def create_vote_transaction(input_private_key: str, candidates_list: list, amount: int, rpc_port: int, vote_content):
# check output
if candidates_list is None or len(candidates_list) == 0:
Logger.error("Invalid output addresses")
return None
# candidates_bytes_list = list()
#
# for candidate in candidates_list:
# candidates_bytes_list.append(bytes.fromhex(candidate))
# create outputs
account = Account(input_private_key)
outputs = create_vote_output(account.address(), amount, vote_content)
# create inputs
total_amount = amount + util.TX_FEE
inputs, change_outputs = create_normal_inputs(account.address(), total_amount, rpc_port)
if inputs is None or change_outputs is None:
Logger.error("Create normal inputs failed")
return None
outputs.extend(change_outputs)
# create program
programs = list()
redeem_script = bytes.fromhex(account.redeem_script())
program = Program(code=redeem_script, params=None)
programs.append(program)
# create attributes
attributes = list()
attribute = Attribute(
usage=Attribute.NONCE,
data=bytes("attributes".encode())
)
attributes.append(attribute)
tx = Transaction()
tx.version = Transaction.TX_VERSION_09
tx.tx_type = Transaction.TRANSFER_ASSET
tx.payload = Payload(Payload.DEFAULT_VERSION)
tx.attributes = attributes
tx.inputs = inputs
tx.outputs = outputs
tx.lock_time = 0
tx.programs = programs
return tx
def transfer_multi_cross_chain_asset(self, input_private_key: str,
lock_address: str, cross_address: str,
tx_count: int, amount: int,
recharge: bool, port: int):
account = Account(input_private_key)
response = rpc.list_unspent_utxos(account.address(), port=port)
if not response or isinstance(response, dict):
Logger.error("get utxos return error: {}".format(response))
return False
utxos = response
if len(utxos) < tx_count:
Logger.error("utxo is not enough")
return False
for i in range(tx_count):
current_utxos = list()
utxo = utxos[i]
current_utxos.append(utxo)
Logger.info("current cross chain index: {}".format(i))
tx = txbuild.create_cross_chain_transaction_by_utxo(
input_private_key=input_private_key,
lock_address=lock_address,
cross_chain_address=cross_address,
amount=amount,
recharge=recharge,
utxos=current_utxos)
if tx is None:
return False
tx = txbuild.single_sign_transaction(input_private_key, tx)
Logger.debug("cross chain asset transaction: \n{}".format(tx))
ret = self.handle_tx_result(tx, port)
return ret
def create_crc_proposal_tracking_transaction(input_private_key: str, amount: int, payload: CRCProposalTracking,
rpc_port: int):
# create outputs
account = Account(input_private_key)
outputs, total_amount = create_normal_outputs(
output_addresses=[account.address()],
amount=amount,
fee=util.TX_FEE,
output_lock=0
)
# create inputs
inputs, change_outputs = create_normal_inputs(account.address(), total_amount, rpc_port)
if inputs is None or change_outputs is None:
Logger.error("Create normal inputs failed")
return None
outputs.extend(change_outputs)
# create program
programs = list()
redeem_script = bytes.fromhex(account.redeem_script())
program = Program(code=redeem_script, params=None)
programs.append(program)
# create attributes
attributes = list()
attribute = Attribute(
usage=Attribute.NONCE,
data=bytes("attributes".encode())
)
attributes.append(attribute)
tx = Transaction()
tx.version = Transaction.TX_VERSION_09
tx.tx_type = Transaction.CRC_PROPOSAL_TRACKING
tx.payload_version = 0
tx.payload = payload
tx.attributes = attributes
tx.inputs = inputs
tx.outputs = outputs
tx.lock_time = 0
tx.programs = programs
return tx
def create_transaction(input_private_key: str, output_addresses: list, amount: int, rpc_port: int, side_chain: bool):
account = Account(input_private_key)
# check output
if output_addresses is None or len(output_addresses) == 0:
Logger.error("Invalid output addresses")
return None
# create outputs
outputs, total_amount = create_normal_outputs(
output_addresses=output_addresses,
amount=amount,
fee=util.TX_FEE,
output_lock=0
)
# create inputs
inputs, change_outputs = create_normal_inputs(account.address(), total_amount, rpc_port)
if inputs is None or change_outputs is None:
Logger.error("Create normal inputs failed")
return None
outputs.extend(change_outputs)
# create program
programs = list()
redeem_script = bytes.fromhex(account.redeem_script())
program = Program(code=redeem_script, params=None)
programs.append(program)
# create attributes
attributes = list()
attribute = Attribute(
usage=Attribute.NONCE,
data=bytes("attributes".encode())
)
attributes.append(attribute)
tx = Transaction()
if not side_chain :
tx.version = Transaction.TX_VERSION_09
else:
tx.version = Transaction.TX_VERSION_DEFAULT
tx.tx_type = Transaction.TRANSFER_ASSET
tx.payload = Payload(Payload.DEFAULT_VERSION)
tx.attributes = attributes
tx.inputs = inputs
tx.outputs = outputs
tx.lock_time = 0
tx.programs = programs
return tx
def _create_account_data(self, account: Account, account_type: str):
private_key_encrypted = keytool.encrypt_private_key(
self._master_key, bytes.fromhex(account.private_key()),
account.ecc_public_key(), self._iv)
account_data = dict()
account_data["Address"] = account.address()
account_data["ProgramHash"] = account.program_hash()
account_data["RedeemScript"] = account.redeem_script()
account_data["PrivateKeyEncrypted"] = private_key_encrypted.hex()
account_data["Type"] = account_type
return account_data
def create_cancel_transaction(input_private_key: str, payload: ProducerInfo, rpc_port: int):
# create inputs
account = Account(input_private_key)
inputs, change_outputs = create_normal_inputs(account.address(), util.TX_FEE, rpc_port)
if inputs is None or change_outputs is None:
Logger.error("Create normal inputs failed")
return None
# create outputs
outputs = list()
outputs.extend(change_outputs)
# create program
programs = list()
redeem_script = bytes.fromhex(account.redeem_script())
program = Program(code=redeem_script, params=None)
programs.append(program)
# create attributes
attributes = list()
attribute = Attribute(
usage=Attribute.NONCE,
data=bytes("attributes".encode())
)
attributes.append(attribute)
payload = ProcessProducer(bytes.fromhex(payload.owner_account.public_key()),
bytes.fromhex(payload.owner_account.private_key()))
tx = Transaction()
tx.version = Transaction.TX_VERSION_09
tx.tx_type = Transaction.CANCEL_PRODUCER
tx.payload_version = 0
tx.payload = payload
tx.attributes = attributes
tx.inputs = inputs
tx.outputs = outputs
tx.lock_time = 0
tx.programs = programs
