def build(network: Dict):
assert isinstance(network, dict), network
pool = P2PConnectionPool(connections=8,
batcher_timeout=30,
network=network['pycoin'])
interface = P2PInterface(pool, network=network['pycoin'])
return pool, interface
def setUp(self):
self.pool = Mock()
self.loopmock = Mock()
self.peers_bootstrapper = Mock()
self.sut = P2PInterface(self.pool,
loop=self.loopmock,
peers_bootstrapper=self.peers_bootstrapper)
self.loop = asyncio.get_event_loop()
def setUp(self):
self.repository = create_autospec(Repository)
self.mempool_repository = MempoolRepository()
self.repository.mempool = self.mempool_repository
self.batcher_factory = Mock()
self.pool = P2PConnectionPool(batcher=lambda: batcher_factory(self))
self.connection = Mock(connected=True, score=99)
self.pool.connections.append(self.connection)
self.p2p_interface = P2PInterface(self.pool)
self.sut = MempoolObserver(self.repository, self.p2p_interface)
self.loop = asyncio.get_event_loop()
def build(context):
network = context.get_network()
assert isinstance(network, dict), network
from spruned.daemon.bitcoin_p2p.p2p_connection import P2PConnectionPool
from spruned.daemon.bitcoin_p2p.p2p_interface import P2PInterface
pool = P2PConnectionPool(connections=8,
batcher_timeout=15,
network=network['pycoin'],
ipv6=False,
context=context)
interface = P2PInterface(pool, network=network['pycoin'])
return pool, interface
def build(ctx: Context):
network = ctx.get_network()
assert isinstance(network, dict), network
from spruned.daemon.bitcoin_p2p.p2p_connection import P2PConnectionPool
from spruned.daemon.bitcoin_p2p.p2p_interface import P2PInterface
peers = load_p2p_peers()
print(ctx.proxy)
pool = P2PConnectionPool(connections=8,
batcher_timeout=15,
network=network['pycoin'],
ipv6=False,
proxy=str(ctx.proxy),
context=ctx)
for peer in peers:
pool.add_peer(peer)
interface = P2PInterface(pool, network=network['pycoin'])
if ctx.tor:
async def _no_dns_bootstrap(*_, **__):
return load_p2p_peers()
interface.peers_bootstrapper = _no_dns_bootstrap
return pool, interface