def peer_manager(channel_message_handler, routing_message_handler):
our_node_secret = SecretKey(get_random_sk_bytes())
ephemeral_random_data = get_random_bytes(32)
logger = LDKLogger(Logger())
return PeerManager(channel_message_handler, routing_message_handler,
our_node_secret, ephemeral_random_data, logger)
def test_update_monitor(channel_monitor, channel_monitor_update_data):
update = ChannelMonitorUpdate.from_bytes(channel_monitor_update_data)
broadcaster = BroadcasterInterface(Broadcaster())
fee_estimator = FeeEstimator(FeeEst())
logger = LDKLogger(Logger())
channel_monitor.update_monitor(update, broadcaster, fee_estimator, logger)
def test_block_disconnected(channel_monitor, tx):
block_header = BlockHeader(get_random_bytes(80))
height = 1
broadcaster = BroadcasterInterface(Broadcaster())
fee_estimator = FeeEstimator(FeeEst())
logger = LDKLogger(Logger())
channel_monitor.block_disconnected(block_header, height, broadcaster, fee_estimator, logger)
def chain_monitor(in_mem_chan_keys):
chain_source = Filter(F())
broadcaster = BroadcasterInterface(Broadcaster())
fee_estimator = FeeEstimator(FeeEst())
logger = LDKLogger(Logger())
persister = Persist(Persister())
return ChainMonitor(chain_source, broadcaster, logger, fee_estimator,
persister)
def test_net_graph_msg_handler_get_graph(net_graph_bytes):
access = Access(A())
logger = LDKLogger(Logger())
empty_graph_handler = NetGraphMsgHandler.from_net_graph(access, logger, NetworkGraph())
net_graph_handler = NetGraphMsgHandler.from_net_graph(access, logger, NetworkGraph.from_bytes(net_graph_bytes))
assert empty_graph_handler.graph.serialize() == bytes(16)
assert net_graph_handler.graph.serialize() == net_graph_bytes
def test_block_connected(channel_monitor, tx):
block_header = BlockHeader(get_random_bytes(80))
txdata = [(len(tx), Transaction.from_bytes(tx))]
height = 1
broadcaster = BroadcasterInterface(Broadcaster())
fee_estimator = FeeEstimator(FeeEst())
logger = LDKLogger(Logger())
outs_to_watch = channel_monitor.block_connected(block_header, txdata, height, broadcaster, fee_estimator, logger)
# The data is completely made up, so there should be no outputs to watch
assert outs_to_watch == []
def test_net_graph_msg_handler_from_net_graph(channel_announcement_bytes):
access = Access(A())
logger = LDKLogger(Logger())
net_graph = NetworkGraph()
assert isinstance(NetGraphMsgHandler.from_net_graph(access, logger, net_graph), NetGraphMsgHandler)
assert isinstance(NetGraphMsgHandler.from_net_graph(None, logger, net_graph), NetGraphMsgHandler)
# Check also with a non-empty graph
chan_announcement = ChannelAnnouncement.from_bytes(channel_announcement_bytes)
net_graph.update_channel_from_announcement(chan_announcement)
assert isinstance(NetGraphMsgHandler.from_net_graph(access, logger, net_graph), NetGraphMsgHandler)
assert isinstance(NetGraphMsgHandler.from_net_graph(None, logger, net_graph), NetGraphMsgHandler)
def test_net_graph_msg_handler():
access = Access(A())
logger = LDKLogger(Logger())
assert isinstance(NetGraphMsgHandler(access, logger), NetGraphMsgHandler)
assert isinstance(NetGraphMsgHandler(None, logger), NetGraphMsgHandler)
def test_get_latest_holder_commitment_txn(channel_monitor):
# Not the best UX at the moment, but looks like this may change for 0.0.13.
# FIXME: #PANIC-ERROR
with pytest.raises(BaseException, match="must accept before signing"):
channel_monitor.get_latest_holder_commitment_txn(LDKLogger(Logger()))