return tx
def create_cr_update_transaction(input_private_key: str, update_payload: CRInfo, rpc_port: int):
# create inputs
account = Account(input_private_key)
inputs, change_outputs = create_normal_inputs(account.address(), util.TX_FEE, rpc_port)
if inputs is None or change_outputs is None:
Logger.error("Create normal inputs failed")
return None
# create outputs
outputs = list()
outputs.extend(change_outputs)
# create program
programs = list()
redeem_script = bytes.fromhex(account.redeem_script())
program = Program(code=redeem_script, params=None)
programs.append(program)
# create attributes
attributes = list()
attribute = Attribute(
usage=Attribute.NONCE,
data=bytes("attributes".encode())
)
attributes.append(attribute)
# update_payload.gen_signature()
tx = Transaction()
tx.version = Transaction.TX_VERSION_09
tx.tx_type = Transaction.UPDATE_CR
tx.payload_version = 0
tx.payload = update_payload
tx.attributes = attributes
tx.inputs = inputs
tx.outputs = outputs
tx.lock_time = 0
tx.programs = programs
return tx
def create_cross_chain_transaction_by_utxo(input_private_key: str, lock_address: str, cross_chain_address: str, amount: int,
recharge: bool, utxos: list):
if lock_address is None or lock_address is "":
Logger.error("Invalid lock address")
return None
if cross_chain_address is None or cross_chain_address is "":
Logger.error("Invalid cross chain address")
return None
account = Account(input_private_key)
# create outputs:
outputs, total_amount = create_normal_outputs(
output_addresses=[lock_address],
amount=amount,
fee=util.TX_FEE,
output_lock=0
)
# create inputs:
inputs, change_outputs = create_normal_inputs_by_utxo(
account.address(), total_amount, utxos)
if inputs is None or change_outputs is None:
Logger.error("Create normal inputs failed")
return None
outputs.extend(change_outputs)
# create program
programs = list()
redeem_script = bytes.fromhex(account.redeem_script())
program = Program(code=redeem_script, params=None)
programs.append(program)
# create attributes
attributes = list()
attribute = Attribute(
usage=Attribute.NONCE,
data=bytes("attributes".encode())
)
attributes.append(attribute)
cross_chain_asset = TransferCrossChainAsset()
cross_chain_asset.cross_chain_addresses = [cross_chain_address]
cross_chain_asset.output_indexes = [0]
cross_chain_asset.cross_chain_amounts = [amount - 10000]
tx = Transaction()
if recharge:
tx.version = Transaction.TX_VERSION_09
else:
tx.version = Transaction.TX_VERSION_DEFAULT
# Logger.debug("transaction version {}".format(tx.version))
tx.tx_type = Transaction.TRANSFER_CROSS_CHAIN_ASSET
tx.payload = cross_chain_asset
tx.attributes = attributes
tx.inputs = inputs
tx.outputs = outputs
tx.lock_time = 0
tx.programs = programs
return tx
class Proposal(object):
def __init__(self, input_private_key: str, node: ElaNode, nick_name: str,
url: str, location: int, net_address: str):
self.input_private_key = input_private_key
self.input = Account(input_private_key)
self.node = node
self.utxo_value = 0
self.fee = 10000
self.state = ""
self.deposit_amount = 5000 * util.TO_SELA
self.info = self._producer_info(self.node.owner_account,
self.node.node_account, nick_name, url,
location, net_address)
@staticmethod
def _producer_info(owner_account: Account, node_account: Account,
nick_name: str, url: str, location: int,
net_address: str):
info = ProducerInfo(owner_account=owner_account,
node_account=node_account,
nickname=nick_name,
url=url,
location=location,
net_address=net_address)
return info
def producer_info(self):
return self.info
def input_account(self):
return self.input
def owner_account(self):
return self.node.owner_account
def node_account(self):
return self.node.node_account
def register(self, rpc_port: int):
tx = txbuild.create_register_transaction(
input_private_key=self.input_private_key,
amount=self.deposit_amount,
payload=self.info,
rpc_port=rpc_port)
if tx is None:
return None
tx = txbuild.single_sign_transaction(self.input_private_key, tx)
return tx
def update(self, producer_info: ProducerInfo, rpc_port: int):
tx = txbuild.create_update_transaction(
input_private_key=self.input_private_key,
payload=producer_info,
rpc_port=rpc_port)
if tx is None:
return None
producer_info.gen_signature()
tx = txbuild.single_sign_transaction(self.input_private_key, tx)
return tx
def cancel(self, rpc_port: int):
tx = txbuild.create_cancel_transaction(
input_private_key=self.input_private_key,
payload=self.producer_info(),
rpc_port=rpc_port)
if tx is None:
return None
tx = txbuild.single_sign_transaction(self.input_private_key, tx)
return tx
def redeem(self, amount: int, rpc_port: int):
tx = txbuild.create_redeem_transaction(
payload=self.producer_info(),
output_address=self.input.address(),
amount=amount,
rpc_port=rpc_port)
if tx is None:
return None
tx = txbuild.single_sign_transaction(
self.producer_info().owner_account.private_key(), tx)
return tx
def active(self):
# note activate producer transaction needn't to sign the whole transaction
tx = txbuild.create_active_transaction(
self.node_account().private_key(),
self.node_account().public_key())
if tx is None:
return None
return tx
def __repr__(self):
return self.producer_info().__repr__()
class Controller(object):
PRODUCER_STATE_ACTIVE = "Active"
PRODUCER_STATE_INACTIVE = "Inactive"
# CR_Foundation_TEMP = "EULhetag9FKS6Jd6aifFaPqjFTpZbSMY7u"
CR_Foundation_TEMP = "CRASSETSXXXXXXXXXXXXXXXXXXXX2qDX5J"
SECRETARY_PRIVATE_KEY = "E0076A271A137A2BD4429FA46E79BE3E10F2A730585F8AC2763D570B60469F11"
CRC_COMMITTEE_ADDRESS = "CREXPENSESXXXXXXXXXXXXXXXXXX4UdT6b"
def __init__(self, up_config: dict):
self.tag = util.tag_from_path(__file__, Controller.__name__)
# set config
self.up_config = up_config
self.root_path = os.path.abspath(
os.path.join(os.path.abspath(__file__), "../../../"))
self.config = util.read_config_file(
os.path.join(self.root_path, "config.json"))
self.node_types = ["ela", "arbiter", "did", "token", "neo"]
self.reset_config(up_config)
self.params = Parameter(self.config, self.root_path)
self.check_params()
self.env_manager = EnvManager()
self.keystore_manager = KeyStoreManager(self.params)
self.node_manager = NodeManager(self.params, self.env_manager,
self.keystore_manager)
self.tx_manager = TransactionManager(self.node_manager)
# init tap amount and register amount(unit: ELA)
self.tap_amount = 20000000
self.register_amount = 6000
self.node_amount = 5000
# necessary keystore
self.foundation_account = self.keystore_manager.foundation_account
