def __init__(self, address, port, node_id=None, bootstrap=[]):
"""
Creates a new peer, with the given settings.
Does not bind a socket yet. Call `serve_forever` to bind and listen.
>>> PeerServer('', '9000').serve_forever()
:param address: IP address to bind to
:param port: Port to bind to
:param node_id: Optional Node identifier, if this
peer already has a persisted identity.
:param bootstrap: A list of (ip, port) tuples used
as an entry point into the network.
"""
super().__init__('%s:%s' % (address, port))
self._id = NodeId.generate() if node_id is None else node_id
self._bootstrap = list(bootstrap)
print('Starting Peer %s' % repr(self._id))
import gevent
from dht.peer import PeerServer
from dht.route import NodeId
if __name__ == '__main__':
print('Starting up')
id = NodeId.generate()
# Stop gevent from outputting exception
# details on keyboard interrupt.
gevent.get_hub().NOT_ERROR += (KeyboardInterrupt,)
peer = PeerServer('', '9000')
cancel = gevent.event.Event()
try:
peer.start()
print('Bootstrap here')
cancel.wait()
except KeyboardInterrupt:
print('User requested stop')
finally:
print('Stopping')
peer.stop(timeout=1)
# Currently this doesn't do anything, as the
# cancel event is just used to stop main() execution.