async def notify_resource_available(self) -> None:
# We currently need this to give plugins the chance to start as soon
# as the `PeerPool` is available. In the long term, the peer pool may become
# a plugin itself and we can get rid of this.
peer_pool = self.get_peer_pool()
await self.event_bus.broadcast(
ResourceAvailableEvent(resource=(peer_pool, self.cancel_token),
resource_type=type(peer_pool)),
BroadcastConfig(internal=True),
)
# This broadcasts the *local* chain, which is suited for tasks that aren't blocking
# for too long. There may be value in also broadcasting the proxied chain.
await self.event_bus.broadcast(
ResourceAvailableEvent(resource=self.get_chain(),
resource_type=BaseChain),
BroadcastConfig(internal=True),
)
# Broadcasting the DbManager internally, ensures plugins that run in the networking process
# can reuse the existing connection instead of creating additional new connections
await self.event_bus.broadcast(
ResourceAvailableEvent(resource=self.db_manager,
resource_type=BaseManager),
BroadcastConfig(internal=True),
)
def notify_resource_available(self) -> None:
# We currently need this to give plugins the chance to start as soon
# as the `PeerPool` is available. In the long term, the peer pool may become
# a plugin itself and we can get rid of this.
self._plugin_manager.broadcast(
ResourceAvailableEvent(resource=(self.get_peer_pool(),
self.cancel_token),
resource_type=PeerPool))
# This broadcasts the *local* chain, which is suited for tasks that aren't blocking
# for too long. There may be value in also broadcasting the proxied chain.
self._plugin_manager.broadcast(
ResourceAvailableEvent(resource=self.get_chain(),
resource_type=BaseChain))