def alice_bob_boxes(): alice_kp = init_keypair() bob_kp = init_keypair() # this is the DH key exchange part bob_otwpk = get_pubkey(bob_kp, True) alice_otwpk = get_pubkey(alice_kp, True) bob_pk = init_pubkey(bob_otwpk) alice_box = as_init_encryption(alice_kp, bob_pk) alice_pk = init_pubkey(alice_otwpk) bob_box = as_init_encryption(bob_kp, alice_pk) # now Alice and Bob can use their 'box' # constructs (both of which utilise the same # shared secret) to perform encryption/decryption # to test the encryption functionality return (alice_box, bob_box)
def test_invalid_nacl_keys(alice_bob_boxes, invalid_pubkey): with pytest.raises(NaclError) as e_info: x = init_pubkey(invalid_pubkey) with pytest.raises(NaclError) as e_info: alice_kp = init_keypair() box = as_init_encryption(alice_kp, invalid_pubkey) #also try when using the wrong object type as a keypair with pytest.raises(NaclError) as e_info: alice_bad_kp = init_pubkey("02"*32) box = as_init_encryption(alice_bad_kp, alice_bad_kp) #try to load a pubkey from a non-keypair object with pytest.raises(NaclError) as e_info: pk = get_pubkey(invalid_pubkey)
def test_invalid_nacl_keys(alice_bob_boxes, invalid_pubkey): with pytest.raises(NaclError) as e_info: x = init_pubkey(invalid_pubkey) with pytest.raises(NaclError) as e_info: alice_kp = init_keypair() box = as_init_encryption(alice_kp, invalid_pubkey) #also try when using the wrong object type as a keypair with pytest.raises(NaclError) as e_info: alice_bad_kp = init_pubkey("02" * 32) box = as_init_encryption(alice_bad_kp, alice_bad_kp) #try to load a pubkey from a non-keypair object with pytest.raises(NaclError) as e_info: pk = get_pubkey(invalid_pubkey)