
mock.ANY,
)
def test_no_gnt_available(self):
self.pp.start()
self.gnt.create(sender=self.privkey)
self.state.mine()
self.check_synchronized()
assert self.pp.gnt_balance() == 1000 * denoms.ether
payee = urandom(20)
b = self.pp.gnt_balance()
value = b / 5 - 100
for i in range(5):
subtask_id = 's{}'.format(i)
p = Payment.create(subtask=subtask_id, payee=payee, value=value)
assert self.pp.add(p)
q = Payment.create(subtask='F', payee=payee, value=value)
assert not self.pp.add(q)
def test_add_failure(self):
a1 = urandom(20)
a2 = urandom(20)
p1 = Payment.create(subtask="p1", payee=a1, value=1)
p2 = Payment.create(subtask="p2", payee=a2, value=2)
assert p1.status is PaymentStatus.awaiting
assert p2.status is PaymentStatus.awaiting
self.client.get_balance.return_value = 0
assert self.pp.add(p1) is False
assert self.pp.add(p2) is False
self.client.get_balance.assert_called_once_with(
'0x' + self.addr.encode('hex'))
assert p1.status is PaymentStatus.awaiting
assert p2.status is PaymentStatus.awaiting
def test_payment_deadline(self):
a1 = urandom(20)
a2 = urandom(20)
a3 = urandom(20)
self.client.get_balance.return_value = 100 * denoms.ether
self.client.call.return_value = hex(100 * denoms.ether)[:-1]
now = int(time.time())
assert self.pp.add(Payment.create(subtask="p1", payee=a1, value=1))
assert check_deadline(self.pp.deadline, now + self.pp.DEFAULT_DEADLINE)
assert self.pp.add(Payment.create(subtask="p2", payee=a2, value=1),
deadline=20000)
assert check_deadline(self.pp.deadline, now + self.pp.DEFAULT_DEADLINE)
assert self.pp.add(Payment.create(subtask="p3", payee=a2, value=1),
deadline=1)
assert check_deadline(self.pp.deadline, now + 1)
assert self.pp.add(Payment.create(subtask="p4", payee=a3, value=1))
assert check_deadline(self.pp.deadline, now + 1)
assert self.pp.add(Payment.create(subtask="p5", payee=a3, value=1),
deadline=1)
assert check_deadline(self.pp.deadline, now + 1)
assert self.pp.add(Payment.create(subtask="p6", payee=a3, value=1),
deadline=0)
assert check_deadline(self.pp.deadline, now)
assert self.pp.add(Payment.create(subtask="p7", payee=a3, value=1),
deadline=-1)
assert check_deadline(self.pp.deadline, now - 1)
def test_add_invalid_payment_status(self):
a1 = urandom(20)
p1 = Payment.create(subtask="p1",
payee=a1,
value=1,
status=PaymentStatus.confirmed)
assert p1.status is PaymentStatus.confirmed
with self.assertRaises(RuntimeError):
self.pp.add(p1)
def test_payment_timestamp(self):
self.sci.get_eth_balance.return_value = denoms.ether
ts = 7000000
p = Payment.create(subtask="p1", payee=urandom(20), value=1)
with freeze_time(timestamp_to_datetime(ts)):
self.pp.add(p)
self.assertEqual(ts, p.processed_ts)
new_ts = 900000
with freeze_time(timestamp_to_datetime(new_ts)):
self.pp.add(p)
self.assertEqual(ts, p.processed_ts)
def test_monitor_progress(self):
balance_eth = 1 * denoms.ether
balance_gntb = 99 * denoms.ether
gas_price = 10**9
self.sci.get_eth_balance.return_value = balance_eth
self.sci.get_gntb_balance.return_value = balance_gntb
self.sci.get_transaction_gas_price.return_value = gas_price
self.pp.CLOSURE_TIME_DELAY = 0
assert self.pp.reserved_gntb == 0
assert self.pp.recipients_count == 0
gnt_value = 10**17
p = Payment.create(subtask="p1", payee=urandom(20), value=gnt_value)
self.pp.add(p)
assert self.pp.reserved_gntb == gnt_value
assert self.pp.recipients_count == 1
tx_hash = '0xdead'
self.sci.batch_transfer.return_value = tx_hash
assert self.pp.sendout(0)
assert self.sci.batch_transfer.call_count == 1
self.sci.on_transaction_confirmed.assert_called_once_with(
tx_hash,
mock.ANY,
)
tx_block_number = 1337
self.sci.get_block_number.return_value = tx_block_number
receipt = TransactionReceipt({
'transactionHash': HexBytes(tx_hash),
