The vertical alignment was being set with javascript.
Recent changes might make the setting of alignment exit
early due to height 0 video. As position can be set
declaratively with css, use css to set position.
This adds an option to disable video autoplay that will be used mostly with maleus (our selenium-based load testing tool for testing the new bridge). Disabling video rendering lowers the resource utilisation of the selenium nodes.
This commit changes how the SmallVideo.isVideoPlayable method works.
1st we remove the check on the video stream muted field (materialized with the
!this.videoStream.isMuted() guard). This check is redundant as it is
already materialized in the !this.isVideoMuted check (the isVideoMuted
field is updated with the return value of the videoStream.isMuted()
method).
2nd we return false if we're in audio only mode, because it's
(obviously) undesirable to have a playable video when in audio only
mode.
It's an evolution of audio-only mode, where we also allow for receiving a remote
screen-share.
Diving deeper: this basically sets last N to 1 or 0 depending on the
availability of a screen-share.
Multiple requests for checkUserRemoteControlSupport can be in
flight simultaneously. Order of promise resolution is not
guaranteed. It is possible for Request A and Request B to be
in flight and then Request B's promise chain resolves first.
Request A could have encountered errors and then resolve. Then
what could happen is checkUserRemoteControlSupport returns true
for remote control support due to Request B and the UI updates.
But then checkUserRemoteControlSupport returns false for
remote control support due to Request A's error and the UI
updates to hide remote control.
* Updates start silent, turning on startWithAudioMuted and few UI tweaks.
Disabled mic unmute button and removes remote participants volume slider.
* Adds analytics for start silent.
* Removes extra semi colon.
* Updates lib-jitsi-meet and updates meeting info text.
VideoLayout schedules a large video update by passing in
the video stream on the small video instance. When a stream
is removed, the UI is removed from the small video instance
but a reference to the stream is left. So when VideoLayout
schedules the large video update after a stream removal,
the old stream from the small video instance is re-used,
even though it has been removed.
This change also brings balance with RemoteVideo method
"addRemoteStreamElement" which sets the stream on the
small video instance, so now "removeRemoteStreamElement
unsets it.
Stop using special case logic for aligning screenshare videos.
It may be possible to have positioning all done using CSS but that
seems to be a more significant refactoring.
When a fade in/out animation is in progress, another large
video update can be queued but can try to force itself onto
large video. For example a pin can be in progress and while
the fade in/out animation plays, local video can change its
video type during the animation and forcing an update of
large video. This results in local video getting forcible
updated onto large video while the pinned video is left on
small video only.
* ref(display-name): do not pass in display name
The component gets the state itself from redux.
* fix(display-name): do not default name to placeholder name
The web display name component supports inline editing of
the name. Problems can occur when the displayed name
differs from the actual saved name, because participants
without a display name, including the local user, have
a different, default display name displayed. So when
editing starts, the input field is populated with the
default name. To workaround such while supporting fetching
the display name using mapStateToProps, pass in both the
name which should be shown and the name value saved in
settings.
* ref(display-name): rename methods
* fix(large-video): do not show avatar if no url
By default the large video dominant speaker avatar
has an empty src, which will result in a broken
image displaying. There is also disconnect with
non-react code trying to set an undefined src.
To prevent such until local avatar generation
work is done in the future, just don't show the
avatar.
* fix(conference): set the room instance earlier
Set the room instance on APP.conference before triggering
a redux update of the conference being set,, because
middleware can then fire and call methods on APP.conference
that depend on the room being set.
* get local participant directly from store instead of from global
- Reset some state on the singletons conference
and VideoLayout.
- Add a way for LocalVideo to clean itself up
by sharing logic with the other SmallVideos.
- Add clearing of chat messages so they don't
linger.
- Remove some UI event listeners.
On tile view enter/exit, local video is moved in the DOM (an effect
of not being reactified and moving being easier) and play is called
on its video element. The race condition setup is such: in tile
view with other participants and local video is on large (not
visible in the UI but visible in the app state and pip popout).
The race is such: pin a remote video, large video update is queued,
tile view is exited, local video is moved, play is called,,
onVideoPlaying callback executed, middleware fires mute update,
which checks if local is on large (it is), previous large video
update is cleared, and local is placed on large.
The fix is ensuring the redux representation of local video is
passed in, which holds the boolean videoStarted, which prevents
the onVideoPlaying callback from firing on subsequent plays.