self.tap_account = self.keystore_manager.tap_account
# pressure keystore
self.pressure_account = Account()
self.init_for_testing()
self.later_nodes = self.node_manager.ela_nodes[(
self.params.ela_params.number -
self.params.ela_params.later_start_number + 1):]
self.dpos_votes_dict = dict()
self.crc_proposal_hash = bytes()
self.owner_private_key = None
self.secretary_private_key = self.SECRETARY_PRIVATE_KEY
def init_for_testing(self):
self.node_manager.deploy_nodes()
Logger.info("{} deploying nodes on success!".format(self.tag))
self.node_manager.start_nodes()
self.node_manager.create_address_name_dict()
self.node_manager.create_owner_pubkey_name_dict()
self.node_manager.create_node_pubkey_name_dict()
self.node_manager.create_normal_dpos_pubkey()
Logger.info("{} starting nodes on success!".format(self.tag))
self.mining_blocks_ready(self.foundation_account.address())
Logger.info("{} mining 110 blocks on success!".format(self.tag))
time.sleep(5)
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.foundation_account.private_key(),
accounts=[self.tap_account],
amount=self.tap_amount * constant.TO_SELA)
self.check_result("recharge tap keystore", ret)
Logger.info("{} recharge tap keystore {} ELAs on success!".format(
self.tag, self.tap_amount * constant.TO_SELA))
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.tap_account.private_key(),
accounts=self.keystore_manager.owner_accounts,
amount=self.register_amount * constant.TO_SELA)
self.check_result("recharge owner keystore", ret)
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.tap_account.private_key(),
accounts=self.keystore_manager.node_accounts,
amount=self.node_amount * constant.TO_SELA)
self.check_result("recharge node keystore", ret)
Logger.info("{} recharge producer on success!".format(self.tag))
if self.params.arbiter_params.enable:
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.tap_account.private_key(),
accounts=self.keystore_manager.sub1_accounts,
amount=3 * constant.TO_SELA)
self.check_result("recharge sub1 keystore", ret)
Logger.info("{} recharge each sub1 keystore {} ELAs on success!")
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.tap_account.private_key(),
accounts=self.keystore_manager.sub2_accounts,
amount=3 * constant.TO_SELA)
self.check_result("recharge sub2 keystore", ret)
Logger.info("{} recharge each sub2 keystore {} ELAs on success!")
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.tap_account.private_key(),
accounts=self.keystore_manager.sub3_accounts,
amount=3 * constant.TO_SELA)
self.check_result("recharge sub3 keystore", ret)
Logger.info("{} recharge each sub3 keystore {} ELAs on success!")
ret = self.tx_manager.recharge_necessary_keystore(
input_private_key=self.tap_account.private_key(),
accounts=self.keystore_manager.sub4_accounts,
amount=3 * constant.TO_SELA)
self.check_result("recharge sub4 keystore", ret)
Logger.info("{} recharge each sub4 keystore {} ELAs on success!")
def ready_for_pressure_inputs(self, inputs_num: int):
ret = self.pressure_inputs(inputs_num)
self.check_result("pressure inputs number:{}".format(inputs_num), ret)
Logger.info("{}pressure inputs on success!".format(self.tag))
def ready_for_pressure_big_block(self, data_size: int):
ret = self.pressure_big_block(data_size)
self.check_result("pressure big block size:{} ".format(data_size), ret)
Logger.info("{}pressure big block on success!".format(
self.tag, data_size))
def pressure_inputs(self, inputs_num: int):
output_addresses = list()
for i in range(inputs_num):
output_addresses.append(self.pressure_account.address())
ret = self.tx_manager.transfer_asset(self.tap_account.private_key(),
output_addresses,
1 * util.TO_SELA)
if ret:
self.wait_block()
value = rpc.get_balance_by_address(self.pressure_account.address())
Logger.debug("{} account {} wallet balance: {}".format(
self.tag, self.pressure_account.address(), value))
ret = self.tx_manager.transfer_asset(
self.pressure_account.private_key(),
[self.pressure_account.address()],
int(Decimal(value) * util.TO_SELA - util.TX_FEE))
if ret:
self.wait_block()
return True
else:
Logger.error("{} pressure inputs transfer failed".format(
self.tag))
return False
else:
Logger.error("{} pressure outupts transfer failed".format(
self.tag))
return ret
def pressure_big_block(self, data_size):
attributes = list()
attribute = Attribute(usage=Attribute.NONCE,
data=Random.get_random_bytes(data_size))
attributes.append(attribute)
ret = self.tx_manager.transfer_abnormal_asset(
self.tap_account.private_key(), [self.tap_account.address()],
1 * util.TO_SELA,
attributes=attributes)
if ret:
self.wait_block()
return True
else:
Logger.error("{} pressure big block transfer failed".format(
self.tag))
return False
def wait_block(self):
Logger.info("waiting for the block ... ")
count_height = 0
height = self.get_current_height()
while True:
if height + 1 >= count_height:
rpc.discrete_mining(1)
time.sleep(1)
count_height = self.get_current_height()
else:
break
def ready_for_dpos(self):
ret = self.tx_manager.register_producers_candidates()
self.check_result("register producers", ret)
Logger.info("{} register producers on success!".format(self.tag))
ret = self.tx_manager.vote_producers_candidates()
self.check_result("vote producers", ret)
Logger.info("{} vote producer on success!".format(self.tag))
self.get_dpos_votes()
def ready_for_cr(self):
ret = self.register_cr_candidates()
self.get_current_height()
self.check_result("register cr", ret)
Logger.info("{} register cr on success!".format(self.tag))
ret = self.tx_manager.vote_cr_candidates()
self.get_current_height()
self.check_result("vote cr", ret)
Logger.info("{} vote cr on success!".format(self.tag))
# transfer to CRFoundation
# self.tx_manager.transfer_asset(self.tap_account.private_key(), [self.CR_Foundation_TEMP], 5000 * util.TO_SELA)
# if ret:
# rpc.discrete_mining(1)
# value = rpc.get_balance_by_address(self.CR_Foundation_TEMP)
# Logger.debug("{} CRFoundation {} wallet balance: {}".format(self.tag, self.CR_Foundation_TEMP, value))
# else:
# Logger.error("{} CRFoundation transfer failed".format(self.tag))
self.tx_manager.transfer_asset(self.tap_account.private_key(),
[self.CRC_COMMITTEE_ADDRESS],
5000 * util.TO_SELA)
if ret:
rpc.discrete_mining(1)
value = rpc.get_balance_by_address(self.CRC_COMMITTEE_ADDRESS)
Logger.debug("{} CRFoundation {} wallet balance: {}".format(
self.tag, self.CRC_COMMITTEE_ADDRESS, value))
else:
Logger.error("{} CRFoundation transfer failed".format(self.tag))
