348 lines
12 KiB
Python
348 lines
12 KiB
Python
import os
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import time
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from contextlib import ExitStack
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from unittest.mock import MagicMock, patch
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import pytest
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import RNS
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from hypothesis import HealthCheck, given, settings
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from hypothesis import strategies as st
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from meshchatx.meshchat import ReticulumMeshChat
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from meshchatx.src.backend.database import Database
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from meshchatx.src.backend.database.provider import DatabaseProvider
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from meshchatx.src.backend.database.schema import DatabaseSchema
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@pytest.fixture
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def temp_db(tmp_path):
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db_path = os.path.join(tmp_path, "test_notifications.db")
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yield db_path
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if os.path.exists(db_path):
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os.remove(db_path)
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@pytest.fixture
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def db(temp_db):
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provider = DatabaseProvider(temp_db)
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schema = DatabaseSchema(provider)
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schema.initialize()
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database = Database(temp_db)
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yield database
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database.close_all()
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provider.close_all()
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@pytest.fixture
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def mock_app(db, tmp_path):
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# Save real Identity class to use as base for our mock class
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real_identity_class = RNS.Identity
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class MockIdentityClass(real_identity_class):
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def __init__(self, *args, **kwargs):
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self.hash = b"test_hash_32_bytes_long_01234567"
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self.hexhash = self.hash.hex()
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with ExitStack() as stack:
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stack.enter_context(patch("RNS.Identity", MockIdentityClass))
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stack.enter_context(patch("RNS.Reticulum"))
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stack.enter_context(patch("RNS.Transport"))
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stack.enter_context(patch("LXMF.LXMRouter"))
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.TelephoneManager"),
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)
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.VoicemailManager"),
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)
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.RingtoneManager"),
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)
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stack.enter_context(patch("meshchatx.src.backend.identity_context.RNCPHandler"))
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.RNStatusHandler"),
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)
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.RNProbeHandler"),
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)
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.TranslatorHandler"),
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)
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.ArchiverManager"),
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)
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stack.enter_context(patch("meshchatx.src.backend.identity_context.MapManager"))
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.MessageHandler"),
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)
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stack.enter_context(
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patch("meshchatx.src.backend.identity_context.AnnounceManager"),
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)
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stack.enter_context(patch("threading.Thread"))
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mock_id = MockIdentityClass()
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mock_id.get_private_key = MagicMock(return_value=b"test_private_key")
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stack.enter_context(
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patch.object(MockIdentityClass, "from_file", return_value=mock_id),
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)
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stack.enter_context(
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patch.object(MockIdentityClass, "recall", return_value=mock_id),
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)
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stack.enter_context(
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patch.object(MockIdentityClass, "from_bytes", return_value=mock_id),
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)
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# Patch background threads and other heavy init
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stack.enter_context(
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patch.object(
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ReticulumMeshChat,
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"announce_loop",
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new=MagicMock(return_value=None),
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),
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)
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stack.enter_context(
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patch.object(
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ReticulumMeshChat,
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"announce_sync_propagation_nodes",
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new=MagicMock(return_value=None),
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),
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)
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stack.enter_context(
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patch.object(
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ReticulumMeshChat,
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"crawler_loop",
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new=MagicMock(return_value=None),
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),
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)
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stack.enter_context(
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patch.object(
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ReticulumMeshChat,
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"auto_backup_loop",
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new=MagicMock(return_value=None),
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),
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)
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# Prevent JSON serialization issues with MagicMocks
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stack.enter_context(
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patch.object(
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ReticulumMeshChat,
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"send_config_to_websocket_clients",
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return_value=None,
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),
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)
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app = ReticulumMeshChat(
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identity=mock_id,
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storage_dir=str(tmp_path),
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reticulum_config_dir=str(tmp_path),
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)
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# Use our real test database
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app.database = db
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app.websocket_broadcast = MagicMock(side_effect=lambda data: None)
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yield app
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app.teardown_identity()
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def test_add_get_notifications(db):
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"""Test basic notification storage and retrieval."""
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db.misc.add_notification(
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type="test_type",
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remote_hash="test_hash",
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title="Test Title",
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content="Test Content",
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)
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notifications = db.misc.get_notifications()
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assert len(notifications) == 1
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assert notifications[0]["type"] == "test_type"
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assert notifications[0]["remote_hash"] == "test_hash"
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assert notifications[0]["title"] == "Test Title"
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assert notifications[0]["content"] == "Test Content"
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assert notifications[0]["is_viewed"] == 0
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def test_mark_notifications_as_viewed(db):
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"""Test marking notifications as viewed."""
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db.misc.add_notification("type1", "hash1", "title1", "content1")
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db.misc.add_notification("type2", "hash2", "title2", "content2")
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notifications = db.misc.get_notifications()
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n_ids = [n["id"] for n in notifications]
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db.misc.mark_notifications_as_viewed([n_ids[0]])
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unread = db.misc.get_notifications(filter_unread=True)
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assert len(unread) == 1
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assert unread[0]["id"] == n_ids[1]
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db.misc.mark_notifications_as_viewed() # Mark all
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unread_all = db.misc.get_notifications(filter_unread=True)
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assert len(unread_all) == 0
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def test_missed_call_notification(mock_app):
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"""Test that a missed call triggers a notification."""
