def wait(ctx: Context, transaction_id: str) -> None:
"""
Wait for a mix transaction and dump all log data. Does not update the
wallet. Use sync to scan the chain for new notes.
"""
client_ctx = ctx.obj
mixer_desc = load_mixer_description_from_ctx(client_ctx)
instance_desc = mixer_desc.mixer
# Retrieve the tx receipt and dump logs
web3 = open_web3_from_ctx(client_ctx) # type: ignore
instance = instance_desc.instantiate(web3)
tx_receipt = web3.eth.waitForTransactionReceipt(transaction_id, 10000) \
# pylint: disable=no-member
print("LogDebug events:")
logs = get_event_logs_from_tx_receipt(instance, "LogDebug", tx_receipt)
for log in logs:
print(f" {log.args['message']}: {log.args['value']} "
f"({hex(log.args['value'])})")
print("LogMix events:")
logs = get_event_logs_from_tx_receipt(instance, "LogMix", tx_receipt)
for log in logs:
print(f" {log}")
def ls_notes(ctx: Context, balance: bool, spent: bool) -> None:
"""
List the set of notes owned by this wallet
"""
client_ctx = ctx.obj
web3 = open_web3_from_ctx(client_ctx)
mixer_desc = load_mixer_description_from_ctx(client_ctx)
mixer_instance = mixer_desc.mixer.instantiate(web3)
js_secret = load_zeth_address_secret(client_ctx)
wallet = open_wallet(mixer_instance, js_secret, client_ctx)
total = EtherValue(0)
for addr, short_commit, value in wallet.note_summaries():
print(f"{short_commit}: value={value.ether()}, addr={addr}")
total = total + value
if balance:
print(f"TOTAL BALANCE: {total.ether()}")
if not spent:
return
print("SPENT NOTES:")
for addr, short_commit, value in wallet.spent_note_summaries():
print(f"{short_commit}: value={value.ether()}, addr={addr}")
def deploy(
ctx: Context,
eth_addr: Optional[str],
eth_private_key: Optional[str],
instance_out: str,
token_address: str,
deploy_gas: Optional[int]) -> None:
"""
Deploy the zeth contracts and record the instantiation details.
"""
eth_address = load_eth_address(eth_addr)
eth_private_key_data = load_eth_private_key(eth_private_key)
client_ctx = ctx.obj
web3 = open_web3_from_ctx(client_ctx)
print(f"deploy: eth_address={eth_address}")
print(f"deploy: instance_out={instance_out}")
print(f"deploy: token_address={token_address}")
token_instance_desc = get_erc20_instance_description(token_address) \
if token_address else None
prover_client = create_prover_client(client_ctx)
_zeth_client, mixer_instance_desc = MixerClient.deploy(
web3,
prover_client,
eth_address,
eth_private_key_data,
token_address,
deploy_gas)
mixer_desc = MixerDescription(mixer_instance_desc, token_instance_desc)
write_mixer_description(instance_out, mixer_desc)
def sync(ctx: Context, wait_tx: Optional[str],
batch_size: Optional[int]) -> None:
"""
Attempt to retrieve new notes for the key in <key-file>
"""
client_ctx = ctx.obj
web3 = open_web3_from_ctx(client_ctx)
mixer_desc = load_mixer_description_from_ctx(client_ctx)
mixer_instance = mixer_desc.mixer.instantiate(web3)
js_secret = load_zeth_address_secret(client_ctx)
wallet = open_wallet(mixer_instance, js_secret, client_ctx)
chain_block_number = do_sync(web3, wallet, wait_tx, zeth_note_short_print,
batch_size)
print(f"SYNCED to {chain_block_number}")
def deploy(ctx: Context, eth_addr: Optional[str],
eth_private_key: Optional[str], instance_out: str,
token_address: Optional[str], permitted_dispatcher: Optional[str],
vk_hash: Optional[str], deploy_gas: Optional[int]) -> None:
"""
Deploy the zeth contracts and record the instantiation details.
"""
eth_address = load_eth_address(eth_addr)
eth_private_key_data = load_eth_private_key(eth_private_key)
client_ctx = ctx.obj
web3 = open_web3_from_ctx(client_ctx)
if bool(permitted_dispatcher) != bool(vk_hash):
raise ClickException(
"Must supply BOTH --permitted-dispatch AND --vk-hash, or NEITHER")
print(f"deploy: eth_address={eth_address}")
print(f"deploy: instance_out={instance_out}")
print(f"deploy: token_address={token_address}")
if permitted_dispatcher:
permitted_dispatcher = load_contract_address(permitted_dispatcher)
print(f"deploy: permitted_dispatcher={permitted_dispatcher}")
print(f"deploy: vk_hash={vk_hash}")
token_instance_desc = get_erc20_instance_description(token_address) \
if token_address else None
prover_client = create_prover_client(client_ctx)
_zeth_client, mixer_instance_desc = MixerClient.deploy(
web3,
prover_client,
eth_address,
eth_private_key_data,
token_address,
permitted_dispatcher=permitted_dispatcher,
vk_hash=vk_hash,
deploy_gas=deploy_gas)
mixer_desc = MixerDescription(mixer=mixer_instance_desc,
token=token_instance_desc,
permitted_dispatcher=permitted_dispatcher,
vk_hash=vk_hash)
write_mixer_description(instance_out, mixer_desc)
