def login(args):
args.serverport = BAR0_PORT
args.bar0 = BAR0
args.service = "LogIn"
#args.listenport = 0
baseS = baseService()
#Put an exception somewhere here!
if not args.nym:
args.nym = baseS.read_file(
baseS.dirc(__file__, "../keys", "/pseudonym"))
if not args.pk:
args.pk = baseS.read_file(
baseS.dirc(__file__, "../keys", "/public_key.pem"))
else:
args.pk = baseS.read_file(args.pk.name)
if not args.proxyport:
print "You need to specify a proxyport with --proxyport. Aborting..."
return
if not args.delaymessage:
args.delaymessage = 5
#if not args.listenport:
# print "You need to specify a listener port for CLient to CLiet communication. Aborting..."
# return
help(args.service)
login_service(args)
def login_conn(data_to_send, login_args):
d = defer.Deferred()
d.addCallback(
bar_server_conn
) # put the bar_server_conn function to a callback ,which will run when the data is ready when the BAR0 response with the IP:port combination
base = baseService()
factory = ClientToBar0Factory(data_to_send, d, login_args)
base.TLS_TOR_conn(login_args.bar0, login_args.serverport).connect(factory)
def exchange_key(args):
'''
'''
args.service = "ExchangeKey"
args.serverport = BAR0_PORT
args.bar0 = BAR0
baseS = baseService()
if not args.nym:
args.nym = baseS.read_file(
baseS.dirc(__file__, "../keys", "/pseudonym"))
if not args.fnym:
print "You need to specify a public key path file with --pk. Aborting..."
return
help(args.service)
exchange_key_service(args)
def register_conn(data_to_send,register_args):
base= baseService()
factory = ClientToBar0Factory(data_to_send,"empty_defer","") # without a defer
base.TLS_TOR_conn(register_args.bar0,register_args.serverport).connect(factory)
def exchange_key_conn(data_to_send,exchange_args):
base= baseService()
factory = ClientToBar0Factory(data_to_send,"empty_defer","") # without a defer
base.TLS_TOR_conn(exchange_args.bar0,exchange_args.serverport).connect(factory)