def test_send_with_fee_and_from_addr(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[UserWalletTestCase.wallet_1_pass()]):
PromptData.Wallet = self.GetWallet1(recreate=True)
args = [
'send', 'neo', self.watch_addr_str, '1',
'--from-addr=AJQ6FoaSXDFzA6wLnyZ1nFN7SGSN2oNTc3',
'--fee=0.005'
]
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res) # verify successful tx
json_res = res.ToJson()
self.assertEqual(self.watch_addr_str, json_res['vout'][0]
['address']) # verify correct address_to
self.assertEqual(
self.wallet_1_addr, json_res['vout'][1]
['address']) # verify correct address_from
self.assertEqual(json_res['net_fee'],
"0.005") # verify correct fee
self.assertIn("Sending with fee: 0.005",
mock_print.getvalue())
def test_send_token_ok(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('neo.Prompt.Commands.Tokens.prompt',
side_effect=[UserWalletTestCase.wallet_1_pass()]):
with patch('sys.stdout', new=StringIO()) as mock_print:
PromptData.Wallet = self.GetWallet1(recreate=True)
token_hash = '31730cc9a1844891a3bafd1aa929a4142860d8d3'
ImportToken(PromptData.Wallet, token_hash)
args = [
'send', 'NXT4', self.watch_addr_str, '30',
'--from-addr=%s' % self.wallet_1_addr
]
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res)
self.assertIn(
"Will transfer 30.00000000 NXT4 from AJQ6FoaSXDFzA6wLnyZ1nFN7SGSN2oNTc3 to AGYaEi3W6ndHPUmW7T12FFfsbQ6DWymkEm",
mock_print.getvalue())
def test_wallet_claim_3(self):
self.OpenWallet1()
# test with bad --to-addr
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_1_pass()]):
args = ['claim', '--to-addr=AGYaEi3W6ndHPUmW7T12FFfsbQ6DWymkEn'] # bad address checksum
claim_tx, relayed = CommandWallet().execute(args)
self.assertEqual(claim_tx, None)
self.assertFalse(relayed)
self.assertIn("Address format error", mock_print.getvalue())
# test with an invalid --to-addr
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_1_pass()]):
args = ['claim', '--to-addr=blah'] # completely wrong address format
claim_tx, relayed = CommandWallet().execute(args)
self.assertEqual(claim_tx, None)
self.assertFalse(relayed)
self.assertIn("Not correct Address, wrong length", mock_print.getvalue())
# test with --to-addr
nodemgr = NodeManager()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_1_pass()]):
with patch('neo.Network.node.NeoNode.relay', return_value=self.async_return(True)):
args = ['claim', '--to-addr=' + self.watch_addr_str]
claim_tx, relayed = CommandWallet().execute(args)
self.assertIsInstance(claim_tx, ClaimTransaction)
self.assertTrue(relayed)
json_tx = claim_tx.ToJson()
self.assertEqual(json_tx['vout'][0]['address'], self.watch_addr_str) # note how the --to-addr supercedes the default change address
nodemgr.reset_for_test()
def __init__(self, wallet=None):
if not os.getenv("NEOPYTHON_UNITTEST"):
stdio_handler = logging.StreamHandler()
stdio_handler.setLevel(logging.INFO)
_logger = logging.getLogger('aiohttp.access')
_logger.addHandler(stdio_handler)
_logger.setLevel(logging.DEBUG)
self.app = web.Application(logger=_logger)
else:
self.app = web.Application()
self.port = settings.RPC_PORT
self.wallet = wallet
self.nodemgr = NodeManager()
cors = aiohttp_cors.setup(self.app, defaults={
"*": aiohttp_cors.ResourceOptions(
allow_headers=('Content-Type', 'Access-Control-Allow-Headers', 'Authorization', 'X-Requested-With')
)
})
self.app.router.add_post("/", self.home)
# TODO: find a fix for adding an OPTIONS route in combination with CORS. It works fine without CORS
# self.app.router.add_options("/", self.home)
self.app.router.add_get("/", self.home)
for route in list(self.app.router.routes()):
if not isinstance(route.resource, web.StaticResource): # <<< WORKAROUND
cors.add(route)
def test_wallet_claim_2(self):
self.OpenWallet2()
# test with bad --from-addr
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_2_pass()]):
args = ['claim', '--from-addr=AJQ6FoaSXDFzA6wLnyZ1nFN7SGSN2oNTc'] # address is too short
