def test_etherscan_url_mainnet():
# address
url = get_etherscan_url(network=NetworksInventory.MAINNET,
url_type=EtherscanURLType.ADDRESS,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
assert url == f"https://etherscan.io/address/{ADDRESS_OR_TX_HASH}"
# transaction
url = get_etherscan_url(network=NetworksInventory.MAINNET,
url_type=EtherscanURLType.TRANSACTION,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
assert url == f"https://etherscan.io/tx/{ADDRESS_OR_TX_HASH}"
def test_etherscan_url_goerli(chain_id_func):
# address
url = get_etherscan_url(
network='rando-goerli', # name irrelevant because of patch
url_type=EtherscanURLType.ADDRESS,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
assert url == f"https://goerli.etherscan.io/address/{ADDRESS_OR_TX_HASH}"
# transaction
url = get_etherscan_url(
network='rando-goerli', # name irrelevant because of patch
url_type=EtherscanURLType.TRANSACTION,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
assert url == f"https://goerli.etherscan.io/tx/{ADDRESS_OR_TX_HASH}"
def make_contract_row(network: str, agent, balance: NU = None):
contract_name = agent.contract_name
contract_address = agent.contract_address
cells = [
html.A(f'{contract_name} {contract_address} ({agent.contract.version})',
id=f"{contract_name}-contract-address",
href=get_etherscan_url(network, EtherscanURLType.ADDRESS, contract_address))
]
if balance is not None:
cells.append(html.Span(balance))
row = html.Tr(cells)
return row
def generate_node_row(network: str, node_info: dict) -> dict:
staker_address = node_info['staker_address']
etherscan_url = get_etherscan_url(network, EtherscanURLType.ADDRESS, staker_address)
slang_last_seen = get_last_seen(node_info)
status = node_info['status']['status']
status_image_path = STATUS_IMAGE_PATHS[status]
node_row = {
NODE_TABLE_COLUMNS[0]: f'',
NODE_TABLE_COLUMNS[1]: f'[{staker_address[:10]}...]({etherscan_url})',
NODE_TABLE_COLUMNS[2]: f'[{node_info["nickname"]}]({NODE_STATUS_URL_TEMPLATE.format(node_info["rest_url"])})',
NODE_TABLE_COLUMNS[3]: node_info['uptime'],
NODE_TABLE_COLUMNS[4]: slang_last_seen,
NODE_TABLE_COLUMNS[5]: node_info['fleet_state_icon'],
#'Peers ': html.Td(node_info['peers']), # TODO
}
return node_row
def test_etherscan_url_invalid_inputs():
# no network
with pytest.raises(ValueError):
get_etherscan_url(network=None,
url_type=EtherscanURLType.ADDRESS,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
with pytest.raises(ValueError):
get_etherscan_url(network='',
url_type=EtherscanURLType.ADDRESS,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
# unknown network
with pytest.raises(ValueError):
get_etherscan_url(network='pandora',
url_type=EtherscanURLType.TRANSACTION,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
# None url type
with pytest.raises(ValueError):
get_etherscan_url(network=NetworksInventory.IBEX,
url_type=None,
address_or_tx_hash=ADDRESS_OR_TX_HASH)
# no hash
with pytest.raises(ValueError):
get_etherscan_url(network=NetworksInventory.IBEX,
url_type=EtherscanURLType.TRANSACTION,
address_or_tx_hash=None)
with pytest.raises(ValueError):
get_etherscan_url(network=NetworksInventory.IBEX,
url_type=EtherscanURLType.TRANSACTION,
address_or_tx_hash='')