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jitsi-meet/react/features/large-video/components/LargeVideo.web.tsx

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import React, { Component } from 'react';
import { connect } from 'react-redux';
// @ts-expect-error
import VideoLayout from '../../../../modules/UI/videolayout/VideoLayout';
import { IReduxState, IStore } from '../../app/types';
import { VIDEO_TYPE } from '../../base/media/constants';
import { getLocalParticipant } from '../../base/participants/functions';
import Watermarks from '../../base/react/components/web/Watermarks';
import { getHideSelfView } from '../../base/settings/functions.any';
import { getVideoTrackByParticipant } from '../../base/tracks/functions.web';
import { setColorAlpha } from '../../base/util/helpers';
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import StageParticipantNameLabel from '../../display-name/components/web/StageParticipantNameLabel';
import { FILMSTRIP_BREAKPOINT } from '../../filmstrip/constants';
import { getVerticalViewMaxWidth, isFilmstripResizable } from '../../filmstrip/functions.web';
import SharedVideo from '../../shared-video/components/web/SharedVideo';
import Captions from '../../subtitles/components/web/Captions';
import { setTileView } from '../../video-layout/actions.web';
import Whiteboard from '../../whiteboard/components/web/Whiteboard';
import { isWhiteboardEnabled } from '../../whiteboard/functions';
import { setSeeWhatIsBeingShared } from '../actions.web';
import { getLargeVideoParticipant } from '../functions';
import ScreenSharePlaceholder from './ScreenSharePlaceholder.web';
// Hack to detect Spot.
const SPOT_DISPLAY_NAME = 'Meeting Room';
feat(recording): frontend logic can support live streaming and recording (#2952) * 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
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interface IProps {
/**
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* The alpha(opacity) of the background.
*/
_backgroundAlpha?: number;
/**
* The user selected background color.
*/
_customBackgroundColor: string;
/**
* The user selected background image url.
*/
_customBackgroundImageUrl: string;
/**
* Whether the screen-sharing placeholder should be displayed or not.
*/
_displayScreenSharingPlaceholder: boolean;
/**
* Whether or not the hideSelfView is enabled.
*/
_hideSelfView: boolean;
/**
* Prop that indicates whether the chat is open.
*/
_isChatOpen: boolean;
/**
* Whether or not the local screen share is on large-video.
*/
_isScreenSharing: boolean;
/**
* The large video participant id.
*/
_largeVideoParticipantId: string;
/**
* Local Participant id.
*/
_localParticipantId: string;
/**
* Used to determine the value of the autoplay attribute of the underlying
* video element.
*/
_noAutoPlayVideo: boolean;
/**
* Whether or not the filmstrip is resizable.
*/
_resizableFilmstrip: boolean;
/**
* Whether or not the screen sharing is visible.
*/
_seeWhatIsBeingShared: boolean;
/**
* Whether or not to show dominant speaker badge.
*/
_showDominantSpeakerBadge: boolean;
/**
* The width of the vertical filmstrip (user resized).
*/
_verticalFilmstripWidth?: number | null;
/**
* The max width of the vertical filmstrip.
*/
_verticalViewMaxWidth: number;
/**
* Whether or not the filmstrip is visible.
*/
_visibleFilmstrip: boolean;
/**
* Whether or not the whiteboard is enabled.
*/
_whiteboardEnabled: boolean;
/**
* The Redux dispatch function.
*/
dispatch: IStore['dispatch'];
}
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/** .
* Implements a React {@link Component} which represents the large video (a.k.a.
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* The conference participant who is on the local stage) on Web/React.
*
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* @augments Component
*/
class LargeVideo extends Component<IProps> {
_tappedTimeout: number | undefined;
_containerRef: React.RefObject<HTMLDivElement>;
_wrapperRef: React.RefObject<HTMLDivElement>;
/**
* Constructor of the component.
*
* @inheritdoc
*/
constructor(props: IProps) {
super(props);
this._containerRef = React.createRef<HTMLDivElement>();
this._wrapperRef = React.createRef<HTMLDivElement>();
this._clearTapTimeout = this._clearTapTimeout.bind(this);
this._onDoubleTap = this._onDoubleTap.bind(this);
this._updateLayout = this._updateLayout.bind(this);
}
/**
* Implements {@code Component#componentDidUpdate}.