claim_tx, relayed = CommandWallet().execute(args)
self.assertEqual(claim_tx, None)
self.assertFalse(relayed)
self.assertIn("Not correct Address, wrong length.", mock_print.getvalue())
# test with invalid --from-addr
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_2_pass()]):
args = ['claim', '--from-addr=VJQ6FoaSXDFzA6wLnyZ1nFN7SGSN2oNTc3'] # address does not start with 'A'
claim_tx, relayed = CommandWallet().execute(args)
self.assertEqual(claim_tx, None)
self.assertFalse(relayed)
self.assertIn("Address format error", mock_print.getvalue())
# successful test with --from-addr
nodemgr = NodeManager()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_2_pass()]):
with patch('neo.Network.node.NeoNode.relay', return_value=self.async_return(True)):
args = ['claim', '--from-addr=' + self.wallet_1_addr]
claim_tx, relayed = CommandWallet().execute(args)
self.assertIsInstance(claim_tx, ClaimTransaction)
self.assertTrue(relayed)
json_tx = claim_tx.ToJson()
self.assertEqual(json_tx['vout'][0]['address'], self.wallet_1_addr)
nodemgr.reset_for_test()
def test_sendmany_good_simple(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[
"neo", self.watch_addr_str, "1", "gas",
self.watch_addr_str, "1",
UserWalletTestCase.wallet_1_pass()
]):
PromptData.Wallet = self.GetWallet1(recreate=True)
args = ['sendmany', '2']
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res) # verify successful tx
self.assertIn("Sending with fee: 0", mock_print.getvalue())
json_res = res.ToJson()
# check for 2 transfers
transfers = 0
for info in json_res['vout']:
if info['address'] == self.watch_addr_str:
transfers += 1
self.assertEqual(2, transfers)
async def wait_for_peers(self):
while len(NodeManager().nodes) < 10:
self.logger.debug(
'waiting for at least 10 NodeManager peers. currently %s connected.'
% len(NodeManager().nodes))
await asyncio.sleep(1)
self.logger.debug('%s connected NodeManager peers!' %
len(NodeManager().nodes))
def InvokeWithTokenVerificationScript(wallet, tx, token, fee=Fixed8.Zero(), invoke_attrs=None):
try:
wallet_tx = wallet.MakeTransaction(tx=tx, fee=fee, use_standard=True)
except ValueError:
print("Insufficient funds")
return False
if wallet_tx:
token_contract_state = Blockchain.Default().GetContract(token.ScriptHash.ToString())
print("token contract %s " % token_contract_state)
tx.Attributes = [
TransactionAttribute(usage=TransactionAttributeUsage.Script,
data=token.ScriptHash.Data)
]
if invoke_attrs:
tx.Attributes += invoke_attrs
reedeem_script = token_contract_state.Code.Script.hex()
# there has to be at least 1 param, and the first
# one needs to be a signature param
param_list = bytearray(b'\x00\x00')
verification_contract = Contract.Create(reedeem_script, param_list, wallet.GetDefaultContract().PublicKeyHash)
context = ContractParametersContext(wallet_tx)
wallet.Sign(context)
context.Add(verification_contract, 0, 0)
if context.Completed:
wallet_tx.scripts = context.GetScripts()
nodemgr = NodeManager()
relayed = nodemgr.relay(wallet_tx)
if relayed:
print("Relayed Tx: %s " % wallet_tx.Hash.ToString())
# if it was relayed, we save tx
wallet.SaveTransaction(wallet_tx)
return wallet_tx
else:
print("Could not relay tx %s " % wallet_tx.Hash.ToString())
else:
print("Incomplete signature")
else:
print("Insufficient funds")
return False
async def start(self):
Message._magic = settings.MAGIC
self.nodemgr = NodeManager()
self.syncmgr = SyncManager(self.nodemgr)
ledger = Ledger()
self.syncmgr.ledger = ledger
logging.getLogger("asyncio").setLevel(logging.DEBUG)
self.loop.set_debug(False)
self.nodemgr_task = self.loop.create_task(self.nodemgr.start())
self.loop.create_task(self.syncmgr.start())
def test_5_wallet_claim_ok(self):
wallet = self.GetWallet1()
nodemgr = NodeManager()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('neo.Prompt.Commands.Wallet.prompt',
