Vertical filmstrip has a scrollbar to scroll through all remote
video thumbnails instead of scaling width and height to force all
thumbnails to display on screen. The scaling is not necessary in
vertical filmstrip mode and instead causes some UI spacing issues
with the video status label.
Also addressed a typo in "removeVideoWidth" near the area of the
changed logic.
- Create new React Components for RemoteVideoMenu and its
buttons
- Remove existing menu creation from RemoteVideo
- Refactor RemoteVideo so all function binding happens once in
the constructor, removing the need to rebind when updating
the RemoteVideoMenu
- Allow popover to append and remove React Components from itself
- Refactor popover so post-popover creation calls are broken out and
popover removal behavior is all done in one function.
In RemoteVideo, creation of the RemoteVideoMenu (popover) is
skipped if in filmstrip only mode. However, updateRemoteVideoMenu
is called by other components, and that tries to access popover
and will error.
Add a defensive check for now as filmstrip is being rewritten
for react.
- For horizontal mode, remove extra spacing created by borders
around local video and remote videos.
- For vertical mode, ensure remote videos grow only to fill the
parent height.
When entering audio-only mode, VideoBridge is instructed to stop sending
remote videos. However, if the instruction fails because DataChannels do
not work, for example, then the app continues to display the remote
videos. Even though they're received in the case of such a failure, no
videos are to be displayed in audio-only mode.
The value of inviteURL is derived from locationURL by removing the hash
and query/search params in order to make it fit for display and/or
public purposes. The Jitsi Meet SDK consumers do not fall into that
category and our intention is to provide them with the URL they used
with JitsiMeetView.openURL(URL) anyway.
Also rewrites to remove repetition. I'm not saying the new source code
is better really but at least I got to examine it and comment on some of
its weaknesses.
The current implementation doesn't use the API and Transport modules. This is
due to the fact that they are too tied to APP at the moment, which is web only.
Once API is refactored and moved into the Redux store this will be adjusted,
though it's unlikely that the lowest level React Native module (ExternalAPI)
changes drastically.
This commit also introduces a stopgap limitation of only allowing a single
instance for JitsiMeetView objects on both Android and iOS. React Native doesn't
really play well with having multiple instances of the same modules on the same
bridge, since they behave a bit like singletons. Even if we were to use multiple
bridges, some features depend on system-level global state, such as the
AVAudioSession mode or Android's immersive mode. Further attempts will be made
at lifting this limitation in the future, though.
Dames en heren, welcome to Jitsi Meet SDK for Android, the Jitsi Meet library
for Android.
The Jitsi Meet SDK encapsulates React Native and all the dependencies Jitsi
Meet has so other aopplications can integrate it easily.
Unlike iOS, creating "fat" libraries is not allways (if at all) possible on
Android, however, effort was put into making the integration as easy as
possible.
While React Native can be embedded in native applications, I don't think it was
designed to be embedded as part of an Android library, hidden away from the
application using it. This surfaced as a number of issues which had to be
addressed specifically due to our use-case:
- Activity lifecycle methods must be linked with the React Native engine, so the
library provides wrapper methods.
- Custom fonts have to be manually added as assets, since the provided gradle
script doesn't work properly in a library target.
- The RN packager has to be manually triggered since the gradle script will no
longer do it for us.
At this stage, the Jitsi Meet application is just a small single activity
application which uses the Jitsi Meet SDK to create a single activity which
represents the entire application. Events and external conference handling are
forthcoming.
PS: Yours truly would like to add that it was a lot more fun to work on the iOS
side of things.
Currently, the JitsiPopover z-index will cause it to display below
any toast notifications so this changes modifies the z-index
values so JitsiPopover is higher than the notification toasts.
1. Aligns the project structure of Jitsi Meet SDK for iOS with that for
Android for better comprehension.
2. The command `react-native run-ios` uses the last Xcode project or
workspace in the list of these sorted in alphabetical order. Which
limits our freedom in naming. Thus having only an Xcode project in
the root directory of the iOS project structure gives us back the
freedom in naming.
3. Allows the Podspec to work for the app project in addition to the sdk
project because we need Crashlytics in the app which is integrated
via Cocoapods as well.
4. Further removes references to JitsiKit in the source code for the
sake of consistent naming.
Ladies and gentlemen, allow me to introduce you to Jitsi Meet SDK for iOS, the
mobile SDK which powers Jitsi Meet.
The goal is to encapsulate the entire React Native app into a framework / SDK
and offer an API for native (ObjC or Swift) applications to embed the Jitsi
conferencing experience.
While React Native can be embedded in native applications, I don't think it was
designed to be embedded as part of a framework, hidden away from the application
using it. This surfaced as a number of issues which had to be addressed
specifically due to our use-case:
- Universal / deep linking needed to be wrapped to avoid the embedding app from
linking with RN.
- The bundle URL had to be manually constructed, since RN considers that all
resources are in the main bundle, but in case of a framework that is not the
case.
- Custom fonts had to be manually loaded, since UIAppFonts doesn't work on the
framework's Info.plist file.
- The RN packager has to be manually triggered since the React project will no
longer do it for us.
- Custom App Transport Security rules were added since the builtin way to do it
modifies the framework's Info.plist, which is useless in this case.
At this stage, the Jitsi Meet application is just a small single view
application which uses the Jitsi Meet SDK to create a single view which
represents the entire application. Events and external conference handling are
forthcoming.
Both conference.changeLocalEmail and conference.changeLocalAvatarUrl
are exposed in the external api. It is possible for users to then
pass in non-string values. To make it more visibly obvious of the
error and to prevent script errors, convert whatever is passed in
into a string.
When using onplay in firefox, the event fires before data is flowing,
which can cause videoHeight and videoWidth to be 0 during resizing.
By using onplaying, there is some assurance data is being received,
so videoHeight and videoWidth should be set.
Add ninja icon which wil be displayed when user's connection status is
inactive.
Apply grey filter only for interrupted state.
Do not use isLastN directly, but check ParticipantConnectionStatus.
Introduce certain React Components which may be used to write
cross-platform source code such as Audio like Web's audio, Container
like Web's div, Text like Web's p, etc.
* fix(large-video): ensure switch to local video when all others leave
This handles the case where User A and B are in a call and B has
no audio or video. Then B leaves. User A would see User B left
on large video. Instead, User A should see self view on large.
* squash: always update large video if it is empty
* squash: add largeVideo check for filmstrip only mode
Leonard Kim
hristoterezov
bgrozev
Lyubo Marinov
Saúl Ibarra Corretgé
damencho
paweldomas