def test_process_good_tx(self):
txb = TransactionBuilder(self.wallet.verifying_key(),
contract='currency',
function='transfer',
kwargs={
'to': 'jeff',
'amount': 10000
},
stamps=100000,
processor=b'\x00' * 32,
nonce=0)
txb.sign(self.wallet.signing_key())
tx_bytes = txb.serialize()
tx = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
print(tx)
results = processor.process_transaction(tx)
balance_from = results['state_changes']['currency.balances:{}'.format(
self.wallet.vk.encode().hex())]
balance_jeff = results['state_changes']['currency.balances:jeff']
self.assertEqual(float(balance_from), 1000000000 - 10000)
self.assertEqual(float(balance_jeff), 10000)
def trigger(pkg=None, iaddr=None):
my_wallet = validate_key(restart=False)
pepper = pkg #TODO replace with verified pepper pkg
kwargs = {
'pepper': pepper,
'initiator_vk': my_wallet.verifying_key().hex()
}
vk = my_wallet.verifying_key()
SERVER = f'http://{iaddr}:18080'
nonce_req = requests.get('{}/nonce/{}'.format(
SERVER,
my_wallet.verifying_key().hex()))
nonce = nonce_req.json()['nonce']
#TODO bail out if vk is not in list of master nodes
pack = TransactionBuilder(sender=vk,
contract='upgrade',
function='trigger_upgrade',
kwargs=kwargs,
stamps=100_000,
processor=vk,
nonce=nonce)
pack.sign(my_wallet.signing_key())
m = pack.serialize()
loop = asyncio.get_event_loop()
loop.run_until_complete(cil_interface(server=iaddr, packed_data=m,
sleep=2))
def test_sending_transfer_of_most_money_doesnt_fail_if_enough_stamps(self):
self.nonce_manager.set_var('stamp_cost', 'S', ['value'], value=3000)
w = Wallet()
expected_processor = secrets.token_bytes(32)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
w.verifying_key().hex())
self.nonce_manager.set(balances_key, 500000)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 499990, 'to': 'jeff'},
stamps=3000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
def test_submission_prepended_with_con_succeeds(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
w.verifying_key().hex())
self.nonce_manager.set(balances_key, 500000)
tx = TransactionBuilder(w.verifying_key(),
contract='submission',
function='submit_contract',
kwargs={'name': 'con_bad_name', 'code': 'blah'},
stamps=3000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
def test_nonce_minus_pending_nonce_equal_tx_per_block_fails(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
w.verifying_key().hex())
self.nonce_manager.set(balances_key, 500000)
self.nonce_manager.set_nonce(processor=expected_processor, sender=w.verifying_key(), nonce=1)
self.nonce_manager.set_pending_nonce(processor=expected_processor, sender=w.verifying_key(), nonce=16)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=16)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
with self.assertRaises(transaction.TransactionTooManyPendingException):
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
def random_packed_tx(nonce=0, processor=None, give_stamps=False):
w = Wallet()
processor = secrets.token_bytes(32) if processor is None else processor
stamps = random.randint(100_000, 1_000_000)
if give_stamps:
balances_key = '{}{}{}{}{}'.format('currency', config.INDEX_SEPARATOR,
'balances', config.DELIMITER,
w.verifying_key().hex())
N.set(balances_key, stamps + 1000)
tx = TransactionBuilder(
w.verifying_key(),
contract=secrets.token_hex(8),
function=secrets.token_hex(8),
kwargs={secrets.token_hex(8): secrets.token_hex(8)},
stamps=stamps,
processor=processor,
nonce=nonce)
tx.sign(w.signing_key())
#tx.proof = b'\x00' * 32
#tx.proof_generated = True
packed_tx = transaction_capnp.Transaction.from_bytes_packed(tx.serialize())
return packed_tx
def make_tx_packed(sender,
server,
