def main(env: Env) -> int:
node_id = Id(20104, grpc_port=50104)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
info = client.node_info()
TEST_CHECK_EQUAL(info.top_block_number, 0)
return 0
def main(env: Env) -> int:
node_id = Id(20106, http_port=50106)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.PYTHON_HTTP, node_id)
info = client.node_info()
TEST_CHECK_EQUAL(info.top_block_number, 0)
return 0
def main(env: Env) -> int:
amount = 100
node = Id(20101, grpc_port=50101)
env.logger.info("Start node")
env.start_node(NodeConfig(node, nodes=[node]))
client = env.get_client(ClientType.LEGACY_GRPC, node)
env.logger.info("Test node")
TEST_CHECK(client.connection_test())
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
test_address = client.generate_keys(keys_path="test_keys")
env.logger.info("Start transaction")
transaction = client.transfer(to_address=test_address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=1,
timeout=2)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(client.transaction_success_wait(transaction=transaction))
env.logger.info("Check balance")
TEST_CHECK_EQUAL(
client.get_balance(address=test_address.address, timeout=2, wait=1),
amount)
return 0
def main(env: Env) -> int:
sync_port = 20100
grpc_port = 50100
amount = randrange(1000)
update_time = 0.5
timeout = 2
wait_time = 1
transaction_update_time = 2
max_update_request = 10
env.logger.debug(f"Random amount for test = {amount}")
bad_client_pool, bad_node_ids = run_bad_nodes(env)
main_id = Id(sync_port, grpc_port=grpc_port)
env.logger.info("Start main node with connecting to bad network nodes:")
# connect to only first node form bad pool, becouse it's IP from good network.
# If connect to this ids, nodes in bad pool synchron across 2 network card
env.start_node(NodeConfig(main_id, nodes=[
bad_node_ids[0],
]))
main_client = env.get_client(ClientType.LEGACY_GRPC, main_id)
env.logger.info("Check all nodes:")
TEST_CHECK(main_client.connection_test())
for client in bad_client_pool:
TEST_CHECK(client.connection_test())
env.logger.info("All nodes started success.")
address = main_client.generate_keys(keys_path=f"keys")
distributor_address = main_client.load_address(
keys_path=get_distributor_address_path())
TEST_CHECK_EQUAL(
main_client.get_balance(address=address.address,
timeout=timeout,
wait=wait_time), 0)
env.logger.info("New address created.")
transaction = main_client.transfer(to_address=address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=wait_time,
timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(main_client.transaction_success_wait(transaction=transaction))
TEST_CHECK_EQUAL(
main_client.get_balance(address=address.address,
timeout=timeout,
wait=wait_time), amount)
env.logger.info("Main client transaction checked success.")
for client in bad_client_pool:
TEST_CHECK_EQUAL(
client.get_balance(address=address.address,
timeout=timeout,
wait=wait_time), amount)
env.logger.info("Test ended success.")
return 0
def main(env: Env) -> int:
amount = 100
node_1_id = Id(20101, grpc_port=50101)
node_2_id = Id(20102, grpc_port=50201)
node_3_id = Id(20103, grpc_port=50301)
env.start_node(NodeConfig(node_1_id))
env.start_node(NodeConfig(node_2_id, nodes=[node_1_id]))
env.start_node(NodeConfig(node_3_id, nodes=[node_1_id]))
client_1_grpc = env.get_client(ClientType.LEGACY_GRPC, node_1_id)
client_2_grpc = env.get_client(ClientType.LEGACY_GRPC, node_2_id)
client_3_grpc = env.get_client(ClientType.LEGACY_GRPC, node_3_id)
TEST_CHECK(client_1_grpc.connection_test())
TEST_CHECK(client_2_grpc.connection_test())
TEST_CHECK(client_3_grpc.connection_test())
distributor_address = client_1_grpc.load_address(
keys_path=get_distributor_address_path())
test_address = client_1_grpc.generate_keys(keys_path="test_keys")
transaction = client_1_grpc.transfer(to_address=test_address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=1,
timeout=2)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
stat = client_1_grpc.get_transaction_status(tx_hash=transaction.tx_hash)
TEST_CHECK_EQUAL(stat.status_code, TransactionStatusCode.SUCCESS)
TEST_CHECK_EQUAL(
client_1_grpc.get_balance(address=test_address.address,
timeout=2,
wait=1), amount)
TEST_CHECK_EQUAL(
client_2_grpc.get_balance(address=test_address.address,
timeout=2,
wait=1), amount)
TEST_CHECK_EQUAL(
client_3_grpc.get_balance(address=test_address.address,
timeout=2,
wait=1), amount)
return 0
def main(env: Env) -> int:
sync_port = 20100
grpc_port = 50100
amount = randrange(1000)
update_time = 0.5
timeout = 2
wait_time = 1
transaction_update_time=2
max_update_request=10
env.logger.debug(f"Random amount for test = {amount}")
id = Id(sync_port, grpc_port = grpc_port)
env.start_node(NodeConfig(id))
client = env.get_client(ClientType.LEGACY_GRPC, id)
TEST_CHECK(client.connection_test())
env.logger.info("Node started success.")
