The function check_stream_existence() temporarliy got moved
to stream_create.js, and our call from compose.js was still trying
to find it in subs.js. Now we move the function to compose.js,
since we no longer use it stream_create.js.
This function is pretty dubious, and we may want to only check
for duplicate stream names locally.
Reusing code from the main compose_message component so that resizing now
behaves correctly. This means that when the user tries to resize vertically,
the autoresize code is disabled, and the textbox reverts to manual resizing.
Fixes#4573
This code makes the right pane work in "Manage Streams" when
you are editing a stream subscription. It handles basic
functionality (submitting forms, etc.), live updates, and
showing the pane as needed.
Most of the code here was simply moved from subs.js, but some
functions were pulled out of larger functions:
live update:
add_me_to_member_list
update_stream_name
update_stream_description
collapse/show:
collapse
show_sub
We also now export subs.show_subs_pane.
We eventually want stream_edit not to call into subs.js, and
this should be fairly easy--we just need to move some shared
methods to a new module.
We now only call compose_state.composing() in a boolean context,
where we simply care whether or not the compose box is open. The
function now also returns true/false.
Callers who need to know the actual message type (e.g. "stream" or
"private") now call compose_state.get_message_type().
This is mostly just moving methods out of compose.js.
The variable `is_composing_message`, which isn't a boolean, has
been renamed to `message_type`, and there are new functions
set_message_type() and get_message_type() that wrap it.
This commit removes some shims related to the global variable
`compose_state`; now, `compose_state` is a typical global
variable with a 1:1 relationship with the module by the same
name.
The new module has 100% line coverage, most of it coming
via the tests on compose_actions.js. (The methods here are
super simple, so it's a good thing that the tests are somewhat
integrated with a higher layer.)
Some Handlebars strings contained whitespaces characters at their ends.
With this, such characters are removed, as well as multiple spaces
(like the ones produced by code indentation).
This also includes a couple of fixes that removes spaces that were
intentionally placed before/after the string to translate.
This moves respond_to_mention() and reply_with_mention() to
compose_actions.js. These methods are basically thin layers
on top of compose_actions.start().
This module extracts these two functions that get called by
several other modules:
start()
cancel()
It is a little bit arbitrary which functions got pulled over
with them, but it's generally functions that would have only
been called via start/cancel.
There are two goals for splitting out this code. The first
goal is simply to make `compose.js` have fewer responsibilities.
The second goal is to help break up circular dependencies.
The extraction of this module does more to clarify
dependencies than actually break them. The methods start()
and cancel() had actually been shimmed in an earlier commit,
and now they no longer have a shim.
Besides start/cancel, most of the functions here are only
exported to facilitate test stubbing. An exception is
decorate_stream_bar(), which is currently called from
ui_init.js. We probably should move the "blur" handler out
of there, but cleaning up ui_init.js is a project for another
day.
It may seem slightly odd that this commit doesn't pull over
finish() into this module, but finish() would bring in the
whole send-message codepath. You can think of it like this:
* compose_actions basically just populates the compose box
* compose.finish() makes the compose box do its real job,
which is to send a message
The extraction here is straightforward, but where we put the
caller is a slightly subtle change. Instead of continuing to
invoke this code at the end of show_box(), we instead call it
at the beginning of complete_starting_tasks(). This change is
valid, because show_box() and complete_starting_tasks() are only
ever called from compose.start().
Previously drafts called compose.snapshot_message which would then
get the message object from compose.create_message_object. This method often
checked for the validity of stream/user recipients which would often cause tracebacks.
The new method in drafts.snapshot message just gets the data from the fields and
stores them in the draft model without any additional checking.
This allows for users to resize the message compose box without it
collapsing back down to jQuery autosize’s preferred height.
When you hide the compose box and then re-show it, it keeps the
previous height but reactivates the jQuery module.
Fixes: #2236.
This fixes the mobile web experience for Chrome on iOS.
Apparently, Chrome-on-iOS silently has a `viewport` module that
overrides and user-defined module by that name, causing all of our
code that accesses the viewport module to not work on that platform.
We fix this by renaming it.
* Created a drafts modal to display/restore/delete drafts
* Created a Draft model to support storing draft data in localstorage
* Removed existing restore-draft functionality
* Added casper and node tests for drafts functionality
Fixes#1717.
The current logic that we have is as follows:
* If a message is locally echoed, the draft is stored via the locally
rendered message, and that system takes care of it. So no need to
store it here.
* If the message isn't locally echoed, we don't close the compose box
until, so the content is safe here as well. It'll be saved as a draft
if the compose box is later closed due to a failure sending.
The new behavior is:
(1) If enter-sends is enabled, just send the messsage.
(2) If enter-sends is not enabled, return focus to the compose area.
Based on great work by khantaalaman in #3673.
Fixes#3489.
We already do detection of the client on the backend based on
User-Agent and the fact that it's a JSON view, which is pretty safe.
This fixes an issue where the server was not treating the Electron app
as its own client.
This significantly simplify the logic for our logging process, making
it the case that websockets message sending requests always are logged
as having the exact same client as a normal AJAX request from that
server.