Wine's nsiproxy reads /proc/net/dev and /sys/class/net/*/carrier for every interface on each
adapter query, and the route tables for gateways. Android refuses those opens, and each refused
open costs 60-150 us under proot before the synthesized table is returned. A refusal is now
remembered for a second per table, so repeat reads go straight to the synthesized copy.
Mortal Kombat XL asks for its adapters from the game thread about 30 times a second:
GetAdaptersAddresses 2.92 -> 2.53 ms, GetIfTable 1.79 -> 1.35 ms, winedevice 9.0 -> 7.6% CPU.
The client runs a game's install scripts through Proton at every
launch, a whole Wine start before the game's own. When the evaluator
already exited cleanly for the same scripts in this prefix and every
process they name is still marked as run, it is not started again.
Moonlighter launches went from 10.5 to 7.7 s.
gamescope polls mangoapp's queue every frame and each msgsnd/msgrcv
listed the object folder, opened and mapped the queue, then unmapped
it again. Queues are now mapped once per process; removal is marked
in the shared header so cached mappings drop it and blocked waiters
get EIDRM as on Linux.
* fix: stop the DirectAudio output while the sink is suspended
* fix: verify every session thread before reporting suspension
* fix: freeze PRoot first and stop each guest thread on suspend
---------
Co-authored-by: Detinator10 <[email protected]>
FEX launched through a script (Valve's _v2-entry-point) was judged 32-bit, so the
fast path stayed off in the FEX client while FEXServer bound its socket through it.
The fast path now follows #! lines before judging the program.
The live compat sync drops apps the client refuses GetCompatTools for instead of
reattaching forever.
* perf: download hand tracking models and native libs on first use
* feat: build and publish add-on packs in CI, add Xbox and Comet packs
* feat: ship proot and DirectAudio drivers as CI-built packs
* test: hand tracking readiness requires the tracking pack
* ci: attach PR test-build packs to the PR release instead of Components
Exercise keyframe and ring reads with unmapped, PROT_NONE, read-only and page-boundary destinations. Verify complete-event progress within one vector and across vectors, including a NULL destination. The Linux fakeinput suite passes 11 tests with 3 i386 skips; both native ARM64 probes pass on the Thor.
Stage ring and keyframe events before copying them with process_vm_writev. Return EFAULT for inaccessible destinations and advance the reader only for complete events delivered, preserving partial readv progress. Retested Factorio on the Thor with the exact ARM64 library.
Cover unmapped, PROT_NONE, and partially accessible iovec arrays. The probe crashes with SIGSEGV before the descriptor-copy fix and returns EFAULT afterward. The Linux fakeinput suite and native ARM64 probe pass; Factorio was manually retested on the Thor with the updated library.
Copy the caller's iovec array through process_vm_readv before inspecting it, so unmapped, protected, or partially accessible arrays return EFAULT instead of crashing the process. Verified valid and invalid copies in the Android guest.
Cover readv on original and virtual controller rings, an overlay-style read-to-readv fallback, event-aligned vectors, empty vectors, nonblocking errors, and ordinary descriptor passthrough.
Flatpak starts bwrap with an empty environment, so the bwrap shim lost DROIDDECK_BWRAP_SOCKET and dialled the default package's socket. The session now writes the socket name to /etc/droiddeck/bwrap-socket and the shim reads it when the variable is missing.
Fixes#1092
Steam's ARM64 overlay can fall back from read() to readv(). Route registered controller reads through the existing private ring reader so the game receives input events instead of backing-file bytes. Preserve ordinary descriptor passthrough and evdev per-vector reads.
Games launched from Steam get Turnip's own per-render-pass choice between
tile memory and system memory again; TU_DEBUG=sysmem now stays with the
Steam client, whose interface it was set for. A per-game TU_DEBUG, the
debug override file and the Adreno 710/720 driver still win. On the
REDMAGIC tablet (Adreno 840) PEAK runs 46.8 -> 52.3 fps over 7 alternating
pairs and Valheim's 3D menu needs 12.6 % less GPU time per frame; light
games are unchanged.
droiddeck-seed-redists remembers the identity (inode, size, mtime) of each
prefix registry it has verified and skips re-reading it while it is
unchanged. Steam started after it on every session, ~1.8 s later.
SessionFiles keeps a ledger of the files it staged for the installed APK
and copies only the ones that changed, ~180 ms less per session start.
Session start to Steam ready: 5.57 -> 3.57 s.
RPCS3's AppImage could not start: its own runtime unpacks the image with
a dwarfsextract it runs from a memfd, which Android refuses (EACCES), and
it has no other way to run it. Emulator AppImages for arm64 now start
through the shipped uruntime, which falls back to a file in /tmp.
RPCS3 then stopped with "Null object" in utils::shm (errno 13): it reads
/proc/sys/vm/overcommit_memory to pick memfd for guest memory, and apps
cannot read it. The guest now gets the kernel's default policy (0) there
when the real file is unreadable, like file-max.
Adding a game from a single exe outside internal storage and the game
library, such as a microSD card, only showed "This location is not
available in the session" and added nothing. #1153 made "Add all games in
this folder" bind such a folder under /root/Games, but a picked exe still
had no guest path.
addExe now binds the folder the same way when the session cannot see the
exe (the game it belongs to, or else the exe's own folder), then adds the
game. The bind is mounted from the next session start.
A folder the session already sees is not bound again, and a folder the app
cannot read is still refused.
A GOG download only places the files, so games that look up their own registry keys (Fallout: New Vegas reads HKLM\Software\Bethesda Softworks\FalloutNV "Installed Path") said they were not installed. Every GOG launch now reads the setRegistry actions of the game's goggame-<id>.script and imports them into the prefix's 32-bit view through Proton's reg.exe, once per change of the script, so games already downloaded are fixed on their next launch.
The touch layout editor opened "App -<n> Layout" for a non-Steam shortcut
(an added game, the Epic Games Launcher) with LB, LT, RT, RB, both sticks
and LS/RS greyed out, so they could not be placed. Steam keys a shortcut's
controller config by the shortcut's lowercase name and logs its app id
unsigned, but the editor looked both up by the signed app id, found
neither, and fell back to a blank layout with nothing bound.
SteamTouchConfig now reads the shortcut's name from shortcuts.vdf, loads
and saves its layout under that name the way Steam does (autosave folder
and configset entry), and matches Steam's log line by the unsigned id. The
editor is titled with the game's name, and the app id in the panel is
shown unsigned. A name that is not a plain folder name (a
path separator, "." or "..", a quote, a backslash or a control character)
keeps the numeric app id. Existing configset entries are matched
without regard to case, as Steam reads them.
fix: let Wine write hooks into code FEX has translated
Wine 11's wineserver writes another process's memory with process_vm_writev,
which the kernel refuses on a page that is not writable. FEX's WoW64 layer
keeps the pages it has translated read-only to catch self-modifying code and
re-protects them right after a program unprotects them, so WriteProcessMemory
and NtWriteVirtualMemory into ntdll failed with a partial copy and Ubisoft
games stopped at "Error at hooking API NtProtectVirtualMemory". Wine only
falls back to /proc/<pid>/mem on ENOSYS or EPERM.
libblsession now completes a single-buffer write that wineserver was refused
with EFAULT through /proc/<pid>/mem, the way Wine wrote before Wine 11. Other
programs and every other error keep the kernel's answer. The iovecs are read
with process_vm_readv, so a bad pointer still returns EFAULT, and offsets are
64-bit in the i386 build.
Picking an exe anywhere under an added folder treated it as that game, so a
folder added with "Add all games in this folder" (or a removed one) swallowed
every game below it: picking another game's exe switched the folder game's
target, or brought the removed folder game back under its old name and art.
Only treat a pick as the same game when it sits in the folder root, in the
same top-level subfolder as the game's current exe, or is another build of
that exe, and prefer the deepest matching folder.
gamescope makes its cursor surfaces by attaching an shm buffer, committing,
destroying the buffer and only then calling wl_pointer.set_cursor. The
compositor kept that buffer only as a reference, so set_cursor found nothing
to publish: apps run from the front end (store apps, Flatpaks, emulators)
showed DroidDeck's fallback arrow, or no cursor at all after a desktop
session had hidden its own.
Copy a role-less surface's pixels when its held buffer is destroyed and
publish that copy when the surface becomes the cursor, for as long as the
surface lives.
A user app (script, AppImage or Flatpak) started from its shortcut runs in
a Run session, which took the Steam resolution (720p by default). It
ignored the resolution chosen under Open Desktop and was letterboxed at
1280x720 on screens that are not 16:9.
User apps now use the Desktop's resolution once one has been chosen. Until
then, and for every other Run program, nothing changes.
* Restrict Xbox credentials to host backends and lease game launches
* Verify mapped PRoot backend images and retry lease heartbeat timeouts
* Bound Xbox backend shutdown and isolate service socket lifetimes
* Keep unique Xbox service sockets within Unix address limits
* Own licensed launch directories and recover abandoned views safely
* Serialize Xbox account revocation with sign-in commits and launch authorization
Adding a folder on an SD card outside the Steam library added nothing and said
"Nothing new in this folder": every game's exe had no guest path, so each one
was skipped. Since #542 nothing created the game-folder binds that let older
builds use such folders; only migrated ones remained.
addFolder now binds the picked folder under /root/Games (named as
GamesFolderMigration names them, with a suffix when the name is taken) when the
session cannot see it, then adds its games. The bind is mounted from the next
session start.
Nine storage plurals lacked the forms Arabic, French, Spanish, Italian
and Portuguese use (zero/two/few/many), and 71 strings across 16
languages were still the English text.
* Steam x86-64 client: menus come up, sign-in stays put, games listed once
Switching the Steam client from arm64 to x86-64 left the client on a blank
screen behind "Downloading the Steam client update 100%", and each switch
signed one of the clients out.
- The x86-64 client is Valve's steamrt64 platform, but it was installed and
synced from the ubuntu12 manifest, which lags it (1792108788 against
1792192922). The client was therefore never the arm64 client's build, the
arm64 web helper was never used, and the client then updated itself in
place after the helper had been chosen. Install, sync and the build check
now read the steamrt64 manifest.
- The x86 web helper's GPU process loads libpci, which exits when
/sys/bus/pci/devices lists a device whose files the app may not read (a
RedMagic's PCIe root ports). Every GPU process exited with status 1, even
in software, until Chromium gave up and the menus stayed blank. An empty
folder is bound over /sys/bus/pci/devices on such devices.
- Steam refuses one client's login token from the other ("Invalid
Password" for a token the arm64 client signed in with minutes before), so
copying the newer token at every start signed the other client out. Each
client now keeps its own token; a client with no accounts only gets the
other's account list.
- Games could be listed twice: an added game whose folder a Steam import
already covers is now shown as that Steam game only, a client switch
drops the old client's imported entries, an import stays one when its
ownership cannot be confirmed instead of gaining a shortcut beside it,
and only the client's own library folders count as an install.
* Steam x86-64 client: share the arm64 sign-in again
The x86-64 client refused the arm64 client's login token because it did
not know the account's SteamID: it takes it from Accounts in
config/config.vdf, which this script creates without one. It logged on as
[U:1:0] with a valid token, Steam answered "Invalid Password", and the
client dropped the token and AutoLoginUser, so every switch asked for the
password.