address = client.generate_keys(keys_path=f"keys")
distributor_address = client.load_address(keys_path=get_distributor_address_path())
TEST_CHECK_EQUAL(client.get_balance(address=address.address, timeout=timeout, wait=wait_time), 0)
env.logger.info("New address created.")
transaction = client.transfer(to_address=address.address, amount=amount,
from_address=distributor_address, fee=0, wait=wait_time, timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(client.transaction_success_wait(transaction=transaction))
TEST_CHECK_EQUAL(client.get_balance(address=address.address, timeout=timeout, wait=wait_time), amount)
env.logger.info("Initialaze transaction success.")
transaction = client.transfer(to_address=address.address, amount=amount,
from_address=address, fee=0, wait=wait_time, timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(client.transaction_success_wait(transaction=transaction))
TEST_CHECK_EQUAL(client.get_balance(address=address.address, timeout=timeout, wait=wait_time), amount)
env.logger.info("Transaction to myself success.")
return 0
def main(env: Env) -> int:
amount = 100
sync_time = 1
n = 3
node_ids = []
clients = []
for i in range(0, n):
node_ids.append(Id(20100 + i, grpc_port=50100 + i))
for i in range(0, n):
env.logger.info(f"Start node {i}")
env.start_node(NodeConfig(node_ids[i], nodes=node_ids))
clients.append(env.get_client(ClientType.LEGACY_GRPC, node_ids[i]))
TEST_CHECK(clients[i].connection_test())
env.logger.info("All nodes started")
distributor_address = clients[0].load_address(
keys_path=get_distributor_address_path())
test_address = clients[0].generate_keys(keys_path="test_keys")
env.logger.info("Start transaction")
transaction = clients[0].transfer(to_address=test_address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=1,
timeout=2)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(clients[0].transaction_success_wait(transaction=transaction))
env.logger.info("Transaction success")
sleep(sync_time)
for i in range(0, n):
env.logger.info(f"Check balance (node {i})")
TEST_CHECK_EQUAL(
clients[i].get_balance(address=test_address.address,
timeout=2,
wait=1), amount)
return 0
def main(env: Env) -> int:
contract_text = '''
pragma solidity >=0.4.0 <0.7.0;
contract AddressSend {
uint256 coins_store;
address payable minter;
constructor() public {
minter = msg.sender;
}
function testAddressSend(uint256 amount) public payable returns(bool is_success) {
coins_store += msg.value;
if(coins_store >= amount){
bool result = minter.send(coins_store);
if(result){
coins_store = 0;
}
return result;
}
return true;
}
}
'''
contract_file_path = os.path.abspath("contract.sol")
with open(contract_file_path, "wt", encoding='utf8') as f:
f.write(contract_text)
node_id = Id(20217, grpc_port=50067)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
TEST_CHECK(client.connection_test())
contracts = client.compile_file(code=contract_file_path)
test_contract = contracts[0]
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
deployed_contract_status = client.push_contract(
from_address=distributor_address,
code=test_contract,
amount=0,
fee=100000,
init_message="")
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.SUCCESS)
current_balance = client.get_balance(address=distributor_address.address)
new_test_account = client.generate_keys(keys_path="account_1")
initializing_amount = 100000000
transaction = client.transfer(to_address=new_test_account.address,
amount=initializing_amount,
from_address=distributor_address,
fee=0)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
stat = client.get_transaction_status(tx_hash=transaction.tx_hash)
TEST_CHECK_EQUAL(stat.status_code, TransactionStatusCode.SUCCESS)
TEST_CHECK_EQUAL(client.get_balance(address=new_test_account.address),
initializing_amount)
contracts = client.compile_file(code=contract_file_path)
test_contract = contracts[0]
deployed_contract_status = client.push_contract(
from_address=new_test_account,
code=test_contract,
amount=0,
fee=100000,
init_message="",
timeout=5)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.SUCCESS)
current_balance = client.get_balance(address=new_test_account.address)
gas_for_call = 10000000
amount_for_call = 5000000
call_message = client.encode_message(
code=test_contract, message=f"testAddressSend({amount_for_call})")
contract_address = deployed_contract_status.data
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=gas_for_call,
amount=amount_for_call,
message=call_message,
timeout=5)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
res = client.decode_message(code=test_contract,
message=message_call_status.data)
TEST_CHECK(res['is_success'])
TEST_CHECK_EQUAL(
client.get_balance(address=new_test_account.address, timeout=2,
wait=1), current_balance + amount_for_call)
return 0
def main(env: Env) -> int:
count_nodes = 10
start_sync_port = 20310
start_rpc_port = 50160
waiting_time = 5
transaction_timeout = 7
transaction_wait = 4
pool = []
node_ids = []
id = Id(start_sync_port, grpc_port = start_rpc_port)
env.start_node(NodeConfig(id))
node_ids.append(id)
pool.append(env.get_client(ClientType.LEGACY_GRPC, id))
TEST_CHECK(pool[0].connection_test())
# initializing connections with nodes
for i in range(1, count_nodes):
