#!/usr/bin/env python3
import base
import WLSK_Keygen, WLSK_Init, WLSK_Resp, WLSK_S
if __name__ == '__main__':
print('Generating keys')
WLSK_Keygen.init()(base.get_hostname())
print(' enc_key = {}\n mac_key = {}\b table = {}'.format(
base.read_file('wlsk_enc_key'), base.read_file('wlsk_mac_key'),
base.read_file('keytbl')))
print('\x1b[31m[A1]\x1b[0m')
(a3, idA) = WLSK_Init.init()(base.get_hostname())
print(' idA = {}'.format(idA))
print('\x1b[34m[B2]\x1b[0m')
(b4, n) = WLSK_Resp.init()(idA)
print(' n = {}'.format(n))
print('\x1b[31m[A3]\x1b[0m')
(_, iv1, e, m) = a3(n)
print(' e = {}\n m = {}'.format(e, m))
print('\x1b[34m[B4]\x1b[0m')
(b6, idA_, idB_, iv2, e_, m_) = b4(iv1, e, m)
print(' idA\' = {}\n idB\' = {}\n e\' = {}\n m\' = {}'.format(
idA_, idB_, e_, m_))
print('\x1b[33m[S5]\x1b[0m')
(_, iv3, e__, m__) = WLSK_S.init()(idA_, idB_, iv2, e_, m_)
print(' e\'\' = {}\n m\'\' = {}'.format(e__, m__))
#!/usr/bin/env python3
import base, WLSK_Keygen
from common import *
if __name__ == '__main__':
my_hostname = base.get_hostname()
print('Generating keys for {}...'.format(my_hostname))
WLSK_Keygen.init()(my_hostname)
print('Done')
debug('enc_key = {}\nmac_key = {}\ntable = {}'.format(
base.read_file('wlsk_enc_key'), base.read_file('wlsk_mac_key'),
base.read_file('keytbl')))
#!/usr/bin/env python3
import base, WLSK_Keygen
from common import *
if __name__ == '__main__':
my_hostname = base.get_hostname()
print('Generating keys for {}...'.format(my_hostname))
WLSK_Keygen.init()(my_hostname)
print('Done')
debug('enc_key = {}\nmac_key = {}\ntable = {}'.format(base.read_file('wlsk_enc_key'),
base.read_file('wlsk_mac_key'), base.read_file('keytbl')))
#!/usr/bin/env python3
import base, WLSK_Init
from common import *
import socket
BUFFER_SIZE = 1024
if __name__ == '__main__':
my_addr = get_local_address()
(a3, idA) = WLSK_Init.init()(base.get_hostname())
print('Running on \x1b[1m{}\x1b[0m as an {}\nMy identity: {}\n'.format(my_addr, INITIATOR, idA))
resp_addr = input('Enter {} address: '.format(RESPONDER))
print('Connecting to the {}...'.format(RESPONDER))
delay()
with socket.create_connection((resp_addr, RESP_PORT)) as rsock:
print('Sending my identity to the {}...'.format(RESPONDER))
rsock.send(idA)
n = rsock.recv(BUFFER_SIZE)
delay()
print('Received nonce')
debug('n = {}'.format(n))
(_, iv1, e, m) = a3(n)
print('Sending encrypted data...')
debug('e = {}\nm = {}'.format(e, m))
delay()
rsock.send(base.compose([iv1, e, m]))
