def test_gen_keypair_if_needed():
new_dec_keypair = keypairs.DecryptingKeypair()
assert new_dec_keypair._privkey is not None
assert new_dec_keypair.pubkey is not None
assert new_dec_keypair.pubkey == new_dec_keypair._privkey.get_pubkey()
new_sig_keypair = keypairs.SigningKeypair()
assert new_sig_keypair._privkey is not None
assert new_sig_keypair.pubkey is not None
assert new_sig_keypair.pubkey == new_sig_keypair._privkey.get_pubkey()
def test_policy_arrangement_sqlite_keystore(test_keystore):
alice_keypair_sig = keypairs.SigningKeypair(generate_keys_if_needed=True)
alice_keypair_dec = keypairs.DecryptingKeypair(
generate_keys_if_needed=True)
bob_keypair_sig = keypairs.SigningKeypair(generate_keys_if_needed=True)
arrangement_id = b'test'
# Test add PolicyArrangement
new_arrangement = test_keystore.add_policy_arrangement(
datetime.utcnow(),
b'test',
arrangement_id,
alice_pubkey_sig=alice_keypair_sig.pubkey,
alice_signature=b'test')
# Test get PolicyArrangement
query_arrangement = test_keystore.get_policy_arrangement(arrangement_id)
assert new_arrangement == query_arrangement
# Test del PolicyArrangement
test_keystore.del_policy_arrangement(arrangement_id)
with pytest.raises(keystore.NotFound):
del_key = test_keystore.get_policy_arrangement(arrangement_id)
def get_decrypting_power_from_label(self, label):
label_privkey = self._get_privkey_from_label(label)
label_keypair = keypairs.DecryptingKeypair(private_key=label_privkey)
decrypting_power = DecryptingPower(keypair=label_keypair)
return decrypting_power