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# This file is part of Gajim.
#
# SPDX-License-Identifier: GPL-3.0-or-later
from __future__ import annotations
import unittest
from datetime import datetime
from datetime import UTC
from nbxmpp.protocol import JID
from sqlalchemy import select
from gajim.common import app
from gajim.common.helpers import get_uuid
from gajim.common.settings import Settings
from gajim.common.storage.archive.const import ChatDirection
from gajim.common.storage.archive.const import MessageState
from gajim.common.storage.archive.const import MessageType
from gajim.common.storage.archive.models import Encryption
from gajim.common.storage.archive.models import Message
from gajim.common.storage.archive.storage import MessageArchiveStorage
class EncryptionTest(unittest.TestCase):
def setUp(self) -> None:
self._archive = MessageArchiveStorage(in_memory=True)
self._archive.init()
self._account_jid = JID.from_string("user@domain.org")
self._account = "testacc1"
self._remote_jid = JID.from_string("remote@jid.org")
self._init_settings()
def tearDown(self) -> None:
self._archive.shutdown()
def _init_settings(self) -> None:
app.settings = Settings(in_memory=True)
app.settings.init()
app.settings.add_account("testacc1")
app.settings.set_account_setting("testacc1", "address", "user@domain.org")
def test_encryption_join(self):
enc_data1 = Encryption(protocol=1, key="testkey", trust=2)
enc_data2 = Encryption(protocol=1, key="testkey", trust=2)
message_data1 = Message(
account_=self._account,
remote_jid_=self._remote_jid,
type=MessageType.CHAT,
direction=ChatDirection.INCOMING,
timestamp=datetime.fromtimestamp(0, UTC),
state=MessageState.ACKNOWLEDGED,
resource="res",
text="Some Message",
id="1",
stanza_id=get_uuid(),
encryption_=enc_data1,
)
message_data2 = Message(
account_=self._account,
remote_jid_=self._remote_jid,
type=MessageType.CHAT,
direction=ChatDirection.INCOMING,
timestamp=datetime.fromtimestamp(1, UTC),
state=MessageState.ACKNOWLEDGED,
resource="res",
text="Some other Message",
id="2",
stanza_id=get_uuid(),
encryption_=enc_data2,
)
message_pk1 = self._archive.insert_object(message_data1)
message_pk2 = self._archive.insert_object(message_data2)
message1 = self._archive.get_message_with_pk(message_pk1)
message2 = self._archive.get_message_with_pk(message_pk2)
assert message1 is not None
assert message1.encryption is not None
assert message2 is not None
assert message2.encryption is not None
self.assertEqual(message1.encryption.pk, message2.encryption.pk)
self.assertEqual(message1.encryption.protocol, 1)
self.assertEqual(message1.encryption.key, "testkey")
self.assertEqual(message1.encryption.trust, 2)
def test_encryption_update(self):
enc_data1 = Encryption(protocol=1, key="testkey1", trust=2)
enc_data2 = Encryption(protocol=1, key="testkey1", trust=2)
pk1 = self._archive.insert_row(enc_data1, return_pk_on_conflict=True)
pk2 = self._archive.insert_row(enc_data2, return_pk_on_conflict=True)
self.assertEqual(pk1, pk2)
with self._archive.get_session() as s:
res = s.scalar(select(Encryption).where(Encryption.pk == pk1))
assert res is not None
if __name__ == "__main__":
unittest.main()
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