contract_name,
function_name,
kwargs={},
stamps=10_000):
wallet = Wallet(seed=sender)
nonce_req = requests.get('{}/nonce/{}'.format(
server,
wallet.verifying_key().hex()))
nonce = nonce_req.json()['nonce']
processor = bytes.fromhex(nonce_req.json()['processor'])
batch = TransactionBuilder(sender=wallet.verifying_key(),
contract=contract_name,
function=function_name,
kwargs=kwargs,
stamps=stamps,
processor=processor,
nonce=nonce)
batch.sign(sender)
b = batch.serialize()
return b
def test_all_valid_with_stamps_when_balance_is_set(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
tx.payload.sender.hex())
self.nonce_manager.set(balances_key, 500000)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
balance = self.nonce_manager.get(balances_key) or 0
self.assertEqual(balance, 500000)
def abort_upgrade(iaddr):
q = ask(question='Are you sure to abort version upgrade')
if q is True:
file = input("Enter patch to constitution:")
constitution = resolve_constitution(fp=file)
proc = constitution.get("masternodes", "")
my_wallet = validate_key()
SERVER = f'http://{iaddr}:18080'
nonce_req = requests.get('{}/nonce/{}'.format(
SERVER,
my_wallet.verifying_key().hex()))
nonce = nonce_req.json()['nonce']
kwargs = {'vk': my_wallet.verifying_key().hex()}
pack = TransactionBuilder(sender=my_wallet.verifying_key(),
contract='upgrade',
function='reset_contract',
kwargs=kwargs,
stamps=100_000,
processor=bytes.fromhex(proc[0]),
nonce=nonce)
pack.sign(my_wallet.signing_key())
m = pack.serialize()
loop = asyncio.get_event_loop()
loop.run_until_complete(
cil_interface(server=iaddr, packed_data=m, sleep=2))
def test_processor_and_nonce_correct_but_not_enough_stamps_returns_false(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
with self.assertRaises(transaction.TransactionSenderTooFewStamps):
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
tx.payload.sender.hex())
balance = self.nonce_manager.get(balances_key) or 0
self.assertEqual(balance, 0)
def make_tx(processor, contract_name, function_name, kwargs={}):
w = Wallet()
batch = TransactionBuilder(sender=w.verifying_key(),
contract=contract_name,
function=function_name,
kwargs=kwargs,
stamps=10000,
processor=processor,
nonce=0)
batch.sign(w.signing_key())
b = batch.serialize()
tx = transaction_capnp.Transaction.from_bytes_packed(b)
currency_contract = 'currency'
balances_hash = 'balances'
balances_key = '{}{}{}{}{}'.format(currency_contract,
config.INDEX_SEPARATOR, balances_hash,
config.DELIMITER,
w.verifying_key().hex())
driver = ContractDriver()
driver.set(balances_key, 1_000_000)
driver.commit()
return tx
def test_execute_tx_batch_returns_all_transactions(self):
test_contract = '''
v = Variable()
@construct
def seed():
v.set('hello')
@export
def set(var):
v.set(var)
@export
def get():
return v.get()
'''
self.client.submit(test_contract, name='testing')
tx = TransactionBuilder(sender='stu',
contract='testing',
function='set',
kwargs={'var': 'howdy'},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(Wallet().signing_key())
tx.serialize()
tx2 = TransactionBuilder(sender='stu',
contract='testing',
function='get',
kwargs={},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx2.sign(Wallet().signing_key())
tx2.serialize()
tx_batch = transaction_list_to_transaction_batch(
[tx.struct, tx2.struct], wallet=Wallet())
results = execution.execute_tx_batch(self.client, MockDriver(),
tx_batch, time.time(), b'A' * 32)
td1, td2 = results
self.assertEqual(td1.status, 0)
self.assertEqual(td1.state[0].key, b'testing.v')
self.assertEqual(td1.state[0].value, b'"howdy"')
self.assertEqual(td1.stampsUsed, 0)
self.assertEqual(td2.status, 0)
self.assertEqual(len(td2.state), 0)
