* Move content on moving topics between streams to a dedicated
article. We advertise it as "move content" to hint that one can move
messages or split topics, and link to it.
* This deletes change-the-topic-of-a-message, because the same content
is already covered in rename-a-topic.
* This commit mostly just moves content between articles. Most of that
content was redundant with the first few paragraphs of the surviving
"rename a topic" article. The former "This is useful for" se ntence
was adapted to the remaining article.
* This commit also adds a redirect for the removed article, and
updates related links.
This adds a new class called MessageRenderingResult to contain the
additional properties we added to the Message object (like alert_words)
as well as the rendered content to ensure typesafe reference. No
behavioral change is made except changes in typing.
This is a preparatory change for adding django-stubs to the backend.
Related: #18777
This PR adds a basic .md template that is followed by lot of /api
pages. Since we have recently done the migration work to ensure that
our REST API documentation pages for individual endpoints are almost
all identical files following a common pattern, we can now get the
payoff of deleting them all in favor of a shared template.
This removes 2000 lines of somewhat finicky configuration from the
codebase, and thus should save significant effort when documenting new
API endpoints in the future.
The markdown files for endpoints or other pages which deviate from the
standard template remain, and the docs are instead generated from
those files using the existing system.
Currently, the message that no parameters are accepted by
the endpoint is displayed if there are no parameters in
OpenAPI data, but it is possible that information is
encoded in x-parameter-description (example in upload-file
endpoint), and we want to display that information rather
than the message.
Added an if condition to check the same.
This removes some complexity from the event_queue module.
To avoid code duplication, we reduce the `is_notifiable` methods to
internally just call the `trigger` methods and check their return value.
* Modify `maybe_enqueue_notifications` to take in an instance of the
dataclass introduced in 951b49c048.
* The `check_notify` tests tested the "when to notify" logic in a way
which involved `maybe_enqueue_notifications`. To simplify things, we've
earlier extracted this logic in 8182632d7e.
So, we just kill off the `check_notify` test, and keep only those parts
which verify the queueing and return value behavior of that funtion.
* We retain the the missedmessage_hook and message
message_edit_notifications since they are more integration-style.
* There's a slightly subtle change with the missedmessage_hook tests.
Before this commit, we short-circuited the hook if the sender was muted
(5a642cea11).
With this commit, we delegate the check to our dataclass methods.
So, `maybe_enqueue_notifications` will be called even if the sender was
muted, and the test needs to be updated.
* In our test helper `get_maybe_enqueue_notifications_parameters` which
generates default values for testing `maybe_enqueue_notifications` calls,
we keep `message_id`, `sender_id`, and `user_id` as required arguments,
so that the tests are super-clear and avoid accidental false positives.
* Because `do_update_embedded_data` also sends `update_message` events,
we deal with that case with some hacky code for now. See the comment
there.
This mostly completes the extraction of the "when to notify" logic into
our new `notification_data` module.
While importing a realm, the stream dictionaries in data['zerver_stream']
already contains the field named `rendered_description`, which is set to
`""`. This lead the code to assume that the stream rendered_description
was already set, due to which, it was not setting the rendered_description
field for any stream.
This is a prep commit for adding realm-level default for various
user settings. We add the language, in which the invite email will
be sent, to the dict added to queue itself to avoid making queries
in a loop when sending multiple emails from queue.
We also handle the case for old events in the queue.
We removed the use of email_body field in 47fcb27e39, but was
still passed in events from do_resend_user_invite_email and
in tests. So this commit removes the email_body field from
these places.
We already have this data in the `flags` for each user, so no need to
send this set/list in the event dictionary.
The `flags` in the event dict represent the after-message-update state,
so we can't avoid sending `prior_mention_user_ids`.
This is much faster than calling generate_presigned_url each time.
```
In [3]: t = time.time()
...: for i in range(250):
...: x = u.get_public_upload_url("foo")
...: print(time.time()-t)
0.0010945796966552734
```
Fixes#18915
This was very slow, causing performance issues. After investigating,
generate_presigned_url is the cheap part of this, but the
session.client() call is expensive - so that's what we should cache.
Before the change:
```
In [4]: t = time.time()
...: for i in range(250):
...: x = u.get_public_upload_url("foo")
...: print(time.time()-t)
6.408717393875122
```
After:
```
In [4]: t = time.time()
...: for i in range(250):
...: x = u.get_public_upload_url("foo")
...: print(time.time()-t)
0.48990607261657715
```
This is not good enough to avoid doing something ugly like replacing
generate_presigned_url with some manual URL manipulation, but it's a
helpful structure that we may find useful with further refactoring.
Previously, it was possible for an unusual series of topic-edit
actions to result in Notification Bot reporting that a topic was
marked as resolved that had already been marked as resolved, etc.
A buggy client might send a message_edit request to change the topic
field, sending the current topic as the new value. Previously, we
would treat that as a normal request to edit the topic; now we act as
though the API request had not requested a topic change. In the
common case that only the topic was in the edit request, this now
results in an error that should help client implementations identify
their bug.
This fixes a bad interaction with the "unresolve topic" logic, which
assumed that upstream logic had verified that the topic was actually
changing.
