For example, if you only have 3/10 rooms required for the default then resize smaller, we should have a 'show more' button.
This works by changing the rendering to be slightly more efficient and only looping over what is seen (renderVisibleTiles(), using this.numTiles in place of tiles.length) and using a new setVisibleTilesWithin() function on the layout. Previously resizing the 3/10 case would be setting visibleTiles to ~8 instead of ~1 like it should (because the getter returns a default).
`setKnownRooms` is called to regenerate the room list, and if we don't take the sticky room out of the equation we end up with the room being duplicated. So, to make this easy, we simply remove the sticky room and handle it after the fact.
This small check just ensures that we aren't about to blindly accept that the calling code knows what it is doing. There are some unknown cases where NewRoom gets fired for rooms we already know about, so in those cases we just change it to a PossibleTagChange which is what the caller likely intended.
Many of the edge cases are unknown, though this can happen for an invite being accepted (for example). It's easier to handle it here instead of tracking down every single possibility and fixing it higher up.
When a new room is added there's a fairly good chance that the other events being dispatched will happen in the middle of (for example) the room list being re-sorted. This commit wraps the entire handleRoomUpdate() function for the underlying algorithms in a lock so that if we're unlucky enough to get an update while we're sorting (as the ImportanceAlgorithm splices out what it is sorting) we won't scream about invalid index errors.
We have to do a bit of a dance to return the sticky room to the list so we can remove it, if needed, and ensure that we generally swap the rooms out of the list.
This reverts earlier changes made to textForEvent as they are no longer needed.
This also implements an entire tree of textForEvent-like behaviour as the previews need to be different, which is easiest done with its own stack.
Smaller handle width, small shadow on the top of the show more button if there's more rooms to be shown. The resize handle also only shows when you're hovering in the area now.
The original design called for the shadow to show up only if the user is cutting a tile or dragging, however that is complicated implementation-wise. For speed and encouraging a dogfooding pattern we're going ahead with this behaviour instead.
For https://github.com/vector-im/riot-web/issues/14034
One of the largest issues with room switching was that we'd regenerate the entire list when the sticky room changes, which is obviously detrimental on larger accounts (and even some medium accounts). To work through this, we simply handle the NewRoom and RoomRemoved causes (used by the sticky room handling) as splices rather than in-place updates.
Overall this leads to a smoother experience as it means we're doing far less calculations and can even opt out of an update if it isn't required, such as a RoomRemoved cause being fired twice - the second one can result in an update not being required, saving render time.
This commit also includes a fix for handling update causes on the sticky room, as the room list loves to print errors when this happens. We don't need to handle any updates because once the sticky room changes it'll get re-added through NewRoom, causing the underlying algorithm to slot it in where needed, effectively handling all the missed updates.
When the user would click 'show more' they would be presented with a 'show less' button that occluded the last room.
Similarly, if they resized the list so that all their rooms would be shown and refreshed the page, they would find their last room covered by the button.
This changes the handling so that showAllClick() sets the height to numTiles + button padding, and adjusts the height calculations on render to deal with relative tiles.
This also removes the conditional padding of the resize handle, as we always occupy the 4px of space. It was leading to rooms getting trimmed slightly by the show N button.
This commit is a bit involved, as it factors the tag specific handling out of `/list-ordering` (and moves the `Algorithm` class one higher as a result), leaving it in the `Algorithm`. The algorithms for list ordering now only know how to handle a single tag, and this is managed by the `Algorithm` class - which is also no longer the base class for the list ordering. The list ordering algorithms now inherit from a generic `OrderingAlgorithm` base class which handles some rudimentary things.
Overall the logic hasn't changed much: the tag-specific stuff has been moved into the `Algorithm`, and the list ordering algorithms essentially just removed the iteration on tags. The `RoomListStore2` still shovels a bunch of information over to the `Algorithm`, which can lead to an awkward code flow however this commit is meant to keep the number of surfaces touched to a minimum.