self.assertEqual(td2.stampsUsed, 0)
def test_execute_multiple_tx_in_batch_returns_correct_sbc(self):
test_contract = '''
v = Variable()
@construct
def seed():
v.set('hello')
@export
def set(var):
v.set(var)
@export
def get():
return v.get()
'''
self.client.submit(test_contract, name='testing')
tx = TransactionBuilder(sender='stu',
contract='testing',
function='set',
kwargs={'var': 'howdy'},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(Wallet().signing_key())
tx.serialize()
tx2 = TransactionBuilder(sender='stu',
contract='testing',
function='get',
kwargs={},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx2.sign(Wallet().signing_key())
tx2.serialize()
tx_batch = transaction_list_to_transaction_batch(
[tx.struct, tx2.struct], wallet=Wallet())
w = Wallet()
b = Delegate(socket_base='tcp://127.0.0.1', wallet=w, ctx=self.ctx)
results = b.execute_work([(tx_batch.timestamp, tx_batch)])
# Test that there is a state change on the 1st tx
tx = results[0].transactions[0]
self.assertEqual(tx.state[0].key, b'testing.v')
self.assertEqual(tx.state[0].value, b'"howdy"')
self.assertEqual(results[0].inputHash, tx_batch.inputHash)
self.assertEqual(results[0].prevBlockHash, b'\x00' * 32)
self.assertEqual(results[0].signer, w.verifying_key())
def get_tx_batch():
w = Wallet()
tx = TransactionBuilder(
sender='stu',
contract='testing',
function='set',
kwargs={'var': 'howdy'},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0
)
tx.sign(w.signing_key())
tx.serialize()
currency_contract = 'currency'
balances_hash = 'balances'
balances_key = '{}{}{}{}{}'.format(currency_contract,
config.INDEX_SEPARATOR,
balances_hash,
config.DELIMITER,
w.verifying_key().hex())
driver = BlockchainDriver()
driver.set(balances_key, 1_000_000)
driver.commit()
w = Wallet()
tx2 = TransactionBuilder(
sender='stu',
contract='testing',
function='get',
kwargs={},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0
)
tx2.sign(Wallet().signing_key())
tx2.serialize()
currency_contract = 'currency'
balances_hash = 'balances'
balances_key = '{}{}{}{}{}'.format(currency_contract,
config.INDEX_SEPARATOR,
balances_hash,
config.DELIMITER,
w.verifying_key().hex())
driver = BlockchainDriver()
driver.set(balances_key, 1_000_000)
driver.commit()
return transaction_list_to_transaction_batch([tx.struct, tx2.struct], wallet=Wallet())
def test_environment_variables_are_working_as_they_should(self):
test_contract = '''
a = Variable()
b = Variable()
c = Variable()
@export
def capture():
a.set(block_hash)
b.set(block_num)
c.set(now)
'''
self.client.submit(test_contract, name='testing')
tx = TransactionBuilder(sender='stu',
contract='testing',
function='capture',
kwargs={},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(Wallet().signing_key())
tx.serialize()
tx_batch = transaction_list_to_transaction_batch([tx.struct],
wallet=Wallet())
w = Wallet()
b = Delegate(socket_base='tcp://127.0.0.1', wallet=w, ctx=self.ctx)
now = Datetime._from_datetime(
datetime.utcfromtimestamp(tx_batch.timestamp))
results = b.execute_work([(tx_batch.timestamp, tx_batch)])
tx = results[0].transactions[0]
a, b, c = tx.state
self.assertEqual(a.key, b'testing.a')
self.assertEqual(
a.value,
b'"0000000000000000000000000000000000000000000000000000000000000000"'
)
self.assertEqual(b.key, b'testing.b')
self.assertEqual(b.value, b'0')
self.assertEqual(c.key, b'testing.c')
self.assertEqual(c.value, encode(now).encode())
def test_serialize_returns_bytes(self):
w = Wallet()
tx = TransactionBuilder(sender=w.verifying_key().hex(),
stamps=1000000,
contract='currency',
function='transfer',
kwargs={'amount': 'b'},
processor=b'\x00'*32,
nonce=0)
tx.sign(w.signing_key())
tx_packed = tx.serialize()
