This commit ensures the browse page can be loaded in the drawer and doesn’t force full page mode.
Other notable changes of this commit:
- be consistent about wrapping each full page route with "c-routes.--route-name" and each drawer container with "c-drawer-routes.--route-name"
- move browse channels into its own component, it was before in the template of the channels browse
Prior to this fix we wouldn't intercept it, and we also wouldn't handle it, which in result would cause us to handle as a full page interaction and open the full page chat even if you were in drawer mode.
This commit will now allow us to track read position in a thread and returns to this position when you open the thread.
Note this commit is also extracting the following components to make it possible:
- `<ChatMessagesScroller />`
- `<ChatMessagesContainer />`
The `UpdateUserThreadLastRead` has been updated to allow this.
Various refactorings have also been done to the code and specs to improve the support of last read.
Forcing a thread will work even in channel which don't have `threading_enabled` or in direct message channels.
For now this feature is only available through the `ChatSDK`:
```ruby
ChatSDK::Message.create(in_reply_to_id: 1, guardian: guardian, raw: "foo bar baz", channel_id: 2, force_thread: true)
```
Why this change?
We noticed that running `LOAD_PLUGINS=1 rspec --seed=38855 plugins/chat/spec/system/chat_new_message_spec.rb` locally
results in the system tests randomly failing. When we inspected the
request logs closely, we noticed that a `/presence/get` request from a
previous rspec example was being processed when a new rspec example is
already being run. We know it was from the previous rspec example
because inspecting the auth token showed the request using the auth
token of a user from the previous example. However, when a request using
an auth token from a previous example is used it ends up logging out the
same user on the server side because the user id in the cookie is the same
due to the use of `fab!`.
I did some research and there is apparently no way to wait until all
inflight requests by the browser has completed through capybara or
selenium. Therefore, we will add an identifier by attaching a cookie to all non-xhr requests so that
xhr requests which are triggered subsequently will contain the cookie in the request.
In the `BlockRequestsMiddleware` middleware, we will then reject any
requests when the value of the identifier in the cookie does not match the current rspec's example
location.
To see the problem locally, change `Auth::DefaultCurrentUserProvider.find_v1_auth_cookie` to the following:
```
def self.find_v1_auth_cookie(env)
return env[DECRYPTED_AUTH_COOKIE] if env.key?(DECRYPTED_AUTH_COOKIE)
env[DECRYPTED_AUTH_COOKIE] = begin
request = ActionDispatch::Request.new(env)
cookie = request.cookies[TOKEN_COOKIE]
# don't even initialize a cookie jar if we don't have a cookie at all
if cookie&.valid_encoding? && cookie.present?
puts "#{env["REQUEST_PATH"]} #{request.cookie_jar.encrypted[TOKEN_COOKIE]&.with_indifferent_access}"
request.cookie_jar.encrypted[TOKEN_COOKIE]&.with_indifferent_access
end
end
end
```
After which run the following command: `LOAD_PLUGINS=1 rspec --format documentation --seed=38855 plugins/chat/spec/system/chat_new_message_spec.rb`
It takes a few tries but the last spec should fail and you should see something like this:
```
assets/chunk.c16f6ba8b6824baa47ac.d41d8cd9.js {"token"=>"37d995a4b65395d3b343ec70fff915b4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591735}
/assets/chunk.050148142e1d2dc992dd.d41d8cd9.js {"token"=>"37d995a4b65395d3b343ec70fff915b4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591735}
/chat/api/channels/527/messages {"token"=>"37d995a4b65395d3b343ec70fff915b4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591735}
/uploads/default/test_0/optimized/1X/_129430568242d1b7f853bb13ebea28b3f6af4e7_2_512x512.png {"token"=>"37d995a4b65395d3b343ec70fff915b4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591735}
redirects to existing chat channel
redirects to chat channel if recipients param is missing (PENDING: Temporarily skipped with xit)
with multiple users
/favicon.ico {"token"=>"9a75c114c4d3401509a23d240f0a46d4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591736}
/chat/new-message {"token"=>"9a75c114c4d3401509a23d240f0a46d4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591736}
/presence/get {"token"=>"37d995a4b65395d3b343ec70fff915b4", "user_id"=>3382, "username"=>"bruce0", "trust_level"=>1, "issued_at"=>1708591735}
```
Note how the `/presence/get` request is using a token from the previous example.
Co-authored-by: David Taylor <david@taylorhq.com>
This commit adds a link to the original message of a thread, this link will:
- load the channel message and highlight it while keeping thread panel open on desktop
- open the channel and highlight the message in mobile (and close thread panel, as mobile never shows channel and thread in the same view)
Co-authored-by: chapoi <101828855+chapoi@users.noreply.github.com>
This commit creates a shared implementation of the dates computation and moves all the logic (new messages since last visit and dates separator into one single component <ChatMessageSeparator />).
