def test_3_confirm_and_finalize_eth_tx(web3_provider, ethr_signers,
configuration: Config):
# To allow the new EthrSigner to "catch up", we start it after the event submission event in Ethereum
secret_token_addr = TokenPairing.objects().get(src_network="Ethereum",
src_coin="ETH").dst_address
prev_bal = web3_provider.eth.getBalance(zero_address, "latest")
prev_bal_fee = web3_provider.eth.getBalance(PAYABLE_ADDRESS, "latest")
ethr_signers[-1].start()
sleep(1)
assert increase_block_number(web3_provider,
configuration.eth_confirmations)
sleep(configuration.sleep_interval * 5)
# Validate the tx is confirmed in the smart contract
last_nonce = SwapTrackerObject.last_processed(secret_token_addr)
# ethr_signers[-1].signer.multisig_contract.contract.functions.confirmations(last_nonce,
# ethr_signers[-1].account).call()
assert last_nonce >= 0
bal_fee = web3_provider.eth.getBalance(PAYABLE_ADDRESS, "latest")
assert bal_fee > prev_bal_fee
bal = web3_provider.eth.getBalance(zero_address, "latest")
assert bal > prev_bal
last_nonce = SwapTrackerObject.last_processed(secret_token_addr)
swap = Swap.objects().get(src_tx_hash=f'{last_nonce}|{secret_token_addr}')
assert swap.status == Status.SWAP_CONFIRMED
configuration.eth_start_block = web3_provider.eth.blockNumber
def ethr_leader(multisig_account, configuration: Config, web3_provider,
erc20_token, multisig_wallet, ether_accounts):
configuration.leader_key = ether_accounts[0].key
configuration.leader_acc_addr = normalize_address(
ether_accounts[0].address)
configuration.eth_start_block = web3_provider.eth.blockNumber
# token_map = configuration["token_map_scrt"]
signer = LocalCryptoStore(private_key=configuration.leader_key,
account=configuration.leader_acc_addr)
leader = EtherLeader(multisig_wallet,
signer,
dst_network="Secret",
config=configuration)
leader.start()
yield leader
leader.stop()