def test_3mpecdh(self):
publickey.Identity('alice', basedir=self.pbp_path, create=True)
publickey.Identity('bob', basedir=self.pbp_path, create=True)
publickey.Identity('carol', basedir=self.pbp_path, create=True)
pbp.mpecdh_start_handler('1st',
3,
'alice',
'/dev/null',
self.tmp_dir + '/step1',
basedir=self.pbp_path)
pbp.mpecdh_start_handler('1st',
3,
'bob',
self.tmp_dir + '/step1',
self.tmp_dir + '/step2',
basedir=self.pbp_path)
s1 = pbp.mpecdh_start_handler('1st',
3,
'carol',
self.tmp_dir + '/step2',
self.tmp_dir + '/step3',
basedir=self.pbp_path)
s2 = pbp.mpecdh_end_handler('1st',
'alice',
self.tmp_dir + '/step3',
self.tmp_dir + '/step4',
basedir=self.pbp_path)
s3 = pbp.mpecdh_end_handler('1st',
'bob',
self.tmp_dir + '/step4',
self.tmp_dir + '/step5',
basedir=self.pbp_path)
self.assertEquals(s1, s2)
self.assertEquals(s2, s3)
def test_3mpecdh(self):
publickey.Identity('alice', basedir=self.pbp_path, create=True)
publickey.Identity('bob', basedir=self.pbp_path, create=True)
publickey.Identity('carol', basedir=self.pbp_path, create=True)
pbp.mpecdh_start_handler('1st', 3, 'alice', '/dev/null', self.tmp_dir+ '/step1', basedir=self.pbp_path)
pbp.mpecdh_start_handler('1st', 3, 'bob', self.tmp_dir+'/step1', self.tmp_dir+'/step2', basedir=self.pbp_path)
s1=pbp.mpecdh_start_handler('1st', 3, 'carol', self.tmp_dir+'/step2', self.tmp_dir+'/step3', basedir=self.pbp_path)
s2=pbp.mpecdh_end_handler('1st', 'alice', self.tmp_dir+'/step3', self.tmp_dir+'/step4', basedir=self.pbp_path)
s3=pbp.mpecdh_end_handler('1st', 'bob', self.tmp_dir+'/step4', self.tmp_dir+'/step5', basedir=self.pbp_path)
self.assertEquals(s1,s2)
self.assertEquals(s2,s3)
# start MPECDH
elif opts.action=='ds':
ensure_self_specified(opts)
ensure_dhpeers_specified(opts)
ensure_name_specified(opts)
sec = mpecdh_start_handler(opts.name, opts.dh_peers, opts.self, opts.infile, opts.outfile, opts.basedir)
if sec:
print >>sys.stderr, "[pbp] pushed shared secret, hash", b85encode(nacl.crypto_generichash(sec, outlen=6))
clearmem(sec)
sec = None
# finish MPECDH
elif opts.action=='de':
ensure_self_specified(opts)
ensure_name_specified(opts)
sec = mpecdh_end_handler(opts.name, opts.self, opts.infile, opts.outfile, opts.basedir)
if sec:
print >>sys.stderr, "[pbp] pushed shared secret, hash", b85encode(nacl.crypto_generichash(sec, outlen=6))
clearmem(sec)
sec = None
elif opts.action=='R':
ensure_size_good(opts)
if PITCHFORK and opts.PITCHFORK:
pitchfork.init()
pitchfork.rng(int(opts.size), opts.outfile)
else:
random_stream_handler(opts.outfile, opts.size)
elif opts.action=='h':
hsum = hash_handler(opts.infile, k=load_key(opts.key), outlen=int(opts.size or '16'))
# start ECDH
elif opts.action=='ds':
ensure_self_specified(opts)
ensure_dhparam_specified(opts)
ensure_name_specified(opts)
sec = mpecdh_start_handler(opts.name, opts.dh_peers, opts.self, opts.infile, opts.outfile, opts.basedir)
if sec:
print >>sys.stderr, "pushed shared secret, hash", b85encode(nacl.crypto_generichash(sec, outlen=6))
clearmem(sec)
sec = None
# finish ECDH
elif opts.action=='de':
ensure_self_specified(opts)
ensure_name_specified(opts)
sec = mpecdh_end_handler(opts.name, opts.self, opts.infile, opts.outfile, opts.basedir)
if sec:
print >>sys.stderr, "pushed shared secret, hash", b85encode(nacl.crypto_generichash(sec, outlen=6))
clearmem(sec)
sec = None
elif opts.action=='R':
ensure_size_good(opts)
random_stream_handler(opts.outfile, opts.size)
def ensure_self_specified(opts):
# asserts that self is specified
if not opts.self:
die("Error: need to specify your own key using the --self param")
def ensure_name_specified(opts):