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caller_identity = MagicMock()
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caller_identity.hash = b"caller_hash_32_bytes_long_012345"
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caller_hash = caller_identity.hash.hex()
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# Mock telephone manager state for missed call
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mock_app.telephone_manager.call_is_incoming = True
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mock_app.telephone_manager.call_status_at_end = 4 # Ringing
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mock_app.telephone_manager.call_start_time = time.time() - 10
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mock_app.telephone_manager.call_was_established = False
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mock_app.on_telephone_call_ended(caller_identity)
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notifications = mock_app.database.misc.get_notifications()
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assert len(notifications) == 1
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assert notifications[0]["type"] == "telephone_missed_call"
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assert notifications[0]["remote_hash"] == caller_hash
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# Verify websocket broadcast
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assert mock_app.websocket_broadcast.called
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def test_voicemail_notification(mock_app):
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"""Test that a new voicemail triggers a notification."""
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remote_hash = "remote_hash_hex"
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remote_name = "Remote User"
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duration = 15
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mock_app.on_new_voicemail_received(remote_hash, remote_name, duration)
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notifications = mock_app.database.misc.get_notifications()
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assert len(notifications) == 1
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assert notifications[0]["type"] == "telephone_voicemail"
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assert notifications[0]["remote_hash"] == remote_hash
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assert "15s" in notifications[0]["content"]
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# Verify websocket broadcast
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assert mock_app.websocket_broadcast.called
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@settings(deadline=None, suppress_health_check=[HealthCheck.function_scoped_fixture])
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@given(
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type=st.text(min_size=1, max_size=50),
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remote_hash=st.text(min_size=1, max_size=64),
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title=st.text(min_size=1, max_size=100),
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content=st.text(min_size=1, max_size=500),
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)
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def test_notification_fuzzing(db, type, remote_hash, title, content):
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"""Fuzz notification storage with varied data."""
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db.misc.add_notification(type, remote_hash, title, content)
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notifications = db.misc.get_notifications(limit=1)
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assert len(notifications) == 1
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# We don't assert content match exactly if there are encoding issues,
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# but sqlite should handle most strings.
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assert notifications[0]["type"] == type
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@pytest.mark.asyncio
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async def test_notifications_api(mock_app):
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"""Test the notifications API endpoint."""
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# Add some notifications
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mock_app.database.misc.add_notification("type1", "hash1", "title1", "content1")
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# Mock request
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request = MagicMock()
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request.query = {"unread": "false", "limit": "10"}
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# We need to mock local_lxmf_destination as it's used in notifications_get
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mock_app.local_lxmf_destination = MagicMock()
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mock_app.local_lxmf_destination.hexhash = "local_hash"
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# Also mock message_handler.get_conversations
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mock_app.message_handler.get_conversations.return_value = []
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# Find the route handler
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# Since it's defined inside ReticulumMeshChat.run, we might need to find it
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# or just call the method if we can.
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# Actually, let's just test the logic by calling the handler directly if we can find it.
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# But it's defined as a nested function.
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# Alternatively, we can test the DAOs and meshchat.py logic that the handler uses.
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# For now, let's verify that system notifications are correctly combined with LXMF messages.
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# This is done in notifications_get.
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# Let's test a spike of notifications
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for i in range(100):
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mock_app.database.misc.add_notification(
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f"type{i}",
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f"hash{i}",
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f"title{i}",
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f"content{i}",
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)
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notifications = mock_app.database.misc.get_notifications(limit=50)
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assert len(notifications) == 50
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@settings(deadline=None, suppress_health_check=[HealthCheck.function_scoped_fixture])
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@given(
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remote_hash=st.text(min_size=1, max_size=64),
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remote_name=st.one_of(st.none(), st.text(min_size=1, max_size=100)),
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duration=st.integers(min_value=0, max_value=3600),
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)
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def test_voicemail_notification_fuzzing(mock_app, remote_hash, remote_name, duration):
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"""Fuzz voicemail notification triggering."""
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mock_app.database.misc.provider.execute("DELETE FROM notifications")
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mock_app.on_new_voicemail_received(remote_hash, remote_name, duration)
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notifications = mock_app.database.misc.get_notifications()
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assert len(notifications) == 1
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assert notifications[0]["type"] == "telephone_voicemail"
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assert remote_hash in notifications[0]["content"] or (
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remote_name and remote_name in notifications[0]["content"]
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)
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@settings(deadline=None, suppress_health_check=[HealthCheck.function_scoped_fixture])
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@given(
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remote_hash=st.text(min_size=32, max_size=64), # Hex hash
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status_code=st.integers(min_value=0, max_value=10),
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call_was_established=st.booleans(),
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)
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def test_missed_call_notification_fuzzing(
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mock_app,
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remote_hash,
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status_code,
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call_was_established,
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):
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"""Fuzz missed call notification triggering."""
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mock_app.database.misc.provider.execute("DELETE FROM notifications")
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caller_identity = MagicMock()
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try:
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caller_identity.hash = bytes.fromhex(remote_hash)
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except Exception:
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caller_identity.hash = remote_hash.encode()[:32]
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mock_app.telephone_manager.call_is_incoming = True
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mock_app.telephone_manager.call_status_at_end = status_code
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mock_app.telephone_manager.call_start_time = time.time()
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mock_app.telephone_manager.call_was_established = call_was_established
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mock_app.on_telephone_call_ended(caller_identity)
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notifications = mock_app.database.misc.get_notifications()
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# Notification is created if incoming and not established, regardless of status_code
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if not call_was_established:
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assert len(notifications) == 1
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assert notifications[0]["type"] == "telephone_missed_call"
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else:
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assert len(notifications) == 0
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@settings(deadline=None, suppress_health_check=[HealthCheck.function_scoped_fixture])
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@given(num_notifs=st.integers(min_value=1, max_value=200))
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def test_notification_spike_fuzzing(db, num_notifs):
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"""Test handling a spike of notifications."""
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for i in range(num_notifs):
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db.misc.add_notification(f"type{i}", "hash", "title", "content")
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notifications = db.misc.get_notifications(limit=num_notifs)
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assert len(notifications) == num_notifs
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