The RoomListStore has also gained the ability to set per-list (tag) ordering and sorting, which is required for the new room list. The assumption that it defaults from the account-level settings is not reviewed by design, yet. This decision is deferred.
The 'sort by' radio buttons are blocked by https://github.com/matrix-org/matrix-react-sdk/pull/4731 as it contains the styles needed.
The 'unread rooms' checkbox is intentionally not hooked up. This is a more complicated refactoring that needs to be done.
The message preview checkbox works, though the previews remain hardcoded in this change. The primary intent of this change is to have a good enough context menu and the hover states.
The hover states are as described in the design.
This is to fix an issue where when using both the community filter panel and the search box it's an AND rather than further refining the results.
This makes the search box further refine the community filter panel results.
This all-new component handles breadcrumbs a bit more smoothly for the app by always listening to changes even if the component isn't present. This allows the breadcrumbs to remain up to date for when the user re-enables breadcrumbs.
The new behaviour is that we turn breadcrumbs on once the user has a room, and we don't turn it back off for them.
This also introduces a new animation which is more stable and not laggy, though instead of sliding the breadcrumbs pop. This might be undesirable - to be reviewed.
For https://github.com/vector-im/riot-web/issues/13635
This adds support for:
* Tag changes
* DM changes
* Marking our own rooms as read
* Our own membership changes
The remaining branch we didn't need was the alternate 'new room' branch, so it was removed.
This is not optimized - optimization is deferred.
Originally this was intended to be done only in the importance algorithm, however it is clear that all algorithms will need to deal with this. As such, it has been put into the base class to deal with as we may override it in the future.
This commit should be self-documenting enough to describe what is going on, though the major highlight is that the handling of the sticky room is done by lying to the underlying algorithm.
This has not been optimized for performance yet.
For https://github.com/vector-im/riot-web/issues/13635
For https://github.com/vector-im/riot-web/issues/13635
This is an incomplete implementation and is mostly dumped in this state for review purposes. The remainder of the features/bugs are expected to be in more bite-sized chunks.
This exposes the RoomListStore on the window for easy access to things like the new filter functions (used in debugging).
This also adds initial handling of "new rooms" to the client, though the support is poor.
Known bugs:
* [ ] Regenerates the entire room list when a new room is seen.
* [ ] Doesn't handle 2+ filters at the same time very well (see gif. will need a priority/ordering of some sort).
* [ ] Doesn't handle room order changes within a tag yet, despite the docs implying it does.
Sorting and ordering has now been split apart. The ImportanceAlgorithm also finally makes use of the sorting.
So far metrics look okay at 3ms for a simple account, though this could potentially get worse due to the multiple loops involved (one for tags, one for categories, one for ordering). We might be able to feed a whole list of rooms into the thing and have it regenerate the lists on demand.
This is the fruits of about 3 attempts to write code that works. None of those attempts are here, but how edition 4 could work is at least documented now.
This is to get around the problem of a slow dispatch loop. Instead of slowing the whole app down to deal with room lists, we'll just raise events to say we're ready.
Based upon the EventEmitter class.
This does a number of things (sorry):
* Estimates the type changes needed to the dispatcher (later to be replaced by https://github.com/matrix-org/matrix-react-sdk/pull/4593)
* Sets up the stack for a whole new room list store, and later components for usage.
* Create a proxy class to ensure the app still functions as expected when the various stores are enabled/disabled
* Demonstrates a possible structure for algorithms
If you clicked on the header button whilst the right panel was
showing a room member, it would NPE because there was no
refireParams.member. It fires the same phase with no refireParams to
toggle the panel visibility (apparently), so detect that case.
Fixes https://github.com/vector-im/riot-web/issues/13571
Wait for our user to become verified and cross-signing to be ready
before declaring that we're finsihed, otherwise we could end up
prompting the user to verify again if we just wait for the verification
itself to complete.
Fixes part of https://github.com/vector-im/riot-web/issues/13464
All the update triggers for the RoomListStore go through the `setRoomCategory` function, so by returning early we're not actually calculating where a room should be in the list.
