Previously, accessing the Rails app directly in development mode would give you assets from our 'legacy' Ember asset pipeline. The only way to run with Ember CLI assets was to run ember-cli as a proxy. This was quite limiting when working on things which are bypassed when using the ember-cli proxy (e.g. changes to `application.html.erb`). Also, since `ember-auto-import` introduced chunking, visiting `/theme-qunit` under Ember CLI was failing to include all necessary chunks.
This commit teaches Sprockets about our Ember CLI assets so that they can be used in development mode, and are automatically collected up under `/public/assets` during `assets:precompile`. As a bonus, this allows us to remove all the custom manifest modification from `assets:precompile`.
The key changes are:
- Introduce a shared `EmberCli.enabled?` helper
- When ember-cli is enabled, add ember-cli `/dist/assets` as the top-priority Rails asset directory
- Have ember-cli output a `chunks.json` manifest, and teach `preload_script` to read it and append the correct chunks to their associated `afterFile`
- Remove most custom ember-cli logic from the `assets:precompile` step. Instead, rely on Rails to take care of pulling the 'precompiled' assets into the `public/assets` directory. Move the 'renaming' logic to runtime, so it can be used in development mode as well.
- Remove fingerprinting from `ember-cli-build`, and allow Rails to take care of things
Long-term, we may want to replace Sprockets with the lighter-weight Propshaft. The changes made in this commit have been made with that long-term goal in mind.
tldr: when you visit the rails app directly, you'll now be served the current ember-cli assets. To keep these up-to-date make sure either `ember serve`, or `ember build --watch` is running. If you really want to load the old non-ember-cli assets, then you should start the server with `EMBER_CLI_PROD_ASSETS=0`. (the legacy asset pipeline will be removed very soon)
* Adds a hidden site setting: `max_participant_names`
* Replaces duplicate code in `GroupSmtpMailer` and `UserNotifications`
* Groups are sorted by the number of users (decreasing)
* Replaces the query to count users of each group with `Group#user_count`)
* Users are sorted by their last reply in the topic (most recent first)
* Adds lots of tests
This reverts commit 01107e418e.
We have seen some random occurrences of corrupted assets, and think it may be related to the sprockets 4 update. Reverting for investigation
We intend to switch to the `:json` serializer, which will stringify all keys. However, we need a clean revert path. This commit ensures that our `_t` cookie handling works with both marshal (the current default) and json (the new default) serialization.
This PR enables custom email dark mode styles by default that were added here.
There is currently poor support for dark mode queries in mail clients. The main beneficiary of these changes will be Apple Mail and Outlook.
Enjoy the darkness 🕶️
Commit 68497bddf2 implemented a function
to format durations in a medium format, similar to how durationTiny did.
The existent translation strings do not cover all cases and this commit
adds the missing translation strings.
When changing upload security using `Upload#update_secure_status`,
we may not have the context of how an upload is being created, because
this code path can be run through scheduled jobs. When calling
update_secure_status, the normal ActiveRecord validations are run,
and ours include validating extensions. In some cases the upload
is created in an automated way, such as user export zips, and the
security is applied later, with the extension prohibited from
use when normally uploading.
This caused the upload to fail validation on `update_secure_status`,
causing the security change to silently fail. This fixes the issue
by skipping the file extension validation when the upload security
is being changed.
1. When the select-kit body is rendered, it defaults to being displayed under the triggering select-kit header, unless...
there isn't enough space between the bottom of the select-kit header and the bottom of the viewport
&
there's enough space on top of the select-kit header, and in that case, we render it on top.
2. We give it a bit of padding on top, so it never renders below the header on the Z-axis.
14778ba52e/app/assets/javascripts/select-kit/addon/components/select-kit.js (L877-L884)
3. If there isn't enough space between the bottom of the viewport and the bottom of the select-kit header, and there isn't enough space between its top and the bottom of `d-header`, it renders at the bottom of the select-kit header.
In theory, number 3 above rarely ever happens. However, it can occur in the case of the user preferences page in combination with a large select-kit body (many categories).
The select-kit body then renders below the trigging select-kit header, but it's cut off. Users won't be able to see the entire select-kit body.
Here's an example
a719734d92.mp4
This PR adds a "prevent overflow" modifier to Popper. What it does is that it handles the case above.
If there's not enough space below the select-kit header or above it, render the select-kit body below the select-kit header BUT... anchor it to the bottom of the viewport.
Here's what that looks like
32cd1639bb.mp4
After this fix, even very large select-kit bodies will always be on the screen.
Please note that this PR has no impact on either number 1 or number 2 above, and those will continue to function as they currently do.
The only downside here is that the select-kit body might cover the select-kit header if it needs to be anchored at the bottom of the viewport, and it's very large. However, between that and not being able to see all the options, I think it's a fair compromise. There's only so much space in the viewport.
This PR ignores mobile because we have a different placement strategy. We use `position: absolute`... so, users can scroll the viewport if needed.
Previously, 'crop' would resize the image to have the requested width, then crop the height to the requested value. This works when cropping images vertically, but not when cropping them horizontally.
For example, trying to crop a 500x500 image to 200x500 was actually resulting in a 200x200 image. Having an OptimizedImage with width/height columns mismatching the actual OptimizedImage width/height causes some unusual issues.
This commit ensures that a call to `OptimizedImage.crop(from, to, width, height)` will always return an image of the requested width/height. The `w x h^` syntax defines minimum width/height, while maintaining aspect ratio.
This commit fixes two issues at play. The first was introduced
in f6c852b (or maybe not introduced
but rather revealed). When a user posted a new message in a topic,
they received the unread topic tracking state MessageBus message,
and the Unread (X) indicator was incremented by one, because with the
aforementioned perf commit we "guess" the correct last read post
for the user, because we no longer calculate individual users' read
status there. This meant that every time a user posted in a topic
they tracked, the unread indicator was incremented. To get around
this, we can just exclude the user who created the post from the
target users of the unread state message.
The second issue was related to the private message topic tracking
state, and was somewhat similar. Whenever a user created a new private
message, the New (X) indicator was incremented, and could not be
cleared until the page was refreshed. To solve this, we just don't
update the topic state for the user when the new_topic tracking state
message comes through if the user who created the topic is the
same as the current user.
cf. https://meta.discourse.org/t/bottom-of-topic-shows-there-is-1-unread-remaining-when-there-are-actually-0-unread-topics-remaining/220817
It used to show the warning that said only members of certain groups
could view the topic even if the group "everyone" was listed in
category's permission list.