def ready_for_crc_proposal(self):
ret = self.crc_proposal()
self.get_current_height()
self.check_result("crc proposal", ret)
Logger.info("{} crc proposal on success!".format(self.tag))
def ready_for_crc_proposal_secretary_general(self):
ret = self.crc_proposal_secretary_general()
self.get_current_height()
self.check_result("crc proposal change secretary general", ret)
Logger.info(
"{} crc proposal change secretary general on success!".format(
self.tag))
def ready_for_crc_proposal_change_owner(self):
ret = self.crc_proposal_change_owner()
self.get_current_height()
self.check_result("crc proposal change owner", ret)
Logger.info("{} crc proposal change owneron success!".format(self.tag))
def ready_for_crc_proposal_review(self):
ret = self.crc_proposal_review()
self.get_current_height()
self.check_result("crc proposal review", ret)
Logger.info("{} crc proposal review on success!".format(self.tag))
self.discrete_miner(self.params.ela_params.proposal_cr_voting_period)
ret = self.tx_manager.vote_crc_proposal_candidates(
self.crc_proposal_hash)
self.get_current_height()
self.check_result("vote cr proposal", ret)
Logger.info("{} vote crc proposal on success!".format(self.tag))
self.discrete_miner(
self.params.ela_params.proposal_public_voting_period)
def ready_for_crc_proposal_tracking(self):
# common
ret = self.crc_proposal_tracking(None, CRCProposalTracking.COMMON, 0)
self.get_current_height()
self.check_result("crc proposal tracking common type", ret)
Logger.info("{} crc proposal tracking common on success!".format(
self.tag))
# progress
ret = self.crc_proposal_tracking(None, CRCProposalTracking.PROGRESS, 1)
self.get_current_height()
self.check_result("crc proposal tracking progress type", ret)
Logger.info("{} crc proposal tracking progress on success!".format(
self.tag))
# Reject
ret = self.crc_proposal_tracking(None, CRCProposalTracking.REJECTED, 2)
self.get_current_height()
self.check_result("crc proposal tracking reject type", ret)
Logger.info("{} crc proposal tracking reject on success!".format(
self.tag))
# progress
ret = self.crc_proposal_tracking(None, CRCProposalTracking.PROGRESS, 2)
self.get_current_height()
self.check_result("crc proposal tracking progress type", ret)
Logger.info("{} crc proposal tracking progress on success!".format(
self.tag))
# proposal leader
ela_node = self.node_manager.ela_nodes[2]
new_leader_private_key = ela_node.cr_account.private_key()
ret = self.crc_proposal_tracking(new_leader_private_key,
CRCProposalTracking.PROPOSAL_LEADER,
0)
self.get_current_height()
self.check_result("crc proposal tracking proposal leader type", ret)
Logger.info(
"{} crc proposal tracking proposal leader on success!".format(
self.tag))
self.owner_private_key = new_leader_private_key
# finalized
ret = self.crc_proposal_tracking(None, CRCProposalTracking.FINALIZED,
3)
self.get_current_height()
self.check_result("crc proposal tracking finalized type", ret)
Logger.info("{} crc proposal tracking finalized on success!".format(
self.tag))
# Terminated
# ret = self.crc_proposal_tracking(p_hash, leader_private_key, None, CRCProposalTracking.TERMINATED, 0)
# self.get_current_height()
# self.check_result("crc proposal tracking terminated type", ret)
# Logger.info("{} crc proposal tracking terminated on success!".format(self.tag))
def ready_for_crc_proposal_withdraw(self):
ret = self.crc_proposal_withdraw()
self.get_current_height()
self.check_result("crc proposal withdraw", ret)
Logger.info("{} crc proposal withdraw on success!".format(self.tag))
def crc_proposal_withdraw(self):
global result
result = True
# Recipient
ela_node = self.node_manager.ela_nodes[1]
recipient = ela_node.cr_account.address()
# leader privatekey
ela_node = self.node_manager.ela_nodes[2]
cr_private_key = ela_node.cr_account.private_key()
withdraw = CRCProposalWithdraw(
private_key=cr_private_key,
proposal_hash=self.crc_proposal_hash,
)
Logger.info("{} create crc proposal withdraw on success. \n{}".format(
self.tag, withdraw))
amount = self.get_withdraw_amount(
util.bytes_reverse(self.crc_proposal_hash).hex()) - util.TX_FEE
ret = self.tx_manager.crc_proposal_withdraw(
input_address=self.CRC_COMMITTEE_ADDRESS,
amount=amount,
crc_proposal_withdraw=withdraw,
output_address=recipient)
if not ret:
return False
self.discrete_miner(1)
return result
def crc_proposal_review(self):
global result
result = True
for i in range(1, self.params.ela_params.crc_number + 1):
ela_node = self.node_manager.ela_nodes[i]
cr_private_key = ela_node.cr_account.private_key()
review = CRCProposalReview(private_key=cr_private_key,
proposal_hash=self.crc_proposal_hash,
vote_result=CRCProposalReview.APPROVE,
opinion_hash=Random.get_random_bytes(
serialize.UINT256SIZE))
Logger.info(
"{} create crc proposal review on success. \n{}".format(
self.tag, review))
ret = self.tx_manager.crc_proposal_review(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal_review=review)
if not ret:
return False
self.discrete_miner(1)
Logger.info("{} node-{} review on success!\n".format(self.tag, i))
return result
def crc_proposal_tracking(self, new_leader_private_key, tracking_type: int,
stage: int):
global result
result = True
tracking = CRCProposalTracking(
secretary_private_key=self.secretary_private_key,
leader_private_key=self.owner_private_key,
new_leader_private_key=new_leader_private_key,
proposal_hash=self.crc_proposal_hash,
document_hash=Random.get_random_bytes(serialize.UINT256SIZE),
stage=stage,
tracking_type=tracking_type,
secretary_opinion_hash=Random.get_random_bytes(
serialize.UINT256SIZE),
)
Logger.info("{} create crc proposal tracking on success. \n{}".format(
self.tag, tracking))
ret = self.tx_manager.crc_proposal_tracking(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal_tracking=tracking)
if not ret:
return False
self.discrete_miner(1)
return result
def crc_proposal_secretary_general(self):
ela_node = self.node_manager.ela_nodes[1]
cr_private_key = ela_node.cr_account.private_key()
ela_node = self.node_manager.ela_nodes[2]
secretary_general_private_key = ela_node.cr_account.private_key()
result = True
crc_proposal = CRCProposal(
private_key=cr_private_key,
cr_private_key=cr_private_key,
secretary_general_private_key=secretary_general_private_key,
proposal_type=CRCProposal.SECRETARY_GENERAL,
category_data="",
draft_hash=Random.get_random_bytes(serialize.UINT256SIZE))
Logger.info(
"{} create crc proposal change secretary general on success. \n{}".