self.assertTrue(verify_packed_tx(w.verifying_key(), tx_packed))
def test_signing_flips_true(self):
w = Wallet()
tx = TransactionBuilder(sender=w.verifying_key().hex(),
stamps=1000000,
contract='currency',
function='transfer',
kwargs={'amount': 'b'},
processor=b'\x00'*32,
nonce=0)
self.assertFalse(tx.tx_signed)
tx.sign(w.signing_key())
self.assertTrue(tx.tx_signed)
def check_ready_quorum(self, sk=None):
my_wallet = Wallet.from_sk(sk=sk)
kwargs = {'vk': my_wallet.verifying_key()}
pack = TransactionBuilder(sender=my_wallet.verifying_key(),
contract='upgrade',
function='check_vote_state',
kwargs=kwargs,
stamps=1_000_000,
processor=my_wallet.verifying_key(),
nonce=0)
pack.sign(my_wallet.signing_key())
m = pack.serialize()
return m
def send_tx(sender, contract, function, kwargs={}):
nonce_req = requests.get('{}/nonce/{}'.format(
SERVER,
sender.verifying_key().hex()))
nonce = nonce_req.json()['nonce']
processor = bytes.fromhex(nonce_req.json()['processor'])
tx = TransactionBuilder(sender.verifying_key(),
contract=contract,
function=function,
kwargs=kwargs,
stamps=100_000,
processor=processor,
nonce=nonce)
tx.sign(sender.signing_key())
packed_tx = tx.serialize()
res = submit_transaction(packed_tx)
print(res.text)
def test_processor_is_expected_but_nonce_is_incorrect_returns_false(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=1)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
with self.assertRaises(transaction.TransactionNonceInvalid):
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
def test_non_strict_fails_if_same_nonce(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
w.verifying_key().hex())
self.nonce_manager.set(balances_key, 500000)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager,
strict=False)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
with self.assertRaises(transaction.TransactionNonceInvalid):
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager,
strict=False)
def trigger(self, sk=None):
my_wallet = Wallet.from_sk(sk=sk)
pepper = 'RAMDOM' # TODO replace with verified pepper pkg
kwargs = {'pepper': pepper, 'vk': my_wallet.verifying_key()}
vk = my_wallet.verifying_key()
#TODO bail out if vk is not in list of master nodes
pack = TransactionBuilder(sender=vk,
contract='upgrade',
function='trigger_upgrade',
kwargs=kwargs,
stamps=1_000_000,
processor=vk,
nonce=0)
pack.sign(my_wallet.signing_key())
m = pack.serialize()
return m
def make_good_tx(processor):
w = Wallet()
balances_key = '{}{}{}{}{}'.format('currency', config.INDEX_SEPARATOR,
'balances', config.DELIMITER,
w.verifying_key().hex())
n.set(balances_key, 500000)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={
'amount': 10,
'to': 'jeff'
},
stamps=500000,
processor=processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
return tx_bytes
def test_processor_and_nonce_correct_increments_pending_nonce_by_one(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=10000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
pending_nonce = self.nonce_manager.get_pending_nonce(expected_processor, w.verifying_key())
self.assertEqual(pending_nonce, 1)
def make_bad_tx():
w = Wallet()
balances_key = '{}{}{}{}{}'.format('currency', config.INDEX_SEPARATOR,
'balances', config.DELIMITER,
w.verifying_key().hex())
n.set(balances_key, 500000)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={
'amount': 10,
'to': 'jeff'
},
stamps=500000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
#tx_struct = transaction_capnp.Transaction.from_bytes_packed(tx_bytes)
return tx_bytes
def test_execute_work_single_transaction(self):
test_contract = '''
v = Variable()
@construct
def seed():
v.set('hello')
@export
def set(var):