To store toast. Rather than them being stored in the state of the
ToastContainer component, they now have a dedicated store. This mostly
fixes problems involving showing toasts when the app loaded because
we would otherwise have a race condition where something tries to
show a toast before the ToastContainer is mounted.
We use `export default` begrudgingly here. Ideally we'd use just `export`, though this entire SDK expects things to be exported as a default. Instead of breaking everything, we'll sacrifice our export pattern for a smaller diff - a later commit can always do the default export -> regular export conversion.
Fixes https://github.com/vector-im/riot-web/issues/11663
Member info is special because it has parameters associated with it. What was happening was the RightPanelStore was seeing that it was already on member info and deciding to hide the pane instead. What we do now is consider any phase change with parameters (such as the user to pass to member info) as a proper phase change.
Clicking on the member icon was fine, but clicking on the file panel wouldn't bring it up - it had to be clicked a second time to actually show the panel.
This lays a foundation for redirecting all the traffic through the new store, but for now the core parts of the app need to stop caring if the right panel is open.
Zero inserts is not normal, so we apply the same recovery technique from the categorization logic above this block: insert it to be the very first room and hope that someone complains that the room is ordered incorrectly.
There's some additional logging to try and identify what went wrong because it should definitely be inserted. The `!== 1` check is not supposed to be called, ever.
Logging for https://github.com/vector-im/riot-web/issues/11303
Zero inserts is not normal, so we apply the same recovery technique from the categorization logic above this block: insert it to be the very first room and hope that someone complains that the room is ordered incorrectly.
There's some additional logging to try and identify what went wrong because it should definitely be inserted. The `!== 1` check is not supposed to be called, ever.
Logging for https://github.com/vector-im/riot-web/issues/11303
This adds very basic cache (literally just a `Map` for now) to store room alias
to room ID mappings. The improves the perceived performance of Riot when
switching rooms via browser navigation (back / forward), as we no longer try to
resolve the room alias every time.
The cache is only in memory, so reloading manually or as part of the clear cache
process will start afresh.
Fixes https://github.com/vector-im/riot-web/issues/10020
Fixes https://github.com/vector-im/riot-web/issues/10235
CSS and copy are left as an exercise for a later iteration.
Login page handling is left for https://github.com/vector-im/riot-web/issues/10236
This implementation reuses as much of the Lifecycle flow as it can without causing problems. Most importantly, it requires https://github.com/matrix-org/matrix-js-sdk/pull/975 to be able to detect a soft logout and react to it. When it comes time to starting/stopping the Lifecycle, additional parameters are provided so that the auxiliary services can (re)start themselves without the client starting to sync.
Stop the settings dialogs from requiring special styles on the
mx_Dialog which required passing in a classname from anywhere the
settings dialogs were opened (although this still requires
static=true). Some of the things have now been adopted for all dialogs
(border-radius), others have been moved to within the dialog content.
When setting, delete the old one. Because delete checks if it exists first, we can safely call this.
The change in FromWidgetPostMessageApi is just something noticed while debugging.
Fixes https://github.com/vector-im/riot-web/issues/9354https://github.com/matrix-org/matrix-react-sdk/pull/2801 introduced a change which tried to make sure that when the widget URL was changed that the picker would be re-mounted, however it accidentally introduced a regression. While it effectively did the task it wanted to, it failed to keep the previously-mounted sticker picker alive. This is because the Stickerpicker component is remounted when opened, and the _updateWidget function is called. This results in this.state not having the "current" widget, meaning a URL change is always detected when the component is remounted (room changes, open sticker picker).
Instead of remounting always, we'll instead track which sticker picker widget is being used out of band. This therefore means that whenever the Stickerpicker component is mounted it doesn't create a whole new widget, and the existing (background) picker can be used. This also fixes the loading screen that people would see when opening the sticker picker after switching rooms, something which the persistent widget stuff is supposed to solve.
Room upgrades, direct chats, etc all end up being lost in these scenarios. Instead of losing them to the list, try and put them into a relevant spot of the list.