The frontend tests have been removed and only a single system spec has been added for threads as everything is sharing the same implementation and the existing channel specs should catch any regression.
Why this change?
We have been running into flaky tests which seems to be related to
AR transaction problems. However, we are not able to reproduce this
locally and do not have sufficient information on our builds now to
debug the problem.
What does this change do?
Noe the following changes only applies when `ENV["GITHUB_ACTIONS"]` is
present.
This change introduces an RSpec around hook when `capture_log: true` has
been set for a test. The responsibility of the hook is to capture the
ActiveRecord debug logs and print them out.
This is extracted from #22390.
This patch aims to ease the transition to the new message creation
service. (in progress in #22390) Indeed, the new service patch is
breaking some specs from `discourse-ai` and `discourse-templates`
because these plugins are using either `Chat::MessageCreator` or the
`chat_message` fabricator.
This patch addresses theses issues by normalizing how we create a chat
message in specs. To do so, the preferred way is to use
`Fabricate(:chat_message)` with a new `:use_service` option allowing to
call the service under the hood. While this patch will obviously call
`Chat::MessageCreator`, the new service patch will now be able to simply
change the call to `Chat::CreateMessage` without breaking any specs from
other plugins.
Another thing this patch does is to not create chat messages using the
service for specs that aren’t system ones, thus speeding the execution
time a bit in the process.
Why this change?
The test being changed in question has been flaky on our CI. However, we
are unable to view the screenshot of why it failed because
ActionDispatch will only take a screenshot of the default session upon
failure. At the same time, taking screenshot of all sessions
automatically upon failure is not possible via the official Capybara or
Rails APIs at the moment. Therefore, we're changing this system test to
avoid using two custom session and instead have the main assertion use
the default session such that any failures will provide us with a
screenshot.
Initial migration and changes to models as well as
changing the following services to update last_message_id:
* Chat::MessageCreator
* Chat::RestoreMessage
* Chat::TrashMessage
The data migration will set the `last_message_id` for all existing
threads and channels in the database.
When we query the thread list as well as the channel,
we look at the last message ID for the following:
* Channel - Sorting DM channels, and channel metadata for the list of channels
* Thread - Last reply details for thread indicators and thread list
When a user sends their first message in a thread we
automatically track the thread in the backend, but we
don't reflect this in the UI until the user re-opens
the thread. This commit fixes that by showing the new
tracking level in the UI.
This commit adds a tracking dropdown to each individual thread, similar to topics,
that allows the user to change the notification level for a thread manually. Previously
the user had to reply to a thread to track it and see unread indicators.
Since the user can now manually track threads, the thread index has also been changed
to only show threads that the user is a member of, rather than threads that they had sent
messages in.
Unread indicators also respect the notification level -- Normal level thread tracking
will not show unread indicators in the UI when new messages are sent in the thread.
Editing a message to an empty string and sending it, will delete it.
This commit also refactors a lot of channel/thread composer shortcuts specs.
---
This commit also includes various spec fixes which have been flakey while finishing this pull request.
* Moved the settings cog from thread list to thread and
put it in a new header component
* Remove thread original message component, no longer needed
and the list item and thread indicator styles/content
will be quite different
* Start adding content (unread indicator etc.) to the thread
list item and changing structure to be more like designs
* Serialize the last thread reply when opening the thread index,
show in list and update with message bus
- Improves styleguide support
- Adds toggle color scheme to styleguide
- Adds properties mutators to styleguide
- Attempts to quit a session as soon as done with it in system specs, this should at least free resources faster
- Refactors fabricators to simplify them
- Adds more fabricators (uploads for example)
- Starts implementing components pattern in system specs
- Uses Chat::Message creator to create messages in system specs, this should help to have more real specs as the side effects should now happen
This commit implements all the necessary logic to create thread seamlessly. For this it relies on the same logic used for messages and generates a `staged-id`(using the format: `staged-thread-CHANNEL_ID-MESSAGE_ID` which is used to re-conciliate state client sides once the thread has been persisted on the backend.
Part of this change the client side is now always using real thread and channel objects instead of sometimes relying on a flat `threadId` or `channelId`.
This PR also brings three UX changes:
- thread starts from top
- number of buttons on message actions is dependent of the width of the enclosing container
- <kbd>shift + ArrowUp</kbd> will reply to the last message
We currently don't have a nice UI to show unread messages for the thread,
and it will take some time to create one. For now, this commit makes it so
new messages inside a thread do not count towards a chat channel's unread
counts, and new messages sent in a thread do not update a user's `last_read_message_id`
for a channel.
In addition, this PR refactors the `Chat::ChannelFetcher` to use the `Chat::ChannelUnreadsQuery`
query class for consistency, and made said class able to return zeroed-out records
for channels the user is not a member of.