Video elements may have problems scaling to cover pixel fractions,
so there could be a 1px black border line displaying in the
thumbnail. It's most visible in tile view. Flooring the sizing
calculations hides the border.
The code for handling device availability has been disabled for a long time,
plus it's ill named since it represents 2 abstractions: lack of permissions and
lack of devices.
Time for it to rest in the git graveyard.
The instance variable is not accurate. By default isVisible is
set to false but nothing sets the video container to actually
not be visible. As such it is possible for the video element
itself to autoplay, thereby making video visible, while the
isVisible boolean is still false. The fix chosen is to remove
instance variable and always respect calls to show/hide so
that the video container can be set to hidden.
* feat(tile-view): initial implementation for tile view
- Modify the classname on the app root so layout can adjust
depending on the desired layout mode--vertical filmstrip,
horizontal filmstrip, and tile view.
- Create a button for toggling tile view.
- Add a StateListenerRegistry to automatically update the
selected participant and max receiver frame height on tile
view toggle.
- Rezise thumbnails when switching in and out of tile view.
- Move the local video when switching in and out of tile view.
- Update reactified pieces of thumbnails when switching in and
out of tile view.
- Cap the max receiver video quality in tile view based on tile
size.
- Use CSS to hide UI components that should not display in tile
view.
- Signal follow me changes.
* change local video id for tests
* change approach: leverage more css
* squash: fix some formatting
* squash: prevent pinning, hide pin border in tile view
* squash: change logic for maxReceiverQuality due to sidestepping resizing logic
* squash: fix typo, columns configurable, remove unused constants
* squash: resize with js again
* squash: use yana's math for calculating tile size
* ref(filmstrip): create an empty container for local filmstrip move
This might be necessary for tile view. To support making the
local video display at the end of remote videos while in tile
view, but separateed from scrollable remote videos, moving
the local video might be necessary. By creating an empty
container, there is a target for local video to move to.
* squash: rename id
* ref(large-video): combine selectParticipant logic from web
Currently native/middleware/redux has its own logic for selecting a participant
on the bridge. To have the logic web respect that logic, a few changes are
needed.
- Web no longer has its own call to selectParticipant.
- To keep in line with web logic selectParticipant action should act even when
there is no track. This makes it so that when a participant does get a track
that the bridge will send high quality. The bridge can already handle when the
selected participant does not have a video track.
- The timing of web is such that on joining an existing conference, a
participant joins and the participant's tracks get updated and then the
conference is joined. The result is selectParticipant does not get fired
because it no-ops when there is no conference. To avoid having to make
uncertain changes (to be lazy), update the selected participant on conference
join as well.
* squash: update comment, pass message to error handler
When replace track is called in JitsiConference, there is no
guarantee a videoType update will come in presence before
the track added event. This can lead to the situation in
LargeVideoManager where an update is called with a track
with an undefined videoType.
- Instead of having 4 listeners for local connection status
updates and 1 for remote, remove two of the redundant listeners.
- Instead of calling into 4 separate VideoLayout methods to update a
participant's connection status, expose one handler.
Instead of keeping dominant speaker locally, get it from redux and be
updated when the dominant speaker changes. This is in an attempt to mimic
the video layout being reactified and connected to redux.
* feat(recording): frontend logic can support live streaming and recording
Instead of either live streaming or recording, now both can live together. The
changes to facilitate such include the following:
- Killing the state storing in Recording.js. Instead state is stored in the lib
and updated in redux for labels to display the necessary state updates.
- Creating a new container, Labels, for recording labels. Previously labels were
manually created and positioned. The container can create a reasonable number
of labels and only the container itself needs to be positioned with CSS. The
VideoQualityLabel has been shoved into the container as well because it moves
along with the recording labels.
- The action for updating recording state has been modified to enable updating
an array of recording sessions to support having multiple sessions.
- Confirmation dialogs for stopping and starting a file recording session have
been created, as they previously were jquery modals opened by Recording.js.
- Toolbox.web displays live streaming and recording buttons based on
configuration instead of recording availability.
- VideoQualityLabel and RecordingLabel have been simplified to remove any
positioning logic, as the Labels container handles such.
- Previous recording state update logic has been moved into the RecordingLabel
component. Each RecordingLabel is in charge of displaying state for a
recording session. The display UX has been left alone.
- Sipgw availability is no longer broadcast so remove logic depending on its
state. Some moving around of code was necessary to get around linting errors
about the existing code being too deeply nested (even though I didn't touch
it).