Fixes https://github.com/vector-im/riot-web/issues/9020
Settings can trigger before we're ready, so don't generate the room list. This also includes a comment to signify to future people that we need to track settings still.
Pretty much cut/pasting it in, as there's not really a whole much to help make the code more understandable here.
This also includes a comment block longer than the code it describes in hopes it explains away the problem of understanding what it does.
Should fix https://github.com/vector-im/riot-web/issues/8861
Fixes https://github.com/vector-im/riot-web/issues/8936
Watchers are now managed by the SettingsStore itself through a global/default watch manager. As per the included documentation, the watch manager dispatches updates to callbacks which are redirected by the SettingsStore for consumer safety.
Previously it made some complicated assumptions about the contexts it was called in (it generally assumed it just had to shuffle rooms between tags and didn't really handle new rooms very well).
The algorithm now eagerly tries to drop rooms from tags and carefully inserts them. The actual insertion logic is mostly untouched: the only part changed is how it handles failure to insert into tag. It shouldn't be possible for this algorithm to completely skip a room unless the tag is empty, so we special case that.
There are several TODO comments to be addressed here. Namely, it doesn't handle manually ordered tags (favourites, custom, etc) and doesn't check if tags are even enabled. Changes in this area are waiting for https://github.com/matrix-org/matrix-react-sdk/pull/2686 to land to take advantage of monitoring the settings flag for tags.
New rooms (joined, invited, created, etc) were being ignored because they matched the check as soon as the iterator hit a non-recents section. This fixes the check to ensure there's a positive ID on the room being in the tag (or not, in the case of new rooms) before lying to the rest of the function.
Additionally, a fix for favourites has been included to stop the list expanding to fill the void - turns out it was inserting the room twice into the list, and this was breaking the tile rendering. The room sublist would allocate space for the tile, but React would prevent the tile from showing up because of duplicate keys.
Fixes https://github.com/vector-im/riot-web/issues/8868
Fixes https://github.com/vector-im/riot-web/issues/8857 correctly
When we load the page, all encrypted events arrive well after we've generated our initial grouping which can cause them to jump to the top of their categories wrongly. For direct chats, this meant that people who don't have a lot of unread messages would see ancient rooms bubbling to the top for no reason after the page has loaded.
We still have to track when the last category change was (ie: when we switched from red -> grey) so that when the category doesn't exist in the list we can insert the room at the right place (the start of the last category when we switch beyond the order expected).
This changes the approach from regenerating every time there's a change to incrementally fixing the room lists. Additionally, this forces the pin options on for people and implements the sticky room behaviour.
Known bugs include newly joined rooms, invites, etc not sorting correctly.
This takes out the old user and room settings, replacing the paths with the new dialog editions. The labs setting has been removed in order to support this change.
In addition to removing the old components outright, some older components which were only used by the settings pages have been removed. The exception is the ColorSettings component as it has a high chance of sticking around in the future.
Styles that were shared by the settings components have been broken out to dedicated sections, making it easier to remove the old styles entirely.
Some stability testing of the app has been performed to ensure the app still works, however given the scope of this change there is a possibility of some broken functionality.
This is intentionally not removing the labs flag or other supporting structures of the old settings to make a revert as easy as possible in the event that needs to happen. All of the cruft left behind (TempTab, temp styles, labs flag, old components, etc) will be removed in the very near future.
`unread` and `unread-muted` store booleans in the cache, and can easily be `false`. Without this patch, both of those cached types would be cleared from the object where a later call to `getRoomState` would try and re-populate them. `getRoomState` is supposed to use the cache where possible to avoid making the more expensive calls required to calculate those booleans.
On my account in a test environment, this brings the `generateRoomLists` execution time down from ~250ms to just ~30ms.
This still does not solve the whole issue, but should solve the more common case of performance woes for people.
the idea is that it will keep a RoomViewStore for every
room on the screen, and also keep track of which one is
the current one.
For now, it just replicates the existing functionality of
having just 1 room on the screen.