current_sync_port = start_sync_port + i
current_rpc_port = start_rpc_port + i
last_id = id
id = Id(current_sync_port, grpc_port = current_rpc_port)
env.start_node(NodeConfig(id, nodes = [last_id, ]))
node_ids.append(id)
pool.append(env.get_client(ClientType.LEGACY_GRPC, id))
for node in pool:
TEST_CHECK(node.connection_test())
addresses = [pool[-1].generate_keys(keys_path=f"keys{i}") for i in range(1, len(pool))]
init_amount = 1000
distributor_address = pool[-1].load_address(keys_path=get_distributor_address_path())
# init addresses with amount
for to_address in addresses:
TEST_CHECK_EQUAL(pool[-1].get_balance(address=to_address.address, timeout=2, wait=1), 0)
transaction = pool[-1].transfer(to_address=to_address.address, amount=init_amount,
from_address=distributor_address, fee=0, wait=transaction_wait, timeout=transaction_timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
stat = pool[-1].get_transaction_status(tx_hash=transaction.tx_hash)
TEST_CHECK_EQUAL(stat.status_code, TransactionStatusCode.SUCCESS)
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=to_address.address, timeout=2, wait=1),
init_amount)
for i in range(1, len(addresses) - 1):
from_address = addresses[i]
to_address = addresses[i + 1]
amount = i * 100
transaction = pool[-1].transfer(to_address=to_address.address, amount=amount,
from_address=from_address, fee=0, wait=transaction_wait, timeout=transaction_timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
stat = pool[-1].get_transaction_status(tx_hash=transaction.tx_hash)
TEST_CHECK_EQUAL(stat.status_code, TransactionStatusCode.SUCCESS)
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=to_address.address, timeout=2, wait=1),
amount + init_amount)
first_address = addresses[0]
first_address_balance = init_amount
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=first_address.address, timeout=2, wait=1),
first_address_balance)
return 0
def main(env: Env) -> int:
node_id = Id(20101, grpc_port=50101)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
TEST_CHECK(client.connection_test())
return 0
def main(env: Env) -> int:
contract_text = '''
pragma solidity >=0.4.0 <0.7.0;
contract Balance {
function getBalance() public view returns (uint256 balance){
return msg.sender.balance;
}
}
'''
contract_file_path = os.path.abspath("contract.sol")
with open(contract_file_path, "wt", encoding='utf8') as f:
f.write(contract_text)
node_id = Id(20301, grpc_port=50301)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
TEST_CHECK(client.connection_test())
contracts = client.compile_file(code=contract_file_path)
test_contract = contracts[0]
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
deployed_contract_status = client.push_contract(
from_address=distributor_address,
code=test_contract,
amount=0,
fee=100000,
init_message="")
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.SUCCESS)
current_balance = client.get_balance(address=distributor_address.address)
gas_for_call = 10000000
call_message = client.encode_message(code=test_contract,
message="getBalance()")
contract_address = deployed_contract_status.data
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=gas_for_call,
amount=0,
message=call_message)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract,
message=contract_data_message)
TEST_CHECK(res['balance'] + gas_for_call == current_balance)
return 0
def main(env: Env) -> int:
init_amount = 1000
count_nodes = 10
start_sync_port = 20302
start_rpc_port = 50152
waiting_time = 0.5
timeout = 2
transaction_wait = 1
transaction_update_time = 1
max_update_request = 10
sync_time = 3
pool = []
node_ids = []
id = Id(start_sync_port, grpc_port = start_rpc_port)
env.start_node(NodeConfig(id))
node_ids.append(id)
pool.append(env.get_client(ClientType.LEGACY_GRPC, Id(start_sync_port, grpc_port = start_rpc_port)))
TEST_CHECK(pool[0].connection_test())
# initializing connections with nodes
for i in range(1, count_nodes):
current_sync_port = start_sync_port + i
current_rpc_port = start_rpc_port + i
id = Id(current_sync_port, grpc_port = current_rpc_port)
env.start_node(NodeConfig(id, nodes = node_ids))
pool.append(env.get_client(ClientType.LEGACY_GRPC, id))
node_ids.append(id)
for node in pool:
TEST_CHECK(node.connection_test())
addresses = [pool[-1].generate_keys(keys_path=f"keys{i}") for i in range(1, len(pool))]
distributor_address = pool[-1].load_address(keys_path=get_distributor_address_path())
init_transactions = []
# init addresses with amount
for to_address in addresses:
TEST_CHECK_EQUAL(pool[-1].get_balance(address=to_address.address, timeout=timeout, wait=waiting_time), 0)
transaction = pool[-1].transfer(to_address=to_address.address, amount=init_amount,
from_address=distributor_address, fee=0, wait=transaction_wait, timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
init_transactions.append(transaction)
for transaction in init_transactions:
TEST_CHECK(pool[-1].transaction_success_wait(transaction=transaction))
env.logger.info("Init transactions success. Wait synchronization")
sleep(sync_time)
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=to_address.address, timeout=timeout, wait=waiting_time),
init_amount)
env.logger.info("Init check balance success.")
