def create_transaction(args: Any):
args = utils.as_object(args)
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
if args.data_file:
args.data = utils.read_file(args.data_file)
tx = do_prepare_transaction(args)
if hasattr(args, "relay") and args.relay:
args.outfile.write(tx.serialize_as_inner())
return
send_wait_result = args.wait_result and args.send and not args.simulate
send_only = args.send and not (args.wait_result or args.simulate)
simulate = args.simulate and not (send_only or send_wait_result)
try:
if send_wait_result:
proxy = ElrondProxy(args.proxy)
response = tx.send_wait_result(proxy, args.timeout)
utils.dump_out_json(response)
elif send_only:
tx.send(ElrondProxy(args.proxy))
elif simulate:
response = tx.simulate(ElrondProxy(args.proxy))
utils.dump_out_json(response)
finally:
tx.dump_to(args.outfile)
def deploy(args: Any):
logger.debug("deploy")
cli_shared.check_broadcast_args(args)
arguments = args.arguments
gas_price = args.gas_price
gas_limit = args.gas_limit
value = args.value
chain = args.chain
version = args.version
contract = _prepare_contract(args)
sender = _prepare_sender(args)
tx = contract.deploy(sender, arguments, gas_price, gas_limit, value, chain,
version)
logger.info("Contract address: %s", contract.address)
result = None
try:
result = _send_or_simulate(tx, args)
finally:
txdict = tx.to_dump_dict()
txdict['address'] = contract.address.bech32()
dump_tx_and_result(txdict, result, args)
def automatic_activation(args: Any):
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
staking_provider.prepare_args_automatic_activation(args)
tx = do_prepare_transaction(args)
try:
cli_shared.send_or_simulate(tx, args)
finally:
tx.dump_to(args.outfile)
def do_create_delegation_contract(args: Any):
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
staking_provider.prepare_args_for_create_new_staking_contract(args)
tx = do_prepare_transaction(args)
try:
cli_shared.send_or_simulate(tx, args)
finally:
tx.dump_to(args.outfile)
def do_unjail(args: Any):
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
validators.prepare_args_for_unjail(args)
tx = do_prepare_transaction(args)
try:
cli_shared.send_or_simulate(tx, args)
finally:
tx.dump_to(args.outfile)
def change_reward_address(args: Any):
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
validators.prepare_args_for_change_reward_address(args)
tx = do_prepare_transaction(args)
try:
_send_or_simulate(tx, args)
finally:
tx.dump_to(args.outfile)
def upgrade(args: Any):
logger.debug("upgrade")
cli_shared.check_broadcast_args(args)
contract_address = args.contract
arguments = args.arguments
gas_price = args.gas_price
gas_limit = args.gas_limit
value = args.value
chain = args.chain
version = args.version
contract = _prepare_contract(args)
contract.address = Address(contract_address)
sender = _prepare_sender(args)
tx = contract.upgrade(sender, arguments, gas_price, gas_limit, value, chain, version)
try:
result = _send_or_simulate(tx, args)
finally:
txdict = tx.to_dump_dict()
dump_tx_and_result(txdict, result, args)
def call(args: Any):
logger.debug("call")
cli_shared.check_broadcast_args(args)
contract_address = args.contract
function = args.function
arguments = args.arguments
gas_price = args.gas_price
gas_limit = args.gas_limit
value = args.value
chain = args.chain
version = args.version
contract = SmartContract(contract_address)
sender = _prepare_sender(args)
tx = contract.execute(sender, function, arguments, gas_price, gas_limit, value, chain, version)
try:
result = _send_or_simulate(tx, args)
finally:
txdict = tx.to_dump_dict()
dump_tx_and_result(txdict, result, args)
def register(args: Any):
args = utils.as_object(args)
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
args.receiver = dns_address_for_name(args.name).bech32()
args.data = dns_register_data(args.name)
tx = do_prepare_transaction(args)
if hasattr(args, "relay") and args.relay:
args.outfile.write(tx.serialize_as_inner())
return
try:
if args.send:
tx.send(ElrondProxy(args.proxy))
elif args.simulate:
response = tx.simulate(ElrondProxy(args.proxy))
utils.dump_out_json(response)
finally:
tx.dump_to(args.outfile)
def deploy(args: Any):
logger.debug("deploy")
cli_shared.check_broadcast_args(args)
arguments = args.arguments
gas_price = args.gas_price
gas_limit = args.gas_limit
value = args.value
chain = args.chain
version = args.version
contract = _prepare_contract(args)
sender = _prepare_sender(args)
tx = contract.deploy(sender, arguments, gas_price, gas_limit, value, chain,
version)
logger.info("Contract address: %s", contract.address)
try:
_send_or_simulate(tx, args)
finally:
tx.dump_to(args.outfile, extra={"address": contract.address.bech32()})
def create_transaction(args: Any):
args = utils.as_object(args)
cli_shared.check_broadcast_args(args)
cli_shared.prepare_nonce_in_args(args)
if args.data_file:
args.data = utils.read_file(args.data_file)
tx = do_prepare_transaction(args)
if hasattr(args, "relay") and args.relay:
args.outfile.write(tx.serialize_as_inner())
return
try:
if args.send:
tx.send(ElrondProxy(args.proxy))
elif args.simulate:
response = tx.simulate(ElrondProxy(args.proxy))
utils.dump_out_json(response)
finally:
tx.dump_to(args.outfile)