format(self.tag, crc_proposal))
ret = self.tx_manager.crc_proposal(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal=crc_proposal)
if not ret:
return False
self.discrete_miner(1)
return result
def crc_proposal_change_owner(self):
ela_node = self.node_manager.ela_nodes[1]
cr_private_key = ela_node.cr_account.private_key()
ela_node = self.node_manager.ela_nodes[2]
new_owner_private_key = ela_node.cr_account.private_key()
result = True
crc_proposal = CRCProposal(
private_key=cr_private_key,
cr_private_key=cr_private_key,
new_owner_private_key=new_owner_private_key,
proposal_type=CRCProposal.CHANGE_SPONSOR_OWNER,
category_data="",
draft_hash=Random.get_random_bytes(serialize.UINT256SIZE),
target_proposal_hash=self.crc_proposal_hash)
Logger.info(
"{} create crc proposal change owner on success. \n{}".format(
self.tag, crc_proposal))
ret = self.tx_manager.crc_proposal(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal=crc_proposal)
if not ret:
return False
self.discrete_miner(1)
return result
def crc_proposal(self):
ela_node = self.node_manager.ela_nodes[1]
cr_private_key = ela_node.cr_account.private_key()
self.owner_private_key = cr_private_key
budget_list = list()
budget_list.append(
Budget(budget_type=Budget.IMPREST, stage=0, amount=100000))
budget_list.append(
Budget(budget_type=Budget.NORMAL_PAYMENT, stage=1, amount=200000))
budget_list.append(
Budget(budget_type=Budget.NORMAL_PAYMENT, stage=2, amount=300000))
budget_list.append(
Budget(budget_type=Budget.FINAL_PAYMENT, stage=3, amount=400000))
result = True
crc_proposal = CRCProposal(
private_key=cr_private_key,
cr_private_key=cr_private_key,
proposal_type=CRCProposal.NORMAL,
category_data="",
draft_hash=Random.get_random_bytes(serialize.UINT256SIZE),
budget=budget_list,
recipient=bytes.fromhex(ela_node.cr_account.program_hash()))
Logger.info("{} create crc proposal on success. \n{}".format(
self.tag, crc_proposal))
ret = self.tx_manager.crc_proposal(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal=crc_proposal)
self.crc_proposal_hash = crc_proposal.hash
if not ret:
return False
self.discrete_miner(1)
return result
def register_cr_candidates(self):
global result
result = True
for i in range(1, self.params.ela_params.crc_number + 1):
ela_node = self.node_manager.ela_nodes[i]
cid = ela_node.cr_account.cid_address()
cr_info = self.create_cr_info(
register_private_key=ela_node.cr_account.private_key(),
nickname="CR-00{}".format(i),
url="www.00{}.com".format(i),
location=0)
ret = self.tx_manager.register_cr(
input_private_key=self.tap_account.private_key(),
amount=5000 * constant.TO_SELA,
cr_info=cr_info)
if not ret:
return False
self.discrete_miner(7)
status = self.get_cr_status(cid)
Logger.debug(
"After mining 7 blocks, register status: {}".format(status))
result = status == "Active"
if not result:
Logger.error("{} register CR {} failed".format(
self.tag, ela_node.name))
break
Logger.info("{} register CR-{} to be a CR on success!\n".format(
self.tag, i))
return result
def create_cr_info(self, register_private_key: str, nickname: str,
url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info("{} create cr_info on success. \n{}".format(
self.tag, cr_info))
return cr_info
def register_a_cr(self, input_private_key: str, cr_info: CRInfo):
ret = self.tx_manager.register_cr(input_private_key=input_private_key,
amount=5000 * constant.TO_SELA,
cr_info=cr_info)
self.check_result("register a cr", ret)
return ret
def create_crc_proposal(self, register_private_key: str, nickname: str,
url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info("{} create create_crc_proposal on success. \n{}".format(
self.tag, cr_info))
return cr_info
def create_crc_proposal_review(self, register_private_key: str,
nickname: str, url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info(
"{} create create_crc_proposal_review on success. \n{}".format(
self.tag, cr_info))
return cr_info
def create_crc_tracking(self, register_private_key: str, nickname: str,
url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info("{} create create_crc_tracking on success. \n{}".format(
self.tag, cr_info))
return cr_info
def mining_blocks_ready(self, foundation_address):
time.sleep(3)
rpc.discrete_mining(110)
balance = rpc.get_balance_by_address(foundation_address)
Logger.debug("{} foundation address value: {}".format(
self.tag, balance))
def check_params(self):
if self.params.ela_params.number < 3 * self.params.ela_params.crc_number + \
self.params.ela_params.later_start_number:
Logger.error(
"Ela node number should be >= 3 * crc number + later start number , "
"please check your config in the beginning of your test case or config.json, exit..."