'blockNumber': tx_block_number,
'blockHash': HexBytes('0x' + 64 * 'f'),
'gasUsed': 55001,
'status': 1,
})
with mock.patch('golem.ethereum.paymentprocessor.threads') as threads:
self.sci.on_transaction_confirmed.call_args[0][1](receipt)
threads.deferToThread.assert_called_once_with(
self.pp._on_batch_confirmed,
[p],
receipt,
)
self.pp._on_batch_confirmed([p], receipt)
self.assertEqual(p.status, PaymentStatus.confirmed)
self.assertEqual(p.details.block_number, tx_block_number)
self.assertEqual(p.details.block_hash, 64 * 'f')
self.assertEqual(p.details.fee, 55001 * gas_price)
self.assertEqual(self.pp.reserved_gntb, 0)
def add_payment_info(self, task_id, subtask_id, value, account_info):
""" Add to payment keeper information about new payment for subtask.
:param str task_id: ID if a task the payment is related to.
:param str subtask_id: the id of the compleated
subtask this payment is for.
:param int value: Aggreed value of the computed subtask.
:param AccountInfo account_info: Billing account.
:raise ValueError: In case of incorrect payee address
"""
payee = account_info.eth_account.address
if len(payee) != 20:
raise ValueError(
"Incorrect 'payee' length: {}. Should be 20".format(
len(payee)))
return Payment.create(subtask=subtask_id, payee=payee, value=value)
def test_load_from_db_awaiting(self):
self.assertEqual([], self.pp._awaiting)
value = 10
payment = Payment.create(
subtask=str(uuid.uuid4()),
payee=urandom(20),
value=value,
)
self.pp.load_from_db()
expected = [payment]
self.assertEqual(expected, self.pp._awaiting)
self.assertEqual(value, self.pp.reserved_gntb)
self.assertLess(0, self.pp.recipients_count)
def test_payment_deadline_not_reached(self):
a1 = urandom(20)
self.client.get_balance.return_value = 100 * denoms.ether
self.client.call.return_value = hex(100 * denoms.ether)[:-1]
now = int(time.time())
inf = now + 12 * 30 * 24 * 60 * 60
deadline = self.pp.deadline
assert self.pp.deadline > inf
assert not self.pp.sendout()
assert self.pp.deadline == deadline
p = Payment.create(subtask="p1", payee=a1, value=1111)
assert self.pp.add(p, deadline=1111)
assert check_deadline(self.pp.deadline, now + 1111)
assert not self.pp.sendout()
assert check_deadline(self.pp.deadline, now + 1111)
def test_create(self):
p = Payment(payee="DEF",
subtask="xyz",
value=5,
status=PaymentStatus.awaiting)
self.assertEquals(p.save(force_insert=True), 1)
with self.assertRaises(IntegrityError):
Payment.create(payee="DEF",
subtask="xyz",
value=5,
status=PaymentStatus.awaiting)
Payment.create(payee="DEF",
subtask="xyz2",
value=4,
status=PaymentStatus.confirmed)
Payment.create(payee="DEF2",
subtask="xyz4",
value=5,
status=PaymentStatus.sent)
self.assertEqual(3, len([payment for payment in Payment.select()]))
def test_payment_aggregation(self):
a1 = urandom(20)
a2 = urandom(20)
a3 = urandom(20)
self.client.get_balance.return_value = 100 * denoms.ether
self.client.call.return_value = hex(100 * denoms.ether)[:-1]
assert self.pp.add(Payment.create(subtask="p1", payee=a1, value=1))
assert self.pp.add(Payment.create(subtask="p2", payee=a2, value=1))
assert self.pp.add(Payment.create(subtask="p3", payee=a2, value=1))
assert self.pp.add(Payment.create(subtask="p4", payee=a3, value=1))
assert self.pp.add(Payment.create(subtask="p5", payee=a3, value=1))
assert self.pp.add(Payment.create(subtask="p6", payee=a3, value=1))
self.pp.deadline = int(time.time())
assert self.pp.sendout()
assert self.client.send.call_count == 1
tx = self.client.send.call_args[0][0]
assert tx.value == 0
assert len(
tx.data) == 4 + 2 * 32 + 3 * 32 # Id + array abi + bytes32[3]
def add_payment(subtask_id: str, eth_address: bytes, value: int):
""" Add new payment to the database.
