def test_empty(self):
""" Verify that the regCred object is not empty. """
try:
rc1 = rc.parseRegCred(None)
self.fail("parsed nil string")
except RuntimeError:
pass
def test_constructor(self):
""" Test the object constructor."""
now = time.time()
rng = xr.SimpleRNG(now)
name = 'foo'
id_ = self._build_id(rng)
ck_priv = RSA.generate(1024, os.urandom)
ck_pub = ck_priv.publickey()
ck_ = ck_pub.exportKey(format='OpenSSH')
sk_priv = RSA.generate(1024, os.urandom)
sk_pub = sk_priv.publickey()
sk_ = sk_pub.exportKey(format='OpenSSH')
ep_count = 1 + rng.nextInt16(3) # so from 1 to 3
end_points = []
for ndx in range(ep_count):
port = 1000 + rng.nextInt16(64000) # values don't much matter
ep_ = "TcpEndPoint: 127.0.0.1:%d" % port
end_points.append(ep_)
dv1 = DecimalVersion(rng.nextByte(), rng.nextByte(),
rng.nextByte(), rng.nextByte())
# name, id_, ck_, sk_, end_points, version
rc1 = rc.RegCred(name, id_, ck_, sk_, end_points, dv1)
self.assertEqual(rc1.getName(), name)
self.assertEqual(rc1.getID(), id_)
self.assertEqual(rc1.getCommsPubKey(), ck_)
self.assertEqual(rc1.getSigPubKey(), sk_)
eps1 = rc1.getEndPoints()
self.assertEqual(len(end_points), len(eps1))
for ndx, ep_ in enumerate(eps1):
self.assertEqual(ep_, eps1[ndx])
# ye olde round-trip
str1 = rc1.__str__()
rc2 = rc.parseRegCred(str1)
str2 = rc2.__str__()
self.assertEqual(str2, str1)
