instead of setting a min-height on the whole timeline,
track how much height we need to add to prevent shrinking
and set paddingBottom on the container element of the timeline.
Splits UserActivity into a tristate of 'active' (last < 1s), 'passive' (lasts a
couple of mins) and neither. Read receipts are sent when 'active', read markers
are sent while 'passive'.
Also fixed a document / window mix-up on the 'blur' handler.
Also adds a unit test for UserActivity because it's quite complex now
(and changes UserActivity to make it testable by accessing the singleton
via sharedInstance() rather than exporting it directly).
Fixes https://github.com/vector-im/riot-web/issues/9023
In summary this makes RoomTiles (and RoomAvatars) do more for
themselves in terms of reacting individually to state changes in
the js-sdk.
Instead of force updating the entire room list for avatar changes
and room name changes, do this in the RoomTile and RoomAvatar
instead. This increases the number of listeners listening to the
matrix client, but allows us to properly implement a
shouldComponentUpdate for RoomTile (because the avatar, name and
notification count are now in component state)
As comment hopefully explains. This meant loading the app on an e2e
room would often be very slow as it tried to pull hundreds of events
into the timeline.
This code only kicks in if the user was ignored after an event was sent. The homeserver should prevent other events from coming in.
Signed-off-by: Travis Ralston <travpc@gmail.com>
If the js-sdk had a lot of history in memory for a particular room,
riot would paginate all that history into the DOM and render it
when switching to that room (before then removing it all again).
This obviously made switching to that room very slow.
This was caused by the fact that we relied on the setState that
happens in TimelinePanel after the pagination taking effect such
that ScrollPanel sees that it no longer needs to paginate, but
in some situations (as far as I can see, in electron...?) this
setState would not take effect until the pagination stopped
fulfiling requests from memory and hit the network.
Fix: don't resolve the promise returned by the pagination request
until the setState has actually happened.
Use `react-sticky` to implement sticky date separators. This will pin a date separator to the top of the timeline panel when the separator scrolls out of the top of the view.
A known issue of this is that the spinner, which is in line with event tiles in the timeline, will appear to push the stuck date separator down. In reality the first date separator after the spinner is in line with event tiles and is not stuck because the spinner forces the timeline to be scrolled slightly further down than it would be otherwise. But also, date separators in the timeline (not "stuck") have a greater height.
Ideally the date separator would be suppressed whilst back paginating, but this will cause the stuck separator to flicker on and off. This is why the suppression has been removed.
this is needed so that if a client which does not hide any events
sets and RM at bottom of timeline, then riot-web which hides events
sets the RM it'd set it at X-N where X is bottom and N is the amount of
hidden events at bottom of the timeline, this way now an RM will
fall through to the hidden events below a seen event.
Signed-off-by: Michael Telatynski <7t3chguy@gmail.com>
Sometimes it was possible for there to be a scroll event before the initial
pagination completed, which then upset the rest of the test. Just give it a few
ms to sort itself out instead.
refresh, this may need to be handled differently in the future.
Currently handling same as the new timestamp stuff
Signed-off-by: Michael Telatynski <7t3chguy@gmail.com>
Instead of modifying the condition for updating the RR, separate the RM and RR conditions and use an OR to decide when to set both.
Make some logs only log when DEBUG.
If the RR event has been unpaginated, the logic in `sendReadReceipt` will now fallback on the event ID of the RM which in theory is always =< RR event ID stream-wise.
We started with clientSyncState being null, which it remained
until the SYNCING event was emitted. We need to set
clientSyncState's initial value correctly.
constantTimeDispatcher lets you poke a specific react component to do something
without having to do any O(N) operations. This is useful if you have thousands
of RoomTiles in a RoomSubList and want to just tell one of them to update,
without either having to do a full comparison of this.props.list or have each
and every RoomTile subscribe to a generic event from flux or node's eventemitter
*UNTESTED*
As detailed here https://docs.google.com/document/d/1UWqdS-e1sdwkLDUY0wA4gZyIkRp-ekjsLZ8k6g_Zvso/edit, the RM state is no longer kept locally, but rather server-side. The client now uses it's locally-calculated RM to update the server and receives server updates via the per-room account data.
The sending of the RR has been bundled in to reduce traffic when sending both. In effect, whenever a RR is sent the RM is sent with it but using the new API.
This uses a js-sdk change which has set to be finalised and so might change.
