The order of chat direct message groups can sometimes place usernames in an unexpected order, this change tests multiple combinations of usernames and accepts them no matter what order they are in.
This commit tries another work around for the `Socket::ResolutionError: getaddrinfo: Temporary failure in name resolution`
error we are seeing on CI.
The problem with the previous workaround is that `Capybara.using_session` will attempt to resolve `localhost`
before yielding the block which means our retry code is not hit.
This problem may be related to https://bugs.ruby-lang.org/issues/20172
which hints at us potentially not being able to spin up threads on CI so
I'm adding a debugging statement when stuff fails.
We are seeing the following error in our logs when Sidekiq is sent a
`USR1` signal in production when logrotate happens:
```
log writing failed. stream closed in another thread
Error encountered while starting Sidekiq: can't be called from trap context\n/var/www/discourse/vendor/bundle/ruby/3.3.0/gems/unicorn-6.1.0/lib/unicorn/util.rb:71:in `reopen'
```
I'm not quite sure where the error is triggered from so I'm improving
the way we log errors.
We were using `autoclose` as the topic status update
when silently closing topics using the bulk
actions (introduced in 0464ddcd9b).
However, this resulted in a message like this showing in
the topic as a small moderator post:
> This topic was automatically closed after X days.
This is not accurate, the topic was bulk closed by someone.
Instead, we can use `closed` as the status, and a more accurate
> Closed on DATE
message is used. `TopicStatusUpdater` needed an additional
option to keep the same "fake read" behaviour as autoclose
so we can keep the same functionality for silently closing
topics in bulk actions.
This commit extracts the content of the `HomeLogo` to a standalone
component. This enables us to utilize the `home-logo-contents` plugin
outlet to render an alternative version of the logo using the new
component to reuse the rendering logic, but using alternative
properties. For example:
```js
const logoSmallUrl = settings
.theme_uploads["theme-alternative-logo-small"];
const logoUrl = settings.theme_uploads["theme-alternative-logo"];
const mobileLogoUrl = settings
.theme_uploads["theme-alternative-logo"];
api.renderInOutlet("home-logo-contents", <template>
<HomeLogoContents
@logoSmallUrl={{logoSmallUrl}}
@logoUrl={{logoUrl}}
@minimized={{@outletArgs.minimized}}
@mobileLogoUrl={{mobileLogoUrl}}
@showMobileLogo={{@outletArgs.showMobileLogo}}
@title={{@outletArgs.title}}
/>
</template>);
``
In 4e7a75a7ec, we moved to a single admin plugin page and added a few fields to the "plugin serializer" but we already had a proper route with the correct serializers to properly load channels.
This fixes it by removing the "add_to_serializer" calls and changed the calls to "/admin/plugins/chat.json" to the proper "/admin/plugins/chat/hooks.json" route.
Meta - https://meta.discourse.org/t/names-are-missing-from-list-when-creating-new-chat-channel-webhooks/308481
decorator-transforms (https://github.com/ef4/decorator-transforms) is a modern replacement for babel's plugin-proposal-decorators. It provides a decorator implementation using modern browser features, without needing to enable babel's full suite of class feature transformations. This improves the developer experience and performance.
In local testing with Google's 'tachometer' tool, this reduces Discourse's 'init-to-render' time by around 3-4% (230ms -> 222ms).
It reduces our initial gzip'd JS payloads by 3.2% (2.43MB -> 2.35MB), or 7.5% (14.5MB -> 13.4MB) uncompressed.
This was previously reverted in 97847f6. This version includes a babel transformation which works around the bug in Safari <= 15.
For Cloudflare compatibility issues, check https://meta.discourse.org/t/311390
Not all HTML elements are converted into Markdown. Some are kept as HTML.
Without this fix XML/HTML entities that are formatted as text instead of code are swallowed by Discourse.
This also fixes quotes in the `title` attribute of the `<abbr>` tag.
Previously `HtmlToMarkdown` always converted HTML tables into Markdown tables. That lead to some badly formatted Markdown tables, e.g. when the table contained `rowspan` or `colspan`. This solves the issue by using very basic HTML tables in those cases.
Inline the helper functions, avoid creating and then immediately destructuring arrays, use complete strings instead of string interpolation, Map instead of a pojo.
When chat is enabled, there's a scheduled job that runs every 5 minutes to check whether we need to send a "chat summary" email to users with unread chat messages or mentions.
On Discourse with a large number of users, the query used wasn't optimal and sometimes taking minutes. Which isn't good when the query is called every 5 minutes 😬
This PR reworks the query in `Chat::Mailer.send_unread_mentions_summary`.
Instead of starting from the `users` table, it starts from the `user_chat_channel_memberships` table which is the main piece tying everything together.
The new query is mostly similar to the previous one, with some bug fixes (like ensuring the user has `allow_private_messages` enabled for direct messages) and is also slightly simpler since it doesn't keep track of the `memberships_with_unread_messages` anymore. That part has been moved to the `user_notifications.chat_summary` email method.
The `UserEmailExtension` has been deleted since that was using to N+1 update the `user_chat_channel_memberships.last_unread_mention_when_emailed_it`(quite a mouthful 😛) but that's now done directly in the `user_notifications.chat_summary` email method.
The "plat de résistance" of that PR - the `user_notifications.chat_summary` method has been re-worked for improved performances 🚀
Instead of doing everything in one query, it does 4 tiny ones.
- One to retrieve the list of unread mentions (@something) in "category" channels
- One to retrieve the list of unread messages in "direct message" channels (aka. 1-1 and group discussions)
- One to load all the chat messages for each "category" channels from the last unread mention
- One to load all the chat messages for each "direct message" channels from the last unread message
All the specs for both `Chat::Mailer` and `UserNotification.chat_summary` have been rewriten for easier comprehension and faster execution (mostly by not using chat services which makes the specs go 10x slower...)
Internal ref - t/129848
When running ` rspec spec/services/external_upload_manager_spec.rb`
in the development environment, tests were failing with the following
error:
```
NameError:
uninitialized constant FakeS3::Aws
```
This commit introduces a hidden `s3_inventory_bucket` site setting which
replaces the `enable_s3_inventory` and `s3_configure_inventory_policy`
site setting.
The reason `enable_s3_inventory` and `s3_configure_inventory_policy`
site settings are removed is because this feature has technically been
broken since it was introduced. When the `enable_s3_inventory` feature
is turned on, the app will because configure a daily inventory policy for the
`s3_upload_bucket` bucket and store the inventories under a prefix in
the bucket. The problem here is that once the inventories are created,
there is nothing cleaning up all these inventories so whoever that has
enabled this feature would have been paying the cost of storing a whole
bunch of inventory files which are never used. Given that we have not
received any complains about inventory files inflating S3 storage costs,
we think that it is very likely that this feature is no longer being
used and we are looking to drop support for this feature in the not too
distance future.
For now, we will still support a hidden `s3_inventory_bucket` site
setting which site administrators can configure via the
`DISCOURSE_S3_INVENTORY_BUCKET` env.
This is a follow up to 9ff0805a1d. We
noticed that `localhost` can fail to resolve in other spots of the app
and not just in selenium-webdriver.
From the failing tests we have seen, the `getaddrinfo: Temporary failure in name resolution` error is only
seen from within the `Capybara.using_session` block. This commit aims to
ensure that `localhost` can be resolve after the new session is started.
