Shared TabChipStrip replaces the plain Rows in libraries/downloads/live
TV app bars (and live TV's hand-rolled scroll wrapper); chips center
themselves on focus so d-pad reaches off-screen tabs.
Queue sheet/panel now renders the whole playback order — dimmed played
tracks above the current one — instead of only up-next. Opens scrolled
to the current track and follows advancement while parked on it.
Album/artist downloads expand to tracks with pinned parent metadata,
aggregate progress, container deletes with reference-counted album
covers, and a Music tab on the downloads screen with fully offline
album playback. Home rows include music libraries (fixes plex hub
items being filtered to video types) and audio playlists join
download/sync rules.
Un-gates music libraries; adds CardShape.square plumbing (circular
artists), artists/albums/tracks browse groupings with per-grouping
sorts, audio playlists tab, artist + album detail screens with dpad
track rows, music context-menu actions, and a stub MusicPlaybackService
seam for the upcoming engine.
The decode clamp was height-only, so ultra-wide originals could decode
far past the display budget, and two small-slot fallbacks skipped
server-side resizing entirely — handing multi-megapixel originals to
the decoder behind tiny slots. The TV spotlight background's offline
branch had no decode bound at all. All artwork now flows through a
shared both-axes bound (ResizeImagePolicy.fit: aspect-preserving,
scale-down only), and the reduced tier gets matching thumb/poster
decode caps.
Ref #1349
Extract the manage/reorder-libraries sheet from the libraries screen into
a shared widget with a public launcher, and add a settings tile (top
group, gated on having libraries) that opens it. The libraries screen
keeps its side-nav refresh and re-select-on-hide behavior via launcher
hooks; the TV dialog path lives in the launcher so the entry works there
too.
Desktop overlay sheets defaulted to a fixed 400px max height, which left
the reorder sheet ~280px tall. Both default-constraint sites now use 75%
of window height, matching mobile.
close#1468
Initialize TvDetectionService on every platform so the existing
force_tv_mode setting drives the 10-foot TV interface on Windows,
macOS, and Linux, and surface the toggle in appearance settings there.
Desktop keeps real-mouse behavior in TV mode: InputModeTracker still
flips between pointer and keyboard modes (cursor hidden while
keyboard-driven), segmented controls keep their hover affordance, and
the settings backup section stays available (only Android TV lacks a
document picker).
Adds PlatformDetector.debugSetIsDesktopOSOverride so TV-device
simulations in widget tests don't inherit the desktop test host's
platform.
close#1409
Profile traces showed 100-370ms UI-thread frames while scrolling the
library screen, dominated by rebuilding and inflating media cards.
- Gate per-card focus/pointer chrome on input mode: FocusableWrapper
skips the scale/border wrappers and creates its AnimationController
lazily outside keyboard mode, and ClickableCursor plus the card tap
region only build MouseRegion/InkWell machinery on desktop - TV and
touch use a bare GestureDetector. Hub cards also drop their outer
gesture wrapper outside keyboard mode; the card's own tap region
always won the gesture arena anyway.
- Memoize sliver children (SliverChildMemo): browse/collections grids
and hub rows return identical widget instances for unchanged items,
so delegate swaps from pagination, watch-state, and deletion
setStates no longer rebuild every realized card inside layout. The
browse tab prunes the memo in lockstep with focus-node eviction so a
cached card can never resurrect a disposed FocusNode.
- Budget fresh inflation (CardInflationBudget): while a scrollable is
moving in pointer/touch mode at most one new card inflates per frame,
the rest render as SkeletonMediaCard and upgrade on following frames.
Hub rows also stop pre-inflating 250px of off-screen cards on entry.
Device traces: worst frame 373ms -> 103ms, per-card build 3.6ms ->
2.4ms median; remaining row-entry work is spread across frames.
