This is the preferred way to check that a user
id belongs to the current user.
We have a recent bug where the current user's
circle doesn't turn green right away. It's not
clear this is the fix, though. (It's hard to
repro locally.)
This is mostly for testing purposes. The code
structure here is pretty stable--we will probably
always use level() here to either sort or
group users, and being able to test it directly
is nice, rather than bringing in all the other
machinery.
This makes it possible it include our standard markdown formatting in
one's custom profile fields, allowing for links, emphasis, emoji, etc.
Fixes#10131.
While we're at it, we remove the JSON parsing that was part of the
user field code path, since this function isn't responsible for
rendering user fields.
Previously, messages with more than one line did not parse '/me' at
the beginning of the message. Since there's a reasonable way to
render multi-line messages, this commit adds support for doing so.
This change does potentially break with the expected behavior of other
slash commands, but it seems worth providing useful functionality over
a blind focus on consistency.
Fixes#11025.
We instead get the specific fields from message
that we use. This is particularly helpful
for subject -> topic migration; we no longer
have to account for "subject" fields in
client-side templates.
This continues the effort to isolate "subject" references
to util calls.
Also, we fix a comment.
Finally, we use canonicalized operators in a switch
statement.
The `assert_message_groups_list_equal` and
`assert_message_list_equal` helpers were
always returning `true`, as they were doing
a bogus traversal of the data structures and
always comparing empty arrays, even when there
was real data.
To prevent this pitfall in the future, we assert
that the extracted data is truth-y, and for the
empty cases we just directly assert deep equality
to `[]`.
As part of giving the stream/topic fields in the
compose box longer ids, I broke the autocomplete
code that handles re-focusing the cursor after
a user hits enter. The worst symptom of this was
that we tried to send a message before compose
finished (although it wouldn't fully deliver the
message).
The new code should be a bit easier to grep for
if we rename these fields again, as we explicitly
use selector syntax.
This adds a new realm_logo field, which is a horizontal-format logo to
be displayed in the top-left corner of the webapp, and any other
places where we might want a wide-format branding of the organization.
Tweaked significantly by tabbott to rebase, fix styling, etc.
Fixing the styling of this feature's loading indicator caused me to
notice the loading indicator for the realm_icon feature was also ugly,
so I fixed that too.
Fixes#7995.
We are trying to carve room for a more specific
"user_status" concept, which refers to statuses
that users specifically set, like "I'm away".
So we call this function "update_presence_info",
which reflects that it's more about actual
"presence"--i.e. the user really is present
in the browser, even though the actual human
may not want to be disturbed.
The current user gets excluded from all non-empty
searches, even ones that match the user, since
it can look funny when the user's at the top of a
search, and you'd never need to search for yourself
(again, since the current user is at the top of
the buddy list).
Apparently, we didn't have one of these, and thus had a moderate
number of generally very old violations in the codebase. Fix this and
clear the ones that exist..
We now rely on set_up() methods to call their
own module-specific versions of maybe_disable_widgets()
in the codepath for admin_sections.load_admin_section().
And then for live updates, we just explicitly call
all four modules that support maybe_disable_widgets().
This should make switching between sections slightly faster,
and it also reduces the risk of module A messing with
module B's state. (Granted, we have lots of other ways
that modules can mess with each other's state.)
We had an anonymous callback for drafts that was
hard to read. It's much easier to flatten the code,
give functions actual names, and stub them as needed
in the unit tests.
The first bug fixed here has been around for a long
time--we were redundantly updating unread counts
indirectly via muting_ui.initialize(). The
unread counts also get updated in
unread_ui.initialize(), when we have more valid
state. (And it's worth noting here that the unread
counts get updated yet again once message fetches
complete.)
The second bug was a very recent regression from
my recent stream name -> stream id cleanup in the
muting system. We now depend on stream_data to
initialize muting data, so we need to initialize
muting.js slightly later in the process.
These fixes are intertwined, because they were both
somewhat caused by the anti-pattern of having
muting_ui.js initialize unread_ui.js and muting.js,
instead of doing more direct, fine-grained initialization
from ui_init.js.
Essentially we replace this code:
exports.update_muted_topics = function (muted_topics) {
muting.set_muted_topics(muted_topics);
unread_ui.update_unread_counts();
};
with this:
exports.initialize = function () {
exports.set_muted_topics(page_params.muted_topics);
};
And the modules load like this:
stream_data
...
muting
...
unread_ui
And we don't need any page-load initialization for muting_ui,
which is mostly used for Settings/Muted topics.
This function used to be called initialize_from_page_params(),
and we called it indirectly through `subs.js`.
Now we call it directly from `ui_init.js`, which gives us a
bit more control over how things are initialized. In fact,
this sets us up for the next commit, where I fix a recent
regression I introduced.
This is mostly about cleaning up the naming convention
for streams and topics, but it also adds a test that
specifically tests the muted-topic case (without any
other factors that would prevent a notification).
Before this commit, it was possible to change the
API for muting topics and get false positives, even
when the test setup was clearly broken.
The stream_list test that was fixed here was sort of
broken. It accomplished the main goal of verifying
what gets rendered, but now the data setup part is
more like the actual app code (and simpler, too).