return_value=self.wallet_1_pass()):
claim_tx, relayed = ClaimGas(wallet)
self.assertIsInstance(claim_tx, ClaimTransaction)
self.assertTrue(relayed)
def InvokeContract(wallet, tx, fee=Fixed8.Zero(), from_addr=None, owners=None):
if from_addr is not None:
from_addr = PromptUtils.lookup_addr_str(wallet, from_addr)
try:
wallet_tx = wallet.MakeTransaction(tx=tx, fee=fee, use_standard=True, from_addr=from_addr)
except ValueError:
print("Insufficient funds")
return False
if wallet_tx:
if owners:
for owner in list(owners):
wallet_tx.Attributes.append(TransactionAttribute(usage=TransactionAttributeUsage.Script, data=owner))
wallet_tx.Attributes = make_unique_script_attr(tx.Attributes)
context = ContractParametersContext(wallet_tx)
wallet.Sign(context)
if owners:
gather_signatures(context, wallet_tx, list(owners))
if context.Completed:
wallet_tx.scripts = context.GetScripts()
passed, reason = validate_simple_policy(wallet_tx)
if not passed:
print(reason)
return False
nodemgr = NodeManager()
relayed = nodemgr.relay(wallet_tx)
if relayed:
print("Relayed Tx: %s " % wallet_tx.Hash.ToString())
wallet.SaveTransaction(wallet_tx)
return wallet_tx
else:
print("Could not relay tx %s " % wallet_tx.Hash.ToString())
else:
print("Incomplete signature")
else:
print("Insufficient funds")
return False
def test_sendmany_good_complex(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[
"neo", "AXjaFSP23Jkbe6Pk9pPGT6NBDs1HVdqaXK",
"1", "gas",
"AXjaFSP23Jkbe6Pk9pPGT6NBDs1HVdqaXK", "1",
UserWalletTestCase.wallet_1_pass()
]):
PromptData.Wallet = self.GetWallet1(recreate=True)
args = [
'sendmany', '2',
'--from-addr=%s' % self.wallet_1_addr,
'--change-addr=%s' % self.watch_addr_str, '--fee=0.005'
]
address_from_account_state = Blockchain.Default(
).GetAccountState(self.wallet_1_addr).ToJson()
address_from_gas = next(
filter(
lambda b: b['asset'] ==
'0x602c79718b16e442de58778e148d0b1084e3b2dffd5de6b7b16cee7969282de7',
address_from_account_state['balances']))
address_from_gas_bal = address_from_gas['value']
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res) # verify successful tx
json_res = res.ToJson()
self.assertEqual("AXjaFSP23Jkbe6Pk9pPGT6NBDs1HVdqaXK",
json_res['vout'][0]
['address']) # verify correct address_to
self.assertEqual(
self.watch_addr_str, json_res['vout'][2]
['address']) # verify correct change address
self.assertEqual(
float(address_from_gas_bal) - 1 - 0.005,
float(json_res['vout'][3]['value']))
self.assertEqual('0.005', json_res['net_fee'])
self.assertIn("Sending with fee: 0.005",
mock_print.getvalue())
class NetworkService(Singleton):
def init(self):
self.loop = asyncio.get_event_loop()
self.syncmgr = None
self.nodemgr = None
self.nodemgr_task = None
async def start(self):
Message._magic = settings.MAGIC
self.nodemgr = NodeManager()
self.syncmgr = SyncManager(self.nodemgr)
ledger = Ledger()
self.syncmgr.ledger = ledger
logging.getLogger("asyncio").setLevel(logging.DEBUG)
self.loop.set_debug(False)
self.nodemgr_task = self.loop.create_task(self.nodemgr.start())
self.loop.create_task(self.syncmgr.start())
async def shutdown(self):
if self.nodemgr_task and self.nodemgr_task.done():
# starting nodemanager can fail if a port is in use, we need to retrieve and mute this exception on shutdown
with suppress(SystemExit):
self.nodemgr_task.exception()
with suppress(asyncio.CancelledError):
if self.syncmgr:
await self.syncmgr.shutdown()
with suppress(asyncio.CancelledError):
if self.nodemgr:
await self.nodemgr.shutdown()
def test_send_gas(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[UserWalletTestCase.wallet_1_pass()]):
PromptData.Wallet = self.GetWallet1(recreate=True)
args = ['send', 'gas', self.watch_addr_str, '5']
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res)
self.assertIn("Sending with fee: 0", mock_print.getvalue())
def test_wallet_claim_4(self):
self.OpenWallet2()