for i in range(1, len(addresses) - 1):
from_address = addresses[i]
to_address = addresses[i + 1]
amount = i * 100
transaction = pool[-1].transfer(to_address=to_address.address, amount=amount,
from_address=from_address, fee=0,
wait=transaction_wait, timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(pool[-1].transaction_success_wait(transaction=transaction))
env.logger.info(f"Transaction success, check balance {to_address.address}")
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=to_address.address,
timeout=timeout, wait=waiting_time), amount + init_amount)
first_address = addresses[0]
first_address_balance = init_amount
env.logger.info(f"Check balance of first address {first_address.address}")
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=first_address.address,
timeout=timeout, wait=waiting_time), first_address_balance)
return 0
def main(env: Env) -> int:
count_nodes = 5
start_sync_port = 20330
start_rpc_port = 50180
node_startup_time = 5
transaction_wait = 2
transaction_timeout = 10
init_amount = 1000
address_per_nodes = 3
pool = []
node_ids = []
id = Id(start_sync_port, grpc_port = start_rpc_port)
env.start_node(NodeConfig(id))
node_ids.append(id)
pool.append(env.get_client(ClientType.LEGACY_GRPC, id))
TEST_CHECK(pool[0].connection_test())
env.logger.info(f"First node started success")
# initializing connections with nodes
for i in range(1, count_nodes):
current_sync_port = start_sync_port + i
current_rpc_port = start_rpc_port + i
id = Id(current_sync_port, grpc_port = current_rpc_port)
env.start_node(NodeConfig(id, nodes = node_ids))
node_ids.append(id)
pool.append(env.get_client(ClientType.LEGACY_GRPC, id))
for node in pool:
TEST_CHECK(node.connection_test())
env.logger.info(f"All nodes in pool checked")
addresses = [pool[-1].generate_keys(keys_path=f"keys{i}") for i in range(1, count_nodes * address_per_nodes + 1)]
distributor_address = pool[-1].load_address(keys_path=get_distributor_address_path())
# init addresses with amount
for to_address in addresses:
TEST_CHECK_EQUAL(pool[-1].get_balance(address=to_address.address, timeout=2, wait=1), 0)
transaction = pool[-1].transfer(to_address=to_address.address, amount=init_amount,
from_address=distributor_address, fee=0, wait=transaction_wait, timeout=transaction_timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
stat = pool[-1].get_transaction_status(tx_hash=transaction.tx_hash)
TEST_CHECK_EQUAL(stat.status_code, TransactionStatusCode.SUCCESS)
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=to_address.address, timeout=2, wait=1),
init_amount)
env.logger.info(f"Init balance checked")
with concurrent.futures.ThreadPoolExecutor(len(pool)) as executor:
threads = []
for i in range(len(pool)):
first_address_number = i * address_per_nodes
last_address_number = (i * address_per_nodes) + address_per_nodes
threads.append(
executor.submit(node_transfers, pool[i],
addresses[first_address_number:last_address_number], transaction_wait, env))
for i in threads:
i.result()
env.logger.info(f"All thread finished")
for address in addresses:
for node in pool:
TEST_CHECK_EQUAL(node.get_balance(address=address.address, timeout=2, wait=1),
init_amount)
return 0
def main(env: Env) -> int:
contract_text = '''
pragma solidity >=0.4.0 <0.7.0;
contract GetPreviousBlock {
function get() public view returns (bytes32 previous_block_hash) {
return blockhash(block.number - 1);
}
}
'''
contract_file_path = os.path.abspath("contract.sol")
with open(contract_file_path, "wt", encoding='utf8') as f:
f.write(contract_text)
node_id = Id(20218, grpc_port=50068)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
TEST_CHECK(client.connection_test())
contracts = client.compile_file(code=contract_file_path)
test_contract = contracts[0]
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
deployed_contract_status = client.push_contract(
from_address=distributor_address,
code=test_contract,
amount=0,
fee=10000000,
init_message="")
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.SUCCESS)
for i in range(0, 1):
current_block_hash = client.node_info().top_block_hash
contract_address = deployed_contract_status.data
call_message = client.encode_message(code=test_contract,
message="get()")
message_call_status = client.message_call(
from_address=distributor_address,
to_address=contract_address,
fee=10000000,
amount=0,
message=call_message,
timeout=5)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract,
message=contract_data_message)