* work around lib-jitsi-meet circular dependency issues
* refactor labels to use html base
* pass in translation keys to video quality label
* add video quality classnames for torture tests
* break up, rearrange recorder session update listener
* add comment about disabling startup resize animation
* rename session to sessionData
* chore(deps): update to latest lib for recording changes
To reduce the amount of motion that has to be blurred, use a canvas
to essentially set the FPS of the video background. This canvas
component is behind a temporary feature flag, as well as being able
to disable the blur, so it can be played around with on deployed
environments.
On hangup while audio only, audio only is set to false on
conference leave to reset redux state on mobile. Large video will
update itself on conference leave, but large video has been cleaned
up by that time so trying to directly access the user ID on large
video will fail. Be defensive about this check, because its
callers are already defensive about its return value.
The animate flag is always being passed in as false, so
essentially the animation isn't needed, unless a setTimeout 0
behavior is for some reason required...
jquery animate during animations sets an element's overflow to
hidden and then back to the overflow declared before the start
of the animation. If multiple animations are fired, then the
overflow could be set to hidden permanently. No calls
to Filmstrip#resizeThumbnails have animate set to true, so the
animate call is not even needed.
The animation for toggling filmstrip visibility was lagging on
Safari. Even though the background video is set to hidden, it is
still causing issues. Setting the background to display none
instead does help but might interfere with animations. So instead
do the easy thing and re-use logic used for Firefox to not show
the background video.
This reverts commit 88325aeef2.
Turns out a conference with a password triggers a failed conference
join. It's going to be tricky to decipher when to do actual
cleanup, and where to shove that code, so reverting is easier for
now.
Destroy local tracks and also destroy large video so the
user does not wonder why camera (and mic) are still enabled
even though hangup has been pressed.
* ref(large-video): reactify background
This is pre-requisite work for disabling the background on
certain browsers, namely Firefox. By moving the component
to react, and in general encapsulating background logic,
selectively disabling the background will be easier.
The component was left for LargeVideo to update so it can
continue to coordinate update timing with the actual large
video display. If the background were moved completely into
react and redux with LargeVideo, then background updates would
occur before large video updates causing visual jank.
* fix(large-video): do not show background for Firefox and temasys
Firefox has performance issues with adding filter effects on
animated elements. On temasys, the background videos weren't
really displaying anyway.
* some props refactoring
Instead of passing in classes to LargeVideoBackground, rely on
explicit props. At some point LargeVideo will have to be reactified
and the relationsihp between it and LargeVideoBackground might
change, so for now make use of props to be explicit about
how LargeVideoBackground can be modified.
Also, set the jitsiTrack to display on LargeVideoBackground to
null if the background is not displayed. This was an existing
optimization, although previously done with pausing and playing.
* squash: use newly exposed RTCBrowserType
* squash: rebase and use new lib browser util
* squash: move hiding logic all into LargeVideo
* squash: remove hiding of background on stream change. hopefully doesnt break anything
* ref: Restructures the pinned/unpinned events.
* ref: Refactors the "audio only disabled" event.
* ref: Refactors the "stream switch delay" event.
* ref: Refactors the "select participant failed" event.
* ref: Refactors the "initially muted" events.
* ref: Refactors the screen sharing started/stopped events.
* ref: Restructures the "device list changed" events.
* ref: Restructures the "shared video" events.
* ref: Restructures the "start muted" events.
* ref: Restructures the "start audio only" event.
* ref: Restructures the "sync track state" event.
* ref: Restructures the "callkit" events.
* ref: Restructures the "replace track".
* ref: Restructures keyboard shortcuts events.
* ref: Restructures most of the toolbar events.
* ref: Refactors the API events.
* ref: Restructures the video quality, profile button and invite dialog events.
* ref: Refactors the "device changed" events.
* ref: Refactors the page reload event.
* ref: Removes an unused function.
* ref: Removes a method which is needlessly exposed under a different name.
* ref: Refactors the events from the remote video menu.
* ref: Refactors the events from the profile pane.
* ref: Restructures the recording-related events.
Removes events fired when recording with something other than jibri
(which isn't currently supported anyway).
* ref: Cleans up AnalyticsEvents.js.
* ref: Removes an unused function and adds documentation.
* feat: Adds events for all API calls.
* fix: Addresses feedback.
* fix: Brings back mistakenly removed code.