* Have the `get_active_presence_idle_user_ids` function look at all the
user data, not just `private_message` and `mentioned`.
* Fix a couple of incorrect `missedmessage_hook` tests, which did not
catch the earlier behaviour.
* Add some comments to the tests for this function for clarity.
* Add a helper to create `UserMessageNotificationsData` objects from the
user ID lists. This will later help us deduplicate code in the event_queue
logic.
This fixes a bug which earlier existed, that if a user turned on stream
notifications, and received a message in that stream which did not mention
them, they wouldn't be in the `presence_idle_users` list, and hence would
never get notifications for that message.
Note that, after this commit, users might still not get notifications in
the above scenarios in some cases, because the downstream logic in the
notification queue consumers sometimes erroneously skips sending
notifications for stream messages.
Since `flags` here could be iterated through multiple times
(to check for push/email notifiability), we use `Collection`.
Inspired by 871e73ab8f.
The other change here in the `event_queue` code is prep for using
the `UserMessageNotificationsData` class there.
We will later consistently use these functions to check for notifiable
messages in the message send and event_queue code.
We have these functions accept the `sender_id` so that we can avoid the
`private_message = message["type"] == "private" and user_id != sender_id`
wizardy.
Before this commit, we used to pre-calculate flags for user data and send
it to Tornado, like so:
```
{
"id": 10,
"flags": ["mentioned"],
"mentioned": true,
"online_push_enabled": false,
"stream_push_notify": false,
"stream_email_notify": false,
"wildcard_mention_notify": false,
"sender_is_muted": false,
}
```
This has the benefit of simplifying the logic in the event_queue code a bit.
However, because we sent such an object for each user receiving the event,
the string keys (like "stream_email_notify") get duplicated in the JSON
blob that is sent to Tornado.
For 1000 users, this data may take up upto ~190KB of space, which can
cause performance degradation in large organisations.
Hence, as an alternative, we send just the list of user_ids fitting
each notification criteria, and then calculate the flags in Tornado.
This brings down the space to ~60KB for 1000 users.
This commit reverts parts of following commits:
- 2179275
- 40cd6b5
We will in the future, add helpers to create `UserMessageNotificationsData`
objects from these lists, so as to avoid code duplication.
We now encode resolved topics with just:
U+2714 HEAVY CHECK MARK, SPACE
Previously, the encoding was unintentionally this:
U+2714 HEAVY CHECK MARK, U+FE0F VARIATION SELECTOR-16, SPACE
The language_list_dbl_col parameter in the page_params
is used by only the web client frontend. The value is
calculated in the backend and then passed as a page_param
which is unnecessary considering that the whole process
is beneficial for the front_end only. Hence move the entire
calculation code to the frontend.
Fixes part of #18673.
default_language_name was a part of page_params which is actually
redundant considering that we already have language_list and
default_language available to frontend which can be used to
get the default_language_name and hence prevents the backend
from sending an additional parameter.
Fixes part of #18673.
This commit replaces the allow_community_topic_editing boolean with
integer field edit_topic_policy and includes both frontend and
backend changes.
We also update settings_ui.disable_sub_settings_onchange to not
change the color of label as we did previously when the setting
was a checkbox. But now as the setting is dropdown we keep the
label as it is and we don't do anything with label when disabling
dropdowns. Also, this function was used only here so we can safely
change this.
We do not need the 'topic_name is None' check in this function as this is
called only when atleast one of the content and topic_name is not None,
and this condition cannot be true as there is 'content is not None'
check just before it.
Thus, 'if topic_name is None' condition being true means that both content
and topic_name are None which is not possible as this function itself will
not be called in such case. An assert statement is added to check that
topic_name is not None to make sure that it is handled when the function
is called in some other way later.
This is a prep change for calling `get_active_presence_idle_user_ids`
after we have collected all user data variables, so that that function
does not erroneously skip some user IDs from not having the complete
data.
We will in later commits, extend this class to contain methods
to determine if a message is notifiable or not, but for now
we only turn it into a dict and pass it on.
This gives us a single place where all user data for the message
send event is calculated, and is a prep change for introducing
a TypedDict or dataclass to keep this data toghether.
For this extraction, we need to move some context
parameter (from home_real in `views/home.py`) to extra
page_params parameter (of
build_page_params_for_home_page_load in
`lib/home.py`) so handlebars template can access them.
While moving I confirmed that these parameters are not
used elsewhere if some parameter is used elsewhere
(like `apps_page_url`) then I didn't remove it from the
context list, I just added it to the page_params list.
Fixes: #18795.
This is a prep commit to extract the gear menu as a
handlebars template.
We are renaming `enable_marketing_emails_enabled` to
`corporate_enabled` as it will be also used in the
handlebars template of the gear menu.
Damian Parrino
Steve Howell
akshatdalton
Abhijeet Prasad Bodas
PIG208
Vishnu KS
Tim Abbott
Suyash Vardhan Mathur
Priyansh Garg
sahil839
Mateusz Mandera
Gaurav Pandey
Carlos Bederian
Aman Agrawal
Riken Shah