Since the RoomViewStore just has access to a local dispatcher
and not the global anymore, all dispatching of actions
needs to be moved to the OpenRoomsStore, so room alias resolving,
event forwarding, ... is moved there.
Currently, any error in the `GroupStore`s several requests can cause the whole
`GroupView` component to hide and be mark the group as failed to load.
Since it is known that group members may fail to load in some cases, let's only
show failed to load for the whole group when the summary fails.
This also strengthens the `GroupView` test by ensuring we wait for multiple
updates for checking results.
Signed-off-by: J. Ryan Stinnett <jryans@gmail.com>
Not doing so results in the RoomListStore tracking stale data when the user reads messages on another device. The visual effect of this is rooms being incorrectly pinned in places they shouldn't be, such as the top of the list. This also fixes another visual bug where rooms don't move down once their timelines are read. This second issue is mot prominent when multiple rooms have been pinned to the top, and the middle one is read ahead of the others - it'll stick around until some other condition decides to wipe the room's cached state.
Fixes https://github.com/vector-im/riot-web/issues/7653
This is more reliable with LL enabled as the syncing user is
only known when it was active in the current timeline
or when the members have been loaded
as everything listens to the dispatcher, dispatching an action can be quite slow,
especially when only matched in one listener, and the rest all having to be called
to just say "no, thanks". This is especially the case for the RoomMember.membership
event being put on the dispatcher, as there can be thousands of these events
when the room members are loading.
Since the RoomMember.membership action is only used on one place,
and only for the syncing user, change it to just that and only dispatch
in that case. This saves 100-300ms when setting the OOB members in
a big room (7000k members)
Maybe later on we can back this by room.getMyMembership() and avoid the
listener even...
Fix Riot's behaviour with room tags after my cleanup in
https://github.com/matrix-org/matrix-doc/pull/1457 . Although, reading
it again, it's not clear how you're supposed to tell the difference
between a reverse-dns tag name and a legacy freeform text tag
(contains a '.'?) - I've left it detecting these as freeform text
for now.
ActiveWidgetStore is now reponsible for removing the current
persistent widget from the store if it's been removed from whatever
room it was in. As per comment, this leaves us with the store updating
itself in this case but in all other cases, views call setters on the
store to update its state. We should make it so the store keeps itself
up to date and views aren't responsible for keeping the store up to date.
The store now emits events so it can notify PersistentApp when it changes.
Fixes https://github.com/vector-im/riot-web/issues/7076
As per https://github.com/matrix-org/matrix-doc/issues/1354
This is whitelisted to only jitsi widgets for now as per comment,
mostly because any widget that we may make always-on-screen we need
to preemptively put in a PersistedElement container, which is
unnecessary for any other widget.
Apologies that this does a bunch of refactoring which could have
been split out separately: I only discovered what needed to be
refactored in the process of doing this.
Fixes https://github.com/vector-im/riot-web/issues/6984
* Show a spinner while we wait for widgets to be deleted
* Hide widgets while they're pending deletion
* Don't put another jitsi widget into the room if there's already
one pending
- implement generic dispatch to close user/room/group settings
- use dispatch to allow clicks on disabled left/right/middle panel to
close settings
A much more maintainable approach would be to use dedicate routing
instead of doing different things depending on what page of the app is
currently being viewed. At the very least we could make the concept of a
settings page generic.
Take a step closer to a flux-like architecture for group data, for
the purposes of providing features that require it.
Now the app has a single GroupStore that can be poked to fetch
updates for a particular group.
using a FIFO queue.
This is needed in order to lower the priority of getting group
state and prioritise everything else, namely initial sync.
It should be noted that this by no means guarantees that the
first incremental sync will happen sooner; the client could
end up doing some other requests first instead.
For each successful request of a group profile, we previously
emitted an `updateGroupProfile` event per caller of
`getGroupProfileCached`. This is sub-optimal because only a single
event emit is required to update the views listening.
It's possible that this was enabling some race to cause a memory
leak but this is not certain, hence the extra logging for future
debugging.
Previously we assumed that a decrypted event has a room_id
but this isn't necessarily true for to_device events.