* fix: Simplifies code and fixes a bug in toggleFilmstrip
when the 'visible' parameter is defined.
* feat: Removes the resolution change application log.
* ref: Uses consistent naming for events' attributes.
Uses "_" as a separator instead of camel case or ".".
* ref: Don't add the user agent and conference name
as permanent properties. The library does this on its own now.
* ref: Adapts the GA handler to changes in lib-jitsi-meet.
* ref: Removes unused fields from the analytics handler initializaiton.
* ref: Renames the google analytics file and add docs.
* fix: Fixes the push-to-talk events and logs.
* npm: Updates lib-jitsi-meet to 515374c8d383cb17df8ed76427e6f0fb5ea6ff1e.
* fix: Fixes a recently introduced bug in the google analytics handler.
* ref: Uses "value" instead of "delay" since this is friendlier to GA.
Shared video (youtube videos) do not have indicator icons about
dominant speaker and raised hand. Add a check to see if the
indicator icon container exists before trying to attach react
icons to it. The error thrown didn't seem to be causing any
UI issues though.
While this truthy check before doing ReactDOM.render seems
like it should be a general practice, I'm hesistatnt to make
the change broadly because it hasn't been a problem so far.
* ref(avatars): remove Avatar.js
- Rely on redux getting updated with new participant state
and any calls to getAvatarURL passing in the redux
participant state. This way the state within Avatar.js can
be removed.
- Clean up methods on UI.js. Because all state is in the
store, separate methods for updating the avatar aren't as
necessary. Instead centralize accessing of the avatar for
components outside of redux and centralize the call to
update avatars for non-react components.
- Controversial: cache a participant's avatarURL on the
participant state. Currently the participant's avatarURL
that is generated without jwt (which sets the avatarURL directly)
is not cached. Without cache, there can be many redundant
calls to APP.API.notifyAvatarChanged.
* Leverage middleware timing to diff avatars
One alternative implementation is to leverage middleware's
ability to intercept updates before and after redux has
upated and then compare avatarURLs.
* kill UI.getAvatarUrl
* profile button sets its own avatar url (solves update timing)
* remove calls to updating avatar outside of middleware
* update UI.js doc
* remove left over logic from initial implementation
* try to move local user fallback into selector func
* default to id 'local' in selector
- Modify Etherpad and SharedVideo so their resizing takes into account
the width of the filmstrip in vertical filmstrip mode.
- Modify Filmstrip's getFilmstripWidth to account for when the filmstrip
is hidden.
- modify VideoContainer so in vertical filmstrip mode it centers the
shared desktop stream in the middle of the available space not taken
by filmstrip.
- Also allow clickthrough on the secondary toolbar itself while still
allowing clicks on the toolbar's buttons. This allows clicks on
shared videos to go through.
Using column-reverse prevents proper scrolling on browsers other than Safari
and Chrome. Additionally, Firefox has an issue where flex containers have
dimensions set to auto, preventing resize. So, add hacks to maintain Chrome
and Safari's behavior while allowing for some kind of scrolling on other
browsers.
Click handling was added to the local thumbnail only after
receiving video. Click handling was added to remote thumbnails
only after receiving a stream. To allow for pinning through
the filmstrip in any case, always attach the click handler
on thumbnail init.
Checks exist when clicking a contact list to prevent the pinning
UI from updating if a remote thumbnail has not loaded video.
This was unexpected UX so instead go ahead and pin. This is
accomplished by having contact list clicks to more directly
trigger the flow of a thumbnail being clicked.
Instead of targetting a div that contains multiple elements
and risking the elements appearing out of order, create a
specific div for local video to append to.
Removes hasRemoteVideoMenu from RemoteVideo.
In some cases where mod_muc_allowners is enabled we do not see the remote video menu. The problem was in the order of initialization of remote video component.
RemoteVideo#constructor -> Remotevideo#addaddRemoteVideoContainer -> Remotevideo#addRemoteVideoMenu -> RemoteVideo#hasRemoteVideoMenu = true
Then in VideoLayout#showModeratorIndicator -> !remoteVideo.hasRemoteVideoMenu -> remoteVideo.addRemoteVideoMenu().
Hristo Terezov
Leonard Kim
George Politis
Saúl Ibarra Corretgé
Bettenbuk Zoltan
damencho
virtuacoplenny
Leonard Kim
Lyubo Marinov
bgrozev
yanas