The newer sign-in is copied between the clients again, each start adds
the accounts either client knows to the other's config.vdf, and an
AutoLoginUser or RememberPassword one client lacks is filled in. Device:
the x86 client signs in with the arm64 token on a fresh install and on an
install left signed out, and the arm64 client stays signed in.
Valve's FEX opens rootfs paths with openat2(RESOLVE_IN_ROOT), which the
preload emulates under proot. droiddeck-fex's rootfs links to the Steam
runtimes with absolute paths outside the rootfs, so every lookup missed
and FEX fell back to the arm64 host files: x86 bash, and with it Stardew
Valley's launcher, failed on libdl.so.2. An absolute link whose target
is missing in the root but present on the host now finishes there.
- Pace the session at the rate the panel actually runs. When the system
keeps a lower rate than the mode DroidDeck asked for (a vendor game
assistant holding 120 Hz while 185 Hz was requested), gamescope,
Xwayland and the compositor's presentation feedback were told 185 Hz,
and Steam's interface drew every 10.8 ms out of step with the panel.
- Build the DirectAudio PulseAudio sink from source (LGPL-2.1-or-later,
The412Banner/directaudio v1.1.0) with its max request kept to its ring
target. Advertising 100 ms made PulseAudio grow every client's buffer
to about 112 ms, so Steam's interface sounds played that late.
Robolectric keeps one sandbox per SDK level the tests ask for, and the
suite now asks for seven (26, 28, 29, 31, 33, 34 and the default). They
no longer fit in Gradle's default 512 MB test heap, so testReleaseUnitTest
runs out of memory part way through (SteamHomeHeadsetTest,
GlassesMenuCaptureTest) on main and on every open PR.
* docs: draft DroidDeck 0.5.0 release notes
* docs: expand DroidDeck 0.5.0 release notes
* docs: complete 0.5.0 contributor credits
* docs: update the 0.5.0 release notes for everything merged so far, with screenshots and GIFs
Adds the x86-64 Steam client, Linux games under FEX, app-wide glasses tracking, store-game artwork and Adjust logo, and the merged Epic launcher and XR glasses entries. Media is in docs/releases/media/0.5.0.
---------
Co-authored-by: maxjivi05 <[email protected]>
Games that merely support VR (No Man's Sky) were held at Play while
DroidDeck downloaded and started SteamVR, so they always opened in VR.
They now launch normally; VR-only games still wait for SteamVR.
* fix: x86 Linux games that also ship for Windows run under Proton again
Since #749 the live compatibility helper treated every installed game with
both Windows and x86 Linux builds as a user's native choice, because the
client reports an empty tool for unmapped games. Those games were left on
the Steam Linux Runtime, which cannot start them here (bwrap fails, or FEX
looks for a RootFS that is not shipped), so Valheim, Moonlighter, Half-Life 2,
TF2 and others exited within seconds.
- An unmapped game the helper never managed now gets the default Proton.
Clearing a mapping the helper set is still kept as a native choice.
- Native choices are stored under "native_choices". The old "native" list
also held games nobody picked, so it is dropped.
* feat: Linux builds run under FEX by default, with the runtimes fetched automatically
- Steam fetches Proton, FEX, Steam Linux Runtime 3.0 and 4.0 on the first start and keeps them updated instead of leaving them pending.
- Games that ship a Linux build go to FEX once it can run them; Windows-only games and installed Windows builds keep the Proton default.
- FEX runs games on a combined x86 runtime with the newer glibc and libstdc++ the GL and Vulkan thunks need.
- Vulkan display extensions the driver cannot handle are hidden in front of the thunk, without an audit module.
- Mono's incremental garbage collector is turned off under FEX, which stops Unity games crashing.
- x86 Steamworks finds the x86 steamclient.
- 32-bit games read the virtual controller.
* fix: controllers work in Linux Unity games such as Valheim
Joystick ioctls on an event node now fail with EINVAL like the kernel's evdev, so the SDL2 that Unity embeds reads the pad's real ID instead of ignoring it as 0000:0000.
* test: skip the switch script test without node, and the ring tests without gcc
* fix: games with a Linux build keep the Proton default
The Windows build often runs better, so titles that ship both builds stay on the default Proton again. Users can still pick FEX for one, and that choice is kept. Linux-only titles still go to FEX.
* fix: unmapped dual-platform games get Proton even when config.vdf cannot be read
* Add VITURE glasses support: hardware control, 3D, head tracking
Glasses get their own controller over the MCU (permission, 120 Hz default, brightness, volume, sunblock, 2D/3D) and the game moves onto them when plugged in. The IMU drives Cardboard head tracking and the SteamVR driver. 3D falls back to one eye's view on phones that can't send the 3840x1080 signal. Options open from a glasses button in game and on the Steam page.
* Drop the glasses settings like Steam's: Play-style button, Settings lip, tabs
* Hang the glasses Settings lip over the top of the button
* Space glasses MCU commands so the IMU rate sticks, fit fixed resolutions to the glasses
* Keep Steam alive with SteamVR registered, run SteamVR at the glasses' rate, keep the glasses lip on top
* Fit VR games on the glasses: full view, seated origin at the head, pad hands reach with the d-pad
* Let the pad hands reach a metre out so buttons with deep colliders press
* Show every VR frame in order at 120 fps: wait for SteamVR's GPU work, present only finished copies, skip the grace on idle shared counters
* Glasses: SteamVR starts and stops with them, closer view with a field of view setting, Recenter on the pad
* Glasses: SteamVR field of view defaults to 90°
* VR pad hands: sticks move and aim the hands, left stick click switches the sticks to the game, d-pad pulls a held hand
* Glasses: Play SteamVR beside the glasses button instead of starting SteamVR with them, pad hands drawn as Index controllers and off while other VR controllers are connected, glasses sheet tabs sized like Steam's
* Track glasses mode, refresh-aware glasses window, align Play SteamVR with Play Steam
* Fix 3D on the glasses: full-res SteamVR presenter, revert VR 3D at session end, coalesce vsync ticks, no session restart after end
* Address review: glasses output after installs and session end, VR revert retry, display fallback, presenter swapchain retry, agent hex checks, drawer bumpers, glasses translations, docs
* Harden VITURE stereo negotiation and output refresh tracking
* Localize stereo recovery feedback and record Astra reconnect tests
* Improve test failure diagnostics and refresh Astra firmware findings
* Handle VITURE docks separately and reject truncated USB frames
* Glasses: remember a 3D fallback per model, docks as display only, VR timing fixes
- A 3D attempt that ends at the 640x480 fallback is remembered for that glasses
model, so Play SteamVR no longer blacks out the glasses after every restart;
Retry clears it and "3D for VR games" stays reachable
- A VITURE Mobile Dock on its own no longer counts as glasses; through a dock
Play SteamVR is hidden and the sheet shows the output and why there is no control
- HDR is probed on the glasses when the session starts there
- Glasses frames with a mismatched checksum are marked in the status frame log
- SteamVR layer and driver vblank counters stay monotonic across refresh changes;
one-eye render scale applies from activation and on mono/3D switches
- Compositor binds announce the refresh clients were last told; the presenter
retries a failed first swapchain
- Dead strings and helpers removed; docs updated
* Glasses: drop USB frames with a bad checksum
* Glasses: count frames dropped for a bad checksum
* Feat/viture xr (#907)
* Add RayNeo Air and GT support to the XR glasses pipeline
* Add RayNeo Air and GT support to the XR glasses pipeline
* Checkpoint glasses tracking, calibration, and SteamVR launch integration
* Checkpoint glasses tracking, calibration, and SteamVR launch integration
* Add XREAL 1S support and correct GT and Pro 2 tracking
* Add XREAL 1S support and correct GT and Pro 2 tracking
* Fix mirrored glasses tracking and recover SteamVR after device loss
* Fix mirrored glasses tracking and recover SteamVR after device loss
* Document confirmed XREAL 1S brightness control
* Document confirmed XREAL 1S brightness control
* Fix SteamVR glasses defaults and rendering controls
* Fix SteamVR glasses defaults and rendering controls
* chore: keep only the 3 newest session log folders (#852)
* chore: add agent comment rules (#748)
Co-authored-by: Kurt Himebauch <[email protected]>
* Fix SteamVR polling, VITURE checksums, and fence tracking
Keep manual SteamVR launches polled, discard corrupt VITURE packets, and retire Vulkan fences out of order without blocking submissions at a fixed capacity. Preserve the contiguous completion watermark used by the presenter.
Fix optional Windows launcher configuration and audited helper staging. Add Android, Windows, and native tracker regression coverage.
* Fix SteamVR polling, VITURE checksums, and fence tracking
Keep manual SteamVR launches polled, discard corrupt VITURE packets, and retire Vulkan fences out of order without blocking submissions at a fixed capacity. Preserve the contiguous completion watermark used by the presenter.
Fix optional Windows launcher configuration and audited helper staging. Add Android, Windows, and native tracker regression coverage.
* fix: wireless ADB page names the child-process switch the way Android shows it (#848)
* l10n: refresh stale and untranslated strings in es, fr, ko, ru (#850)
* l10n: refresh stale and untranslated strings in es, fr, ko, ru
- mode_added_art_hint: now mentions Steam then SteamGridDB (all four locales).
- wincomp_needs_installer / wincomp_installers_note: es and ko still described
the old "coming soon" behaviour; align with the current English text.
- summary_remove_game: was still English in all four locales.
Machine-assisted translation; native-speaker review is welcome.
* l10n(es): say registro, not grabación, for the missing installer record
---------
Co-authored-by: ovurrsl <[email protected]>
* fix: a failed cloud save recovery no longer ends the app (#846)
The cloud-recovery thread started at every app start had nothing to
catch an error, so one went to CrashHandler, which halts the process
with status 2. In unit tests the thread can outlive the test that
started it, fail on the torn-down preferences, and take the whole test
run down. The error is now logged and the thread ends.
Co-authored-by: Kirk <[email protected]>
* fix: an interrupted Linux runtime download resumes instead of starting again (#847)
* fix: an interrupted Linux runtime download resumes instead of starting again
installOnce() asked the downloader to resume but always deleted the archive in its finally block, so the next attempt began at zero. The archive is now named after the release version and checksum, a failed download keeps what it fetched, and archives of other releases (and the old fixed name) are removed. A checksum or extraction failure still deletes the file.
* test: Downloader resumes a cut-off download from the bytes it kept
Starts a socket server that promises the whole file, hangs up part way and then answers a Range request, and checks that the second downloadFile call resumes with the right offset and ends with identical bytes.
* fix: a resumed download discards a 206 that does not start where the kept bytes end
Downloader appended every 206 response to the partial file without
looking at Content-Range. A server or proxy that answers a Range request
with a different offset would leave a corrupt file. Check that the range
starts at the kept length; otherwise delete the partial file and start
again without a Range header.
Adds a test with a server that answers the Range request from offset 0.