TEST_CHECK(res["previous_block_hash"] == current_block_hash)
call_message = client.encode_message(code=test_contract, message="get()")
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=10000000,
amount=0,
message=call_message,
timeout=5)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract,
message=contract_data_message)
TEST_CHECK(res["previous_block_hash"] != current_block_hash)
return 0
def main(env: Env) -> int:
contract_text = '''
pragma solidity >=0.4.0 <0.7.0;
contract PayMe {
uint256 coins_store;
address payable target;
constructor(address payable addr) public payable{
coins_store = msg.value;
target = addr;
}
function payMe() public payable returns(uint256 current_balance){
coins_store += msg.value;
return coins_store;
}
function initDelete() public {
selfdestruct(target);
}
}
'''
contract_file_path = os.path.abspath("contract.sol")
with open(contract_file_path, "wt", encoding='utf8') as f:
f.write(contract_text)
node_id = Id(20219, grpc_port=50069)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
TEST_CHECK(client.connection_test())
contracts = client.compile_file(code=contract_file_path)
test_contract = contracts[0]
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
new_account = client.generate_keys(keys_path="new_account")
init_message = client.encode_message(
code=test_contract,
message=f"constructor(Address({new_account.address}))")
deployed_contract_status = client.push_contract(
from_address=distributor_address,
code=test_contract,
amount=50,
fee=10000000,
init_message=init_message,
timeout=7)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.SUCCESS)
amount_for_call = 100000
pay_message = client.encode_message(code=test_contract, message="payMe()")
contract_address = deployed_contract_status.data
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=10000000,
amount=amount_for_call,
message=pay_message,
timeout=7)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract,
message=contract_data_message)
TEST_CHECK(
client.get_balance(address=contract_address, timeout=2, wait=1) ==
res["current_balance"])
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=10000000,
amount=amount_for_call,
message=pay_message,
timeout=7)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract,
message=contract_data_message)
TEST_CHECK(
client.get_balance(address=contract_address, timeout=2, wait=1) ==
res["current_balance"])
TEST_CHECK(0 == client.get_balance(
address=new_account.address, timeout=2, wait=1))
last_balance = client.get_balance(address=contract_address)
delete_message = client.encode_message(code=test_contract,
message="initDelete()")
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=10000000,
amount=0,
message=delete_message,
timeout=7)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
TEST_CHECK(last_balance == client.get_balance(address=new_account.address))
TEST_CHECK(0 == client.get_balance(address=contract_address))
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=10000000,
amount=1,
message=pay_message,
timeout=7)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
return 0
def main(env: Env) -> int:
start_sync_port = 20230
start_rpc_port = 50080
waiting_time = 20
count_threads = 5
count_nodes_per_thread = 5
amount = 1000
transaction_wait = 20
transaction_timeout = 40
node_ids = list()
pool = list()
for i in range(count_threads * count_nodes_per_thread + 1):
node_ids.append(Id(start_sync_port + i, grpc_port=start_rpc_port + i))
# start first node
env.start_node(NodeConfig(node_ids[0]))
first_node = env.get_client(ClientType.LEGACY_GRPC, node_ids[0])
pool.append(first_node)
TEST_CHECK(first_node.connection_test())
# parallel initialize nodes
with concurrent.futures.ThreadPoolExecutor(count_threads) as executor:
threads = []
for i in range(count_threads):
threads.append(
executor.submit(
init_nodes, env,
node_ids[(count_nodes_per_thread * i) +
1:(count_nodes_per_thread * (i + 1)) + 1],
node_ids[0]))
# test for node initialization
for node in pool:
TEST_CHECK(node.connection_test())
addresses = [
first_node.generate_keys(keys_path=f"keys{i}")
for i in range(1, len(pool))
]
distributor_address = first_node.load_address(
keys_path=get_distributor_address_path())
for to_address, node in zip(addresses, pool):
for other_node in pool:
TEST_CHECK_EQUAL(
other_node.get_balance(address=to_address.address,
timeout=2,
wait=1), 0)
transaction = node.transfer(to_address=to_address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=transaction_wait,
timeout=transaction_timeout)
for other_node in pool:
