140 lines
5.1 KiB
Python
140 lines
5.1 KiB
Python
# Part of Talisman . See LICENSE file for full copyright and licensing details.
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import json
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import struct
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from threading import Event
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import unittest
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from unittest.mock import patch
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try:
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import websocket
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except ImportError:
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websocket = None
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import odoo.tools
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from odoo.tests import HOST, HttpCase
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from ..websocket import CloseCode, Websocket, WebsocketConnectionHandler
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from ..models.bus import dispatch, hashable, channel_with_db
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class WebsocketCase(HttpCase):
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@classmethod
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def setUpClass(cls):
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super().setUpClass()
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if websocket is None:
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cls._logger.warning("websocket-client module is not installed")
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raise unittest.SkipTest("websocket-client module is not installed")
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cls._WEBSOCKET_URL = f"ws://{HOST}:{odoo.tools.config['http_port']}/websocket"
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websocket_allowed_patch = patch.object(WebsocketConnectionHandler, "websocket_allowed", return_value=True)
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cls.startClassPatcher(websocket_allowed_patch)
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def setUp(self):
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super().setUp()
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self._websockets = set()
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# Used to ensure websocket connections have been closed
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# properly.
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self._websocket_events = set()
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original_serve_forever = WebsocketConnectionHandler._serve_forever
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def _mocked_serve_forever(*args):
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websocket_closed_event = Event()
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self._websocket_events.add(websocket_closed_event)
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original_serve_forever(*args)
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websocket_closed_event.set()
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self._serve_forever_patch = patch.object(
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WebsocketConnectionHandler,
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'_serve_forever',
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wraps=_mocked_serve_forever
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)
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self.startPatcher(self._serve_forever_patch)
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def tearDown(self):
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self._close_websockets()
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super().tearDown()
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def _close_websockets(self):
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"""
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Close all the connected websockets and wait for the connection
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to terminate.
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"""
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for ws in self._websockets:
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if ws.connected:
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ws.close(CloseCode.CLEAN)
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self.wait_remaining_websocket_connections()
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def websocket_connect(self, *args, **kwargs):
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"""
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Connect a websocket. If no cookie is given, the connection is
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opened with a default session. The created websocket is closed
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at the end of the test.
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"""
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if 'cookie' not in kwargs:
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self.session = self.authenticate(None, None)
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kwargs['cookie'] = f'session_id={self.session.sid}'
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if 'timeout' not in kwargs:
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kwargs['timeout'] = 5
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ws = websocket.create_connection(
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type(self)._WEBSOCKET_URL, *args, **kwargs
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)
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ws.ping()
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ws.recv_data_frame(control_frame=True) # pong
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self._websockets.add(ws)
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return ws
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def subscribe(self, websocket, channels=None, last=None, wait_for_dispatch=True):
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""" Subscribe the websocket to the given channels.
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:param websocket: The websocket of the client.
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:param channels: The list of channels to subscribe to.
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:param last: The last notification id the client received.
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:param wait_for_dispatch: Whether to wait for the notification
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dispatching trigerred by the subscription.
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"""
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dispatch_bus_notification_done = Event()
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original_dispatch_bus_notifications = Websocket._dispatch_bus_notifications
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def _mocked_dispatch_bus_notifications(self, *args):
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original_dispatch_bus_notifications(self, *args)
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dispatch_bus_notification_done.set()
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with patch.object(Websocket, '_dispatch_bus_notifications', _mocked_dispatch_bus_notifications):
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sub = {'event_name': 'subscribe', 'data': {
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'channels': channels or [],
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}}
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if last:
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sub['data']['last'] = last
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websocket.send(json.dumps(sub))
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if wait_for_dispatch:
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dispatch_bus_notification_done.wait(timeout=5)
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def trigger_notification_dispatching(self, channels):
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""" Notify the websockets subscribed to the given channels that new
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notifications are available. Usefull since the bus is not able to do
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it during tests.
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"""
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channels = [
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hashable(channel_with_db(self.registry.db_name, c)) for c in channels
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]
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websockets = set()
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for channel in channels:
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websockets.update(dispatch._channels_to_ws.get(hashable(channel), []))
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for websocket in websockets:
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websocket.trigger_notification_dispatching()
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def wait_remaining_websocket_connections(self):
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""" Wait for the websocket connections to terminate. """
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for event in self._websocket_events:
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event.wait(5)
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def assert_close_with_code(self, websocket, expected_code):
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"""
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Assert that the websocket is closed with the expected_code.
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"""
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opcode, payload = websocket.recv_data()
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# ensure it's a close frame
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self.assertEqual(opcode, 8)
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code = struct.unpack('!H', payload[:2])[0]
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# ensure the close code is the one we expected
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self.assertEqual(code, expected_code)
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