# test with --from-addr and --to-addr
nodemgr = NodeManager()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_2_pass()]):
with patch('neo.Network.node.NeoNode.relay', return_value=self.async_return(True)):
args = ['claim', '--from-addr=' + self.wallet_1_addr, '--to-addr=' + self.wallet_2_addr]
claim_tx, relayed = CommandWallet().execute(args)
self.assertIsInstance(claim_tx, ClaimTransaction)
self.assertTrue(relayed)
json_tx = claim_tx.ToJson()
self.assertEqual(json_tx['vout'][0]['address'],
self.wallet_2_addr) # note how the --to-addr also supercedes the from address if both are specified
nodemgr.reset_for_test()
def test_bad_attributes(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[UserWalletTestCase.wallet_1_pass()]):
PromptData.Wallet = self.GetWallet1(recreate=True)
args = [
'send', 'gas', self.watch_addr_str, '2',
'--tx-attr=[{"usa:241"data":his is a remark"}]'
]
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res)
self.assertEqual(1, len(res.Attributes))
def test_transaction_size_1(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[UserWalletTestCase.wallet_1_pass()]):
with patch('neo.Core.TX.Transaction.Transaction.Size',
return_value=1026): # returns a size of 1026
PromptData.Wallet = self.GetWallet1(recreate=True)
args = ['send', 'gas', self.watch_addr_str, '5']
res = Wallet.CommandWallet().execute(args)
self.assertFalse(res)
self.assertIn(
'Transaction cancelled. The tx size (1026) exceeds the max free tx size (1024).\nA network fee of 0.001 GAS is required.',
mock_print.getvalue()
) # notice the required fee is equal to the low priority threshold
def test_wallet_claim_1(self):
# test with no wallet
with patch('sys.stdout', new=StringIO()) as mock_print:
args = ['claim']
res = CommandWallet().execute(args)
self.assertFalse(res)
self.assertIn("Please open a wallet", mock_print.getvalue())
self.OpenWallet1()
# test wrong password
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=["wrong"]):
args = ['claim']
claim_tx, relayed = CommandWallet().execute(args)
self.assertEqual(claim_tx, None)
self.assertFalse(relayed)
self.assertIn("Incorrect password", mock_print.getvalue())
# test successful
nodemgr = NodeManager()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_1_pass()]):
with patch('neo.Network.node.NeoNode.relay', return_value=self.async_return(True)):
args = ['claim']
claim_tx, relayed = CommandWallet().execute(args)
self.assertIsInstance(claim_tx, ClaimTransaction)
self.assertTrue(relayed)
json_tx = claim_tx.ToJson()
self.assertEqual(json_tx['vout'][0]['address'], self.wallet_1_addr)
nodemgr.reset_for_test()
# test nothing to claim anymore
with patch('sys.stdout', new=StringIO()) as mock_print:
with patch('neo.Prompt.Commands.Wallet.prompt', side_effect=[WalletFixtureTestCase.wallet_1_pass()]):
args = ['claim']
claim_tx, relayed = CommandWallet().execute(args)
self.assertEqual(claim_tx, None)
self.assertFalse(relayed)
self.assertIn("No claims to process", mock_print.getvalue())
def test_9_send_neo_tx(self):
with patch('neo.Network.node.NeoNode.relay', return_value=self.async_return(True)):
wallet = self.GetWallet1()
tx = ContractTransaction()
tx.outputs = [TransactionOutput(Blockchain.SystemShare().Hash, Fixed8.FromDecimal(10.0), self.import_watch_addr)]
try:
tx = wallet.MakeTransaction(tx)
except (ValueError):
pass
cpc = ContractParametersContext(tx)
wallet.Sign(cpc)
tx.scripts = cpc.GetScripts()
nodemgr = NodeManager()
# we need at least 1 node for relay to be mocked
nodemgr.nodes = [NeoNode(object, object)]
result = nodemgr.relay(tx)
self.assertEqual(result, True)
def test_attributes(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
with patch('neo.Prompt.Commands.Send.prompt',
side_effect=[UserWalletTestCase.wallet_1_pass()]):
PromptData.Wallet = self.GetWallet1(recreate=True)
args = [
'send', 'gas', self.watch_addr_str, '2',
'--tx-attr={"usage":241,"data":"This is a remark"}'
]