---------
Co-authored-by: ovurrsl <[email protected]>
* l10n: German, French, Spanish, Italian, Portuguese and Russian for the zRAM, reset-settings and store free-space strings (#849)
* l10n: German, French, Spanish, Italian, Portuguese and Russian for the zRAM, reset-settings and store free-space strings
Adds the strings values-de, values-it and values-pt were missing (14 each) and the six that values-fr, values-es and values-ru were missing. Machine-assisted drafts that follow each file's existing register and terms; native review is welcome.
* l10n: correct missing active swap translations
---------
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* fix: droiddeckctl reaches variant-package builds (recover #842) (#854)
fix: droiddeckctl reaches builds shipped under a variant package
The provider authority and the start Activity's component were fixed to
com.droiddeck.launcher, so droiddeckctl could not talk to the antutu,
ludashi or pubg builds from tools/release/variants.txt. DROIDDECK_PACKAGE
now picks the package; the Activity's class name stays the same in every
variant.
Co-authored-by: angelrenefm <[email protected]>
* feat: droiddeckctl reports on-screen pacing (recover #843) (#855)
feat: droiddeckctl pacing reports the frames that reached the screen
Reads SurfaceFlinger's timestats for the game's layer (or the session's
SurfaceView) over a capture: frames on screen, fps on screen, the
present-to-present histogram and how many intervals were off the usual
cadence. Records split by a refresh-rate change are summed. A game's own fps
counter counts frames handed over, so it can't show dropped or doubled frames.
Co-authored-by: angelrenefm <[email protected]>
* fix: Steam can restart more than twice in a session (#754)
* fix: Steam can restart more than twice in a session
Every exit 42 counted toward the cap that stops an update which will
not install, and the count was never cleared, so the third restart of
a session ended it however far apart they were. A client that ran for
a minute before asking is not that loop: the count starts again.
* fix: measure the client's run time as it exits
The time spent collecting logs and checking FEX after the client exits
counted toward its run, so a slow cleanup could make a quick exit 42
look like a long one and clear the count.
---------
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
* fix: the front end keeps its page when the Fold is folded or unfolded (#832)
* fix: the front end keeps its page when the Fold is folded or unfolded
MainActivity, FileManagerActivity, FilePickerActivity and StoreLoginActivity did not declare the screen-size configuration changes, so folding or unfolding a foldable recreated them and dropped their in-memory state. They now handle orientation, screenSize, screenLayout, smallestScreenSize and density themselves, like SessionActivity already does. uiMode is left out on purpose.
* fix: store login keeps rebuilding its toolbar when the display density changes
StoreLoginActivity builds its toolbar in code with dp-to-pixel values taken at creation time and has no onConfigurationChanged. It no longer declares density in configChanges, so a density change recreates it as before this PR. Size and layout changes are still handled in place.
---------
Co-authored-by: ovurrsl <[email protected]>
* Release pointer buttons without replaying stale motion (#803)
* Fix cursor warping on native touch down
* Preserve input cleanup without replaying stale pointer motion
---------
Co-authored-by: siyuan.qsy <[email protected]>
* l10n: translate the strings added since #284 into zh-CN, zh-HK, zh-TW and ja (#539)
* l10n: translate the 184 strings added since #284 (zh-CN/HK/TW, ja)
The stores, cloud saves, Windows components, Steam touch, desktop
removal and background-downloads strings landed after #284's
translation snapshot, so every one of them fell back to English.
Translate all 184 into Simplified Chinese, Traditional Chinese
(Taiwan and Hong Kong) and Japanese, keeping each locale file's own
vocabulary (工作階段/會話, 解除安裝/卸載, 元件/組件, 設定).
Also fix four Hong Kong strings that kept the simplified 着色器.
* l10n(zh): fix stale and ambiguous strings found in review
Severe: summary_remove_game was untranslated English in all three
files; mode_added_art_hint, wincomp_installers_note and
wincomp_needs_installer still described the pre-#480/#492 English.
Also: distinguish the Setup wizard from Android system settings in
zh-HK/zh-TW (初始設定 / 系統設定 / Android 設定), unify library as
收藏庫, component as 組件 in zh-HK, session as 會話 in zh-HK, account
as 帳戶 in zh-HK, Trending as 趋势/趨勢, Forget as 清除, reword the
re-applied-at-launch, action-failed and already-in-Games strings, and
play as 執行/開啟遊戲 in zh-TW/zh-HK.
* l10n(ja): fix stale and ambiguous strings found in review
---------
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* Rebuild and verify Windows VR runtime components
* Rebuild and verify Windows VR runtime components
* Add top, bottom, and centered picture positions for Steam sessions (#871)
* fix: dependency scan ignores folders above the game folder (#859)
* DroidDeck-Proton: get releases from the Droid-Deck org repo
DroidDeck-Proton is now built and released on Droid-Deck/DroidDeck-Proton
(11-9.1 is Latest there), so the Components page, the update check and the
guest installer read releases from the org repo instead of The412Banner's.
* feat: low-latency controller and touch toggles in the session drawer (#808)
* fix: SteamGridDB lookups no longer stick as "no match" after a failure; add a search to the art chooser (#876)
* feat: Steam home wall fills from the signed-in library instead of store picks (#878)
* test: cover GPU family and support classification (#880)
* Fix local builds on Linux failing after the first Comet build (#866)
* feat: sort the store library and installed tabs, and switch between card and list views (#798)
* feat: three-finger tap toggles Steam's on-screen keyboard in game mode (#782)
* fix: keep Quest-patched Turnip as the auto default (#853)
* Fix deploy_local.sh and droiddeckctl not finding a phone connected over wireless debugging (#864)
* fix: keep proot sessions alive when the kernel loses fork events (#457)
* fix(quest): correct desktop and Steam display corruption across sessions (#733)
fix(quest): stabilize desktop and Steam layer presentation
Keep Quest SDR scenes and the black backdrop off the Android Vulkan swapchain regardless of session order or HDR preferences. Only report the first frame after client content is submitted.
Add backdrop lifecycle and first-frame regression coverage. Record the user's successful Quest 3 Test 2 result.
Co-authored-by: xXJsonDeruloXx <[email protected]>
* fix: keep SteamVR syscall hooks and report Steam crashes (#905)
* fix: preserve SteamVR syscall hooks
* fix: report Steam crashes through gamescope
* fix: honor glasses pacing and resolution in SteamVR launches
---------
Co-authored-by: connor g <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
Co-authored-by: Yassine Gherbi <[email protected]>
Co-authored-by: Resul Övür <[email protected]>
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
Co-authored-by: angelrenefm <[email protected]>
Co-authored-by: asdf17128 <[email protected]>
Co-authored-by: siyuan.qsy <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: FX1922 <[email protected]>
Co-authored-by: Muaz Kadan <[email protected]>
Co-authored-by: kingokksa <[email protected]>
Co-authored-by: Jamie Schenker <[email protected]>
Co-authored-by: Jagger15 <[email protected]>
* Glasses: keep a pending 2D restore and the SteamVR recovery offer, show Play SteamVR only with a picture
* Translate the glasses calibration, XREAL and SteamVR recovery strings
* SteamVR recovery: give a finished teardown time to collect logs before restarting
* Credit the projects the XR glasses support builds on
* Joy-Cons: SteamVR hands from their gyro while SteamVR runs, one combined pad otherwise
* Add experimental Luma tracking and stabilize SteamVR launches
Add native Luma Ultra spatial tracking, optical controllers, and stereo
calibration with DroidDeck styling, imperial/metric measurements, and
pending recenter recovery. Include the pinned hand model and calibration board.
Keep live guest and SDK files outside Android's evictable cache. Filter the
Adreno 840 sysmem override in the shared SteamVR helper, serialize timeline
mirroring, retain invalid optical controllers without event floods, and
prevent an unprivileged scheduling fallback from lowering compositor RTTIME.
Validation: latest APK build and runtime freshness checks pass; 247 affected
glasses/calibration tests pass. Native VR, helper, and packaging regressions
pass. Two earlier phone library launches sustained 60 fps for 308 and 188
seconds without recovery or restart. The newer calibration APK is installed
and checksum-verified; calibrated-hand and sustained gameplay acceptance
remain pending. One existing Android test requires Windows symlink privileges.
* Headsets: settings badge on Play SteamVR instead of a top-right button, both shown only once connected
* Hand tracking: camera-tracked Joy-Cons and bare hands in SteamVR, drawn as white gloves
- Joy-Con movement from the accelerometer (report reordering, per-Joy-Con calibration, zero-velocity updates)
- MediaPipe pose and hand landmarks from the device camera, placement check, per-hand Kalman filter with the Joy-Con
- No controller connected: bare camera hands with Quest-style gestures, 1€ filtered, rendered as a white glove model built from a distance field
- SteamVR safe mode cleared before each start so one crash no longer blocks the driver
* Improve Luma Ultra tracking and isolate device-specific controls
Refine stereo hand and Joy-Con tracking, gesture release, calibration,
recovery UI, diagnostics, display modes, and compositor handling.
Keep Ultra controls and input routing behind a live SDK-confirmed Carina
connection; clear retained spatial mode when other glasses connect.
Add optional UVC transport with pinned dependencies and packaged notices.
Validation: 456 Android tests, ARM64 VR build and native regressions,
47 tooling tests, SDK/UVC-enabled and disabled builds, and 150 packaged
runtime checksums. Two shader compilation tests skipped because the
compiler is unavailable. Hardware interaction gates remain experimental.
* Delay Luma Ultra 6DoF until SteamVR settles
Suspend spatial SDK startup while SteamVR launches, then restore it two seconds
after RUNNING is confirmed. Preserve saved tracking preferences and automatically
recenter same-device restoration, including cancellation and early stop.
Discard superseded launch requests and status replies after session teardown.
Validation: 128 focused JVM tests passed on the isolated commit snapshot; 129
passed with the current local hand-tracking work. Debug build and runtime checks
passed, and the reviewed APK was installed and hash-verified on the phone.
* Clarify glasses and phone camera tracking options
Separate Luma Ultra camera controls from phone-camera tracking so the two
hand-tracking switches have clear sources. Label bare-hand controllers and
Joy-Con position tracking explicitly, explain physical Joy-Con inputs and
camera priority, and update the camera prompt and calibration guidance.
Use fresh phone section and toggle labels so existing translations do not
hide the distinction. Preserve tracking behavior and saved preferences.
Validation: 39 existing UI tests, debug build, and packaged runtime verification
passed. Reviewed changes and installed the APK on the connected phone.
* Fix tracking handoff and shared runtime regressions
Release spatial ownership and controller overrides when output returns to the phone. Preserve USB-loss recovery, keep Vulkan submissions asynchronous, clean persistent guest scratch on runtime removal, and clarify the 6DoF head-tracking control.
* Apply smart-glasses virtual screens across DroidDeck menus
* Finalize Luma hand baseline and document smart-glasses support
Keep raw grayscale-to-RGB Full hand inference, wrist-only Joy-Con reconstruction, bounded visual holds, and the dead-zone rollback. Retain opt-in steady aim, recenter controls, reproducible Lite models, and the JPEG-padding fix.
Remove unsuccessful benchmark-only and USB transport experiments. Document the cross-brand 3DoF matrix, Luma Ultra 6DoF, SDK requirements, and app-wide screen behavior.