)
time.sleep(1)
exit(-1)
def get_arbiter_names(self, category: str):
arbiters = rpc.get_arbiters_info()[category]
current_nicknames = list()
for public_key in arbiters:
current_nicknames.append(
self.node_manager.node_pubkey_name_dict[public_key])
return current_nicknames
def show_arbiter_info(self):
arbiters_nicknames = self.get_arbiter_names("arbiters")
arbiters_nicknames.sort()
next_arbiter_nicknames = self.get_arbiter_names("nextarbiters")
next_arbiter_nicknames.sort()
Logger.info(
"current arbiters nicknames: {}".format(arbiters_nicknames))
Logger.info(
"next arbiters nicknames: {}".format(next_arbiter_nicknames))
def reset_config(self, up_config: dict):
for key in up_config.keys():
if key is "side":
if not up_config[key]:
self.config["arbiter"]["enable"] = False
self.config["did"]["enable"] = False
self.config["token"]["enable"] = False
self.config["neo"]["enable"] = False
continue
if key in self.node_types:
_config = self.up_config[key]
for k in _config.keys():
self.config[key][k] = _config[k]
def terminate_all_process(self, result=True):
Logger.info("{} terminal all the process and exit...".format(self.tag))
self.node_manager.stop_nodes()
time.sleep(1)
os.system("sh {}/shell/killall.sh".format(self.root_path))
if result:
exit(0)
def start_later_nodes(self):
for node in self.later_nodes:
node.start()
def check_result(self, case: str, result: bool):
class TxControl(object):
PRODUCER_STATE_ACTIVE = "Active"
PRODUCER_STATE_INACTIVE = "Inactive"
# CR_Foundation_TEMP = "EULhetag9FKS6Jd6aifFaPqjFTpZbSMY7u"
CR_Foundation_TEMP = "CRASSETSXXXXXXXXXXXXXXXXXXXX2qDX5J"
SECRETARY_PRIVATE_KEY = "E0076A271A137A2BD4429FA46E79BE3E10F2A730585F8AC2763D570B60469F11"
CRC_COMMITTEE_ADDRESS = "CREXPENSESXXXXXXXXXXXXXXXXXX4UdT6b"
def __init__(self, config: dict):
self.tag = util.tag_from_path(__file__, TxControl.__name__)
self._init_config(config)
self.tap_account = Account(private_key_str=self.tap_private_key)
self.pressure_account = Account(
private_key_str=self.pressure_private_key)
self.register_amount = 6000
self.node_amount = 5000
self.dpos_votes_dict = dict()
self.producers_list = list()
self.cr_list = list()
self.tx_manager = TxManager(self.rpc_port)
def _init_config(self, config: dict):
self.rpc_port = config["rpc_port"]
self.host = config["host"]
self.outputs_num = config["outputs_num"]
self.inputs_num = config["inputs_num"]
self.block_size = config["block_size"]
self.pressure_private_key = config["pressure_private_key"]
self.tap_private_key = config["tap_private_key"]
self.lock_address = config["lock_address"]
self.recharge = config["recharge"]
self.eth_tap_address = config["eth_tap_address"]
rpc.DEFAULT_HOST = self.host
def ready_for_pressure_outputs(self):
ret = self.pressure_outputs()
self.check_result(
"pressure outputs number:{}".format(self.outputs_num), ret)
Logger.info("{}pressure outputs on success!".format(self.tag))
def ready_for_pressure_inputs(self):
ret = self.pressure_inputs()
self.check_result("pressure inputs number:{}".format(self.inputs_num),
ret)
Logger.info("{}pressure inputs on success!".format(self.tag))
def ready_for_pressure_cross_chain(self):
Logger.info("waiting for cross chain pressure test ... ")
ret = self.pressure_cross_chain()
self.check_result(
"pressure cross chain number:{}".format(self.outputs_num), ret)
Logger.info("{}pressure cross chain on success!".format(self.tag))
def ready_for_pressure_big_block(self):
ret = self.pressure_big_block()
self.check_result(
"pressure big block size:{} ".format(self.block_size), ret)
Logger.info("{}pressure big block on success!".format(
self.tag, self.block_size))
def pressure_outputs(self):
output_addresses = list()
for i in range(self.outputs_num):
output_addresses.append(self.pressure_account.address())
ret = self.tx_manager.transfer_asset(self.tap_account.private_key(),
output_addresses,
util.TX_SINGLE_OUTPUT,
not self.recharge)
if ret:
self.wait_block()
return True
else:
Logger.error("{} pressure outputs transfer failed".format(
self.tag))
return False
def pressure_inputs(self):
value = self.inputs_num * util.TX_FEE
Logger.debug("{} account {} wallet balance: {}".format(
self.tag, self.pressure_account.address(), value))
ret = self.tx_manager.transfer_asset(
self.pressure_account.private_key(), [self.tap_account.address()],
value - util.TX_FEE)
if ret:
self.wait_block()
return True
else:
Logger.error("{} pressure inputs transfer failed".format(self.tag))
return False
def pressure_cross_chain(self):
value = self.outputs_num * util.TX_SINGLE_OUTPUT
Logger.info("{} account {} wallet balance: {}".format(
self.tag, self.pressure_account.address(), value))
#self.tap_account.address(),
#"0x53781e106a2e3378083bdcede1874e5c2a7225f8",
ret = self.tx_manager.transfer_multi_cross_chain_asset(
self.pressure_account.private_key(), self.lock_address,
self.eth_tap_address, self.outputs_num,
util.TX_SINGLE_OUTPUT - util.TX_FEE, self.recharge, self.rpc_port)
if ret:
self.wait_block()
return True
else:
Logger.error("{} pressure inputs transfer failed".format(self.tag))
return False
def pressure_big_block(self):
attributes = list()
attribute = Attribute(usage=Attribute.NONCE,
data=Random.get_random_bytes(self.block_size))
attributes.append(attribute)
ret = self.tx_manager.transfer_abnormal_asset(
self.tap_account.private_key(), [self.tap_account.address()],
1 * util.TO_SELA,
attributes=attributes)
if ret:
self.wait_block()
return True
else:
Logger.error("{} pressure big block transfer failed".format(
self.tag))
return False
def ready_for_dpos(self):
producers = rpc.list_producers(0, 100, state="active")
if producers is None:
Logger.info('{} list producers is null'.format(self.tag))
return
Logger.debug('{} list producers:{}'.format(self.tag, producers))
self.producers_list = producers["producers"]
ret = self.vote_producers_candidates()
self.check_result("vote producers", ret)
Logger.info("{} vote producer on success!".format(self.tag))