*
* @inheritdoc
*/
componentDidUpdate(prevProps: IProps) {
const {
_visibleFilmstrip,
_isScreenSharing,
_seeWhatIsBeingShared,
_largeVideoParticipantId,
_hideSelfView,
_localParticipantId } = this.props;
if (prevProps._visibleFilmstrip !== _visibleFilmstrip) {
this._updateLayout();
}
if (prevProps._isScreenSharing !== _isScreenSharing && !_isScreenSharing) {
this.props.dispatch(setSeeWhatIsBeingShared(false));
}
if (_isScreenSharing && _seeWhatIsBeingShared) {
VideoLayout.updateLargeVideo(_largeVideoParticipantId, true, true);
}
if (_largeVideoParticipantId === _localParticipantId
&& prevProps._hideSelfView !== _hideSelfView) {
VideoLayout.updateLargeVideo(_largeVideoParticipantId, true, false);
}
}
/**
* Implements React's {@link Component#render()}.
*
* @inheritdoc
* @returns {React$Element}
*/
render() {
const {
_displayScreenSharingPlaceholder,
_isChatOpen,
_noAutoPlayVideo,
_showDominantSpeakerBadge,
_whiteboardEnabled
} = this.props;
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const style = this._getCustomStyles();
const className = `videocontainer${_isChatOpen ? ' shift-right' : ''}`;
return (
<div
className = { className }
id = 'largeVideoContainer'
ref = { this._containerRef }
style = { style }>
<SharedVideo />
{_whiteboardEnabled && <Whiteboard />}
<div id = 'etherpad' />
<Watermarks />
<div
id = 'dominantSpeaker'
onTouchEnd = { this._onDoubleTap }>
<div className = 'dynamic-shadow' />
<div id = 'dominantSpeakerAvatarContainer' />
</div>
<div id = 'remotePresenceMessage' />
<span id = 'remoteConnectionMessage' />
<div id = 'largeVideoElementsContainer'>
fix(large-video): do not show background for Firefox and temasys (#2316) * 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
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<div id = 'largeVideoBackgroundContainer' />
{/*
* FIXME: the architecture of elements related to the large
* video and the naming. The background is not part of
* largeVideoWrapper because we are controlling the size of
* the video through largeVideoWrapper. That's why we need
* another container for the background and the
* largeVideoWrapper in order to hide/show them.
*/}
<div
id = 'largeVideoWrapper'
onTouchEnd = { this._onDoubleTap }
ref = { this._wrapperRef }
role = 'figure' >
{ _displayScreenSharingPlaceholder ? <ScreenSharePlaceholder /> : <video
autoPlay = { !_noAutoPlayVideo }
id = 'largeVideo'
muted = { true }
playsInline = { true } /* for Safari on iOS to work */ /> }
</div>
</div>
{ interfaceConfig.DISABLE_TRANSCRIPTION_SUBTITLES
|| <Captions /> }
{_showDominantSpeakerBadge && <StageParticipantNameLabel />}
</div>
);
}
/**
* Refreshes the video layout to determine the dimensions of the stage view.
* If the filmstrip is toggled it adds CSS transition classes and removes them
* when the transition is done.
*
* @returns {void}
*/
_updateLayout() {
const { _verticalFilmstripWidth, _resizableFilmstrip } = this.props;
if (_resizableFilmstrip && Number(_verticalFilmstripWidth) >= FILMSTRIP_BREAKPOINT) {
this._containerRef.current?.classList.add('transition');
this._wrapperRef.current?.classList.add('transition');
VideoLayout.refreshLayout();
setTimeout(() => {
this._containerRef?.current && this._containerRef.current.classList.remove('transition');
this._wrapperRef?.current && this._wrapperRef.current.classList.remove('transition');
}, 1000);
} else {
VideoLayout.refreshLayout();
}
}
/**
* Clears the '_tappedTimout'.
