def test_get_extended_debug_logger_if_other_logger_in_cache():
path = "testing.{0}".format(uuid.uuid4())
normal_logger = get_logger(path)
assert not isinstance(normal_logger, ExtendedDebugLogger)
assert normal_logger.name == path
extended_logger = get_extended_debug_logger(path)
assert isinstance(extended_logger, ExtendedDebugLogger)
assert extended_logger.name == path
def test_extended_debug_logger_pickling():
name = "testing.{0}".format(uuid.uuid4())
extended_logger = get_extended_debug_logger(name)
pickled = pickle.dumps(extended_logger)
# logging.Logger.__reduce__() returns (getLogger, name), which could give us a regular Logger
# instance after pickling/unpickling an ExtendedDebugLogger (e.g. when crossing process
# boundaries since the other process wouldn't have an ExtendedDebugLogger with that name in
# the logging module's cache). This test ensures an unpickled ExtendedDebugLogger is still an
# ExtendedDebugLogger even when it's not in the logging's module cache.
del logging.Logger.manager.loggerDict[name]
unpickled_logger = pickle.loads(pickled)
assert isinstance(unpickled_logger, ExtendedDebugLogger)
class BaseConnectionTracker(ABC):
"""
Base API which defines the interface that the peer pool uses to record
information about connection failures when attempting to connect to peers
"""
logger = get_extended_debug_logger(
'p2p.tracking.connection.ConnectionTracker')
def record_failure(self, remote: NodeAPI, failure: BaseP2PError) -> None:
timeout_seconds = get_timeout_for_failure(failure)
failure_name = type(failure).__name__
return self.record_blacklist(remote, timeout_seconds, failure_name)
@abstractmethod
def record_blacklist(self, remote: NodeAPI, timeout_seconds: int,
reason: str) -> None:
...
@abstractmethod
async def get_blacklisted(self) -> Tuple[NodeID, ...]:
...
)
from trinity.protocol.les.api import LESV1API, LESV2API
from trinity.components.builtin.network_db.connection.tracker import ConnectionTrackerClient
from trinity.components.builtin.network_db.eth1_peer_db.tracker import (
BaseEth1PeerTracker,
EventBusEth1PeerTracker,
NoopEth1PeerTracker,
)
from .boot import DAOCheckBootManager
from .context import ChainContext
from .events import (
DisconnectPeerEvent, )
p2p_logger = get_extended_debug_logger('p2p')
class BaseChainPeer(BasePeer):
boot_manager_class = DAOCheckBootManager
context: ChainContext
@cached_property
def chain_api(self) -> Union[ETHAPI, ETHV63API, LESV1API, LESV2API]:
return choose_eth_or_les_api(self.connection)
@cached_property
def head_info(self) -> HeadInfoAPI:
return self.connection.get_logic(HeadInfo.name, HeadInfo)
@cached_property
def test_get_extended_debug_logger():
path = "testing.{0}".format(uuid.uuid4())
logger = get_extended_debug_logger(path)
assert isinstance(logger, ExtendedDebugLogger)
assert logger.name == path
