Replace multiple processor wrappers with single unified class that
enables seamless transformer switching and option updates without
visual blinking artifacts.
Leverages LiveKit track processor v0.6.0 updateTransformerOptions fix
to provide smooth transitions between transformer types, eliminating
the recreation-based approach that caused flickering during effects
switching.
Streamline processor factory logic to prepare for unified transformer
class refactoring.
Reduces complexity and establishes foundation for consolidated
transformer approach.
Update LiveKit track processor to version 0.6.0 which includes fix for
updateTransformerOptions allowing seamless switching between transformer
types without visual artifacts.
Eliminates weird flickering behavior when users select different
transformer types by enabling proper transformer transitions instead of
recreation, improving user experience during effects switching.
Remove call to generate demo data in tilt stack as it was never useful
to developers and only complicated the migration job unnecessarily.
Migration job should be laser focused on applying database migrations
rather than seeding mock data, improving clarity and reducing
complexity.
Replace mock Django secret key with longer version to resolve security
warnings in development stack.
Still not production-suitable as key remains versioned in repository,
but eliminates security warnings during development workflow.
Remove dependencies on bitnami Helm charts since recent changes in
bitnami organization led to charts no longer being maintained or
published.
Enhanced the Tilt dependencies to avoid any bootstrap or refresh
errors while developping using the Tilt stack.
Making components dependant from each others increase slightly
the time required to spin up the stack the first time.
Implement pip dependency caching across all CI jobs requiring package
installation and upgrade actions/setup-python from v4 to v5.
The setup-python action is able to cache the dependencies and reuse this
cache while the pyproject file has not changed. It is easy to setup,
just the package manager used has to be declared in the cache settings
Introduce cross icon to switch component when in disabled/negative
state to provide clearer visual feedback to users.
Improves component usability by making the negative state more
explicitly recognizable through visual indicators.
Replace settings context provider with valtio global store for easier
access outside room components and better long-term maintainability.
Prepares for upcoming prejoin screen settings access by making settings
globally available without React context limitations.
Document that toggleButtonProps are intended to override default and
computed values within ToggleComponent, acknowledging this breaks
encapsulation but serves as useful starting point.
Skip state updates when selected device hasn't actually changed to
prevent unnecessary re-renders that caused visible camera track
blinking.
Improves user experience by eliminating visual artifacts during device
selection interactions when no actual change occurs.
Enhance toggle naming in video controls to explicitly indicate special
processor handling functionality and improve toggleProps TypeScript
typing.
Makes code more self-documenting by clearly identifying processor-aware
toggle behavior while strengthening type safety
Correct wrong copy-paste error in audio track dynamic initialization
that was missed during previous PR merge process.
Fixes initialization logic that was accidentally duplicated or
incorrectly modified during merge conflict resolution.
Restore participant name display in transcription and recording toast
notifications that was accidentally removed in recent changes.
Simple regression fix to ensure proper participant identification in
notification messages.
Close device control popover automatically when user opens sidepanels
or external dialogs to prevent confusing UI state.
Improves focus management by ensuring only one interface element
demands user attention at a time, reducing cognitive load during
interactions.
Fix bug where device toggling shortcuts remained active despite lacking
permissions, by disabling device-related shortcuts until permissions
are granted.
Prevents confusing user experience where shortcuts appear to work but
have no effect due to missing media permissions.
Convert audio tab device selections to controlled behavior matching
video tab implementation for consistency.
Maintains current component structure without migrating to SelectDevice
component yet, focusing on controlled state pattern alignment first.
Provide direct access to background and effects options from video
device controls during conference for additional user convenience.
Creates another pathway to effects configuration, giving users more
flexibility in accessing video enhancement features while in meetings.
Update tooltip and aria-label text for in-room device controls to
indicate they now open comprehensive settings dialog instead of simple
device selection.
Enable opening settings dialog directly from device controls while
inside a conference for quick access to device configuration.
Improves UX by providing immediate settings access without
enhancing convenience during meetings.
Requested by users.
