def construct_send_basic(wallet, arguments):
if not wallet:
print("please open a wallet")
return False
if len(arguments) < 3:
print("Not enough arguments")
return False
arguments, from_address = get_from_addr(arguments)
arguments, priority_fee = get_fee(arguments)
arguments, user_tx_attributes = get_tx_attr_from_args(arguments)
arguments, owners = get_owners_from_params(arguments)
to_send = get_arg(arguments)
address_to = get_arg(arguments, 1)
amount = get_arg(arguments, 2)
assetId = get_asset_id(wallet, to_send)
if assetId is None:
print("Asset id not found")
return False
scripthash_to = lookup_addr_str(wallet, address_to)
if scripthash_to is None:
logger.debug("invalid address")
return False
scripthash_from = None
if from_address is not None:
scripthash_from = lookup_addr_str(wallet, from_address)
if scripthash_from is None:
logger.debug("invalid address")
return False
# if this is a token, we will use a different
# transfer mechanism
if type(assetId) is NEP5Token:
return do_token_transfer(assetId, wallet, from_address, address_to, amount_from_string(assetId, amount), tx_attributes=user_tx_attributes)
f8amount = get_asset_amount(amount, assetId)
if f8amount is False:
logger.debug("invalid amount")
return False
if float(amount) == 0:
print("amount cannot be 0")
return False
fee = Fixed8.Zero()
if priority_fee is not None:
fee = priority_fee
if fee is False:
logger.debug("invalid fee")
return False
output = TransactionOutput(AssetId=assetId, Value=f8amount, script_hash=scripthash_to)
contract_tx = ContractTransaction(outputs=[output])
return [contract_tx, scripthash_from, fee, owners, user_tx_attributes]
def custom_background_code(self):
count = 0
while True:
sleep(1)
count += 1
if (count % 60) == 0:
self.logger.info("Block %s / %s",
str(Blockchain.Default().Height),
str(Blockchain.Default().HeaderHeight))
count = 0
# already have a transfer that we are waiting to process? then just keep waiting until that transaction comes through
if self.transfer_tx_processing:
continue
# no transfers? then keep waiting
if not self.transfers_to_process:
continue
if self.wallet_needs_recovery:
self.recover_wallet()
self.wallet_needs_recovery = False
else:
self.wallet_sync()
transfer = self.transfers_to_process[0]
self.transfers_to_process = self.transfers_to_process[1:]
if len(transfer) != 2:
self.logger.error(
'ERROR! transfer must have exactly 2 args. skipping! %s',
transfer)
continue
to_address = transfer[0]
if to_address == self.niche_payment_storage_address:
self.logger.debug('processing payment storage: %s', transfer)
else:
self.logger.debug('processing refund: %s', transfer)
token = get_asset_id(self.wallet, self.nrve_token_symbol)
print('found token %s', token)
result = do_token_transfer(token, self.wallet,
self.niche_payment_address, to_address,
transfer[1], False)
if not result:
# transaction failed? wallet probably out-of-sync (insufficient funds) so reload it
self.wallet_needs_recovery = True
# we need to try to process this transfer again, so add it back in to the list
self.transfers_to_process = [transfer
] + self.transfers_to_process
else:
# transaction successfully relayed? then let's set the tx Hash that we're waiting for
self.transfer_tx_processing = result.Hash
def construct_and_send(prompter, wallet, arguments, prompt_password=True):
try:
if not wallet:
print("please open a wallet")
return False
if len(arguments) < 3:
print("Not enough arguments")
return False
arguments, from_address = get_from_addr(arguments)
arguments, user_tx_attributes = get_tx_attr_from_args(arguments)
arguments, owners = get_owners_from_params(arguments)
arguments, priority_fee = get_fee(arguments)
to_send = get_arg(arguments)
address_to = get_arg(arguments, 1)
amount = get_arg(arguments, 2)
assetId = get_asset_id(wallet, to_send)
if assetId is None:
print("Asset id not found")
return False
scripthash_to = lookup_addr_str(wallet, address_to)
if scripthash_to is None:
print("invalid address")
return False
scripthash_from = None
if from_address is not None:
scripthash_from = lookup_addr_str(wallet, from_address)
# if this is a token, we will use a different
# transfer mechanism
if type(assetId) is NEP5Token:
return do_token_transfer(assetId, wallet, from_address, address_to, amount_from_string(assetId, amount), prompt_passwd=prompt_password, tx_attributes=user_tx_attributes)
f8amount = Fixed8.TryParse(amount, require_positive=True)
if f8amount is None:
print("invalid amount format")
return False
if type(assetId) is UInt256 and f8amount.value % pow(10, 8 - Blockchain.Default().GetAssetState(assetId.ToBytes()).Precision) != 0:
print("incorrect amount precision")
return False
fee = Fixed8.Zero()
if priority_fee is not None:
fee = priority_fee
