* stage 1: project init
* stage 2: skeleton with navigation
* step 2.5: streams list
* step 4: stream playback experience
* step 5-6: compose experience
* fix: broken record
* transcode media particles to mp4
* build: reproducible go generate
* build: rename skaffold module for particle processor worker
* infra: increase particle processor worker resources
Was dealing with OOM errors
* tweaks to mobile
* log transcode work
* view on desktop placeholder
* tweak padding
* cap video resolution to save on memory
* infra: bump memory limits as insurance
* ux improvements
* update bundle id for mobile
* config for mobile
* setup firebase custom token
* docs
* docs
* feat: allow admin removing members from a network
* fix: properly handle fallback avatar and names
This is especially helpful in the case of members who were removed from
a network
* setup infra for pusher service
* setup client sdk for pusher service
* fix: ping parse failure
* fix: send pong back to client
avoid disconnections every 2.5 minutes
* increase replicas
* feat: show presence and compose indicator
* add token endpoint for livekit
* fix: invalid type passed to hook
* fix: inject livekit env variables for orion
* fix: show controls indicator above stream # shortcut
* return livekit server url from api
* simple huddle implementation with streams
* set human name in livekit room context
* simplify deployment tooling
* join huddle with audio automatically
* feat: show when there is an active huddle
This introduces a webhook which listens to events from livekit and
updates our firestore stream particle. It keeps the client simple,
reacting to changes to firestore docs.
* use headphones icon for huddles
* fix: screenshare not working in electron
The default VideoConference component from livekit doesn't support
screenshare in electron. This attempts to compose our own layout with
livekit components ourselves and introduces our own flow for
screenshare.
This generates the transcript and shows the caption experience on the
client side for media particles. It also simplifies other side effects
that we must perform such as updating the `last_child_created_at` field
for stream and container particles.