:param payment_info:
"""
Payment.create(subtask=subtask_id, payee=eth_address, value=value)
def test_monitor_progress(self):
a1 = urandom(20)
inprogress = self.pp._inprogress
# Give 1 ETH and 99 GNT
balance_eth = 1 * denoms.ether
balance_gnt = 99 * denoms.ether
self.client.get_balance.return_value = balance_eth
self.client.call.return_value = hex(balance_gnt)[:-1] # Skip L suffix.
assert self.pp._gnt_reserved() == 0
assert self.pp._gnt_available() == balance_gnt
assert self.pp._eth_reserved() == 0
assert self.pp._eth_available() == balance_eth
gnt_value = 10**17
p = Payment.create(subtask="p1", payee=a1, value=gnt_value)
assert self.pp.add(p)
assert self.pp._gnt_reserved() == gnt_value
assert self.pp._gnt_available() == balance_gnt - gnt_value
assert self.pp._eth_reserved(
) == PaymentProcessor.SINGLE_PAYMENT_ETH_COST
assert self.pp._eth_available(
) == balance_eth - PaymentProcessor.SINGLE_PAYMENT_ETH_COST
self.pp.deadline = int(time.time())
assert self.pp.sendout()
assert self.client.send.call_count == 1
tx = self.client.send.call_args[0][0]
assert tx.value == 0
assert len(tx.data) == 4 + 2 * 32 + 32 # Id + array abi + bytes32[1]
assert len(inprogress) == 1
assert tx.hash in inprogress
assert inprogress[tx.hash] == [p]
# Check payment status in the Blockchain
self.client.get_transaction_receipt.return_value = None
self.client.call.return_value = hex(balance_gnt -
gnt_value)[:-1] # Skip L suffix.
self.pp.monitor_progress()
assert len(inprogress) == 1
assert tx.hash in inprogress
assert inprogress[tx.hash] == [p]
assert self.pp.gnt_balance(True) == balance_gnt - gnt_value
assert self.pp._gnt_reserved() == 0
assert self.pp._gnt_available() == balance_gnt - gnt_value
assert self.pp._eth_reserved(
) == PaymentProcessor.SINGLE_PAYMENT_ETH_COST
assert self.pp._eth_available(
) == balance_eth - PaymentProcessor.SINGLE_PAYMENT_ETH_COST
self.pp.monitor_progress()
assert len(inprogress) == 1
assert self.pp._gnt_reserved() == 0
assert self.pp._gnt_available() == balance_gnt - gnt_value
assert self.pp._eth_reserved(
) == PaymentProcessor.SINGLE_PAYMENT_ETH_COST
assert self.pp._eth_available(
) == balance_eth - PaymentProcessor.SINGLE_PAYMENT_ETH_COST
receipt = {
'blockNumber': 8214,
'blockHash': '0x' + 64 * 'f',
'gasUsed': 55001
}
self.client.get_transaction_receipt.return_value = receipt
self.pp.monitor_progress()
assert len(inprogress) == 0
assert p.status == PaymentStatus.confirmed
assert p.details['block_number'] == 8214
assert p.details['block_hash'] == 64 * 'f'
assert p.details['fee'] == 55001 * self.pp.GAS_PRICE
assert self.pp._gnt_reserved() == 0
def test_invalid_status(self):
with self.assertRaises(TypeError):
Payment.create(payee="XX", subtask="zz", value=5, status=1)