Previously, these push notification events were being generated, but
then ignored in handle_push_notification because there was no
user_message object.
Generally emails are not written with markdown in mind and hence
sometimes render in strange ways. This commit fixes a particular
issue that was causing whitespace before paragraphs to be treated
as code block due to which email content was being rendered in a
box that scrolls in right direction a lot.
Fixes: #7045.
This change affects realm_users and realm_non_active_users.
Note that we still send full avatar urls in realm_user/add
events, so apply_events has to do something mildly hacky to
turn the avatar_url to None in that case.
Fixing the event is probably not worth the trouble, as single
urls are not bandwidth hogs; we only need this optimization
for bulk data.
This change affects these values:
* page_params.avatar_url
* page_params.avatar_url_medium
It requires passing the client_gravatar flag through this
codepath:
* home_real
* do_events_register
* fetch_initial_state_data
* avatar_url
This commit allows clients to register client_gravatar=True, and
then we recognize that flag for message events. If the flag is
True, we will not calculate gravatar URLs and let the clients do
it themselves. (Clients can calculate gravatar URLs based on
emails with just a little bit of code.)
This refactoring doesn't change behavior, but it sets us up
to more easily handle a register setting for `client_gravatar`,
which will allow clients to tell us they're going to compute
their own gravatar URLs.
The `client_gravatar` flag already exists in our code, but it
is only used for Django views (users/messages) but not for
Zulip events.
The main change is to move the call to `set_sender_avatar` into
`finalize_payload`, which adds the boolean `client_gravatar`
parameter to that function. And then we update various callers
to supply that flag.
One small performance benefit of this change is that we now
lazily compute the client message payloads in
`event_queue.process_message_event` now, so this will improve
performance if all interested clients have the same value of
`apply_markdown`. But the change here is really preparing us
for the additional boolean parameter, which will cause us to
have four variations of the payload.
The main limitation of this version is that it's controlled entirely
from settings, with nothing in the database and no web UI or even
management command to control it. That makes it a bit more of a
burden for the server admins than it'd ideally be, but that's fine
for now.
Relatedly, the web flow for realm creation still requires choosing a
subdomain even if the realm is destined to live at an alias domain.
Specific to the dev environment, there is an annoying quirk: the
special dev login flow doesn't work on a REALM_HOSTS realm. Also,
in this version the `add_new_realm` and `add_new_user` management
commands, which are intended for use in development environments only,
don't support this feature.
In manual testing, I've confirmed that a REALM_HOSTS realm works for
signup and login, with email/password, Google SSO, or GitHub SSO.
Most of that was in dev; I used zulipstaging.com to also test
* logging in with email and password;
* logging in with Google SSO... far enough to correctly determine
that my email address is associated with some other realm.
The original PR to allow generic bots to be mentioned had
some merge issues that we detected about a week after the
fact. This commit restores the logic from the original PR.
The reason we didn't detect this bug earlier is that the
merge issues didn't break any existing behavior. Instead,
they made it so that only UserMessage rows got written for
bots, but no events were being set. The part of the commit
that got lost is restored here, so now events get sent as
well.
Thanks to @derAnfaenger for reporting this and being patient
as we tracked it down.
Fixes#7140
This adds the data model and bugdown support for the new UserGroup
mention feature.
Before it'll be fully operational, we'll still need:
* A backend API for making these.
* A UI for interacting with that API.
* Typeahead on the frontend.
* CSS to make them look pretty and see who's in them.
Because this is for tests, a heuristic like this that's right in most
situations is actually fine; we can override it in the few cases where
a test might set up a situation where it fails.
So just make it clear for the next reader that that's what's going on,
and also adjust the helper's interface slightly so that its callers
do have that flexibility.
We extract get_bulk_stream_subscriber_info() from this
function to remove some of the complexity. Also, in that
new function we avoid a hop to the database by querying
on stream ids instead of recipient ids. The query that
gets changed here does require a join to the recipient
table (to get the stream id), so it's a little bit of a
tradeoff.
There's an implicit assumption in bulk_remove_subscriptions
that all users belong to the same realm. We use the realm
for things like comparing occupied streams before and
after our main operation of deactivating streams.
Before this change, we just used the user_profile variable
that leaked from some prior loop to look up the realm, which
was super brittle.
Now we're a bit more explicit.
We were using Google's diff-match-patch library to diff HTML. The
problem with that approach is that it is a text differ, not an HTML
differ and so it ends up messing up the HTML tags. `lxml` is a safer
option.
Fixes: #7219.
Note that this code leads to a slightly different query, because
we join to one row in the small Recipient table to match
stream_id to recipient.type_id.
The first method we extract to this library is
get_active_subscriptions_for_stream_id().
We also move num_subscribers_for_stream_id() to here, which
is slightly annoying (having the method on Stream was nice)
but avoids some circular dependency issues.
FuncT was unused in decorator.py, and only imported into profile.py.
The @profiled decorator is now more strongly typed on return-type.
Annotations were converted to python3 format.
This extraction moves all the huddle logic into models.py, which
hopefully can reduce friction for things like re-organizing our
caches (there are two cache entries for every huddle) and/or
just putting huddle_id on Message directly.
Do you call get_recipient(Recipient.STREAM, stream_id) or
get_recipient(stream_id, Recipient.STREAM)? I could never
remember, and it was not very type safe, since both parameters
are integers.
Almost all callers to do_create_user were trying to
create active users, except for one test. The
active=False codepath was kind of broken (things
like sending welcome messages had sort of undefined
behavior there), so instead of trying to maintain it,
we just update the one test (`test_people`) to flip the
`is_active` flag manually.
Fixes#7197
Along with fixing some minor bugs, this requires extracting out the
default functions so that we can do type: ignores on them properly.
While we're at it, we switch to the Python 3 syntax.
Umair Khan
Tommy Ip
Tim Abbott
Steve Howell
rht
Harshit Bansal
derAnfaenger
neiljp (Neil Pilgrim)
Greg Price
Aditya Bansal