Relies on the fact that all the email template names now follow the same
pattern.
Note that there was some template_prefix-like computation being done in
send_confirmation (conditioned on obj.realm.is_zephyr_mirror_realm); that
computation is now being done in the callers.
This increase in the list of needed fields carries a small performance
cost, but it should be very small, and this change is needed to
support outgoing webhooks without additional database queries.
Also puts them into a processing queue, though the queue processor
does nothing.
Rewritten by tabbott to avoid unnecessary database queries in
do_send_messages.
This is a better solution to the problem of how _pg_re_escape should
handle the null character. There's really no good reason to have a
null character in a stream name.
The new function takes a full UserProfile object for the sender,
which allows us to avoid O(N) calls when creating the stream to
find the user profile of the notification bot. (The calls were
already cached, so this won't necessarily be a huge performance
win.)
We also don't have to worry about sending a blank subject any more.
The new, more direct interface for prepping internal stream
messages circumvents the bug-prone extract_recipients() method,
which has the pitfall that it will try to parse a stream name
as JSON. It also takes a UserProfile object for the sender, so
it's a bit more type-safe.
- Add file_name field to `RealmEmoji` model and migration.
- Add emoji upload supporting to Upload backends.
- Add uploaded file processing to emoji views.
- Use emoji source url as based for display url.
- Change emoji form for image uploading.
- Fix back-end tests.
- Fix front-end tests.
- Add tests for emoji uploading.
Fixes#1134
Move the user_profile data section down into fetch_initial_state_data
so it entirely pulls from register_ret for #3853.
This field requires some changes to the events race handling.
This moves the avatar_ fields in page_params to come from
register_ret. Unlike many fields, changing this had a bit of
complexity, because the avatar update events didn't actually contain
some of the details required for moving these into register_ret to
work correctly without races.
We fix that as part of this change.
Modified significantly by tabbott.
The function internal_prep_message is kind of awkward to
call, so I'm moving most of its implementation to
_internal_prep_message() for upcoming refactorings.
We'll need to implement a version of the simple decoding/decryption
logic used by this library in the mobile code as well, but that should
be simple enough.
All webhook fixtures in zerver/fixtures/<webhook_name> have now
been moved to dedicated webhook-specific directories under
zerver/webhooks/<webhook_name>/fixtures, where <webhook_name> is
the name of the webhook.
This new feature makes it possible to request a different set of
initial data from the event_types an API client is subscribing to.
Primarily useful for mobile apps, where bandwidth constraints might
mean one wants to subscribe to events for a broader set of data than
is initially fetched, and plan to fetch the current state in future
requests.
For our Git integrations, we now only display the number of commits
pushed when the pusher also happens to be the only author of the
commits being pushed.
Part of #3968.
Follow-up to #4006.
For Git push messages, we now have a single space character between
the name of a commit's author and the number of commits by that
author, plus a period at the end.
Part of #3968.
Follow-up to #4006.
- Add aggregated info to real-time updated presence status.
- Update `presence events` test case with adding aggregated
information to presence event.
- Add test case for updating presence status for user which
send state from multiple clients.
Fixes#4282.
We need to reset INSTRUMENTED_CALLS variable before running every
subsuite. If we do not do this then the subsuite running on a
particular process called A will send the accumulated instrumented
calls gathered by the previous subsuites which also ran on the process A.
This also fixes the extra delay that we used to experience after the
tests had finished running. The extra delay was due to the duplicate
instrumented calls in the INSTRUMENTED_CALLS list. The size of this
list used to be ~100k for parallel model as opposed to ~1800 for serial
model.
