class xAlice:
def __init__(self, config):
assert isinstance(config, ClientConfig)
config.in_use = True
self.config = config
# begin XXX This is supposed to be "equivalent" to Alice.main;
# work out what that means and unify the two!
self.actual_alice = Alice(config.actual_config)
self.actual_alice.listener.start()
self.actual_alice.start()
# end XXX
global tr
tr = self.actual_alice.tr
self.sinfo = {}
self.cinfo = {}
link = self.actual_alice.link
self.sinfo["server"]=link.peer[0]
self.sinfo["ip"]=link.server_ip
def disconnect(self):
pass # XXX
def get_server_info(self):
link = self.actual_alice.link
self.sinfo["connection time"] = time.time() - link.time_connected
self.sinfo["message count" ] = (link.messages_out, link.messages_in)
self.sinfo["last message" ] = time.time() - link.last_sent
return self.sinfo
def get_client_info(self):
link = self.actual_alice.link
# This is not "efficient" but, like, whatever:
if "public_ip" in link.__dict__:
self.cinfo["public ip"] = link.public_ip
else:
self.cinfo["public ip"] = None
self.cinfo["network interface"] = self.actual_alice.config.interface
self.cinfo["ntp method"] = self.actual_alice.time_manager.method
self.cinfo["clock dispersion"] = self.actual_alice.root_dispersion
return self.cinfo
def get_peers(self):
peers = self.actual_alice.fm.peers.items()
return [xPeer(p, self.actual_alice.fm) for p in peers]
class xAlice:
def __init__(self, config):
assert isinstance(config, ClientConfig)
config.in_use = True
self.config = config
# begin XXX This is supposed to be "equivalent" to Alice.main;
# work out what that means and unify the two!
self.actual_alice = Alice(config.actual_config)
self.actual_alice.listener.start()
self.actual_alice.start()
# end XXX
global tr
tr = self.actual_alice.tr
self.sinfo = {}
self.cinfo = {}
link = self.actual_alice.link
self.sinfo["server"] = link.peer[0]
self.sinfo["ip"] = link.server_ip
def disconnect(self):
pass # XXX
def get_server_info(self):
link = self.actual_alice.link
self.sinfo["connection time"] = time.time() - link.time_connected
self.sinfo["message count"] = (link.messages_out, link.messages_in)
self.sinfo["last message"] = time.time() - link.last_sent
return self.sinfo
def get_client_info(self):
link = self.actual_alice.link
# This is not "efficient" but, like, whatever:
if "public_ip" in link.__dict__:
self.cinfo["public ip"] = link.public_ip
else:
self.cinfo["public ip"] = None
self.cinfo["network interface"] = self.actual_alice.config.interface
self.cinfo["ntp method"] = self.actual_alice.time_manager.method
self.cinfo["clock dispersion"] = self.actual_alice.root_dispersion
return self.cinfo
def get_peers(self):
peers = self.actual_alice.fm.peers.items()
return [xPeer(p, self.actual_alice.fm) for p in peers]
def __init__(self, config):
assert isinstance(config, ClientConfig)
config.in_use = True
self.config = config
# begin XXX This is supposed to be "equivalent" to Alice.main;
# work out what that means and unify the two!
self.actual_alice = Alice(config.actual_config)
self.actual_alice.listener.start()
self.actual_alice.start()
# end XXX
global tr
tr = self.actual_alice.tr
self.sinfo = {}
self.cinfo = {}
link = self.actual_alice.link
self.sinfo["server"] = link.peer[0]
self.sinfo["ip"] = link.server_ip
def __init__(self, config):
assert isinstance(config, ClientConfig)
config.in_use = True
self.config = config
# begin XXX This is supposed to be "equivalent" to Alice.main;
# work out what that means and unify the two!
self.actual_alice = Alice(config.actual_config)
self.actual_alice.listener.start()
self.actual_alice.start()
# end XXX
global tr
tr = self.actual_alice.tr
self.sinfo = {}
self.cinfo = {}
link = self.actual_alice.link
self.sinfo["server"]=link.peer[0]
self.sinfo["ip"]=link.server_ip
