def __init__(self, peermanager, connection, remote_pubkey=None):
super(Peer, self).__init__()
self.is_stopped = False
self.hello_received = False
self.peermanager = peermanager
self.connection = connection
self.config = peermanager.config
self.protocols = OrderedDict()
log.debug('peer init', peer=self)
# create multiplexed encrypted session
privkey = self.config['node']['privkey_hex'].decode('hex')
hello_packet = P2PProtocol.get_hello_packet(self)
self.mux = MultiplexedSession(privkey,
hello_packet,
remote_pubkey=remote_pubkey)
self.remote_pubkey = remote_pubkey
# register p2p protocol
assert issubclass(self.peermanager.wire_protocol, P2PProtocol)
self.connect_service(self.peermanager)
# assure, we don't get messages while replies are not read
self.safe_to_read = gevent.event.Event()
self.safe_to_read.set()
# Stop peer if hello not received in self.dumb_remote_timeout seconds
gevent.spawn_later(self.dumb_remote_timeout, self.check_if_dumb_remote)
def __init__(self,
peermanager,
connection,
remote_pubkey=None): # FIXME node vs remote_pubkey
super(Peer, self).__init__()
self.is_stopped = False
self.peermanager = peermanager
self.connection = connection
self.config = peermanager.config
self.protocols = OrderedDict()
log.debug('peer init', peer=self)
# create multiplexed encrypted session
privkey = self.config['node']['privkey_hex'].decode('hex')
hello_packet = P2PProtocol.get_hello_packet(self)
self.mux = MultiplexedSession(privkey,
hello_packet,
token_by_pubkey=dict(),
remote_pubkey=remote_pubkey)
# register p2p protocol
assert issubclass(self.peermanager.wire_protocol, P2PProtocol)
self.connect_service(self.peermanager)
# assure, we don't get messages while replies are not read
self.safe_to_read = gevent.event.Event()
self.safe_to_read.set()