res = Wallet.CommandWallet().execute(args)
self.assertTrue(res)
self.assertEqual(
2, len(res.Attributes)
) # By default the script_hash of the transaction sender is added to the TransactionAttribute list, therefore the Attributes length is `count` + 1
def execute(self, arguments):
c1 = get_arg(arguments)
if c1 is not None:
try:
c1 = int(c1)
except ValueError:
print("Invalid argument")
return
if c1 > 10:
print("Max peers is limited to 10")
return
try:
settings.set_max_peers(c1)
if c1 < settings.CONNECTED_PEER_MIN:
settings.set_min_peers(c1)
print(f"Minpeers set to {c1}")
except ValueError:
print("Please supply a positive integer for maxpeers")
return
nodemgr = NodeManager()
nodemgr.max_clients = c1
current_max = settings.CONNECTED_PEER_MAX
connected_count = len(nodemgr.nodes)
if current_max < connected_count:
to_remove = connected_count - c1
for _ in range(to_remove):
last_connected_node = nodemgr.nodes[-1]
wait_for(last_connected_node.disconnect()
) # need to avoid it being labelled as dead/bad
print(f"Maxpeers set to {c1}")
return c1
else:
print(f"Maintaining maxpeers at {settings.CONNECTED_PEER_MAX}")
return
def test_6_split_unspent(self):
wallet = self.GetWallet1(recreate=True)
addr = wallet.ToScriptHash('AJQ6FoaSXDFzA6wLnyZ1nFN7SGSN2oNTc3')
nodemgr = NodeManager()
nodemgr.nodes = [NeoNode(object, object)]
with patch('neo.Network.node.NeoNode.relay',
return_value=self.async_return(True)):
# bad inputs
tx = SplitUnspentCoin(None, self.NEO, addr, 0, 2)
self.assertEqual(tx, None)
tx = SplitUnspentCoin(wallet, self.NEO, addr, 3, 2)
self.assertEqual(tx, None)
tx = SplitUnspentCoin(wallet, 'bla', addr, 0, 2)
self.assertEqual(tx, None)
# should be ok
with patch('neo.Prompt.Commands.WalletAddress.prompt',
return_value=self.wallet_1_pass()):
tx = SplitUnspentCoin(wallet, self.NEO, addr, 0, 2)
self.assertIsNotNone(tx)
# rebuild wallet and try with non-even amount of neo, should be split into integer values of NEO
wallet = self.GetWallet1(True)
tx = SplitUnspentCoin(wallet, self.NEO, addr, 0, 3)
self.assertIsNotNone(tx)
self.assertEqual([
Fixed8.FromDecimal(17),
Fixed8.FromDecimal(17),
Fixed8.FromDecimal(16)
], [item.Value for item in tx.outputs])
# try with gas
wallet = self.GetWallet1(True)
tx = SplitUnspentCoin(wallet, self.GAS, addr, 0, 3)
self.assertIsNotNone(tx)
def execute(self, arguments=None):
show_verbose = get_arg(arguments) == 'verbose'
show_queued = get_arg(arguments) == 'queued'
show_known = get_arg(arguments) == 'known'
show_bad = get_arg(arguments) == 'bad'
nodemgr = NodeManager()
len_nodes = len(nodemgr.nodes)
out = ""
if len_nodes > 0:
out = f"Connected: {len_nodes} of max {nodemgr.max_clients}\n"
for i, node in enumerate(nodemgr.nodes):
out += f"Peer {i} {node.version.user_agent:>12} {node.address:>21} height: {node.best_height:>8}\n"
else:
print("No nodes connected yet\n")
if show_verbose:
out += f"\n"
out += f"Addresses in queue: {len(nodemgr.queued_addresses)}\n"
out += f"Known addresses: {len(nodemgr.known_addresses)}\n"
out += f"Bad addresses: {len(nodemgr.bad_addresses)}\n"
if show_queued:
out += f"\n"
if len(nodemgr.queued_addresses) == 0:
out += "No queued addresses"
else:
out += f"Queued addresses:\n"
for addr in nodemgr.queued_addresses:
out += f"{addr}\n"
if show_known:
out += f"\n"
if len(nodemgr.known_addresses) == 0:
out += "No known addresses other than connect peers"
else:
out += f"Known addresses:\n"
for addr in nodemgr.known_addresses:
out += f"{addr}\n"
if show_bad:
out += f"\n"
if len(nodemgr.bad_addresses) == 0:
out += "No bad addresses"
else:
out += f"Bad addresses:\n"
for addr in nodemgr.bad_addresses:
out += f"{addr}\n"
print(out)
return out
def parse_and_sign(wallet, jsn):
try:
context = ContractParametersContext.FromJson(jsn)
if context is None:
print("Failed to parse JSON")
return
wallet.Sign(context)
if context.Completed:
print("Signature complete, relaying...")