* Fix executable permission for SteamVR launcher
* Address hand tracking and VR review findings
* Bound stereo recovery test image comparison memory
* Localize smart-glasses setup and tracking diagnostics
Move calibration controls, status messages, validation errors, distance labels,
and printed-board instructions into Android string resources. Add and update
machine-assisted translations in all 32 supported non-English locale catalogs,
with corrections for recentering, hand tracking, product names, and measurements.
Keep print instructions within the page using text layout that supports wrapping
and right-to-left text. Correct the Lite model toggle description to reflect its
Lite palm detector and Lite landmark model.
Add locale coverage, format-argument, line-break, and measurement checks, plus
French and Arabic calibration UI tests. Preserve tracking calculations and the
shared runtime storage behavior.
Validation: Android resource and Kotlin compilation; 3 localization checks;
68 focused tests; 1,597 JVM tests at a 512 MB heap; French and Arabic UI renders.
* Correct smart-glasses translations from PR review
Fix the 42 localization findings covering hand and head terminology, disabled states, calibration dimensions, camera visibility, capture rejection, and menu references. Correct the repeated capture-error ambiguity in related locales and clarify its English source. Keep Romanian setup instructions consistent with the existing informal voice.
Extend localization measurement validation to distance hints and retry guidance. Verify the recovery screen's palette-dependent text color with one row-sized pixel buffer and guaranteed bitmap cleanup.
Validation: Android resource and Kotlin compilation; 3 localization checks across all supported locales; 68 focused JVM tests at a 512 MB heap.
* Work around SteamVR device loss with Adreno 840 Turnip v0.2.0
* Withdraw ineffective SteamVR flushall workaround
---------
Co-authored-by: maxjivi05 <[email protected]>
Co-authored-by: MaxsTechReview <[email protected]>
Co-authored-by: connor g <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
Co-authored-by: Yassine Gherbi <[email protected]>
Co-authored-by: Resul Övür <[email protected]>
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
Co-authored-by: angelrenefm <[email protected]>
Co-authored-by: asdf17128 <[email protected]>
Co-authored-by: siyuan.qsy <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: FX1922 <[email protected]>
Co-authored-by: Muaz Kadan <[email protected]>
Co-authored-by: kingokksa <[email protected]>
Co-authored-by: Jamie Schenker <[email protected]>
Co-authored-by: Jagger15 <[email protected]>
FEX builds can reach devices without an app release: while the x86-64
client is selected the app reads DroidDeck-Components' fex.json (directly,
on its own thread, not in Offline Mode) and a session passes that build to
droiddeck-steam-x64, which installs it only once its sha256 matches and its
programs load, keeping the replaced files aside until the installed copy
loads too; it keeps a working installed build otherwise and falls back to
the build it pins. FEX is built and published by Components' build-fex.yml
on its single fex release; this repository's build-fex.yml only checks the
build. x86-64 session logs name the FEX build and its source, the rootfs and
the client's builds, report the rootfs download in tenths, and say in one
line when the web helper's GPU process keeps exiting, with x86 glxinfo and
vulkaninfo through FEX. Settings shows the FEX build installed.
FEX r4 links libxxhash, which the Linux runtime does not ship; devices
without the KDE desktop package (where the library came from) exited 127
at the x86-64 client's first FEX call. FEX r5 bundles it beside libFEXCore
with RUNPATH $ORIGIN/../lib, and the FEX build now fails when a program in
the package needs a library that is neither bundled nor listed in
tools/fex/runtime-libs.txt. droiddeck-steam-x64 moves to fex-2610-r5
(DroidDeck-Components #5). Progress log: the org review of #152 and this fix.
An opt-in second Steam client (Steam settings, Steam client: x86-64): Valve's
x86-64 Linux client, unchanged, runs under FEX in its own home with its own
game library and the same sign-in. Linux builds run directly, so titles such
as Team Fortress 2 and Half-Life use their Linux versions; Windows games use
DroidDeck-Proton as on arm64. The arm64 client stays the default.
- droiddeck-steam-x64: FEX and the x86-64 rootfs from DroidDeck-Components
(sha256-pinned), client install and sync from Valve's CDN, sign-in shared
with the arm64 client, its web helper on the GPU (ANGLE GL over FEX's GL
thunk, zink, Turnip), Proton wrappers for the arm64 client's tools,
DroidDeck direct for Linux builds, SD-card library (x86-64/ beside the
arm64 one), repair.
- FEX 2610 built by build-fex.yml with thunks and three patches: an openat2
fallback without openat2 (proot), newer-clang thunkgen, MAP_32BIT
exhaustion returning ENOMEM. libblsession resolves RESOLVE_IN_ROOT paths
inside the root.
- Session: x86-64 gating, shortcuts and compatibility tools per client,
logs from the client that ran.
- App: client setting with the FEX version, an x86-64 chip on the Games
header, the active client's library, art, storage, downloads, repair,
Offline Mode, Decky, desktop mode, optional VAC diagnostics; per-client
state for art, the content log, repair and leftovers.
- Strings in every locale.
- Review fixes: the library cache is saved only by the newest scan; an
abandoned session's Steam logs come from the client it recorded; distinct
VAC console names; FEXInterpreter in CPU pinning; clearer VAC hint in
pl, ru, uk, cs and bg.
The PUBG, AnTuTu and Ludashi signing jobs stopped on
com.droiddeck.launcher.vr_recovery, the task affinity of the VR
recovery activity added with the VITURE XR controls, because the
package rename did not cover it.
* feat: Epic Games Launcher for Linux
Install Epic's official Linux launcher (EGLv2) from Epic's CDN with Valve's
Steam Runtime 4 and run it under FEX, signed in with the linked Epic account.
Epic games launch through a hidden launcher instance so they get the
launcher's own arguments, with the exchange-code launch as the fallback, and
DroidDeck installs show up in the launcher as installed.
In the launcher, touch scrolls like a phone app and the gamepad drives the UI:
D-pad and left stick move the selection, A opens, B goes back, the right stick
and triggers scroll proportionally, X opens the options menu, Y the keyboard
and LB/RB switch tabs.
* feat: Epic Games Launcher for Linux
Install Epic's official Linux launcher (EGLv2) from Epic's CDN with Valve's
Steam Runtime 4 and run it under FEX, signed in with the linked Epic account.
Epic games launch through a hidden launcher instance so they get the
launcher's own arguments, with the exchange-code launch as the fallback, and
DroidDeck installs show up in the launcher as installed.
In the launcher, touch scrolls like a phone app and the gamepad drives the UI:
D-pad and left stick move the selection, A opens, B goes back, the right stick
and triggers scroll proportionally, X opens the options menu, Y the keyboard
and LB/RB switch tabs.
* Route Epic games through Steam, import launcher installs, offer the second library
- Every Epic launch goes Steam -> Epic Games Launcher -> game; Play inside the open launcher hands the game to Steam
- Games installed from inside the launcher get a Games-tab entry and launch through Steam; the launcher installs to the last Stores target
- Stores install picker offers the Steam second library, with side-by-side choices
- uruntime xattr-only failures no longer fail the launcher unpack (app-extract)
* Hand launcher Play and Steam links to Steam, wait for FEX on first run
Play on a game the launcher just installed is matched to its install
record and handed to Steam. Steam games listed in the launcher open
steam://rungameid links, which now start the game in a Steam session.
Opening the launcher before Steam has downloaded FEX asks Steam for it
and starts Steam instead of failing with no-fex.
* Address review: FEX check, play-in-Steam action, touch route thread, scroll scale
fexReady needs a FEX binary in Steam's FEX tool, not just its folder.
The play-in-Steam action stays until the link is handled, so Run Steam
at startup can't start a session first. The pad touch route reads the
mouse mode without side effects off the main thread and posts the pad
update there. Vertical scroll uses the output height. A status-2 unpack
counts only when AppRun is there. The xdg-open command is tested
end to end for Steam links.
* Open the launcher through Steam, recover dropped shortcuts, sign out of both
The Epic Games Launcher now runs as its own Steam shortcut, so opening
it starts Steam, which opens the launcher, and Play inside it goes to
the running Steam.
Steam dropped a running shortcut from its library when the game exited
after a sleep/wake replay or a server re-logon, and launching it then
waited forever at ShowInterstitials. login1 only replays sleep/wake
when Steam is asleep. The session restarts Steam when a requested
shortcut is missing, and when a game exits with its shortcut gone and
nothing else runs.
Resuming after a long pause no longer reports failure while traced
processes are still waking, so "Steam is paused" goes away on the first
tap.
Signing out of the launcher signs DroidDeck's Epic store out, and
signing out in DroidDeck restarts the launcher signed out and clears
the Epic web cookies.
* Address review: one session-switch poll, Epic setup can't block a session
A new switch confirmation replaces the pending poll instead of adding a
second one that could start the session again. Epic library sync and
install-folder setup at session start are each guarded, so a bad
preference no longer stops the guest from launching.
* Uninstall the Epic Games Launcher from the Games tab
An Uninstall button next to Launch asks first, closes a running
session, and removes the launcher and its runtime. The launcher's
sign-in and install records stay, so its games keep their Games-tab
entries and a reinstall comes back signed in. Its Steam shortcut goes
away on the next Steam start.
* Address review: uninstall only after the session has ended
The launcher's files are removed only once the session is not running
and its phase has ended; a shutdown still in progress after the wait
reports failure instead. The confirmation reads the session state from
the front-end state.
* Find FEX that Steam installed on the second library
Steam's tools on a second library live in DroidDeck's private copy,
which the session binds over the library. The launcher's FEX check
only looked on the shared storage, so with FEX there it always asked
Steam for FEX and only Steam opened. It now checks the private copy
too.
* Start games without Steam, per-game Settings menu with Wine sync
"Start without Steam" now really leaves the Steam client out: the game
runs in its own Proton/FEX through droiddeck-proton-run in a run
session, and the Epic Games Launcher opens on its own with its games
playing in it. Run sessions for these games are not pinned to the big
cores and get DirectAudio and the added-games list like Steam.
The Games tab card is now "Settings", titled "<game> Settings": Start
without Steam, FEX preset, Wine sync (ntsync, fsync, esync, wineserver
or the app default) and Default, which puts everything changed for the
game back to the app's settings. The app-wide Wine sync choice is shown
in the Steam settings Session tab.
* Address review: uninstall guard, routed games, shortcut matching
Opening or reinstalling the Epic Games Launcher waits while it is being
uninstalled. Added games that are Steam installs keep their Start
without Steam setting under their Steam app id and start as that Steam
game. Live shortcut lookups wait for Steam's library to load and match
a same-name shortcut by its executable, so no duplicate is added. The
session treats the open launcher as itself even when it could not tell
its Steam app id.
* Address review: drop a queued launcher switch when it is uninstalled
A confirmed switch to the Epic Games Launcher that is still waiting for
the old session to end is cancelled when the launcher is uninstalled,
and never starts while the uninstall runs. The launcher id test sets
its environment for its own runs only.
* Add VITURE glasses support: hardware control, 3D, head tracking
Glasses get their own controller over the MCU (permission, 120 Hz default, brightness, volume, sunblock, 2D/3D) and the game moves onto them when plugged in. The IMU drives Cardboard head tracking and the SteamVR driver. 3D falls back to one eye's view on phones that can't send the 3840x1080 signal. Options open from a glasses button in game and on the Steam page.