*
* @private
* @returns {void}
*/
_clearTapTimeout() {
clearTimeout(this._tappedTimeout);
this._tappedTimeout = undefined;
}
/**
* Creates the custom styles object.
*
* @private
* @returns {Object}
*/
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_getCustomStyles() {
const styles: any = {};
const {
_customBackgroundColor,
_customBackgroundImageUrl,
_verticalFilmstripWidth,
_verticalViewMaxWidth,
_visibleFilmstrip
} = this.props;
styles.backgroundColor = _customBackgroundColor || interfaceConfig.DEFAULT_BACKGROUND;
if (this.props._backgroundAlpha !== undefined) {
const alphaColor = setColorAlpha(styles.backgroundColor, this.props._backgroundAlpha);
styles.backgroundColor = alphaColor;
}
if (_customBackgroundImageUrl) {
styles.backgroundImage = `url(${_customBackgroundImageUrl})`;
styles.backgroundSize = 'cover';
}
if (_visibleFilmstrip && Number(_verticalFilmstripWidth) >= FILMSTRIP_BREAKPOINT) {
styles.width = `calc(100% - ${_verticalViewMaxWidth || 0}px)`;
}
return styles;
}
/**
* Sets view to tile view on double tap.
*
* @param {Object} e - The event.
* @private
* @returns {void}
*/
_onDoubleTap(e: React.TouchEvent) {
e.stopPropagation();
e.preventDefault();
if (this._tappedTimeout) {
this._clearTapTimeout();
this.props.dispatch(setTileView(true));
} else {
this._tappedTimeout = window.setTimeout(this._clearTapTimeout, 300);
}
}
}
/**
* Maps (parts of) the Redux state to the associated LargeVideo props.
*
* @param {Object} state - The Redux state.
* @private
* @returns {IProps}
*/
function _mapStateToProps(state: IReduxState) {
const testingConfig = state['features/base/config'].testing;
const { backgroundColor, backgroundImageUrl } = state['features/dynamic-branding'];
const { isOpen: isChatOpen } = state['features/chat'];
const { width: verticalFilmstripWidth, visible } = state['features/filmstrip'];
const { defaultLocalDisplayName, hideDominantSpeakerBadge } = state['features/base/config'];
const { seeWhatIsBeingShared } = state['features/large-video'];
const localParticipantId = getLocalParticipant(state)?.id;
const largeVideoParticipant = getLargeVideoParticipant(state);
const videoTrack = getVideoTrackByParticipant(state, largeVideoParticipant);
const isLocalScreenshareOnLargeVideo = largeVideoParticipant?.id?.includes(localParticipantId ?? '')
&& videoTrack?.videoType === VIDEO_TYPE.DESKTOP;
const isOnSpot = defaultLocalDisplayName === SPOT_DISPLAY_NAME;
return {
_backgroundAlpha: state['features/base/config'].backgroundAlpha,
_customBackgroundColor: backgroundColor,
_customBackgroundImageUrl: backgroundImageUrl,
_displayScreenSharingPlaceholder: Boolean(isLocalScreenshareOnLargeVideo && !seeWhatIsBeingShared && !isOnSpot),
_hideSelfView: getHideSelfView(state),
_isChatOpen: isChatOpen,
_isScreenSharing: Boolean(isLocalScreenshareOnLargeVideo),
_largeVideoParticipantId: largeVideoParticipant?.id ?? '',
_localParticipantId: localParticipantId ?? '',
_noAutoPlayVideo: Boolean(testingConfig?.noAutoPlayVideo),
_resizableFilmstrip: isFilmstripResizable(state),
_seeWhatIsBeingShared: Boolean(seeWhatIsBeingShared),
_showDominantSpeakerBadge: !hideDominantSpeakerBadge,
_verticalFilmstripWidth: verticalFilmstripWidth.current,
_verticalViewMaxWidth: getVerticalViewMaxWidth(state),
_visibleFilmstrip: visible,
_whiteboardEnabled: isWhiteboardEnabled(state)
};
}
export default connect(_mapStateToProps)(LargeVideo);