tx = context.Verifiable
tx.scripts = context.GetScripts()
wallet.SaveTransaction(tx)
print("will send tx: %s " % json.dumps(tx.ToJson(), indent=4))
nodemgr = NodeManager()
relayed = nodemgr.relay(tx)
if relayed:
print("Relayed Tx: %s " % tx.Hash.ToString())
else:
print("Could not relay tx %s " % tx.Hash.ToString())
return
else:
print("Transaction initiated, but the signature is incomplete")
print(json.dumps(context.ToJson(), separators=(',', ':')))
return
except Exception as e:
print("Could not send: %s " % e)
traceback.print_stack()
traceback.print_exc()
def test_show_nodes(self):
nodemgr = NodeManager()
nodemgr.reset_for_test()
# test "nodes" with no nodes connected
args = ['nodes']
with patch('sys.stdout', new=StringIO()) as mock_print:
res = CommandShow().execute(args)
self.assertFalse(res)
self.assertIn('No nodes connected yet', mock_print.getvalue())
# test "nodes verbose" with no nodes connected
args = ['nodes', 'verbose']
res = CommandShow().execute(args)
self.assertIn('Addresses in queue: 0', res)
self.assertIn('Known addresses: 0', res)
self.assertIn('Bad addresses: 0', res)
# test "nodes queued" with no nodes connected
args = ['nodes', 'queued']
res = CommandShow().execute(args)
self.assertIn('No queued addresses', res)
# test "nodes known" with no nodes connected
args = ['nodes', 'known']
res = CommandShow().execute(args)
self.assertIn('No known addresses other than connect peers', res)
# test "nodes bad" with no nodes connected
args = ['nodes', 'bad']
res = CommandShow().execute(args)
self.assertIn('No bad addresses', res)
# query nodes with connected peers
# first make sure we have a predictable state
node1 = NeoNode(object, object)
node2 = NeoNode(object, object)
node1.address = "127.0.0.1:20333"
node2.address = "127.0.0.1:20334"
node1.best_height = 1025
node2.best_height = 1026
node1.version = MagicMock()
node2.version = MagicMock()
node1.version.user_agent = "test_user_agent"
node2.version.user_agent = "test_user_agent"
nodemgr.nodes = [node1, node2]
queued_address = "127.0.0.1:20335"
known_address = "127.0.0.1:20336"
bad_address = "127.0.0.1:20337"
nodemgr.queued_addresses.append(queued_address)
nodemgr.known_addresses.append(known_address)
nodemgr.bad_addresses.append(bad_address)
# now use "node"
args = ['node']
res = CommandShow().execute(args)
self.assertIn("Connected: 2", res)
self.assertIn("Peer 1", res)
self.assertIn("1025", res)
# test "nodes verbose" with queued, known, and bad addresses
args = ['nodes', 'verbose']
res = CommandShow().execute(args)
self.assertIn("Addresses in queue: 1", res)
self.assertIn("Known addresses: 1", res)
self.assertIn("Bad addresses: 1", res)
# test "nodes queued" with queued, known, and bad addresses
args = ['nodes', 'queued']
res = CommandShow().execute(args)
self.assertIn("Queued addresses:", res)
self.assertIn(queued_address, res)
# test "nodes known" with queued, known, and bad addresses
args = ['nodes', 'known']
res = CommandShow().execute(args)
self.assertIn("Known addresses:", res)
self.assertIn(known_address, res)
# test "nodes bad" with queued, known, and bad addresses
args = ['nodes', 'bad']
res = CommandShow().execute(args)
self.assertIn("Bad addresses:", res)
self.assertIn(bad_address, res)
nodemgr.reset_for_test()
def SplitUnspentCoin(wallet,
asset_id,
from_addr,
index,
divisions,
fee=Fixed8.Zero()):
"""
Split unspent asset vins into several vouts
Args:
wallet (neo.Wallet): wallet to show unspent coins from.
asset_id (UInt256): a bytearray (len 32) representing an asset on the blockchain.
from_addr (UInt160): a bytearray (len 20) representing an address.
index (int): index of the unspent vin to split
divisions (int): number of vouts to create
fee (Fixed8): A fee to be attached to the Transaction for network processing purposes.
