def test_key_store_can_persist_key_files(tmp_path, sample_bls_key_pairs,
has_key_pairs):
some_password = b"password"
public_key, private_key = tuple(sample_bls_key_pairs.items())[0]
private_key_bytes = private_key.to_bytes(32, "little")
encoded_private_key = private_key_bytes.hex()
if has_key_pairs:
key_pairs = sample_bls_key_pairs
else:
key_pairs = {}
key_store = KeyStore(
key_pairs=key_pairs,
key_store_dir=tmp_path,
password_provider=lambda _public_key: some_password,
)
with key_store.persistence():
assert not tuple(key_store._key_store_dir.iterdir())
key_store.import_private_key(encoded_private_key)
key_files = tuple(key_store._key_store_dir.iterdir())
assert len(key_files) == 1
key_file = key_files[0]
with open(key_file) as key_file_handle:
key_file_json = json.load(key_file_handle)
assert decode_hex(key_file_json["public_key"]) == public_key
assert private_key_bytes == eth_keyfile.decode_keyfile_json(
key_file_json, some_password)
def test_key_store_can_import_private_key(tmp_path, sample_bls_key_pairs):
public_key, private_key = tuple(sample_bls_key_pairs.items())[0]
encoded_private_key = private_key.to_bytes(32, "little").hex()
key_store = KeyStore(sample_bls_key_pairs)
key_store.import_private_key(encoded_private_key)
assert key_store.private_key_for(public_key) == private_key
async def _import_key(logger: logging.Logger, config: Config,
arguments: argparse.Namespace) -> None:
logger.info("importing private key...")
try:
key_store = KeyStore(
key_store_dir=config.key_store_dir,
password_provider=terminal_password_provider,
)
with key_store.persistence(should_load_existing_key_pairs=False):
key_store.import_private_key(arguments.private_key)
except Exception:
logger.exception("error importing key")
async def test_beacon_node_and_validator_client_can_talk(
autojump_clock,
clock,
beacon_node,
eth2_config,
chain_config,
seconds_per_epoch,
sample_bls_key_pairs,
client_id,
# NOTE: temporarily disable BLS while it standardizes
no_op_bls,
):
starting_head_slot = beacon_node._chain.get_canonical_head().slot
assert starting_head_slot == GENESIS_SLOT
async with trio.open_nursery() as nursery:
await nursery.start(beacon_node.run)
api_client = BeaconNodeClient(
chain_config.genesis_time,
f"http://{local_host_name}:{beacon_node.validator_api_port}",
eth2_config.SECONDS_PER_SLOT,
)
async with api_client:
# sanity check
assert api_client.client_version == client_id
key_store = KeyStore(sample_bls_key_pairs)
validator = ValidatorClient(key_store, clock, api_client)
with trio.move_on_after(seconds_per_epoch):
async with background_trio_service(validator):
await trio.sleep(seconds_per_epoch * 2)
nursery.cancel_scope.cancel()
sent_operations_for_broadcast = api_client._broadcast_operations
received_operations_for_broadcast = (
beacon_node._validator_api_server.context._broadcast_operations)
# temporary until we update to the new API
# NOTE: with new API, remove assertion and deletion
assert validator._duty_store._store[((1 << 64) - 1, 0)]
del validator._duty_store._store[((1 << 64) - 1, 0)]
# NOTE: this is the easiest condition to pass while suggesting this is working
# As the other parts of the project shore up, we should do stricter testing to ensure
# the operations we expect (and that they exist...) get across the gap from
# validator to beacon node
assert received_operations_for_broadcast.issubset(
sent_operations_for_broadcast)
assert beacon_node._chain.get_canonical_head().slot > starting_head_slot
async def test_client_works(
autojump_clock, sample_bls_key_pairs, seconds_per_slot, slots_per_epoch
):
"""
This test constructs a ``Client`` with enough known inputs to compute an expected set of
signatures after running for a given amount of time. The test fails if the expected signatures
are not observed as outputs of the client.
"""
slots_per_epoch = 4
# NOTE: start 2 epochs ahead of genesis to emulate the client
# waiting to the time it can start polling the beacon node
# and the getting duties in the first epoch in the epoch prior to genesis
total_epochs_to_run = 4
epochs_before_genesis_to_start = 2
epochs_after_genesis_to_end = total_epochs_to_run - epochs_before_genesis_to_start
# Set genesis so that we aren't aligned with a slot, which could hide some
# bugs we will otherwise see...
non_aligned_time = trio.current_time() + seconds_per_slot / 3
seconds_per_epoch = seconds_per_slot * slots_per_epoch
genesis_time = int(
non_aligned_time + epochs_before_genesis_to_start * seconds_per_epoch
)
public_key = tuple(sample_bls_key_pairs.keys())[0]
key_store = KeyStore(sample_bls_key_pairs)
beacon_node = MockBeaconNode(
slots_per_epoch,
seconds_per_slot,
duty_fetcher=_mk_duty_fetcher(public_key, slots_per_epoch, seconds_per_slot),
)
clock = Clock(
seconds_per_slot,
genesis_time,
slots_per_epoch,
seconds_per_epoch,
trio.current_time,
)
client = Client(key_store, clock, beacon_node)
try:
async with background_trio_service(client):
await trio.sleep(total_epochs_to_run * seconds_per_epoch)
except DaemonTaskExit:
# NOTE: there is a race condition in ``async_service`` that will
# trigger ``DaemonTaskExit`` when the test would otherwise pass.
# See: https://github.com/ethereum/async-service/issues/54
pass
fulfilled_duties = tuple(
filter(
lambda duty: duty.tick_for_execution.epoch < epochs_after_genesis_to_end,
beacon_node.given_duties,
)
)
assert len(beacon_node.published_signatures) == len(fulfilled_duties)
randao_provider = mk_randao_provider(key_store.private_key_for)
for duty in fulfilled_duties:
if duty.duty_type == DutyType.Attestation:
operation = await beacon_node.fetch_attestation(
duty.validator_public_key,
duty.tick_for_execution.slot,
duty.committee_index,
)
else:
randao_reveal = randao_provider(
duty.validator_public_key, duty.tick_for_execution.epoch
)
operation = await beacon_node.fetch_block_proposal(
duty.tick_for_execution.slot, randao_reveal
)
observed_signature = beacon_node.published_signatures[duty]
expected_signature = sign(duty, operation, key_store.private_key_for)
assert observed_signature == expected_signature