# self.get_dpos_votes()
def ready_for_cr(self):
cr = rpc.list_current_crs()
# cr = rpc.list_cr_candidates(0, 100, state="active")
if cr is None:
Logger.info('{} list cr is null'.format(self.tag))
return
Logger.debug('{} list cr:{}'.format(self.tag, cr))
# self.cr_list = cr["crcandidatesinfo"]
self.cr_list = cr["crmembersinfo"]
ret = self.vote_cr_candidates()
self.check_result("vote cr", ret)
Logger.info("{} vote cr on success!".format(self.tag))
def ready_for_crc_proposal(self):
ret, p_hash = self.crc_proposal()
self.get_current_height()
self.check_result("crc proposal", ret)
Logger.info("{} crc proposal on success!".format(self.tag))
return p_hash
def ready_for_crc_proposal_review(self, p_hash: bytes):
ret = self.crc_proposal_review(p_hash)
self.get_current_height()
self.check_result("crc proposal review", ret)
Logger.info("{} crc proposal review on success!".format(self.tag))
self.discrete_miner(self.params.ela_params.proposal_cr_voting_period)
ret = self.tx_manager.vote_crc_proposal_candidates()
self.get_current_height()
self.check_result("vote cr proposal", ret)
Logger.info("{} vote crc proposal on success!".format(self.tag))
self.discrete_miner(
self.params.ela_params.proposal_public_voting_period)
def ready_for_crc_proposal_tracking(self, p_hash: bytes):
ela_node = self.node_manager.ela_nodes[1]
leader_private_key = ela_node.cr_account.private_key()
# common
ret = self.crc_proposal_tracking(p_hash, leader_private_key, None,
CRCProposalTracking.COMMON, 0)
self.get_current_height()
self.check_result("crc proposal tracking common type", ret)
Logger.info("{} crc proposal tracking common on success!".format(
self.tag))
# progress
ret = self.crc_proposal_tracking(p_hash, leader_private_key, None,
CRCProposalTracking.PROGRESS, 1)
self.get_current_height()
self.check_result("crc proposal tracking progress type", ret)
Logger.info("{} crc proposal tracking progress on success!".format(
self.tag))
# Reject
ret = self.crc_proposal_tracking(p_hash, leader_private_key, None,
CRCProposalTracking.REJECTED, 2)
self.get_current_height()
self.check_result("crc proposal tracking reject type", ret)
Logger.info("{} crc proposal tracking reject on success!".format(
self.tag))
# progress
ret = self.crc_proposal_tracking(p_hash, leader_private_key, None,
CRCProposalTracking.PROGRESS, 2)
self.get_current_height()
self.check_result("crc proposal tracking progress type", ret)
Logger.info("{} crc proposal tracking progress on success!".format(
self.tag))
# proposal leader
ela_node = self.node_manager.ela_nodes[2]
new_leader_private_key = ela_node.cr_account.private_key()
ret = self.crc_proposal_tracking(p_hash, leader_private_key,
new_leader_private_key,
CRCProposalTracking.PROPOSAL_LEADER,
0)
self.get_current_height()
self.check_result("crc proposal tracking proposal leader type", ret)
Logger.info(
"{} crc proposal tracking proposal leader on success!".format(
self.tag))
# finalized
ret = self.crc_proposal_tracking(p_hash, new_leader_private_key, None,
CRCProposalTracking.FINALIZED, 3)
self.get_current_height()
self.check_result("crc proposal tracking finalized type", ret)
Logger.info("{} crc proposal tracking finalized on success!".format(
self.tag))
# Terminated
# ret = self.crc_proposal_tracking(p_hash, leader_private_key, None, CRCProposalTracking.TERMINATED, 0)
# self.get_current_height()
# self.check_result("crc proposal tracking terminated type", ret)
# Logger.info("{} crc proposal tracking terminated on success!".format(self.tag))
def ready_for_crc_proposal_withdraw(self, p_hash: bytes):
ret = self.crc_proposal_withdraw(p_hash)
self.get_current_height()
self.check_result("crc proposal withdraw", ret)
Logger.info("{} crc proposal withdraw on success!".format(self.tag))
def crc_proposal_withdraw(self, p_hash: bytes):
global result
result = True
# Recipient
ela_node = self.node_manager.ela_nodes[1]
recipient = ela_node.cr_account.address()
# leader privatekey
ela_node = self.node_manager.ela_nodes[2]
cr_private_key = ela_node.cr_account.private_key()
withdraw = CRCProposalWithdraw(
private_key=cr_private_key,
proposal_hash=p_hash,
)
Logger.info("{} create crc proposal withdraw on success. \n{}".format(
self.tag, withdraw))
amount = self.get_withdraw_amount(p_hash.hex()) - util.TX_FEE
ret = self.tx_manager.crc_proposal_withdraw(
input_address=self.CRC_COMMITTEE_ADDRESS,
amount=amount,
crc_proposal_withdraw=withdraw,
output_address=recipient)
if not ret:
return False
self.discrete_miner(1)
return result
def crc_proposal_review(self, p_hash: bytes):
global result
result = True
for i in range(1, self.params.ela_params.crc_number + 1):
ela_node = self.node_manager.ela_nodes[i]
cr_private_key = ela_node.cr_account.private_key()
review = CRCProposalReview(private_key=cr_private_key,
proposal_hash=p_hash,
vote_result=CRCProposalReview.APPROVE,
opinion_hash=Random.get_random_bytes(
serialize.UINT256SIZE))
Logger.info(
"{} create crc proposal review on success. \n{}".format(
self.tag, review))
ret = self.tx_manager.crc_proposal_review(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal_review=review)
if not ret:
return False
self.discrete_miner(1)
Logger.info("{} node-{} review on success!\n".format(self.tag, i))
return result
def crc_proposal_tracking(self, p_hash: bytes, leader_private_key: str,
new_leader_private_key, tracking_type: int,
stage: int):
global result
result = True
tracking = CRCProposalTracking(
secretary_private_key=self.SECRETARY_PRIVATE_KEY,
leader_private_key=leader_private_key,
new_leader_private_key=new_leader_private_key,
proposal_hash=p_hash,
document_hash=Random.get_random_bytes(serialize.UINT256SIZE),
stage=stage,
tracking_type=tracking_type,
secretary_opinion_hash=Random.get_random_bytes(
serialize.UINT256SIZE),
)
Logger.info("{} create crc proposal tracking on success. \n{}".format(
self.tag, tracking))