Anchor the overlay to the screen and seekbar clearance, widen the card
on height-limited screens so sections pack side by side, and scale down
as a last resort instead of clipping the bottom sections.
close#1469
The preview cleared unconditionally 2s after a committed seek; on a device
still buffering, the live position hasn't caught up yet, so the next key
press re-based off the stale position and re-targeted the same spot -
discarding the seek exactly on the slow hardware the coalescing targets.
Re-arm the clear until the live position is near the target, with a 10s
ceiling backstop (same settle pattern as LiveSeekAccumulator).
350ms sits below the typical KeyDown-to-first-repeat gap (~400-500ms on
Android/TV), so every hold committed an intermediate seek before repeats
even began. 800ms matches Jellyfin ATV (media3's DefaultTimeBar uses 1s);
key release still flushes synchronously, so taps are unaffected.
_lastDispatchedTimelineSeek was set by the drag throttle and never reset, so
with key-seeks now routed through onSeekEnd a coalesced flush targeting the
same position as a stale drag (realistic at the 0/duration clamp boundaries)
skipped the real seek while still reporting completion.
A held fast-forward fired a real seek on every key-repeat for direct/
progressive streams, flooding the source with overlapping range requests and
wedging low-power devices (e.g. Fire TV Stick) in BUFFERING until the player
was restarted. Route direct play through the same preview/debounce path the
transcode case already uses: move only the timeline preview while the key is
held and commit a single seek on release or pause.
close#1424
Backing out to home selected the home tab but let focusActiveTabIfReady
steal real focus into the content while _isSidebarFocused stayed true,
leaving the rail stuck expanded over a shifted content box that clipped
the end of every hub row. Skip the content-focus grab while the sidebar
owns focus, move the sidebar focus ring to the Home item on back-to-home,
and self-heal the flag whenever the content scope actually gains focus.
close#1411
At most one version of an item can be downloaded, and plain Play now
targets it directly, so an offline Play Version picker is a no-op
detour offering versions that cannot play (#1440). Backend
capabilities are static, so the menu gate and the quality picker in
_handlePlayVersion both get a liveness check — a server dropping
between menu open and tap must not offer transcodes either.
Re-enables Audio Passthrough on Apple TV against the MPVKit EAC3-JOC
AVPlayer sink (pin bump to v1.0.8 follows), adds an AVPlayer test
harness + diagnostics screen for #1300, and makes loudnorm yield while
passthrough is active (fixes a latent spdif conflict on desktop too).
The rail dim (and its top fade band) was clipped to the rail's footprint,
so it terminated in a vertical seam at the nav edge while the backdrop
continued behind the nav. Generalize _RailBackgroundBleed into
_RailBleedPositioned and render the dim through it, full-width like the
background gradient. Row stripes now apply only while the rail itself is
focused — under the full-width dim they'd re-introduce level seams at the
nav edge (and read as noise anyway).
Unlike the content opacity it replaced, the dim quad also darkens the
backdrop showing through around the rows, so its rectangle edge read as
a hard line across the spotlight artwork. Ramp the dim in over narrow
top/bottom gradient bands (flat quad interior, non-AA to avoid seams);
band area keeps the gradient-shader cost negligible on weak TV GPUs.
Browse pass on the Mali-G31 box unchanged: draw p50 7.2ms, 2% janky.
Skia's dithered gradient shaders cost ~10ms per full-screen pass on
Mali-class TV GPUs: the two spotlight scrims alone were ~20ms of a 27ms
raster frame, while flat blended quads at the same coverage are ~free.
Bake axis-aligned LinearGradients once into cached 1x1024 premultiplied
strip textures drawn as stretched quads (shader fallback for unsupported
shapes and the first frame). Converted the spotlight, TV detail backdrop,
app-bar scrims, rail bleed, person-card overlay, and the video-controls
scrim, which now also keeps one widget type across hasFrame flips so the
controls subtree survives in-place source switches.
Scripted-browse on a Mali-G31 box: draw p50 27.5ms -> 7.1ms, swap block
20.3ms -> 0.9ms, janky draws 69% -> 2%; screenshots pixel-identical.
