from typing import Any, Dict, Optional import orjson from zerver.lib.test_classes import ZulipTestCase from zerver.lib.user_status import UserInfoDict, get_user_status_dict, update_user_status from zerver.models import UserProfile, UserStatus, get_client def user_status_info(user: UserProfile, acting_user: Optional[UserProfile] = None) -> UserInfoDict: if acting_user is None: acting_user = user user_dict = get_user_status_dict(user.realm, acting_user) return user_dict.get(str(user.id), {}) class UserStatusTest(ZulipTestCase): def test_basics(self) -> None: hamlet = self.example_user("hamlet") client1 = get_client("web") client2 = get_client("ZT") update_user_status( user_profile_id=hamlet.id, status_text="working", emoji_name=None, emoji_code=None, reaction_type=None, client_id=client1.id, ) self.assertEqual( user_status_info(hamlet), dict( status_text="working", ), ) rec_count = UserStatus.objects.filter(user_profile_id=hamlet.id).count() self.assertEqual(rec_count, 1) # Test that second client just updates # the record. We only store one record # per user. The user's status transcends # clients; we only store the client for # reference and to maybe reconcile timeout # situations. update_user_status( user_profile_id=hamlet.id, status_text="out to lunch", emoji_name="car", emoji_code="1f697", reaction_type=UserStatus.UNICODE_EMOJI, client_id=client2.id, ) self.assertEqual( user_status_info(hamlet), dict( status_text="out to lunch", emoji_name="car", emoji_code="1f697", reaction_type=UserStatus.UNICODE_EMOJI, ), ) rec_count = UserStatus.objects.filter(user_profile_id=hamlet.id).count() self.assertEqual(rec_count, 1) # Setting status_text and emoji_info to None causes it be ignored. update_user_status( user_profile_id=hamlet.id, status_text=None, emoji_name=None, emoji_code=None, reaction_type=None, client_id=client2.id, ) self.assertEqual( user_status_info(hamlet), dict( status_text="out to lunch", emoji_name="car", emoji_code="1f697", reaction_type=UserStatus.UNICODE_EMOJI, ), ) # Clear the status_text and emoji_info now. update_user_status( user_profile_id=hamlet.id, status_text="", emoji_name="", emoji_code="", reaction_type=UserStatus.UNICODE_EMOJI, client_id=client2.id, ) self.assertEqual( user_status_info(hamlet), {}, ) # Set Hamlet to in a meeting. update_user_status( user_profile_id=hamlet.id, status_text="in a meeting", emoji_name=None, emoji_code=None, reaction_type=None, client_id=client2.id, ) self.assertEqual( user_status_info(hamlet), dict(status_text="in a meeting"), ) # Test user status for inaccessible users. self.set_up_db_for_testing_user_access() cordelia = self.example_user("cordelia") update_user_status( user_profile_id=cordelia.id, status_text="on vacation", emoji_name=None, emoji_code=None, reaction_type=None, client_id=client2.id, ) self.assertEqual( user_status_info(hamlet, self.example_user("polonius")), dict(status_text="in a meeting"), ) self.assertEqual( user_status_info(cordelia, self.example_user("polonius")), {}, ) def update_status_and_assert_event( self, payload: Dict[str, Any], expected_event: Dict[str, Any], num_events: int = 1 ) -> None: with self.capture_send_event_calls(expected_num_events=num_events) as events: result = self.client_post("/json/users/me/status", payload) self.assert_json_success(result) self.assertEqual(events[0]["event"], expected_event) def test_endpoints(self) -> None: hamlet = self.example_user("hamlet") realm = hamlet.realm self.login_user(hamlet) # Try to omit parameter--this should be an error. payload: Dict[str, Any] = {} result = self.client_post("/json/users/me/status", payload) self.assert_json_error(result, "Client did not pass any new values.") # Try to omit emoji_name parameter but passing emoji_code --this should be an error. payload = {"status_text": "In a meeting", "emoji_code": "1f4bb"} result = self.client_post("/json/users/me/status", payload) self.assert_json_error( result, "Client must pass emoji_name if they pass either emoji_code or reaction_type." ) # Invalid emoji requests fail. payload = {"status_text": "In a meeting", "emoji_code": "1f4bb", "emoji_name": "invalid"} result = self.client_post("/json/users/me/status", payload) self.assert_json_error(result, "Emoji 