ret = self.tx_manager.crc_proposal_tracking(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal_tracking=tracking)
if not ret:
return False
self.discrete_miner(1)
return result
def crc_proposal(self):
ela_node = self.node_manager.ela_nodes[1]
cr_private_key = ela_node.cr_account.private_key()
budget_list = list()
budget_list.append(
Budget(budget_type=Budget.IMPREST, stage=0, amount=100000))
budget_list.append(
Budget(budget_type=Budget.NORMAL_PAYMENT, stage=1, amount=200000))
budget_list.append(
Budget(budget_type=Budget.NORMAL_PAYMENT, stage=2, amount=300000))
budget_list.append(
Budget(budget_type=Budget.FINAL_PAYMENT, stage=3, amount=400000))
result = True
crc_proposal = CRCProposal(
private_key=cr_private_key,
cr_private_key=cr_private_key,
proposal_type=CRCProposal.NORMAL,
category_data="normal",
draft_hash=Random.get_random_bytes(serialize.UINT256SIZE),
budget=budget_list,
recipient=bytes.fromhex(ela_node.cr_account.program_hash()))
Logger.info("{} create crc proposal on success. \n{}".format(
self.tag, crc_proposal))
ret = self.tx_manager.crc_proposal(
input_private_key=self.tap_account.private_key(),
amount=10 * constant.TO_SELA,
crc_proposal=crc_proposal)
if not ret:
return False, crc_proposal.hash
self.discrete_miner(1)
return result, crc_proposal.hash
def register_cr_candidates(self):
global result
result = True
for i in range(1, self.params.ela_params.crc_number + 1):
ela_node = self.node_manager.ela_nodes[i]
cid = ela_node.cr_account.cid_address()
cr_info = self.create_cr_info(
register_private_key=ela_node.cr_account.private_key(),
nickname="CR-00{}".format(i),
url="www.00{}.com".format(i),
location=0)
ret = self.tx_manager.register_cr(
input_private_key=self.tap_account.private_key(),
amount=5000 * constant.TO_SELA,
cr_info=cr_info)
if not ret:
return False
self.discrete_miner(7)
status = self.get_cr_status(cid)
Logger.debug(
"After mining 7 blocks, register status: {}".format(status))
result = status == "Active"
if not result:
Logger.error("{} register CR {} failed".format(
self.tag, ela_node.name))
break
Logger.info("{} register node-{} to be a CR on success!\n".format(
self.tag, i))
return result
def create_cr_info(self, register_private_key: str, nickname: str,
url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info("{} create cr_info on success. \n{}".format(
self.tag, cr_info))
return cr_info
def register_a_cr(self, input_private_key: str, cr_info: CRInfo):
ret = self.tx_manager.register_cr(input_private_key=input_private_key,
amount=5000 * constant.TO_SELA,
cr_info=cr_info)
self.check_result("register a cr", ret)
return ret
def create_crc_proposal(self, register_private_key: str, nickname: str,
url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info("{} create create_crc_proposal on success. \n{}".format(
self.tag, cr_info))
return cr_info
def create_crc_proposal_review(self, register_private_key: str,
nickname: str, url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info(
"{} create create_crc_proposal_review on success. \n{}".format(
self.tag, cr_info))
return cr_info
def create_crc_tracking(self, register_private_key: str, nickname: str,
url: str, location: int):
cr_info = CRInfo(private_key=register_private_key,
nickname=nickname,
url=url,
location=location)
Logger.info("{} create create_crc_tracking on success. \n{}".format(
self.tag, cr_info))
return cr_info
def mining_blocks_ready(self, foundation_address):
time.sleep(3)
rpc.discrete_mining(110)
balance = rpc.get_balance_by_address(foundation_address)
Logger.debug("{} foundation address value: {}".format(
self.tag, balance))
def check_params(self):
if self.params.ela_params.number < 3 * self.params.ela_params.crc_number + \
self.params.ela_params.later_start_number:
Logger.error(
"Ela node number should be >= 3 * crc number + later start number , "
"please check your config in the beginning of your test case or config.json, exit..."
)
time.sleep(1)
exit(-1)
def get_arbiter_names(self, category: str):
arbiters = rpc.get_arbiters_info()[category]
current_nicknames = list()
for public_key in arbiters:
current_nicknames.append(
self.node_manager.node_pubkey_name_dict[public_key])
return current_nicknames
def show_arbiter_info(self):
arbiters_nicknames = self.get_arbiter_names("arbiters")
arbiters_nicknames.sort()
next_arbiter_nicknames = self.get_arbiter_names("nextarbiters")
next_arbiter_nicknames.sort()
Logger.info(
"current arbiters nicknames: {}".format(arbiters_nicknames))
Logger.info(
"next arbiters nicknames: {}".format(next_arbiter_nicknames))
def reset_config(self, up_config: dict):
for key in up_config.keys():
if key is "side":
if not up_config[key]:
self.config["arbiter"]["enable"] = False
self.config["did"]["enable"] = False
self.config["token"]["enable"] = False
self.config["neo"]["enable"] = False
continue
if key in self.node_types:
_config = self.up_config[key]
for k in _config.keys():
self.config[key][k] = _config[k]
def vote_producers_candidates(self):
candidates = list()
vote_amount = 10
p = len(self.producers_list)
if len(self.producers_list) > 36:
p = 36
for i in range(1, p):
producer = self.producers_list[i]["ownerpublickey"]
candidates.append(
CandidateVotes(bytes.fromhex(producer), vote_amount))
ret = self.tx_manager.vote_producer(
input_private_key=self.tap_private_key,
amount=vote_amount,
candidates=candidates,
)
if not ret:
return False
self.wait_block()
return True
def vote_cr_candidates(self):
candidates = list()
amount = 0
p = len(self.cr_list)
if len(self.cr_list) > 36:
p = 36
for i in range(1, p):
cr = self.cr_list[i]["cid"]
vote_amount = i * 10
amount += vote_amount
candidates.append(
CandidateVotes(keytool.address_to_program_hash(cr),
vote_amount))
ret = self.tx_manager.vote_cr(
input_private_key=self.tap_account.private_key(),
amount=amount,
candidates=candidates,
)
if not ret:
return False
self.wait_block()
return True
def check_result(self, case: str, result: bool):