Keep a running companion-remote host's crypto identity in sync with the
active profile: subscribe to PlexHome/connection/join streams and rebuild
auth contexts (restarting the broadcast when they change) so a removed
home user or revoked borrowed connection stops controlling the host.
Serialize host start/stop/crypto-rebuild through a lifecycle lock, clean
up peer subscriptions before re-listening, and guard the replaced-client
onDone against clobbering the new client's session. Drop the context.mounted
guards that aborted an app-level host start, fix the DiscoveryView
init-flash/stuck-on-throw, and delete the dead initialize*Crypto helpers.
The base image shared the incoming's fade-riding errorBuilder, so a
404'd backdrop flashed transparent on the next swap, could start the
fade before any frame existed, and an errored provider got promoted
into the base (re-resolve loop). Base now uses a static fallback,
error/frame state is tracked per incoming (keyed by provider), and
promotion settles on the fallback color when no frame ever arrived.
The whole-stack AnimatedSwitcher kept two full-screen saveLayers (each
compositing backdrop + two full-screen gradients) blending on every
focus move — with CachedNetworkImage's own fade nested inside, the
dominant GPU load while browsing. Gradients are identical between items
so they never fade now; the incoming artwork fades in via Image.opacity
over the still-opaque previous one (no placeholder flash), and only the
bounded info block keeps a real cross-fade.
Memoize the per-image SHA-1 disk-cache key (ran on the UI thread on
every image build), fade images in via paint alpha instead of an
AnimatedSwitcher saveLayer per in-flight tile, create SettingsBuilder's
merged listenable once instead of per build, and drop the pointer
chrome (InkWell ink machinery, cursor MouseRegions) from cards on TV
where no pointer exists.
Poster images are decorative (the card exposes one merged node), and
the default per-child AutomaticKeepAlive/_SelectionKeepAlive/
IndexedSemantics wrappers are inert here — no keep-alive clients or
SelectionArea exist. The semantics phase ran ~9ms every frame on TV
devices with an accessibility service; it scales with node count.
Hub moves, focus flips and item selects now flow through the rail focus
model + ListenableSelectors (two headers/cards repaint instead of every
visible card rebuilding). DiscoverScreen memoizes the hubs list, gates
provider notifies on a render signature and caches the rail widget so
no-op refreshes skip the subtree entirely. The whole-rail 0.6 and
inactive-row 0.7 AnimatedOpacity layers are replaced by AnimatedDimScrim
quads, removing the permanent per-frame saveLayers that kept low-end TV
GPUs raster-bound.
Replace the per-tracker json_serializable session classes and account stores with a shared TrackerSession (service-aware persisted validation), a single TrackerAccountStore, a shared TrackerHttpClient, and an AnimeListTrackerBase mixin for MAL/AniList. Scope the per-service rebind guard so a disconnect can't abort a racing profile load. Add migration-safety, MAL refresh, episode-count cache, and content-type tests.
The aired-order rework can sweep correctly-placed Specials into "download
next N"; this toggle lets users opt out. Shown only for whole shows
(reusing FocusableSwitchListTile via an optional toggle on the shared
option-picker dialog), remembered across opens via a BoolPref
(default on = unchanged behavior). Filters Specials at the single
collect choke point (_collectPlayable), with a guard so explicitly
downloading the Specials season still queues its episodes.
* fix(plex): show PGS subtitles when transcoding
Bitmap subtitles (PGS/VOBSUB) disappeared from the menu while transcoding on Plex, leaving only "Off". The MKV transcode already supports them, so embed them in the stream like text subs. Now they show up and can be turned on.
* fix(plex): give bitmap subtitle codecs the right sidecar extension
getSubtitleExtension fell back to .srt for vobsub, pgssub and dvb subs. Map them to .sub/.sup so it stays consistent with isImageSubtitleCodec and any sidecar URL or download uses the correct extension.
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