def deploy_file(contract, compiled_contracts, client):
libraries = dict()
filename, _, name = contract.partition(":")
log.info(f"Deploying {name}")
proxy = client.deploy_solidity_contract(
name,
compiled_contracts,
libraries,
'',
contract_path=filename,
)
log.info(
f"Deployed {name} @ {is_normalized_address(proxy.contract_address)}")
libraries[contract] = is_normalized_address(proxy.contract_address)[2:]
return libraries
def test_to_address_from_public_key(private_key):
address = private_key.public_key.to_address()
assert is_normalized_address(address)
assert is_same_address(address, ADDRESS)
def checkTransfer(transfer):
if not transfer['tokensym'] in tokens:
raise Exception("Token "+transfer['tokensym']+"' not known.")
if len(transfer['return'])>0 and len(transfer['txid'])<10:
isnormalized = eth_utils.is_normalized_address(transfer['return'])
ischecksum = eth_utils.is_checksum_address(transfer['return'])
# if not isnormalized and not ischecksum:
# print "ERROR BadAddess "+transfer['return']
# elif isnormalized and not ischecksum:
# print "WARN NotChecksumed "+transfer['return']
balance = web3.eth.getBalance(transfer['return'])
if balance == 0:
print "WARN ReturnAddr "+transfer['return']+" has "+str(balance)+" eth"
if len(transfer['return'])>0 and len(transfer['txid'])>10:
tokenFrom = 0
tokenTo = "0x"
token = "NONE"
tokenValue = 0
# get ERC20 transfer and amount
receipt = web3.eth.getTransactionReceipt(transfer['txid'])
if receipt is None:
print "TXID recipt "+transfer['txid']+" is not ready"
time.sleep(1)
checkTransfer(transfer)
return
for log in receipt['logs']:
if log['topics'][0] == TOPIC_ERC20TRANSFER:
tokenFrom = '0x'+log['topics'][1][26:].lower()
checkAddrFormat(tokenFrom)
tokenTo = '0x'+log['topics'][2][26:].lower()
checkAddrFormat(tokenTo)
token = log['address']
tokenValue = int(log['data'][2:], 16)
# get ETH transfer value and amount
tx = web3.eth.getTransaction(transfer['txid'])
if tx is None:
print "TXID "+transfer['txid']+" is not ready"
time.sleep(1)
checkTransfer(transfer)
return
ethFrom = tx['from']
ethTo = tx['to']
ethValue = tx['value']
block = web3.eth.getBlock(receipt['blockNumber'])
timestamp = int(block['timestamp'])
elapsed = str(round((time.time() - timestamp)/60))
# check transfers from HWG_ADDR to destination
if transfer['tokensym'] == ETH_TOKEN:
if ethFrom != HWG_ADDR:
print 'WARN '+transfer['txid']+' tokenTo!='+transfer['token']
if ethTo != transfer['return']:
print 'WARN '+transfer['txid']+' ethTo!='+transfer['return']
if ethValue != int(transfer['amount']):
print 'WARN '+transfer['txid']+' ethValue('+ethValue+')!='+transfer['amount']
if tokenValue > 0:
print 'WARN '+transfer['txid']+' tokenValue>0'
print elapsed+"m ago\t> "+transfer['return']+" "+ \
"{:,}".format(ethValue/1000000000000000000.0)+" ETH"
else:
decimals = erc20decimals[transfer['tokensym']]
if tokenFrom != HWG_ADDR:
print 'WARN '+transfer['txid']+' tokenFrom!='+HWG_ADDR
if token != tokens[transfer['tokensym']]:
print 'WARN '+transfer['txid']+' token!='+tokens[transfer['tokensym']]
if tokenTo != transfer['return']:
print 'WARN '+transfer['txid']+' tokenTo('+tokenTo+')!='+transfer['return']
if tokenValue != int(transfer['amount']):
print 'WARN '+transfer['txid']+' tokenValue('+str(tokenValue)+')!='+transfer['amount']
if ethValue > 0:
print 'WARN '+transfer['txid']+' ethValue>0'
print elapsed+"m ago\t> "+transfer['return']+" "+\
"{:,}".format(int(transfer['amount'])/float(pow(10,decimals)))+\
" "+transfer['tokensym'].upper()+" d="+str(decimals)