It makes sense to ignore events that aren't associated with
rooms anyway given that the list we're updating only contains
rooms!
To make sure that we handle rooms that our
client has not seen previously, we regenerate
the room list when the room is stored -
which is indicated by the js-sdk by the
Room event.
so that we can do reorderings of lists ordered by most recent event.
No optimisations here; we only update for timeline events
on live timelines that could update the "unread count".
Actually fixes vector-im/riot-web#6135 unlike #1748, which
incorrectly assumed that custom tags would be included in
listOrders.
This fix makes sure that the `default` case in the `switch`
is actually used.
by sending each tag_ordering with a _storeId and ignoring accout data
that has a matching _storeId.
This will tend to become out of sync with the server over time if
requests continually fail, but subsequent successful requests will
rectify any differences.
This new library handles the simple case of an ordered vertical
(or horizontal) list of items that can be reordered.
It provides animations, handles positioning of items mid-drag
and exposes a much simpler API to react-dnd (with a slight loss
of potential function, but we don't need this flexibility here
anyway).
Apart from this, TagOrderStore had to be changed in a highly
coupled way, but arguably for the better. Instead of being
updated incrementally every time an item is dragged over
another and having a separate "commit" action, the
asyncronous action `moveTag` is used to reposition the tag in
the list and both dispatch an optimistic update and carry out
the request as before. (The MatrixActions.accountData is still
used to indicate a successful reordering of tags).
The view is updated instantly, in an animated way, and this
is handled at the layer "above" React by the DND library.
so that shift-click semantics can work. The store that computes the shift-click
rules has to be aware of the actual order of tags displayed, so they must be done
in the same store.
Also, delete the groupProfilePromise immediately after setting
the group profile (the first if-statement will prevent a new
request from being started).
- Have TagOrderStore listen for MatrixSync actions so that it can initialise
tag ordering state.
- Expose an empty list until the client has done its first sync and has
fetched list of joined groups
This introduces a generic way to register certain events emitted by
the js-sdk as those that should be propagated through as dispatched
actions.
This allows the store to treat the js-sdk as the "Server" in the
Flux data flow model. It also allows for stores to not be aware
specifically of the matrix client if they are only reading from it.
These can be used to dispatch actions immediately, or after some asynchronous
work has been done. Also, create GroupActions.fetchJoinedGroups as an example.
The concept of async action creators can be used in the following cases:
- stores or views that do async work, dispatching based on the results
- actions that have complicated payloads, would make more sense as functions
with documentation that dispatch created actions.
such that:
- it takes a targetTag to be replaced instead the previous tag to insert after
- it optionally displaces the targetTag before or after the inserted tag
This allows for filtering of the RoomList by group. When a group is selected, the room list will show:
- Rooms in the group
- Direct messages with members in the group
A button at the bottom of the TagPanel allows for creating new groups, which will appear in the panel following creation.
Previously, a single user could end up in multiple batches, which would have been fine if the logic didn't assume otherwise. If a request took longer than 200ms, multiple batches would occur with intersecting sets of users, deleting promises that were then assumed to exist.
The logic now takes all "in flight" users to also not be "pending". Pending now means that the user will be processed in the next batch. "In flight" means the user is part of an ongoing batch.
This uses a `ready` flag assigned to each fetching API used by the GroupServer. I've avoided making this generic for now for want of not doing so early.
This will make invalidating the userGroups cache for the user architecturally more sound (the plan is to have GroupStore hit FlairStore as opposed to Flair itself in order to invalidate the cache).
In order to provide feedback when adding a room to a group, the group summarry store needs to be extended to store the list of rooms in a group. This commit is the first step required.
The next step is to get the GroupRoomList listening to updates from GroupStore and expose the list of rooms from GroupStore.
(We're running out of words to describe the hierachy of things that store things)
* Read the new flag in the summary API (the one we were reading
was actually whether the group server listed you as a member to
non-members).
* Remove call to now-dead _loadGroupFromServer andf use the store
instead
