The `send_message_ajax` function was a relic
of us having an alternative way to send messages
(web sockets) to the server, but now the indirection
is more confusing than helpful.
This also fixes trying to cancel a resend of a
local message.
The problem were was type confusion between
strings and ints.
The function in `rows.js` may feel like overkill,
but I really want to enforce type safety here,
as we usually treat message ids as floats, but
for the local-echo case we're gonna get
strings. I put it in `rows` because we mostly
do a good job of encapsulating the "zid" role
in the DOM there.
By going directly to the DOM here, we avoid
parsing a string to a float and then converting
it right back to a string, which always make
me queasy about float rounding, so one less
moving part.
Due to type confusion, we were silently failing
to delete local_id values for messages that were
being acked by the server.
This used to work when we kept values in our
old Dict data structure, since client_message.id
and message.local_id are really the same value,
just the former is a float and the latter's a
string, and Dict never cared.
We can avoid all this confusion, though, by just
consistently using `local_id`, which I extract
to a local var.
The function message_send_error was messing up
on calls to message.get when we were passing in
string versions of `local_id`. Now we pass in
float ids.
This fixes a traceback where we tried to set
`.failed_request` on to an `undefined` value
that we had instead expected to be a locally
echoed message from our message store.
This will allow us access to the float version of the
message's id in an upcoming commit, without us having
to do possibly brittle string-to-float translations.
We stop using `local_id_counter`, which was just noise,
and instead we just make the test more realistic:
- Use 123.04 for our local id on the message that
we're simulating sending.
- Use 127 as the message id that the server gives
us back in the success payload.
We still stub echo functions, but for
one of our stubs (`try_deliver_locally`)
we now exercise one its actual callees
in the stub (`echo.insert_local_message`).
And we're still stubbing some callees
of `echo.insert_local_message`, since
that has all kinds of unwanted side
effects, too.
The main piece we want from
`insert_local_message`, for now,
is somewhat realistic handling of
our local message ids.
We also add a little sanity check
that our timestamp does get plumbed
through to `local_message.insert_message`.
Option is added to video_chat_provider settings for disabling
video calls.
Video call icon is hidden in two cases-
1. video_chat_provider is set to disabled.
2. video_chat_provider is set to Jitsi and settings.JITSI_SERVER_URL
is none.
Relevant tests are added and modified.
Fixes#14483
This adds a new realm setting: default_code_block_language.
This PR also adds a new widget to specify a language, which
behaves somewhat differently from other widgets of the same
kind; instead of exposing methods to the whole module, we
just create a single IIFE that handles all the interactions
with the DOM for the widget.
We also move the code for remapping languages to format_code
function since we want to preserve the original language to
decide if we override it using default_code_clock_language.
Fixes#14404.
The filter-linkifier input box was disabled which prevented users from
filtering through the linkifiers list. Removed the part of code which
caused the input box to be disabled. This allows users to edit the input
and so filter linkifiers.
With EMAIL_ADDRESS_VISIBILITY_NOBODY (or as a non-admin with
EMAIL_ADDRESS_VISIBILITY_HIDDEN), we were incorrectly generating
zuliprc files containing the shareable email address, which naturally
didn't work.
We use retry_event in queue_processors.py to handle trying on failures,
without getting stuck in permanent retry loops if the event ends up
leading to failure on every attempt and we just keep sending NACK to
rabbitmq forever (or until the channel crashes). Tornado queues haven't
been using this, but they should.
Semaphore has currently has two different versions of their product -
Classic and 2.0. This commit adds support for Semaphore 2.0, along side
Semaphore Classic, using the same webhook. This would let the integration
work seamlessly for users who have already configured a Zulip integration in
their Semaphore 2.0 projects.
Semaphore 2.0 currently only supports GitHub and their payloads do not
contain URLs for common entities like commits, pull requests and tags. We
construct URLs for them using templates, but also try to support other
services by providing notifications without URLs.
Closes#14171
Co-authored-by: Puneeth Chaganti <punchagan@muse-amuse.in>
Because Franz has been to fix their broken Zulip recipe, and as a
result, currently the Franz/Fedri Zulip integration throws an
exception on every new message (fixed in
https://github.com/adambirds/recipe-zulip/pull/6/files), it is
probably worth re-introducing a version of the element it's looking
for to unbreak it.
The change in 180d8abed6, while correct
for the Django part of the codebase, had the nasty side effect of
exposing a failure mode in the process_notification logic if the users
list was empty.
This, in turn, could cause our process_notification code to fail with
an IndexError when trying to process the event, which would result in
that tornado process not automatically recovering, due to the outer
try/except handler for consume triggering a NACK and thus repeating
the event.
Most failures result from invalid emoji names, so this makes it easier
to recover without re-uploading a file.
Previously, this model would have been problematic, but now that we
have the visual preview, this is clearly better behavior.
This adds a preview of the uploaded emoji image while uploading custom
emoji right below the upload form.
Modified upload_widget.build_widget() to take in the preview
span text and image. In case a parameter isn't passed
for preview text, it defaults to null and the snippets in
build_widgets() related to preview don't run.
Fixes#9229.
Styling tweaked by tabbott.
We now only compute idx on the outbound side,
instead of spreading out the responsibility.
We just iterate through all our items to find
the next available number.
The name here is a bit more precise, as we're
not checking whether a task exists so much
as whether just a particular name is in use.
We also move the function out of the `check_task`
layer, which feels a bit overkill in terms
of nesting (plus, we're gonna remove the other
function inside of `check_task` soon).
If a request fails the tool sleeps for some time before making
further requests. The sleep time is a random number between
0 and 2^failures capped at 64 seconds. More details about the
algorithm can be found at https://chat.zulip.org/#narrow/stream/
92-learning/topic/exponential.20backoff.20--.20with.20jitter
This is a prep commit for changes to the top navbar, it adds helpers
to filter.js which will help control the behavior of some aspects of
the redesigned navbar.
Modified by tabbott to add comments, internationalization tags on the
strings, support streams:public, and change various title strings.
This is a prep commit to the change of the navbar UI, in the new UI
the navbar and search box are toggled by icons and exist in the same
space on the UI. This commit only moves the search_box styles to be
near the tab_bar styles, so that future changes are easier to make,
read and maintain.
We fix this by adding a more expressive data function, with tests, for
whether a filter is on UserMessage data, which would mean that
streams:public could never add additional matches.
If we had a rule like "max 3 requests in 2 seconds", there was an
inconsistency between is_ratelimited() and get_api_calls_left().
If you had:
request #1 at time 0
request #2 and #3 at some times < 2
Next request, if exactly at time 2, would not get ratelimited, but if
get_api_calls_left was called, it would return 0. This was due to
inconsistency on the boundary - the check in is_ratelimited was
exclusive, while get_api_calls_left uses zcount, which is inclusive.
time_reset returned from api_calls_left() was a timestamp, but
mistakenly treated as delta seconds. We change the return value of
api_calls_left() to be delta seconds, to be consistent with the return
value of rate_limit().
The information used to be stored in a request._ratelimit dict, but
there's no need for that, and a list is a simpler structure, so this
allows us to simplify the plumbing somewhat.
Anders Kaseorg
Steve Howell
Tim Abbott
sahil839
Rohitt Vashishtha
Pranav
Mateusz Mandera
Puneeth Chaganti
Abhinav
Vishnu KS
Abhishek-Balaji
YashRE42