TEST_CHECK_EQUAL(
other_node.get_balance(address=to_address.address,
timeout=2,
wait=1), amount)
return 0
def main(env: Env) -> int:
contract_a_text = '''
pragma solidity >=0.4.0 <0.7.0;
import "./abstract_a.sol";
contract A is AbstractA {
function sum(uint arg1, uint arg2) external override returns(uint) {
return arg1 + arg2;
}
}
'''
contract_b_text = '''
pragma solidity >=0.4.0 <0.7.0;
import "./abstract_a.sol";
contract B {
function doYourThing(address addressOfA, uint arg1, uint arg2) public returns (uint result) {
AbstractA my_a = AbstractA(addressOfA);
return my_a.sum(arg1, arg2);
}
}
'''
contract_abstract_a_text = '''
pragma solidity >=0.4.0 <0.7.0;
interface AbstractA {
function sum(uint arg1, uint arg2) external returns(uint);
}
'''
contract_a_file_path = os.path.abspath("a.sol")
with open(contract_a_file_path, "wt", encoding='utf8') as f:
f.write(contract_a_text)
contract_b_file_path = os.path.abspath("b.sol")
with open(contract_b_file_path, "wt", encoding='utf8') as f:
f.write(contract_b_text)
contract_abstract_a_file_path = os.path.abspath("abstract_a.sol")
with open(contract_abstract_a_file_path, "wt", encoding='utf8') as f:
f.write(contract_abstract_a_text)
node_id = Id(20216, grpc_port=50066)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_GRPC, node_id)
TEST_CHECK(client.connection_test())
contracts_a = client.compile_file(code=contract_a_file_path)
test_contract_a = "A"
contracts_b = client.compile_file(code=contract_b_file_path)
test_contract_b = "B"
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
deployed_contract_a_status = client.push_contract(
from_address=distributor_address,
code=test_contract_a,
amount=0,
fee=10000000,
init_message="",
timeout=5)
TEST_CHECK_EQUAL(deployed_contract_a_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_a_status = client.get_transaction_status(
tx_hash=deployed_contract_a_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_a_status.status_code,
TransactionStatusCode.SUCCESS)
deployed_contract_b_status = client.push_contract(
from_address=distributor_address,
code=test_contract_b,
amount=0,
fee=10000000,
init_message="",
timeout=5)
TEST_CHECK_EQUAL(deployed_contract_b_status.status_code,
TransactionStatusCode.PENDING)
deployed_contract_b_status = client.get_transaction_status(
tx_hash=deployed_contract_b_status.tx_hash)
TEST_CHECK_EQUAL(deployed_contract_b_status.status_code,
TransactionStatusCode.SUCCESS)
arg1 = 5
arg2 = 6
call_message = client.encode_message(
code=test_contract_b,
message=
f"doYourThing(Address({deployed_contract_a_status.data}), {arg1}, {arg2})"
)
message_call_status = client.message_call(
from_address=distributor_address,
to_address=deployed_contract_b_status.data,
fee=10000000,
amount=0,
message=call_message,
timeout=5)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract_b,
message=contract_data_message)
TEST_CHECK(res['result'] == (arg1 + arg2))
return 0
def main(env: Env) -> int:
amount = 100
wait = 1
timeout = 2
sync_time = 1
node_1_id = Id(20101, grpc_port=50101, http_port=50102)
node_2_id = Id(20102, grpc_port=50201, http_port=50202)
env.start_node(NodeConfig(node_1_id))
env.start_node(NodeConfig(node_2_id, nodes=[node_1_id]))
client_1_grpc = env.get_client(ClientType.LEGACY_GRPC, node_1_id)
client_1_http = env.get_client(ClientType.LEGACY_HTTP, node_1_id)
client_2_grpc = env.get_client(ClientType.LEGACY_GRPC, node_2_id)
client_2_http = env.get_client(ClientType.LEGACY_HTTP, node_2_id)
TEST_CHECK(client_1_grpc.connection_test())
TEST_CHECK(client_2_grpc.connection_test())
TEST_CHECK(client_1_http.connection_test())
TEST_CHECK(client_2_http.connection_test())
env.logger.info(f"All clients checked")
distributor_address = client_1_grpc.load_address(
keys_path=get_distributor_address_path())
test_address = client_1_grpc.generate_keys(keys_path="test_keys")
env.logger.info(f"Start transaction 1")
transaction = client_1_grpc.transfer(to_address=test_address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=wait,
timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(client_1_grpc.transaction_success_wait(transaction=transaction))
env.logger.info(f"Start transaction 2")
transaction = client_2_http.transfer(to_address=test_address.address,
amount=amount,
from_address=distributor_address,
fee=0,
wait=wait,
timeout=timeout)
TEST_CHECK_EQUAL(transaction.status_code, TransactionStatusCode.PENDING)
TEST_CHECK(client_2_http.transaction_success_wait(transaction=transaction))
sleep(sync_time)