'invalid' does not exist") payload = {"status_text": "In a meeting", "emoji_code": "1f4bb", "emoji_name": "car"} result = self.client_post("/json/users/me/status", payload) self.assert_json_error(result, "Invalid emoji name.") payload = { "status_text": "In a meeting", "emoji_code": "1f4bb", "emoji_name": "car", "reaction_type": "realm_emoji", } result = self.client_post("/json/users/me/status", payload) self.assert_json_error(result, "Invalid custom emoji.") # Try a long message--this should be an error. long_text = "x" * 61 payload = dict(status_text=long_text) result = self.client_post("/json/users/me/status", payload) self.assert_json_error(result, "status_text is too long (limit: 60 characters)") # Set "away" with a normal length message. self.update_status_and_assert_event( payload=dict( away=orjson.dumps(True).decode(), status_text="on vacation", ), expected_event=dict( type="user_status", user_id=hamlet.id, away=True, status_text="on vacation" ), num_events=4, ) self.assertEqual( user_status_info(hamlet), dict(away=True, status_text="on vacation"), ) # Setting away is a deprecated way of accessing a user's presence_enabled # setting. Can be removed when clients migrate "away" (also referred to as # "unavailable") feature to directly use the presence_enabled setting. user = UserProfile.objects.get(id=hamlet.id) self.assertEqual(user.presence_enabled, False) # Server should fill emoji_code and reaction_type by emoji_name. self.update_status_and_assert_event( payload=dict( emoji_name="car", ), expected_event=dict( type="user_status", user_id=hamlet.id, emoji_name="car", emoji_code="1f697", reaction_type=UserStatus.UNICODE_EMOJI, ), ) self.assertEqual( user_status_info(hamlet), dict( away=True, status_text="on vacation", emoji_name="car", emoji_code="1f697", reaction_type=UserStatus.UNICODE_EMOJI, ), ) # Server should remove emoji_code and reaction_type if emoji_name is empty. self.update_status_and_assert_event( payload=dict( emoji_name="", ), expected_event=dict( type="user_status", user_id=hamlet.id, emoji_name="", emoji_code="", reaction_type=UserStatus.UNICODE_EMOJI, ), ) self.assertEqual( user_status_info(hamlet), dict(away=True, status_text="on vacation"), ) # Now revoke "away" status. self.update_status_and_assert_event( payload=dict(away=orjson.dumps(False).decode()), expected_event=dict(type="user_status", user_id=hamlet.id, away=False), num_events=4, ) self.assertEqual( user_status_info(hamlet), dict(status_text="on vacation"), ) # Setting away is a deprecated way of accessing a user's presence_enabled # setting. Can be removed when clients migrate "away" (also referred to as # "unavailable") feature to directly use the presence_enabled setting. user = UserProfile.objects.get(id=hamlet.id) self.assertEqual(user.presence_enabled, True) # And now just update your info. # The server will trim the whitespace here. self.update_status_and_assert_event( payload=dict(status_text=" in office "), expected_event=dict(type="user_status", user_id=hamlet.id, status_text="in office"), ) self.assertEqual( user_status_info(hamlet), dict(status_text="in office"), ) # And finally clear your info. self.update_status_and_assert_event( payload=dict(status_text=""), expected_event=dict(type="user_status", user_id=hamlet.id, status_text=""), ) self.assertEqual( get_user_status_dict(realm=realm, user_profile=hamlet), {}, ) # Turn on "away" status again. self.update_status_and_assert_event( payload=dict(away=orjson.dumps(True).decode()), expected_event=dict(type="user_status", user_id=hamlet.id, away=True), num_events=4, ) # Setting away is a deprecated way of accessing a user's presence_enabled # setting. Can be removed when clients migrate "away" (also referred to as # "unavailable") feature to directly use the presence_enabled setting. user = UserProfile.objects.get(id=hamlet.id) self.assertEqual(user.presence_enabled, False) # And set status text while away. self.update_status_and_assert_event( payload=dict(status_text=" at the beach "), expected_event=dict(type="user_status", user_id=hamlet.id, status_text="at the beach"), ) self.assertEqual( user_status_info(hamlet), dict(status_text="at the beach", away=True), )