* Drop the glasses settings like Steam's: Play-style button, Settings lip, tabs
* Hang the glasses Settings lip over the top of the button
* Space glasses MCU commands so the IMU rate sticks, fit fixed resolutions to the glasses
* Keep Steam alive with SteamVR registered, run SteamVR at the glasses' rate, keep the glasses lip on top
* Fit VR games on the glasses: full view, seated origin at the head, pad hands reach with the d-pad
* Let the pad hands reach a metre out so buttons with deep colliders press
* Show every VR frame in order at 120 fps: wait for SteamVR's GPU work, present only finished copies, skip the grace on idle shared counters
* Glasses: SteamVR starts and stops with them, closer view with a field of view setting, Recenter on the pad
* Glasses: SteamVR field of view defaults to 90°
* VR pad hands: sticks move and aim the hands, left stick click switches the sticks to the game, d-pad pulls a held hand
* Glasses: Play SteamVR beside the glasses button instead of starting SteamVR with them, pad hands drawn as Index controllers and off while other VR controllers are connected, glasses sheet tabs sized like Steam's
* Track glasses mode, refresh-aware glasses window, align Play SteamVR with Play Steam
* Fix 3D on the glasses: full-res SteamVR presenter, revert VR 3D at session end, coalesce vsync ticks, no session restart after end
* Address review: glasses output after installs and session end, VR revert retry, display fallback, presenter swapchain retry, agent hex checks, drawer bumpers, glasses translations, docs
* Harden VITURE stereo negotiation and output refresh tracking
* Localize stereo recovery feedback and record Astra reconnect tests
* Improve test failure diagnostics and refresh Astra firmware findings
* Handle VITURE docks separately and reject truncated USB frames
* Glasses: remember a 3D fallback per model, docks as display only, VR timing fixes
- A 3D attempt that ends at the 640x480 fallback is remembered for that glasses
model, so Play SteamVR no longer blacks out the glasses after every restart;
Retry clears it and "3D for VR games" stays reachable
- A VITURE Mobile Dock on its own no longer counts as glasses; through a dock
Play SteamVR is hidden and the sheet shows the output and why there is no control
- HDR is probed on the glasses when the session starts there
- Glasses frames with a mismatched checksum are marked in the status frame log
- SteamVR layer and driver vblank counters stay monotonic across refresh changes;
one-eye render scale applies from activation and on mono/3D switches
- Compositor binds announce the refresh clients were last told; the presenter
retries a failed first swapchain
- Dead strings and helpers removed; docs updated
* Glasses: drop USB frames with a bad checksum
* Glasses: count frames dropped for a bad checksum
* Feat/viture xr (#907)
* Add RayNeo Air and GT support to the XR glasses pipeline
* Add RayNeo Air and GT support to the XR glasses pipeline
* Checkpoint glasses tracking, calibration, and SteamVR launch integration
* Checkpoint glasses tracking, calibration, and SteamVR launch integration
* Add XREAL 1S support and correct GT and Pro 2 tracking
* Add XREAL 1S support and correct GT and Pro 2 tracking
* Fix mirrored glasses tracking and recover SteamVR after device loss
* Fix mirrored glasses tracking and recover SteamVR after device loss
* Document confirmed XREAL 1S brightness control
* Document confirmed XREAL 1S brightness control
* Fix SteamVR glasses defaults and rendering controls
* Fix SteamVR glasses defaults and rendering controls
* chore: keep only the 3 newest session log folders (#852)
* chore: add agent comment rules (#748)
Co-authored-by: Kurt Himebauch <[email protected]>
* Fix SteamVR polling, VITURE checksums, and fence tracking
Keep manual SteamVR launches polled, discard corrupt VITURE packets, and retire Vulkan fences out of order without blocking submissions at a fixed capacity. Preserve the contiguous completion watermark used by the presenter.
Fix optional Windows launcher configuration and audited helper staging. Add Android, Windows, and native tracker regression coverage.
* Fix SteamVR polling, VITURE checksums, and fence tracking
Keep manual SteamVR launches polled, discard corrupt VITURE packets, and retire Vulkan fences out of order without blocking submissions at a fixed capacity. Preserve the contiguous completion watermark used by the presenter.
Fix optional Windows launcher configuration and audited helper staging. Add Android, Windows, and native tracker regression coverage.
* fix: wireless ADB page names the child-process switch the way Android shows it (#848)
* l10n: refresh stale and untranslated strings in es, fr, ko, ru (#850)
* l10n: refresh stale and untranslated strings in es, fr, ko, ru
- mode_added_art_hint: now mentions Steam then SteamGridDB (all four locales).
- wincomp_needs_installer / wincomp_installers_note: es and ko still described
the old "coming soon" behaviour; align with the current English text.
- summary_remove_game: was still English in all four locales.
Machine-assisted translation; native-speaker review is welcome.
* l10n(es): say registro, not grabación, for the missing installer record
---------
Co-authored-by: ovurrsl <[email protected]>
* fix: a failed cloud save recovery no longer ends the app (#846)
The cloud-recovery thread started at every app start had nothing to
catch an error, so one went to CrashHandler, which halts the process
with status 2. In unit tests the thread can outlive the test that
started it, fail on the torn-down preferences, and take the whole test
run down. The error is now logged and the thread ends.
Co-authored-by: Kirk <[email protected]>
* fix: an interrupted Linux runtime download resumes instead of starting again (#847)
* fix: an interrupted Linux runtime download resumes instead of starting again
installOnce() asked the downloader to resume but always deleted the archive in its finally block, so the next attempt began at zero. The archive is now named after the release version and checksum, a failed download keeps what it fetched, and archives of other releases (and the old fixed name) are removed. A checksum or extraction failure still deletes the file.
* test: Downloader resumes a cut-off download from the bytes it kept
Starts a socket server that promises the whole file, hangs up part way and then answers a Range request, and checks that the second downloadFile call resumes with the right offset and ends with identical bytes.
* fix: a resumed download discards a 206 that does not start where the kept bytes end
Downloader appended every 206 response to the partial file without
looking at Content-Range. A server or proxy that answers a Range request
with a different offset would leave a corrupt file. Check that the range
starts at the kept length; otherwise delete the partial file and start
again without a Range header.
Adds a test with a server that answers the Range request from offset 0.
---------
Co-authored-by: ovurrsl <[email protected]>
* l10n: German, French, Spanish, Italian, Portuguese and Russian for the zRAM, reset-settings and store free-space strings (#849)
* l10n: German, French, Spanish, Italian, Portuguese and Russian for the zRAM, reset-settings and store free-space strings
Adds the strings values-de, values-it and values-pt were missing (14 each) and the six that values-fr, values-es and values-ru were missing. Machine-assisted drafts that follow each file's existing register and terms; native review is welcome.
* l10n: correct missing active swap translations
---------
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* fix: droiddeckctl reaches variant-package builds (recover #842) (#854)
fix: droiddeckctl reaches builds shipped under a variant package
The provider authority and the start Activity's component were fixed to
com.droiddeck.launcher, so droiddeckctl could not talk to the antutu,
ludashi or pubg builds from tools/release/variants.txt. DROIDDECK_PACKAGE
now picks the package; the Activity's class name stays the same in every
variant.
Co-authored-by: angelrenefm <[email protected]>
* feat: droiddeckctl reports on-screen pacing (recover #843) (#855)
feat: droiddeckctl pacing reports the frames that reached the screen
Reads SurfaceFlinger's timestats for the game's layer (or the session's
SurfaceView) over a capture: frames on screen, fps on screen, the
present-to-present histogram and how many intervals were off the usual
cadence. Records split by a refresh-rate change are summed. A game's own fps
counter counts frames handed over, so it can't show dropped or doubled frames.
Co-authored-by: angelrenefm <[email protected]>
* fix: Steam can restart more than twice in a session (#754)
* fix: Steam can restart more than twice in a session
Every exit 42 counted toward the cap that stops an update which will
not install, and the count was never cleared, so the third restart of
a session ended it however far apart they were. A client that ran for
a minute before asking is not that loop: the count starts again.
* fix: measure the client's run time as it exits
The time spent collecting logs and checking FEX after the client exits
counted toward its run, so a slow cleanup could make a quick exit 42
look like a long one and clear the count.
---------
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
* fix: the front end keeps its page when the Fold is folded or unfolded (#832)
* fix: the front end keeps its page when the Fold is folded or unfolded
MainActivity, FileManagerActivity, FilePickerActivity and StoreLoginActivity did not declare the screen-size configuration changes, so folding or unfolding a foldable recreated them and dropped their in-memory state. They now handle orientation, screenSize, screenLayout, smallestScreenSize and density themselves, like SessionActivity already does. uiMode is left out on purpose.
* fix: store login keeps rebuilding its toolbar when the display density changes
StoreLoginActivity builds its toolbar in code with dp-to-pixel values taken at creation time and has no onConfigurationChanged. It no longer declares density in configChanges, so a density change recreates it as before this PR. Size and layout changes are still handled in place.
---------
Co-authored-by: ovurrsl <[email protected]>
* Release pointer buttons without replaying stale motion (#803)
* Fix cursor warping on native touch down
* Preserve input cleanup without replaying stale pointer motion
---------
Co-authored-by: siyuan.qsy <[email protected]>
* l10n: translate the strings added since #284 into zh-CN, zh-HK, zh-TW and ja (#539)
* l10n: translate the 184 strings added since #284 (zh-CN/HK/TW, ja)
The stores, cloud saves, Windows components, Steam touch, desktop
removal and background-downloads strings landed after #284's
translation snapshot, so every one of them fell back to English.
Translate all 184 into Simplified Chinese, Traditional Chinese
(Taiwan and Hong Kong) and Japanese, keeping each locale file's own
vocabulary (工作階段/會話, 解除安裝/卸載, 元件/組件, 設定).
Also fix four Hong Kong strings that kept the simplified 着色器.
* l10n(zh): fix stale and ambiguous strings found in review
Severe: summary_remove_game was untranslated English in all three
files; mode_added_art_hint, wincomp_installers_note and
wincomp_needs_installer still described the pre-#480/#492 English.
Also: distinguish the Setup wizard from Android system settings in
zh-HK/zh-TW (初始設定 / 系統設定 / Android 設定), unify library as
收藏庫, component as 組件 in zh-HK, session as 會話 in zh-HK, account
as 帳戶 in zh-HK, Trending as 趋势/趨勢, Forget as 清除, reword the
re-applied-at-launch, action-failed and already-in-Games strings, and
play as 執行/開啟遊戲 in zh-TW/zh-HK.
* l10n(ja): fix stale and ambiguous strings found in review
---------
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* Rebuild and verify Windows VR runtime components
* Rebuild and verify Windows VR runtime components
* Add top, bottom, and centered picture positions for Steam sessions (#871)
* fix: dependency scan ignores folders above the game folder (#859)
* DroidDeck-Proton: get releases from the Droid-Deck org repo
DroidDeck-Proton is now built and released on Droid-Deck/DroidDeck-Proton
(11-9.1 is Latest there), so the Components page, the update check and the
guest installer read releases from the org repo instead of The412Banner's.