Returns:
neo.Core.TX.Transaction.ContractTransaction: contract transaction created
"""
if wallet is None:
print("Please open a wallet.")
return
unspent_items = wallet.FindUnspentCoinsByAsset(asset_id,
from_addr=from_addr)
if not unspent_items:
print(f"No unspent assets matching the arguments.")
return
if index < len(unspent_items):
unspent_item = unspent_items[index]
else:
print(f"unspent-items: {unspent_items}")
print(
f"Could not find unspent item for asset {asset_id} with index {index}"
)
return
outputs = split_to_vouts(asset_id, from_addr, unspent_item.Output.Value,
divisions)
# subtract a fee from the first vout
if outputs[0].Value > fee:
outputs[0].Value -= fee
else:
print("Fee could not be subtracted from outputs.")
return
contract_tx = ContractTransaction(outputs=outputs,
inputs=[unspent_item.Reference])
ctx = ContractParametersContext(contract_tx)
wallet.Sign(ctx)
print("Splitting: %s " % json.dumps(contract_tx.ToJson(), indent=4))
try:
passwd = prompt("[Password]> ", is_password=True)
except KeyboardInterrupt:
print("Splitting cancelled")
return
if not wallet.ValidatePassword(passwd):
print("incorrect password")
return
if ctx.Completed:
contract_tx.scripts = ctx.GetScripts()
nodemgr = NodeManager()
# this blocks, consider moving this wallet function to async instead
relayed = nodemgr.relay(contract_tx)
if relayed:
wallet.SaveTransaction(contract_tx)
print("Relayed Tx: %s " % contract_tx.Hash.ToString())
return contract_tx
else:
print("Could not relay tx %s " % contract_tx.Hash.ToString())
async def run_loop(self):
nodemgr = NodeManager()
while not nodemgr.running:
await asyncio.sleep(0.1)
await self.custom_background_code()
async def get_status(self, request):
return {
'current_height': Blockchain.Default().Height,
'version': settings.VERSION_NAME,
'num_peers': len(NodeManager().nodes)
}
def setUpClass(cls):
Blockchain.DeregisterBlockchain()
super(BlockchainFixtureTestCase, cls).setUpClass()
# for some reason during testing asyncio.get_event_loop() fails and does not create a new one if needed. This is the workaround
try:
loop = asyncio.get_running_loop()
except RuntimeError:
loop = asyncio.new_event_loop()
asyncio.set_event_loop(loop)
nodemgr = NodeManager()
nodemgr.reset_for_test()
# setup Blockchain DB
if not os.path.exists(cls.FIXTURE_FILENAME):
logger.info(
"downloading fixture block database from %s. this may take a while"
% cls.FIXTURE_REMOTE_LOC)
response = requests.get(cls.FIXTURE_REMOTE_LOC, stream=True)
response.raise_for_status()
os.makedirs(os.path.dirname(cls.FIXTURE_FILENAME), exist_ok=True)
with open(cls.FIXTURE_FILENAME, 'wb+') as handle:
for block in response.iter_content(1024):
handle.write(block)
try:
tar = tarfile.open(cls.FIXTURE_FILENAME)
tar.extractall(path=settings.DATA_DIR_PATH)
tar.close()
except Exception as e:
raise Exception(
"Could not extract tar file - %s. You may want need to remove the fixtures file %s manually to fix this."