Finally, a small bug is fixed here where if a user's `last_read_message_id` for
a channel was a thread's OM ID, then the thread OM would not show in the
main channel stream for them until another reply to the channel was posted.
This commit introduces a ChatChannelPaneSubscriptionsManager
and a ChatChannelThreadPaneSubscriptionsManager that inherits
from the first service that handle MessageBus subscriptions
for the main channel and the thread panel respectively.
This necessitated a change to Chat::Publisher to be able to
send MessageBus messages to multiple channels based on whether
a message was an OM for a thread, a thread reply, or a regular
channel message.
An initial change to update the thread indicator with new replies
has been done too, but that will be improved in future as we have
more data to update on the indicators.
Still remaining is to fully move over the handleSentMessage
functionality which includes scrolling and new message indicator
things.
Co-authored-by: Joffrey JAFFEUX <j.jaffeux@gmail.com>
- Back button in drawer will bring you back to channel
- Larger font for thread indicator
- Prevents screen flashing due to clearing messages when they were already loaded
- Fixes a bug where did-update params were inverted causing an error when expanding/collapsing drawer
This commit introduces a new thread indicator for channels with `threading_enabled`
set to true and the `enable_exp` site setting set to true. In addition, in the main channel
stream we now hide all messages that are linked to threads except for the original message,
disabling the concept of an "echo mode" for now, we may revisit this in future. We also
remove the jigsaw puzzle "Open Thread" button for message actions, since the thread
indicator can just be used instead.
This also stops the `Chat::Publisher` from sending any messages related to chat
messages that are linked to a thread, unless that chat message is the OM of the
thread. A subsequent PR will link up all MessageBus events within the thread panel,
and for the message indicators.
Another subsequent PR will add the excerpt of the latest message in each thread,
as well as the avatars of the users messaging in the thread.
Co-authored-by: Joffrey JAFFEUX <j.jaffeux@gmail.com>
This commit is a major overhaul of how chat message actions work, to make it so they are reusable between the main chat channel and the chat thread panel, as well as many improvements and fixes for the thread panel.
There are now several new classes and concepts:
* ChatMessageInteractor - This is initialized from the ChatMessage, ChatMessageActionsDesktop, and ChatMessageActionsMobile components. This handles permissions about what actions can be done for each
message based on the context (thread or channel), handles the actions themselves (e.g. copyLink, delete, edit),
and interacts with the pane of the current context to modify the UI
* ChatChannelThreadPane and ChatChannelPane services - This represents the UI context which contains the
messages, and are mostly used for state management for things like message selection.
* ChatChannelThreadComposer and ChatChannelComposer - This handles interaction between the pane, the
message actions, and the composer, dealing with reply and edit message state.
* Scrolling logic for the messages has now been moved to a helper so it can be shared between the main channel pane and the thread pane
* Various improvements with the emoji picker on both mobile and desktop. The DOM node of each component is now located outside of the message which prevents a large range of issues.
The thread panel now also works in the chat drawer, and the thread messages have less
actions than the main panel, since some do not make sense there (e.g. moving messages to
a different channel). The thread panel title, excerpt, and message sender have also been removed
for now to save space.
This gives us a solid base to keep expanding on and fixing up threads. Subsequent PRs will
make the thread MessageBus subscriptions work and disable echo mode
for the initial release of threads.
Co-authored-by: Joffrey JAFFEUX <j.jaffeux@gmail.com>
This is used when calling click_message_action_mobile to wait
for the message actions menu to finish animating up before
attempting to click on it using capybara. Without this, in
the time between capybara getting the x,y position of a menu
item to click on and the click being fired, the animating menu
can move that item out of the way.
With the new helper, we constantly compare x,y client rect positions
for the animating element and wait for them to stabilise. Once they
do, it means the animation is done, and it is safe to click on
anything within the element.
Re-enables mobile system specs for chat that were ignored because
of this.
This commit introduces the skeleton of the chat thread UI. The
structure of the components looks like this. Its done this way
so the side panel can be used for other things as well if we wish,
not just for threads:
```
.main-chat-outlet
<ChatLivePane />
<ChatSidePanel>
<-- rendered with {{outlet}} -->
<ChatThread />
</ChatSidePanel>
```
Later on the `ChatThreadList` will be rendered here as well.
Now, when you go to a channel you can open a thread by clicking
on either the Open Thread message action button or by clicking on
the reply indicator. This will take you to a route like `chat/c/:slug/:channelId/t/:threadId`.
This works on mobile as well.
This commit includes basic serializers and routes for threads,
as well as a new `ChatThreadsManager` service in JS that caches
threads for a channel the same way the channel threads manager does.
The chat messages inside the thread are intentionally left out
until a later PR.
**NOTE: These changes are gated behind the site setting enable_experimental_chat_threaded_discussions
and the threading_enabled boolean on a ChatChannel**
