Use fully resolvable request paths because we need to be able to refer
to third party modules, and to increase uniformity and explicitness.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
We now just use a module._load hook to inject
stubs into our code.
For conversion purposes I temporarily maintain
the API of rewiremock, apart from the enable/disable
pieces, but I will make a better wrapper in an
upcoming commit.
We can detect when rewiremock is called after
zrequire now, and I fix all the violations in
this commit, mostly by using override.
We can also detect when a mock is needlessly
created, and I fix all the violations in this
commit.
The one minor nuisance that this commit introduces
is that you can only stub out modules in the Zulip
source tree, which is now static/js. This should
not really be a problem--there are usually better
techniques to deal with third party depenencies.
In the prior commit I show a typical workaround,
which is to create a one-line wrapper in your
test code. It's often the case that you can simply
use override(), as well.
In passing I kill off `reset_modules`, and I
eliminated the second argument to zrequire,
which dates back to pre-es6 days.
We no longer export make_zjquery().
We now instead have a singleton zjquery instance
that we attach to global.$ in index.js.
We call $.clear_all_elements() before each module.
(We will soon get even more aggressive about doing
it in run_test.)
Test functions can still override $ with set_global.
A good example of this is copy_and_paste using the
real jquery module.
We no longer exempt $ as a global variable, so
test modules that use the zjquery $ need to do:
const $ = require("../zjsunit/zjquery");
We still need to write to these globals with set_global because the
code being tested reads from them, but the tests themselves should
never need to read from them.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
ES and TypeScript modules are strict by default and don’t need this
directive. ESLint will remind us to add it to new CommonJS files and
remove it from ES and TypeScript modules.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
Prettier would do this anyway, but it’s separated out for a more
reviewable diff. Generated by ESLint.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
Prettier would do this anyway, but it’s separated out for a more
reviewable diff. Generated by ESLint.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
This is not always a behavior-preserving translation: _.defaults
mutates its first argument. However, the code does not always appear
to have been written to expect that.
Signed-off-by: Anders Kaseorg <anders@zulipchat.com>
We now treat util like a leaf module and
use "require" to import it everywhere it's used.
An earlier version of this commit moved
util into our "shared" library, but we
decided to wait on that. Once we're ready
to do that, we should only need to do a
simple search/replace on various
require/zrequire statements plus a small
tweak to one of the custom linter checks.
It turns out we don't really need util.js
for our most immediate code-sharing goal,
which is to reuse our markdown code on
mobile. There's a little bit of cleanup
still remaining to break the dependency,
but it's minor.
The util module still calls the global
blueslip module in one place, but that
code is about to be removed in the next
few commits.
I am pretty confident that once we start
sharing things like the typeahead code
more aggressively, we'll start having
dependencies on util. The module is barely
more than 300 lines long, so we'll probably
just move the whole thing into shared
rather than break it apart. Also, we
can continue to nibble away at the
cruftier parts of the module.
ES6 and TS modules don’t insert themselves into `window`, so our tests
shouldn’t insert them either. Since the test `window` behaves like
`global` now, we can rely on legacy modules that do insert themselves
to do it themselves.
Signed-off-by: Anders Kaseorg <anders@zulipchat.com>
This commit was originally automatically generated using `tools/lint
--only=eslint --fix`. It was then modified by tabbott to contain only
changes to a set of files that are unlikely to result in significant
merge conflicts with any open pull request, excluding about 20 files.
His plan is to merge the remaining changes with more precise care,
potentially involving merging parts of conflicting pull requests
before running the `eslint --fix` operation.
Signed-off-by: Anders Kaseorg <anders@zulipchat.com>
This adds three bools to message_container object which calculate bools
where the "(EDITED)" label should appear:
* `edited_in_left_col` -- when label appears in left column.
* `edited_alongside_sender` -- when label appears alongside sender info.
* `edited_status_msg` -- when label appears for a "/me" message.
We use the new bools and remove the complicated if else statements
from the templates for the "(EDITED)" label.
This also allows us to add a unit test to verify the logic.
Previously, if you were in the process of editing the last message in
a narrow and a new message came in, we'd rerender that second-to-last
message, causing your editing widget to lose focus (and thus the next
few keys you typed to be interpreted as keyboard shortcuts, which
had a good chance of resulting in your navigating somewhere random).
This rerendering was essentially unnecessary; the only change to state
going into the rendering process was the next_is_same_sender CSS class
being toggled on the messagebox in the message. So, at most, we
should have been just toggling that CSS class (and this commit makes
us do precisely that).
It seems like we could further improve this code by just removing the
next_is_same_sender CSS class entirely and removing this block, but
I'm leaving that for follow-up work.
Fixes#11656.
The bug here was that when we rerendered messages following local echo
through the echo.process_from_server code path, the eventual call to
_rerender_header() made the implicit assumption that all messages in a
message group had the same date. As a result, it created a totally
new/fake message group and called the rendering logic on that group
without calling the functions for setting up recipient row dates,
which would always result in no recipient bar date being added. This
bug was latent/invisible before, because when introduced, the locally
echoed messages were always being added to a recipient group from
today, where the recipient bar's date area was by default empty anyway.
This latent bug was revealed when we modified the structure of the app
to do date dividers between individual messages within a message
group, rather than strictly between message groups.
This adds date dividers within a single message group when the only
reason we had previously been splitting apart two message groups is a
change of date. The overall effect is a cleaner message list user
experience.
The downside of this change would be that the recipient bars no longer
will always show a new date for date changes; to fix that, we rewrite
how the floating recipient bars both set the date field on the
floating recipient bar itself, as well as ensure that non-floating
recipient bars don't show duplicate dates.
In a future design update where we modify how message recipient bars
look, we may very well be able to simplify this logic by removing some
of the dynamic nature of the recipient bar calculations. But this is
a good implementation of what remains.
Tweaked significantly by tabbott from Steve Howell's original, both to
extract these changes from a larger PR as well as to modify the
first_visible_message logic to handle some tricky corner cases.
Fixes#10171.
This seems like a small change (apart from all the
test changes), but it fundamentally changes how
the app finds "topic" on message objects. Now
all code that used to set "subject" now sets "topic"
on message-like objects. We convert incoming messages
to have topic, and we write to "topic" all the way up
to hitting the server (which now accepts "topic" on
incoming endpoints).
We fall back to subject as needed, but the code will
emit a warning that should be heeded--the "subject"
field is prone to becoming stale for things like
topic changes.