env.logger.info(f"Check balance on client 1")
TEST_CHECK_EQUAL(
client_1_grpc.get_balance(address=test_address.address,
timeout=timeout,
wait=wait), 2 * amount)
TEST_CHECK_EQUAL(
client_1_http.get_balance(address=test_address.address,
timeout=timeout,
wait=wait), 2 * amount)
env.logger.info(f"Check balance on client 2")
TEST_CHECK_EQUAL(
client_2_grpc.get_balance(address=test_address.address,
timeout=timeout,
wait=wait), 2 * amount)
TEST_CHECK_EQUAL(
client_2_http.get_balance(address=test_address.address,
timeout=timeout,
wait=wait), 2 * amount)
return 0
def main(env: Env):
contract_text = '''
pragma solidity >=0.4.0 <0.7.0;
contract SimpleStorage {
uint storedData;
constructor(uint x) public{
storedData = x;
}
function set(uint x) public {
storedData = x;
}
function get() public view returns (uint data) {
return storedData;
}
}
'''
contract_file_path = os.path.abspath("contract.sol")
with open(contract_file_path, "wt", encoding='utf8') as f:
f.write(contract_text)
node_id = Id(20302, http_port=50302)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.LEGACY_HTTP, node_id)
TEST_CHECK(client.connection_test())
contracts = client.compile_file(code=contract_file_path)
test_contract = contracts[0]
target_value = 8888
test_contract_init_message = client.encode_message(
code=test_contract, message=f"constructor({target_value})")
distributor_address = client.load_address(
keys_path=get_distributor_address_path())
deployed_contract_status = client.push_contract(
from_address=distributor_address,
code=test_contract,
amount=0,
fee=100000,
init_message=test_contract_init_message)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
TEST_CHECK(
client.transaction_success_wait(transaction=deployed_contract_status))
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
# TEST_CHECK_EQUAL(deployed_contract_status.status_code, TransactionStatusCode.SUCCESS)
call_message = client.encode_message(code=test_contract, message="get()")
contract_address = deployed_contract_status.data
message_call_status = client.message_call(from_address=distributor_address,
to_address=contract_address,
fee=100000,
amount=0,
message=call_message)
TEST_CHECK_EQUAL(message_call_status.status_code,
TransactionStatusCode.PENDING)
TEST_CHECK(
client.transaction_success_wait(transaction=message_call_status))
message_call_status = client.get_transaction_status(
tx_hash=message_call_status.tx_hash)
# TEST_CHECK_EQUAL(message_call_status.status_code, TransactionStatusCode.SUCCESS)
contract_data_message = message_call_status.data
res = client.decode_message(code=test_contract,
method="get",
message=contract_data_message)
TEST_CHECK(res['data'] == target_value)
message_result = client.call_view(from_address=distributor_address,
to_address=contract_address,
message=call_message)
res = client.decode_message(code=test_contract,
method="get",
message=message_result)
TEST_CHECK(res['data'] == target_value)
return 0
def main(env: Env):
contract_file_path = os.path.join(CONTRACTS_FOLDER, "auction",
"contract.sol")
if not os.path.exists(contract_file_path):
TEST_CHECK(False, message="Contracts file was not found")
node_id = Id(20403, http_port=50403)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.PYTHON_HTTP, node_id)
TEST_CHECK(client.connection_test())
contracts = client.compile_file(code=contract_file_path)
auction_compiled_contract = contracts[0]
beneficiary_keys = client.generate_keys(keys_path="user_1")
beneficiary_init_balance = client.get_balance(
address=beneficiary_keys.address)
account_seconds_duration = 200
auction_init_message = client.encode_message(
code=auction_compiled_contract,
message=
f"constructor({account_seconds_duration}, Address({beneficiary_keys.address}))"
)
start_time = datetime.datetime.now()
distributor_keys = client.load_address(
keys_path=get_distributor_address_path())
deployed_contract_status = client.push_contract(
from_address=distributor_keys,
code=auction_compiled_contract,
amount=0,
fee=10000000,
init_message=auction_init_message,
wait=TRANSACTION_WAIT)
TEST_CHECK_EQUAL(deployed_contract_status.status_code,
TransactionStatusCode.PENDING)
TEST_CHECK(
client.transaction_success_wait(transaction=deployed_contract_status))
deployed_contract_status = client.get_transaction_status(
tx_hash=deployed_contract_status.tx_hash)
# TEST_CHECK_EQUAL(deployed_contract_status.status_code, TransactionStatusCode.SUCCESS)
deployed_contract = deployed_contract_status.data
client_1 = client.generate_keys(keys_path="client_1")