* feat: low-latency controller and touch toggles in the session drawer (#808)
* fix: SteamGridDB lookups no longer stick as "no match" after a failure; add a search to the art chooser (#876)
* feat: Steam home wall fills from the signed-in library instead of store picks (#878)
* test: cover GPU family and support classification (#880)
* Fix local builds on Linux failing after the first Comet build (#866)
* feat: sort the store library and installed tabs, and switch between card and list views (#798)
* feat: three-finger tap toggles Steam's on-screen keyboard in game mode (#782)
* fix: keep Quest-patched Turnip as the auto default (#853)
* Fix deploy_local.sh and droiddeckctl not finding a phone connected over wireless debugging (#864)
* fix: keep proot sessions alive when the kernel loses fork events (#457)
* fix(quest): correct desktop and Steam display corruption across sessions (#733)
fix(quest): stabilize desktop and Steam layer presentation
Keep Quest SDR scenes and the black backdrop off the Android Vulkan swapchain regardless of session order or HDR preferences. Only report the first frame after client content is submitted.
Add backdrop lifecycle and first-frame regression coverage. Record the user's successful Quest 3 Test 2 result.
Co-authored-by: xXJsonDeruloXx <[email protected]>
* fix: keep SteamVR syscall hooks and report Steam crashes (#905)
* fix: preserve SteamVR syscall hooks
* fix: report Steam crashes through gamescope
* fix: honor glasses pacing and resolution in SteamVR launches
---------
Co-authored-by: connor g <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
Co-authored-by: Yassine Gherbi <[email protected]>
Co-authored-by: Resul Övür <[email protected]>
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
Co-authored-by: angelrenefm <[email protected]>
Co-authored-by: asdf17128 <[email protected]>
Co-authored-by: siyuan.qsy <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: FX1922 <[email protected]>
Co-authored-by: Muaz Kadan <[email protected]>
Co-authored-by: kingokksa <[email protected]>
Co-authored-by: Jamie Schenker <[email protected]>
Co-authored-by: Jagger15 <[email protected]>
* Glasses: keep a pending 2D restore and the SteamVR recovery offer, show Play SteamVR only with a picture
* Translate the glasses calibration, XREAL and SteamVR recovery strings
* SteamVR recovery: give a finished teardown time to collect logs before restarting
* Credit the projects the XR glasses support builds on
* Joy-Cons: SteamVR hands from their gyro while SteamVR runs, one combined pad otherwise
* Headsets: settings badge on Play SteamVR instead of a top-right button, both shown only once connected
* Hand tracking: camera-tracked Joy-Cons and bare hands in SteamVR, drawn as white gloves
- Joy-Con movement from the accelerometer (report reordering, per-Joy-Con calibration, zero-velocity updates)
- MediaPipe pose and hand landmarks from the device camera, placement check, per-hand Kalman filter with the Joy-Con
- No controller connected: bare camera hands with Quest-style gestures, 1€ filtered, rendered as a white glove model built from a distance field
- SteamVR safe mode cleared before each start so one crash no longer blocks the driver
---------
Co-authored-by: MaxsTechReview <[email protected]>
Co-authored-by: informalTechCode <[email protected]>
Co-authored-by: connor g <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
Co-authored-by: Yassine Gherbi <[email protected]>
Co-authored-by: Resul Övür <[email protected]>
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kirk <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
Co-authored-by: angelrenefm <[email protected]>
Co-authored-by: asdf17128 <[email protected]>
Co-authored-by: siyuan.qsy <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: FX1922 <[email protected]>
Co-authored-by: Muaz Kadan <[email protected]>
Co-authored-by: kingokksa <[email protected]>
Co-authored-by: Jamie Schenker <[email protected]>
Co-authored-by: Jagger15 <[email protected]>
* l10n: translate the missing strings into zh-CN, zh-HK and zh-TW
* l10n: translate the missing strings into ja and ko
* l10n: translate the missing strings into it, pt, pt-PT, ru and tr
* l10n: translate the missing strings into nl, pl, sv, da, nb and fi
* l10n: translate the missing strings into ar, bg, cs and el
* l10n: translate the missing strings into hi, hu, in, ms and ro
* l10n: translate the missing strings into th, uk and vi
* l10n: complete the es-419 translation
* l10n: translate the missing strings into de, es and fr
* Add an Adjust logo screen to move and resize a game's logo in Steam
* Report a failed write of the local logo position instead of throwing
* Record a Steam-side logo position change only once it has been taken over here
* fix: the proot fast path finds unix sockets whose host path is longer than sun_path
When a socket's host path did not fit sun_path, bind() went to proot, which
bound it to a short temporary name the fast path cannot see. The fast path's
own connect, stat and unlink then answered ENOENT, so FEXServer's socket under
compatdata/<app>/fex-emu/Server could never be reached (#839, #579).
Name such a socket through its directory (/proc/self/fd/N/<name>) instead, so
it lives at its real host path for every process, and report the guest path
back from getsockname, getpeername and accept. equiv3.py's long-path section
binds, connects, stats, names and unlinks a socket there.
* fix: key long socket names per socket and reset their lock after fork
Review follow-up. A long name is now looked up by the socket's inode and the
name, separately for its own and its peer's address, so two sockets with the
same file name in different directories no longer mix up; a missing entry is
left as the kernel reports it. The lock is re-initialised in the child after
fork, and the copies use snprintf. equiv3.py binds a second socket with the
same name in a sibling directory and checks both names.
The value goes to the device shell inside `am start -n` and `content call --uri`.
Anything but a dotted Android package name is refused before adb runs.
* fix: droiddeckctl pacing judges cadence per refresh-rate record and always turns timestats off
Follow-up to the CodeRabbit reviews of #843/#855:
- off-cadence is counted per layer record against that record's own cadence,
allowing the neighbouring millisecond bucket (16.7 ms lands in 16 or 17);
- refreshRates comes from the chosen layer records only;
- records with no counted frames are skipped, so an empty game layer no longer
hides the session's SurfaceView, and a capture with no frames exits NO_FRAMES;
- adb failures while enabling or dumping map to PACING_FAILED, and timestats
is disabled in every case.
* fix: droiddeckctl pacing reports when timestats could not be turned off
fix: keep waiting for a shortcut's Steam overview instead of dropping its launch
The cold-launch gate waited once for 45 s and, on a timeout, held the
launch URL for good. A library that loads slower than that (or a client
still at the sign-in screen) left the requested game never started, with
nothing on screen. Retry the wait up to 40 times, 45 s each, and launch
as soon as the overview exists. The no-overview case still does not
forward the CGameID.
Co-authored-by: ovurrsl <[email protected]>
* fix: the store sign-in page keeps its place when the display density changes
StoreLoginActivity sized its toolbar and error panel in code with dp(), so it
was left out of the density change and a fold between two displays of
different density still recreated it and reloaded the sign-in page. Handle
density in the manifest and apply the dp sizes again in onConfigurationChanged.
Checked on the foldable emulator with the GOG sign-in open: wm density
420 -> 560 -> 320 does not relaunch the activity, the page stays, and the top
bar follows the new density.
* fix: re-apply the sign-in text sizes together with the other dp sizes
The title (16sp) and error text (15sp) were set in sp at creation, so after a density change they kept the old scale. Set them again in onConfigurationChanged.
---------
Co-authored-by: ovurrsl <[email protected]>
The sign-in pages are ordinary web pages. file access and content access
default to on below targetSdk 30, so switch both off explicitly.
Co-authored-by: ovurrsl <[email protected]>
* fix: the launcher does not offer its own display as a second screen
MainActivity asked for the second-screen candidates with the default
display as the primary one. When the launcher is itself shown on another
display (DeX, an external monitor), that display was listed as a second
screen. Pass the Activity's own display id, as SessionActivity already does.
* fix: read the Activity display only on API 30 and newer
minSdk is 26 and Activity.getDisplay needs API 30. Use windowManager.defaultDisplay below that.
---------
Co-authored-by: ovurrsl <[email protected]>
* fix: store background jobs log a failure instead of ending the app
refresh, sign-out, uninstall and the EOS overlay cleanup ran on plain threads. An exception there reaches the crash handler, which ends the process. Run them through one helper that logs the failure; a failed uninstall also clears its row and calls onDone so the UI does not stay on uninstalling.
* ci: run the build again
The first run failed while installing packages (archive.debian.org returned 404 for libnsl-dev). Nothing in the change differs.
---------
Co-authored-by: ovurrsl <[email protected]>
l10n: refresh outdated strings and name the child-process switch the same way everywhere
- hu: ctrl_size_hint showed a literal "%%".
- es, fr, ru: game_env_reset, mode_controller_note and comp_no_proton still
described older English text.
- fr: the x86_64 AppImage (through FEX) strings were missing the x86_64 case.
- fr: put the spaces back inside the guillemets of the switch name.
- All locales: gate_toggle_steps and phantom_fix_toggle now use the same
switch name as wadb_restrict_on/off, which is the title Android 17 shows.
- pt-rPT: add the 14 strings it was missing (reset settings, zRAM, store
free space), as a European Portuguese draft.
Machine-assisted; native review is welcome.
Co-authored-by: ovurrsl <[email protected]>
On Android 12 (SDK 31), read() only checked the android12-off preference written by in-app Wireless ADB, so disabling phantom process monitoring over USB ADB left the status as UNREADABLE. Also write settings_enable_monitor_phantom_procs in the SDK 31 shell commands and accept a disabled Settings.Global / fflag value in read().
Co-authored-by: ovurrsl <[email protected]>
fix(quest): stabilize desktop and Steam layer presentation
Keep Quest SDR scenes and the black backdrop off the Android Vulkan swapchain regardless of session order or HDR preferences. Only report the first frame after client content is submitted.
Add backdrop lifecycle and first-frame regression coverage. Record the user's successful Quest 3 Test 2 result.
Co-authored-by: xXJsonDeruloXx <[email protected]>
DroidDeck-Proton is now built and released on Droid-Deck/DroidDeck-Proton
(11-9.1 is Latest there), so the Components page, the update check and the
guest installer read releases from the org repo instead of The412Banner's.
* l10n: translate the 184 strings added since #284 (zh-CN/HK/TW, ja)
The stores, cloud saves, Windows components, Steam touch, desktop
removal and background-downloads strings landed after #284's
translation snapshot, so every one of them fell back to English.
Translate all 184 into Simplified Chinese, Traditional Chinese
(Taiwan and Hong Kong) and Japanese, keeping each locale file's own
vocabulary (工作階段/會話, 解除安裝/卸載, 元件/組件, 設定).
Also fix four Hong Kong strings that kept the simplified 着色器.
* l10n(zh): fix stale and ambiguous strings found in review
Severe: summary_remove_game was untranslated English in all three
files; mode_added_art_hint, wincomp_installers_note and
wincomp_needs_installer still described the pre-#480/#492 English.
Also: distinguish the Setup wizard from Android system settings in
zh-HK/zh-TW (初始設定 / 系統設定 / Android 設定), unify library as
收藏庫, component as 組件 in zh-HK, session as 會話 in zh-HK, account
as 帳戶 in zh-HK, Trending as 趋势/趨勢, Forget as 清除, reword the
re-applied-at-launch, action-failed and already-in-Games strings, and
play as 執行/開啟遊戲 in zh-TW/zh-HK.