v.set(var)
@export
def get():
return v.get()
'''
self.client.submit(test_contract, name='testing')
tx = TransactionBuilder(sender='stu',
contract='testing',
function='set',
kwargs={'var': 'jeff'},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(Wallet().signing_key())
tx.serialize()
tx_batch = transaction_list_to_transaction_batch([tx.struct],
wallet=Wallet())
b = Delegate(socket_base='tcp://127.0.0.1',
wallet=Wallet(),
ctx=self.ctx,
bootnodes=bootnodes,
constitution=constitution)
b.execute_work([(1, tx_batch)])
def test_build_sbc_from_work_results(self):
test_contract = '''
v = Variable()
@construct
def seed():
v.set('hello')
@export
def set(var):
v.set(var)
@export
def get():
return v.get()
'''
print('ok')
self.client.submit(test_contract, name='testing')
print('here')
tx = TransactionBuilder(sender='stu',
contract='testing',
function='set',
kwargs={'var': 'jeff'},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(Wallet().signing_key())
tx.serialize()
tx_batch = transaction_list_to_transaction_batch([tx.struct],
wallet=Wallet())
b = Delegate(socket_base='tcp://127.0.0.1',
wallet=Wallet(),
ctx=self.ctx,
constitution=constitution)
print(sbc)
def test_execute_tx_returns_successful_output(self):
test_contract = '''
v = Variable()
@construct
def seed():
v.set('hello')
@export
def set(var):
v.set(var)
@export
def get():
return v.get()
'''
self.client.submit(test_contract, name='testing')
tx = TransactionBuilder(sender='stu',
contract='testing',
function='set',
kwargs={'var': 'jeff'},
stamps=100_000,
processor=b'\x00' * 32,
nonce=0)
tx.sign(Wallet().signing_key())
tx.serialize()
result = execution.execute_tx(self.client, tx.struct)
print(result)
self.assertEqual(result.status, 0)
self.assertEqual(result.state[0].key, b'testing.v')
self.assertEqual(result.state[0].value, b'"jeff"')
self.assertEqual(result.stampsUsed, 0)
def vote(iaddr):
enable = ask("Authorize auto upgrade to new version")
my_wallet = validate_key(
restart=enable) # Currently reboot is set for auto restart to kick in
file = input("Enter patch to constitution:")
constitution = resolve_constitution(fp=file)
# TODO randomize proc in future
proc = constitution.get("masternodes", "")
SERVER = f'http://{iaddr}:18080'
nonce_req = requests.get('{}/nonce/{}'.format(
SERVER,
my_wallet.verifying_key().hex()))
nonce = nonce_req.json()['nonce']
#vk = my_wallet.verifying_key()
kwargs = {'vk': my_wallet.verifying_key().hex()}
pack = TransactionBuilder(sender=my_wallet.verifying_key(),
contract='upgrade',
function='vote',
kwargs=kwargs,
stamps=100_000,
processor=bytes.fromhex(proc[0]),
nonce=nonce)
pack.sign(my_wallet.signing_key())
m = pack.serialize()
loop = asyncio.get_event_loop()
loop.run_until_complete(cil_interface(server=iaddr, packed_data=m,
sleep=2))
def test_multiple_nonces_in_sequence_all_verify(self):
w = Wallet()
expected_processor = secrets.token_bytes(32)
balances_key = '{}{}{}{}{}'.format('currency',
config.INDEX_SEPARATOR,
'balances',
config.DELIMITER,
w.verifying_key().hex())
self.nonce_manager.set(balances_key, 500000)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=0)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=1)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=2)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)
tx = TransactionBuilder(w.verifying_key(),
contract='currency',
function='transfer',
kwargs={'amount': 10, 'to': 'jeff'},
stamps=500000,
processor=expected_processor,
nonce=3)
tx.sign(w.signing_key())
tx_bytes = tx.serialize()
tx_struct = transaction_capnp.NewTransaction.from_bytes_packed(tx_bytes)
transaction_is_valid(tx=tx_struct, expected_processor=expected_processor, driver=self.nonce_manager)