% (e, cls.FIXTURE_FILENAME))
if not os.path.exists(cls.leveldb_testpath()):
raise Exception("Error downloading fixtures at %s" %
cls.leveldb_testpath())
settings.setup_unittest_net()
cls._blockchain = Blockchain(
getBlockchainDB(path=cls.leveldb_testpath()),
skip_version_check=True)
cls._blockchain.UT = True
Blockchain.RegisterBlockchain(cls._blockchain)
# setup Notification DB
if not os.path.exists(cls.N_FIXTURE_FILENAME):
logger.info(
"downloading fixture notification database from %s. this may take a while"
% cls.N_FIXTURE_REMOTE_LOC)
response = requests.get(cls.N_FIXTURE_REMOTE_LOC, stream=True)
response.raise_for_status()
with open(cls.N_FIXTURE_FILENAME, 'wb+') as handle:
for block in response.iter_content(1024):
handle.write(block)
try:
tar = tarfile.open(cls.N_FIXTURE_FILENAME)
tar.extractall(path=settings.DATA_DIR_PATH)
tar.close()
except Exception as e:
raise Exception(
"Could not extract tar file - %s. You may want need to remove the fixtures file %s manually to fix this."
% (e, cls.N_FIXTURE_FILENAME))
if not os.path.exists(cls.N_NOTIFICATION_DB_NAME):
raise Exception("Error downloading fixtures at %s" %
cls.N_NOTIFICATION_DB_NAME)
settings.NOTIFICATION_DB_PATH = cls.N_NOTIFICATION_DB_NAME
ndb = NotificationDB.instance()
ndb.start()
def process_transaction(wallet,
contract_tx,
scripthash_from=None,
scripthash_change=None,
fee=None,
owners=None,
user_tx_attributes=None):
try:
tx = wallet.MakeTransaction(tx=contract_tx,
change_address=scripthash_change,
fee=fee,
from_addr=scripthash_from)
except ValueError:
print(
"Insufficient funds. No unspent outputs available for building the transaction.\n"
"If you are trying to sent multiple transactions in 1 block, then make sure you have enough 'vouts'\n."
"Use `wallet unspent` and `wallet address split`, or wait until the first transaction is processed before sending another."
)
return
if tx is None:
logger.debug("insufficient funds")
return
try:
print("Validate your transaction details")
print("-" * 33)
input_coinref = wallet.FindCoinsByVins(tx.inputs)[0]
source_addr = input_coinref.Address
for order in tx.outputs:
dest_addr = order.Address
value = order.Value.ToString() # fixed8
if order.AssetId == Blockchain.Default().SystemShare().Hash:
asset_name = 'NEO'
else:
asset_name = 'GAS'
if source_addr != dest_addr:
print(
f"Sending {value} {asset_name} from {source_addr} to {dest_addr}"
)
else:
print(
f"Returning {value} {asset_name} as change to {dest_addr}")
print(" ")
print("Enter your password to send to the network")
try:
passwd = prompt("[Password]> ", is_password=True)
except KeyboardInterrupt:
print("Transaction cancelled")
return
if not wallet.ValidatePassword(passwd):
print("Incorrect password")
return
standard_contract = wallet.GetStandardAddress()
if scripthash_from is not None:
signer_contract = wallet.GetContract(scripthash_from)
else:
signer_contract = wallet.GetContract(standard_contract)
if not signer_contract.IsMultiSigContract and owners is None:
data = standard_contract.Data
tx.Attributes = [
TransactionAttribute(usage=TransactionAttributeUsage.Script,
data=data)
]
# insert any additional user specified tx attributes
tx.Attributes = tx.Attributes + user_tx_attributes
if owners:
owners = list(owners)
for owner in owners:
tx.Attributes.append(
TransactionAttribute(
usage=TransactionAttributeUsage.Script, data=owner))
context = ContractParametersContext(
tx, isMultiSig=signer_contract.IsMultiSigContract)
wallet.Sign(context)
if owners:
owners = list(owners)
gather_signatures(context, tx, owners)
if context.Completed:
tx.scripts = context.GetScripts()
passed, reason = validate_simple_policy(tx)
if not passed:
print(reason)
return
nodemgr = NodeManager()
relayed = nodemgr.relay(tx)
if relayed:
wallet.SaveTransaction(tx)
print("Relayed Tx: %s " % tx.Hash.ToString())
return tx
else:
print("Could not relay tx %s " % tx.Hash.ToString())
else:
print(
"Transaction initiated, but the signature is incomplete. Use the `sign` command with the information below to complete signing."
)
print(json.dumps(context.ToJson(), separators=(',', ':')))
return
except Exception as e:
print("Could not send: %s " % e)
traceback.print_stack()
traceback.print_exc()
return