* l10n(ja): fix stale and ambiguous strings found in review
---------
Co-authored-by: Dantalian <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* fix: the front end keeps its page when the Fold is folded or unfolded
MainActivity, FileManagerActivity, FilePickerActivity and StoreLoginActivity did not declare the screen-size configuration changes, so folding or unfolding a foldable recreated them and dropped their in-memory state. They now handle orientation, screenSize, screenLayout, smallestScreenSize and density themselves, like SessionActivity already does. uiMode is left out on purpose.
* fix: store login keeps rebuilding its toolbar when the display density changes
StoreLoginActivity builds its toolbar in code with dp-to-pixel values taken at creation time and has no onConfigurationChanged. It no longer declares density in configChanges, so a density change recreates it as before this PR. Size and layout changes are still handled in place.
---------
Co-authored-by: ovurrsl <[email protected]>
* fix: Steam can restart more than twice in a session
Every exit 42 counted toward the cap that stops an update which will
not install, and the count was never cleared, so the third restart of
a session ended it however far apart they were. A client that ran for
a minute before asking is not that loop: the count starts again.
* fix: measure the client's run time as it exits
The time spent collecting logs and checking FEX after the client exits
counted toward its run, so a slow cleanup could make a quick exit 42
look like a long one and clear the count.
---------
Co-authored-by: Kirk <[email protected]>
Co-authored-by: Kurt Himebauch <[email protected]>
feat: droiddeckctl pacing reports the frames that reached the screen
Reads SurfaceFlinger's timestats for the game's layer (or the session's
SurfaceView) over a capture: frames on screen, fps on screen, the
present-to-present histogram and how many intervals were off the usual
cadence. Records split by a refresh-rate change are summed. A game's own fps
counter counts frames handed over, so it can't show dropped or doubled frames.
Co-authored-by: angelrenefm <[email protected]>
fix: droiddeckctl reaches builds shipped under a variant package
The provider authority and the start Activity's component were fixed to
com.droiddeck.launcher, so droiddeckctl could not talk to the antutu,
ludashi or pubg builds from tools/release/variants.txt. DROIDDECK_PACKAGE
now picks the package; the Activity's class name stays the same in every
variant.
Co-authored-by: angelrenefm <[email protected]>
* l10n: German, French, Spanish, Italian, Portuguese and Russian for the zRAM, reset-settings and store free-space strings
Adds the strings values-de, values-it and values-pt were missing (14 each) and the six that values-fr, values-es and values-ru were missing. Machine-assisted drafts that follow each file's existing register and terms; native review is welcome.
* l10n: correct missing active swap translations
---------
Co-authored-by: ovurrsl <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* fix: an interrupted Linux runtime download resumes instead of starting again
installOnce() asked the downloader to resume but always deleted the archive in its finally block, so the next attempt began at zero. The archive is now named after the release version and checksum, a failed download keeps what it fetched, and archives of other releases (and the old fixed name) are removed. A checksum or extraction failure still deletes the file.
* test: Downloader resumes a cut-off download from the bytes it kept
Starts a socket server that promises the whole file, hangs up part way and then answers a Range request, and checks that the second downloadFile call resumes with the right offset and ends with identical bytes.
* fix: a resumed download discards a 206 that does not start where the kept bytes end
Downloader appended every 206 response to the partial file without
looking at Content-Range. A server or proxy that answers a Range request
with a different offset would leave a corrupt file. Check that the range
starts at the kept length; otherwise delete the partial file and start
again without a Range header.
Adds a test with a server that answers the Range request from offset 0.
---------
Co-authored-by: ovurrsl <[email protected]>
The cloud-recovery thread started at every app start had nothing to
catch an error, so one went to CrashHandler, which halts the process
with status 2. In unit tests the thread can outlive the test that
started it, fail on the torn-down preferences, and take the whole test
run down. The error is now logged and the thread ends.
Co-authored-by: Kirk <[email protected]>
* l10n: refresh stale and untranslated strings in es, fr, ko, ru
- mode_added_art_hint: now mentions Steam then SteamGridDB (all four locales).
- wincomp_needs_installer / wincomp_installers_note: es and ko still described
the old "coming soon" behaviour; align with the current English text.
- summary_remove_game: was still English in all four locales.
Machine-assisted translation; native-speaker review is welcome.
* l10n(es): say registro, not grabación, for the missing installer record
---------
Co-authored-by: ovurrsl <[email protected]>
fix: build and test on Windows
- .gitattributes keeps the session's scripts LF under core.autocrlf=true;
CRLF scripts made every session exit with status 2.
- runtime_inputs.py and the scrub record / log zip use '/' in relative
paths, which Windows reported with '\' (runtime inputs never matched).
- The read-only-folder scrub test is skipped on Windows, which still
creates files in a read-only directory.
Co-authored-by: xXJsonDeruloXx <[email protected]>
* feat: hide unfolded controls when a controller is connected
* fix: also hide controls when a BLE controller is connected
* fix: use refreshControls on session resume as well
* fix: redist markers a replaced registry lost are seeded again
droiddeck-seed-redists recorded what it seeded in .droiddeck-redists and
trusted that record from then on. A Proton update replaces its
default_pfx system.reg but leaves our record beside it, and every new
prefix copies both, so new games got a record of markers their registry
never had: Steam then ran their install scripts for real. Batman: Arkham
City's AMD Dual-Core Optimizer installer hangs there, leaving the game
on "Running install script" on every launch.
Each recorded marker is now looked up in the registry, in both views
where both were written, and seeded again when it is gone; a record of
markers nobody wants any more is rewritten without them.
* Check every VC runtime architecture before keeping the vcrt marker
vcrt writes Installed for x86, x64 and arm64 in both registry views, but
present() only looked at x86. If only an x64 or arm64 value was gone the
runtime would not be seeded again. Require all six values and test the
loss of the arm64 Wow6432Node one.
Arkham City (BatmanAC.exe) stopped with Unreal's "Fatal error!" about
1.5 s after start: an access violation in BatmanAC.exe right after
steam.dll loads. The game leans on x87 and needs full precision under
FEX (FEX wiki), while the default FEX preset sets
FEX_X87REDUCEDPRECISION=1. Engine fixes sit above the shared preset and
below the player's own game profile, so a fix keyed on BatmanAC.exe
beside the started exe (BatmanAC.exe or BmLauncher.exe) restores
x87 precision for this game only. Arkham Asylum, which shares
BmLauncher.exe but not BatmanAC.exe, keeps the preset.
Steam keeps a 32x32 icon for each game, and the home screen stretched
it to launcher size. A square from the middle of the cover art is used
instead unless the icon is at least 128 px; the small icon is still
the fallback when there is no art.
Co-authored-by: Kirk <[email protected]>
install() replaces an existing cache entry by calling detach(old), which
destroys the listing when no reader holds it, and then reads old->wd to
decide whether to release the watch. When the old listing has no readers,
that read happens after the free.
Two threads that enumerate the same uncached directory at the same time
reach this path: both build a listing, the first installs an entry with
no readers, and the second replaces it.
Save the watch descriptor before detaching, as drop() already does.
Co-authored-by: Claude Opus 5.5 <[email protected]>
Adds the 14 translatable strings that values-tr was missing: the zRAM toggle and its hints, the Reset all settings row, dialog and toasts, and the store install free-space messages. Keys marked translatable=false stay untranslated on purpose.
Co-authored-by: ovurrsl <[email protected]>
* docs: README names the child-process setting the way Android shows it
Developer options label this switch "Disable child process restrictions", and it has to be turned on. The README said to turn off "Restrict child processes".
* docs: README limits the child-process toggle to Android 14 and newer
The Developer options switch only exists from Android 14 (PhantomProcessLimit.hasDeveloperToggle); Android 12 and 13 keep the Fix it for me flow.
---------
Co-authored-by: ovurrsl <[email protected]>
A failed token refresh returned the stored access token even after it had expired, so the next request failed with a generic error instead of asking to sign in again. The stored token is now returned only while it is still valid.
The Epic docs now say that achievements are sent with Epic's launcher user agent, which the achievements service requires.
Both store modules are rewritten from a protocol-level spec: new Rust engines behind a small JNI surface (nativeCall/nativeInstall) and thin Kotlin facades, with the launcher's own user agent.
Epic: sign-in carries over, library, manifest download with byte-exact verification, assembly, uninstall, launch arguments, achievements.
Amazon: sign-in carries over, library, manifest download with per-file hash checks, path checks, executable detection from fuel.json, uninstall.
On-disk install layout is unchanged, so existing installs keep working.
Store game pages now take controller focus on their lead hero action (Install, Uninstall, Pause, Resume, Get, Buy), fall back to Back, and keep D-pad focus inside the page while it covers the library.
Space checks before Epic, GOG and Amazon installs (measured zero vs unknown), clear failure reasons with retry/clear, resume-aware checks, and safe per-file replacement so a failed or cancelled update never breaks an installed game.
Epic installs stream chunks straight into staged files in parallel (most bytes written once, a small budgeted cache for shared chunks, about 1x game size instead of 2x), pace updates by free space, and keep the lookahead, batch and bounded Java writers as hidden alternatives.
Co-authored-by: Juan Marti Mercado <[email protected]>
Co-authored-by: The412Banner <[email protected]>
* fix: desktop session: Shift no longer stays held after typing capitals on a physical keyboard
Android repeats a held key as more key presses. Those were forwarded to the
session as more wl_keyboard presses, and KWin's xkb counts every press of a
modifier, so Shift held for a few capitals took several presses and one
release and stayed held: digits typed !@#, letters stayed capital. The same
applied to Ctrl and Alt.
- the compositor no longer sends a press for a key that is already down;
releases always go through (clients repeat keys themselves from the
repeat_info it already sends)
- the app stops forwarding Android's repeat events for keyboard keys
Reported by whatsupbros with a Keychron Q7 over USB - thank you.
* Remove stale comments from statx patch
---------
Co-authored-by: The412Banner <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
droiddeck-msi-install: a DuplicateFile entry onto the file itself (dotnet.exe in the .NET host MSI) is skipped like Windows Installer does, instead of stopping the whole install with SameFileError. Fixes .NET Desktop 3/6/7/8, .NET Core 3 and .NET 5. Thanks to whatsupbros for finding and tracing it.
* Add translations for 23 more languages and fill missing strings
* Translate the strings added in main into every language
Cardboard VR and the session drawer's component downloads in all 31
languages, the game details facts and HowLongToBeat labels in the 23 new
ones, and the reworded Components page note there.
* Add opt-in zRAM compression for the Steam client while a game runs
A "zRAM compression" toggle under Steam > Settings > Session, below
"Keep downloads running". Off by default, kept once set, and disabled
on devices without swap or with a kernel older than 5.4.
When on, the session watches for Steam's reaper. 20 s into a game the
client and its web helpers page their private anonymous memory out to
the device's zram with MADV_PAGEOUT from inside their own process
(libblsession zram.c, SIGURG), again every 5 minutes, and read every
swapped page back once the game exits. No root is needed: only a
process itself may do this without CAP_SYS_NICE. With the toggle off
nothing is installed or started.