client_2 = client.generate_keys(keys_path="client_2")
client_1_init_amount = 5000000
client_2_init_amount = 5000000
client.transfer(from_address=distributor_keys,
to_address=client_1.address,
amount=client_1_init_amount,
fee=5,
wait=TRANSACTION_WAIT)
client.transfer(from_address=distributor_keys,
to_address=client_2.address,
amount=client_2_init_amount,
fee=5,
wait=TRANSACTION_WAIT)
bid_message = client.encode_message(code=auction_compiled_contract,
message="bid()")
max_bid_message = client.encode_message(code=auction_compiled_contract,
message="highestBid()")
client_1_bid_1 = 10000
client_1_bid_1_gas = 100000
bid_status = client.message_call(from_address=client_1,
to_address=deployed_contract,
fee=client_1_bid_1_gas,
amount=client_1_bid_1,
message=bid_message,
wait=TRANSACTION_WAIT)
TEST_CHECK(client.transaction_success_wait(transaction=bid_status))
# bid_status = client.get_transaction_status(tx_hash=bid_status.tx_hash)
# TEST_CHECK_EQUAL(bid_status.status_code, TransactionStatusCode.SUCCESS)
client_1_bid_2 = 15000
client_1_bid_2_gas = 100000
bid_status = client.message_call(from_address=client_1,
to_address=deployed_contract,
fee=client_1_bid_2_gas,
amount=client_1_bid_2,
message=bid_message,
wait=TRANSACTION_WAIT)
TEST_CHECK(client.transaction_success_wait(transaction=bid_status))
# bid_status = client.get_transaction_status(tx_hash=bid_status.tx_hash)
# TEST_CHECK_EQUAL(bid_status.status_code, TransactionStatusCode.SUCCESS)
result = client.call_view(from_address=distributor_keys,
to_address=deployed_contract,
message=max_bid_message)
current_max_bid = client.decode_message(code=auction_compiled_contract,
method="highestBid",
message=result)
TEST_CHECK(current_max_bid[''] == client_1_bid_2)
client_2_bid_1 = 10000
client_2_bid_1_gas = 100000
bid_status = client.message_call(from_address=client_2,
to_address=deployed_contract,
fee=client_2_bid_1_gas,
amount=client_2_bid_1,
message=bid_message,
wait=TRANSACTION_WAIT)
TEST_CHECK(client.transaction_success_wait(transaction=bid_status))
# bid_status = client.get_transaction_status(tx_hash=bid_status.tx_hash)
# TEST_CHECK_NOT_EQUAL(bid_status.status_code, TransactionStatusCode.SUCCESS)
result = client.call_view(from_address=distributor_keys,
to_address=deployed_contract,
message=max_bid_message)
current_max_bid = client.decode_message(code=auction_compiled_contract,
method="highestBid",
message=result)
TEST_CHECK(current_max_bid[''] == client_1_bid_2)
client_2_bid_2 = 20000
client_2_bid_2_gas = 100000
bid_status = client.message_call(from_address=client_2,
to_address=deployed_contract,
fee=client_2_bid_2_gas,
amount=client_2_bid_2,
message=bid_message,
wait=TRANSACTION_WAIT)
TEST_CHECK(client.transaction_success_wait(transaction=bid_status))
# bid_status = client.get_transaction_status(tx_hash=bid_status.tx_hash)
# TEST_CHECK_EQUAL(bid_status.status_code, TransactionStatusCode.SUCCESS)
result = client.call_view(from_address=distributor_keys,
to_address=deployed_contract,
message=max_bid_message)
current_max_bid = client.decode_message(code=auction_compiled_contract,
method="highestBid",
message=result)
TEST_CHECK(current_max_bid[''] == client_2_bid_2)
time.sleep(account_seconds_duration -
(datetime.datetime.now() - start_time).total_seconds())
result = client.call_view(from_address=distributor_keys,
to_address=deployed_contract,
message=max_bid_message)
current_max_bid = client.decode_message(code=auction_compiled_contract,
method="highestBid",
message=result)
auction_end_message = client.encode_message(code=auction_compiled_contract,
message="auctionEnd()")
auction_end_status = client.message_call(from_address=distributor_keys,
to_address=deployed_contract,
fee=100000,
amount=0,
message=auction_end_message,
wait=TRANSACTION_WAIT)
TEST_CHECK(client.transaction_success_wait(transaction=auction_end_status))
# auction_end_status = client.get_transaction_status(tx_hash=auction_end_status.tx_hash)
# TEST_CHECK_EQUAL(auction_end_status.status_code, TransactionStatusCode.SUCCESS)
TEST_CHECK(
client.decode_message(code=auction_compiled_contract,
method="auctionEnd",
message=auction_end_status.data)['is_end'])
beneficiary_current_balance = client.get_balance(
address=beneficiary_keys.address)
TEST_CHECK(beneficiary_init_balance +
current_max_bid[''] == beneficiary_current_balance)
return 0
def main(env: Env) -> int:
node_id = Id(20103, http_port=50103)
env.start_node(NodeConfig(node_id))
client = env.get_client(ClientType.PYTHON_HTTP, node_id)
TEST_CHECK(client.connection_test())
return 0