print("sending with fee: %s " % fee.ToString())
output = TransactionOutput(AssetId=assetId, Value=f8amount, script_hash=scripthash_to)
tx = ContractTransaction(outputs=[output])
ttx = wallet.MakeTransaction(tx=tx,
change_address=None,
fee=fee,
from_addr=scripthash_from)
if ttx is None:
print("insufficient funds")
return False
if prompt_password:
passwd = prompt("[Password]> ", is_password=True)
if not wallet.ValidatePassword(passwd):
print("incorrect password")
return False
standard_contract = wallet.GetStandardAddress()
if scripthash_from is not None:
signer_contract = wallet.GetContract(scripthash_from)
else:
signer_contract = wallet.GetContract(standard_contract)
if not signer_contract.IsMultiSigContract and owners is None:
data = standard_contract.Data
tx.Attributes = [TransactionAttribute(usage=TransactionAttributeUsage.Script,
data=data)]
# insert any additional user specified tx attributes
tx.Attributes = tx.Attributes + user_tx_attributes
if owners:
owners = list(owners)
for owner in owners:
tx.Attributes.append(
TransactionAttribute(usage=TransactionAttributeUsage.Script, data=owner))
context = ContractParametersContext(tx, isMultiSig=signer_contract.IsMultiSigContract)
wallet.Sign(context)
if owners:
owners = list(owners)
gather_signatures(context, tx, owners)
if context.Completed:
tx.scripts = context.GetScripts()
# print("will send tx: %s " % json.dumps(tx.ToJson(),indent=4))
relayed = NodeLeader.Instance().Relay(tx)
if relayed:
wallet.SaveTransaction(tx)
print("Relayed Tx: %s " % tx.Hash.ToString())
return tx
else:
print("Could not relay tx %s " % tx.Hash.ToString())
else:
print("Transaction initiated, but the signature is incomplete")
print(json.dumps(context.ToJson(), separators=(',', ':')))
return False
except Exception as e:
print("could not send: %s " % e)
traceback.print_stack()
traceback.print_exc()
return False
def construct_and_send(prompter, wallet, arguments, prompt_password=True):
try:
if not wallet:
print("please open a wallet")
return False
if len(arguments) < 3:
print("Not enough arguments")
return False
arguments, from_address = get_from_addr(arguments)
arguments, user_tx_attributes = get_tx_attr_from_args(arguments)
to_send = get_arg(arguments)
address_to = get_arg(arguments, 1)
amount = get_arg(arguments, 2)
assetId = get_asset_id(wallet, to_send)
if assetId is None:
print("Asset id not found")
return False
scripthash_to = lookup_addr_str(wallet, address_to)
if scripthash_to is None:
print("invalid address")
return False
scripthash_from = None
if from_address is not None:
scripthash_from = lookup_addr_str(wallet, from_address)
# if this is a token, we will use a different
# transfer mechanism
if type(assetId) is NEP5Token:
return do_token_transfer(assetId, wallet, from_address, address_to, amount_from_string(assetId, amount), prompt_passwd=prompt_password)
f8amount = Fixed8.TryParse(amount, require_positive=True)
if f8amount is None:
print("invalid amount format")
return False
if type(assetId) is UInt256 and f8amount.value % pow(10, 8 - Blockchain.Default().GetAssetState(assetId.ToBytes()).Precision) != 0:
print("incorrect amount precision")
return False
fee = Fixed8.Zero()
output = TransactionOutput(AssetId=assetId, Value=f8amount, script_hash=scripthash_to)
tx = ContractTransaction(outputs=[output])
ttx = wallet.MakeTransaction(tx=tx,
change_address=None,
fee=fee,
from_addr=scripthash_from)
if ttx is None:
print("insufficient funds")
return False
if prompt_password:
passwd = prompt("[Password]> ", is_password=True)
if not wallet.ValidatePassword(passwd):
print("incorrect password")
return False
standard_contract = wallet.GetStandardAddress()
if scripthash_from is not None:
signer_contract = wallet.GetContract(scripthash_from)
else:
signer_contract = wallet.GetContract(standard_contract)
if not signer_contract.IsMultiSigContract:
data = standard_contract.Data
tx.Attributes = [TransactionAttribute(usage=TransactionAttributeUsage.Script,
data=data)]
# insert any additional user specified tx attributes
tx.Attributes = tx.Attributes + user_tx_attributes
context = ContractParametersContext(tx, isMultiSig=signer_contract.IsMultiSigContract)
wallet.Sign(context)
if context.Completed:
tx.scripts = context.GetScripts()
# print("will send tx: %s " % json.dumps(tx.ToJson(),indent=4))
relayed = NodeLeader.Instance().Relay(tx)
if relayed:
wallet.SaveTransaction(tx)
print("Relayed Tx: %s " % tx.Hash.ToString())
return tx
else:
print("Could not relay tx %s " % tx.Hash.ToString())
else:
print("Transaction initiated, but the signature is incomplete")
print(json.dumps(context.ToJson(), separators=(',', ':')))
return False
except Exception as e:
print("could not send: %s " % e)
traceback.print_stack()
traceback.print_exc()
return False