Update localization keys for device toggling and selection to be more
generic, enabling translation sharing between join and room contexts.
Eliminates duplicate translations and creates consistent messaging for
device interactions regardless of application context.
Replace separate prejoin and room toggle components with unified
component that's adaptable and easier to evolve without overfitting.
Adds responsibilities to join component but eliminates duplication. Join
component needs future refactoring as complexity is growing
significantly.
Remove ugly toggle device configuration and implement hook to determine
appropriate keyboard shortcuts based on media device kind.
Cleaner approach that encapsulates shortcut logic in reusable hook
instead of scattered configuration objects.
Create simple hook to assign icons to toggle/select components based on
media kind using dictionary lookup for optimization.
Eliminates duplicate icon assignment logic across components with
straightforward, performant implementation that's easy to maintain.
Create hook to encapsulate permission denied/prompted/loading checks
based on media kind, eliminating props drilling and simplifying code.
Returns appropriate permission state for consuming components based on
media type, cleaning up code structure with small enhancement.
Refactor device selection within rooms and add audio output selection
to audio controls as requested by users.
Ensures code reuse between join and room components by sharing device
selection logic across both contexts.
Temporary state separating audio and video controls to improve clarity
and prepare for device selection/toggle component reorganization.
Work in progress to better structure device-related components before
implementing final unified control architecture.
Add dark variant to Select component following same approach as Popover
primitive. Same design inconsistency as other variant patterns.
Quick implementation pending UI v2 refactoring for unified variant
system across all components.
Add placement prop to Popover primitive to leverage React Aria's
explicit placement control functionality.
Provides better positioning control for popovers by exposing underlying
React Aria placement options, enabling more precise UI layouts.
Implement ability to pass defaultSelectedTab key to settings component
for scenarios requiring specific tab to open automatically.
Enables programmatic control over initial tab selection, improving UX
when directing users to specific settings sections from different
application contexts.
Allow enabling/disabling arrow graphics in Popover component to create
more modular and flexible primitive.
Provides greater design flexibility by making arrow display optional,
enabling different visual presentations based on specific use cases.
Add dark variant following same approach as Menu component. Not ideal
as light/dark pattern differs from primary/primaryDark variants used
elsewhere.
Quick implementation that will be refactored during UI v2 migration for
better consistency across component variants.
Replace default usePreviewTrack behavior that acquired media streams
even when users disabled audio/video in preferences, causing OS
recording indicators to show despite explicit user rejection.
Implement custom logic to only initiate preview tracks when actually
needed by user. Code is naive and could be optimized, but fixes the
misleading OS-level recording feedback that created user distrust.
Update LiveKit client JavaScript SDK to version 2.15.5 which includes
a patch for Firefox SVC compatibility with AV1 codec.
Fixes video encoding issues specific to Firefox when using AV1 codec
with Scalable Video Coding, improving browser compatibility and video
quality performance.
Extract shared layout components from audio and video tabs to eliminate
code duplication and improve maintainability.
Creates reusable layout components that both tabs can utilize, reducing
redundancy and ensuring consistent styling and behavior across settings
tabs.
Add configuration option allowing users to set maximum video quality
for subscribed tracks, requested by users who prefer manual control
over automatic behavior.
Implements custom handling for existing and new video tracks since
LiveKit lacks simple global subscription parameter mechanism. Users can
now override automatic quality decisions with their own preferences.
Implement user choice persistence for video resolution settings of
subscribed tracks from other participants.
Maintains user preferences for received video quality across sessions,
allowing consistent bandwidth optimization and viewing experience
without reconfiguring subscription settings each visit.
Introduce select option allowing users to set maximum publishing
resolution that instantly changes video track resolution for other
participants.
Essential for low bandwidth networks and follows common patterns across
major videoconferencing solutions. Users can optimize their video
quality based on network conditions without leaving the call.
Implement user choice persistence for video publishing resolution
configuration to maintain user preferences across sessions.
Stores selected video resolution in user settings, ensuring consistent
video quality preferences without requiring reconfiguration on each
visit.
