def test_key_exchange_random(self):
a_private_secret, a_public_secret = monocypher.generate_key_exchange_key_pair(
)
b_private_secret, b_public_secret = monocypher.generate_key_exchange_key_pair(
)
b_shared_secret = monocypher.key_exchange(b_private_secret,
a_public_secret)
a_shared_secret = monocypher.key_exchange(a_private_secret,
b_public_secret)
self.assertEqual(a_shared_secret, b_shared_secret)
def test_key_exchange(self):
expect = b'\xd0\x0f\x80\x8b\xf5\xcc\x0f\x85w\xa2\xdad\x88\xa3l\xf1\xf3(p\xd1MMo\xe95\x01\r\x983b\xae\xb7'
your_secret_key = bytes(range(32))
their_public_key = bytes(range(32, 64))
shared_key = monocypher.key_exchange(your_secret_key, their_public_key)
self.assertEqual(expect, shared_key)
def test_key_exchange_static(self):
expect = b'\xd0\x0f\x80\x8b\xf5\xcc\x0f\x85w\xa2\xdad\x88\xa3l\xf1\xf3(p\xd1MMo\xe95\x01\r\x983b\xae\xb7'
your_secret_key = bytes(range(32))
their_public_key = bytes(range(32, 64))
shared_key = monocypher.key_exchange(your_secret_key, their_public_key)
self.assertEqual(expect, shared_key)