RedMagic NP06J, Palworld: Steam's resident memory fell from ~1.7 GB to
~1.1 GB with ~560 MB in zram, available memory during play rose by
~0.5-0.8 GB, and ~2 MB was left in zram after the read-back.
* Turn zRAM compression on by default below 12 GB of RAM
Until the toggle is changed, it follows the device: on when the kernel
supports it and the device has less than 12 GB of RAM, read from the
advertised memory size on Android 14+ and from total memory before that.
Turning it off is kept.
---------
Co-authored-by: xXJsonDeruloXx <[email protected]>
* feat: add Cardboard mode with side-by-side lens-distorted eyes and 3DoF head tracking
* fix: derive the Cardboard field of view from the panel and recentre fully when far from upright
* feat: share the Cardboard head pose with the guest and add a SteamVR driver for it
* feat: run SteamVR's compositor on Turnip/KGSL with a display-extension layer and a driver-direct HMD
* feat: show SteamVR frames in Cardboard mode through a driver-side presenter and a fake direct-mode display
* feat: install and start SteamVR for Cardboard mode from the session drawer
* docs: describe Cardboard mode and the SteamVR path
* feat: drive SteamVR hands from the game pad and keep the Cardboard headset out of standby
* docs: record where the SteamVR dashboard stops
* fix: map Cardboard head tracking to the screen's axes and keep turns about the real vertical as yaw
* fix: give Cardboard its previous picture back when SteamVR stops
* fix: report sem_otime from emulated SysV semaphores so SteamVR's web helper can start
* fix: bridge SteamVR's shared semaphores across processes and keep Steam alive while SteamVR runs
* feat: present SteamVR straight to DroidDeck's compositor at panel resolution
* docs: update Cardboard VR notes for the dashboard, semaphore bridge and direct presenter
* fix: keep Wine and FEX signal handlers in the VR layer; add semaphore tracing
* fix: clear a stale SteamVR active marker on status
* fix: clear only an old SteamVR active marker
* fix: unblock SteamVR clients on Turnip and keep Steam's web helper alive across SteamVR runs
* fix: judge shared waits before a submit's own signals and on Vulkan 1.0 devices
* docs: record VR games, SteamVR Home and OpenXR results on the Thor
* docs: add Cardboard VR learnings from the Thor bring-up
* docs: add Cardboard VR screenshots from the Thor
* fix: keep the VR layer's display stand-in to SteamVR runs and clear a leftover marker at session start
* fix: report SteamVR start and stop failures from the helper's exit code
* feat(): gog & epic achievements UI
* feat(): AI-generated translations - Please get review for these
* build_local: run on macOS hosts with Docker Desktop
Two steps of tools/build_local.sh failed on a Mac:
- The uruntime staging runs on the host, where macOS's BSD install has
no -D, so `install -Dm644` stopped with "No such file or directory".
The folders are now made first and the files copied with install -m644.
- Inside the cross-compile container, Docker Desktop's VirtioFS share
now and then refuses the chmod that install -m makes (EPERM, on a
different file each run, e.g. "setting permissions for
.../droiddeck-esync: Operation not permitted"). The overlay and
desktop scripts are copied with a plain write instead. Nothing is
lost: the APK keeps no file modes, and the app sets them when it
stages the runtime.
* feat(): adjust the store
* feat(): store-achievements adjustment for UI
* feat(): translation fixes and separate hidden achievements
* Show all achievements directly on store game details
---------
Co-authored-by: xXJsonDeruloXx <[email protected]>
A game that closes as soon as it starts can be tripped by Proton's Steam
setup (steam.exe, the Steam registry entries, the Steam client bridge).
The Games page of the session drawer gets a per-game Start without Steam
switch, stored as DROIDDECK_NO_STEAM=1 in the game's environment and listed
in its profile summary.
droiddeck-game-env acts on it for a game launch only: a Proton with umu's
launch (GE-Proton, Proton-CachyOS, DroidDeck-Proton) gets UMU_ID, so it
runs umu.exe in place of steam.exe and still sets up the prefix; a Steam
game keeps its protonfixes under its own id, an added game gets 0. Any
other Proton runs the game straight in the prefix (runinprefix).
* docs: draft 0.4.0 release notes
* docs: add Thor store and launcher media for 0.4.0
* docs: show Steam switching to KDE on Thor
* docs: show Castle Crashers touch layouts and controller choices
* docs: add Amazon game install view
* docs: add trimmed user recording of store downloads
* docs: smoother touch controller recording, GOG sign-in and per-game profile screenshots
* docs: clean desktop round-trip recording replaces the KDE gif and file explorer still
* docs: add multi-controller and Steam Controller media, rebuild desktop gif without glitch frames
* docs: add foldable touch gamepad screenshots from its PR
* docs: add the Discord badge to the 0.4.0 notes and tidy contributor lines
* docs: fold fixes to new 0.4.0 features into their entries, add Follow screen shots, point the changelog at the 0.4.0 tag
* docs: add the Add a game dialog to the non-Steam games entry
* docs: add a TL;DR for Mr. Sujano to the 0.4.0 notes
* feat: a store game's page floods out of its card onto its own hero art, and draws back from it
* fix: installs interrupted by the app closing show in Downloads with Resume and Clear
* feat: finished and interrupted downloads share the running card's art look, and the queue sits under what is running
* fix: the download queue outlives the app: queued, running and paused downloads come back after a restart
* feat: components list newest first, Steam's sheet opens on its Steam tab with offline mode, and Setup's overview drops the account group
* fix: chip selections stretch across on every move, drawn over the chips instead of behind them
* feat: with a pad the focus ring fills what it holds and is the only fill; chip rows mark their pick with a bar
* fix: the focus ring chases focus on a continuous spring per edge instead of restarting on every move
* fix: a chip selection hopping past a chip fades across instead of crawling over as a drop
* fix: the store chips' fill only shows where a pad's focus is, not on the shown store
* feat: the shown store's chip carries a bar on its foot, every chip pulses when picked, and the queue's settings live only in the cog
* fix: step-outs grow and fold in one move with no tail, keep the ring out while moving, and hand focus back to their control
* feat(profiles): add persistent per-game compatibility profiles
* fix(profiles): show Windows component overrides
Include per-game Windows component selections in the resolved profile summary so the session overlay marks those games as custom and shows the selected components.
* fix(session): detect Proton games across runtime paths
* fix(profiles): select the active Gamescope game
* fix(profiles): improve per-game reset feedback
* fix(profiles): align session components with game overrides
* fix(session): prefer selected Steam game during refresh
* fix(session): resume profile following when reopening games
* chore: keep local dev testing outside the repository
* test(session): remove local dev package path
* fix(session): preserve profiles when refresh fails
* fix(session): reject empty game profile reset scope
* perf(session): cache drawer inventory by refresh revision
* fix(profiles): align game presets and profile reset behavior
* fix(profiles): preserve originals and normalize shortcut ids
* fix(profiles): keep editor scope stable after rebase
* fix(tests): host Compose tests in both build variants
* fix(profiles): recover interrupted component selection saves
---------
Co-authored-by: Kurt Himebauch <[email protected]>
* fix: Red Dead Redemption 2 launches again, its Vulkan runtime installer is left to run
droiddeck-seed-redists marked every process in every game's install script
as already run, Red Dead Redemption 2's VulkanRT-1.1.108.0 installer
included. Steam's compat config for the game says nativevulkanloader, so
Proton loads vulkan-1.dll native only, and Khronos' loader is in the prefix
only once that installer has run. Without it the Rockstar launcher starts
RDR2.exe and it exits with STATUS_DLL_NOT_FOUND (0xc0000135) before it
opens a window.
A Vulkan runtime installer is now left out of the seeding, and a marker an
earlier seeding wrote for one comes out of each prefix and Proton template
once (dates kept), so the client runs the installer on the next launch.
The installer finishes in a few seconds under FEX.
* fix: Steam's screensaver no longer covers a running game
The client's defaults show screensavers while a game runs, after 300 s on
AC power without a button press - and a held stick or trigger is no press.
Red Dead Redemption 2's intro runs longer than that: the slideshow covered
the game, and the button that woke it reached the game too (B asked to
quit to the desktop). Customization/Screensaver/WhileInGame is seeded "0"
in config.vdf once, like the UI scale and native resolution, so turning it
back on in Settings stays the user's choice.
On the RedMagic: 18 minutes from the last button press through the intro
and riding, focus never left the game and no screensaver was created.
* fix: Rockstar's hidden launcher no longer takes cores from its game
The Rockstar Games Launcher keeps drawing its Chromium interface
(SocialClubHelper.exe: renderers, and a GPU process compositing through
DXVK) for as long as the game runs, hidden behind it - and Wine passes
Chromium's priorities on, so those threads ran above the game's (the GPU
process at nice -10), across every core. With Red Dead Redemption 2 in
front that was 1.3 to 2.5 cores under FEX for a page nobody sees.
droiddeck-launcher-cores follows gamescope's focus from the agent's
focus.json: while a game window has it, every SocialClubHelper thread runs
on the last core of the slowest cluster at nice 19; when the launcher's own
window has focus again each thread gets its own mask and priority back
(also on exit). Stopping the helpers would not hold - proot resumes a
stopped tracee. Started for Steam sessions; BL_LAUNCHER_CORES=0 turns it off.
RedMagic, RDR2 all Low, riding at the thermal limit, same spot and session:
released 46.5 fps, 1% low 27.5, p99 31.8 ms, CPU 89%, 2200 MHz;
held 48.7 fps, 1% low 32.6, p99 27.6 ms, CPU 79%, 2638 MHz.
* fix: sessions clean up what earlier ones left in /tmp
The guest's /tmp is a directory in the rootfs that no boot ever empties,
and Android ends sessions by killing them. Every session left a
/tmp/mangohud.XXXXXXXX (mktemp, never removed), and the Steam client, its
web helper, Chromium apps, dbus-run-session, AppImage runs and KDE their
own temporary files and sockets: 1,422 entries on the RedMagic.
mangoapp's config is now one fixed file rewritten each session, and the
session's first pass sweeps each kind of leftover while nothing that could
own one is running, with a single find. On the device that cleared 1,391
entries over two sessions, leaving 38.
Setup > Proton versions lists DroidDeck-Proton (The412Banner/DroidDeck-Proton) beside
GE-Proton and proton-cachyos: same aarch64 tarball pattern as GE, verified against its
sha512 file, installed by droiddeck-proton-extra (also as "droiddeck" in the session queue)
and adopted by steam-compatibility like any other extra, so it shows as
"DroidDeck-Proton <ver> (Compatible)". Its folder has a space; nothing in the install,
adopt, esync or components paths splits on it.
Update checks: each source's newest full release is looked up at app start and when the
page opens, at most every 6 h (offline keeps the last answer). A newer release shows
"Update available -> <tag>" with Update; it installs beside the old build, which stays
until removed ("Remove old ... versions"), since games are mapped to it by name.
Installed builds are ordered by their version numbers (11-9 before 11-10), not by name,
and the tag each was installed from is recorded. Prereleases and drafts are skipped.
Each game's Windows components now come from the list its own source
trusts, and the ones that list names turn on by themselves. The user's own
on/off switches always win; each automatic row says why it is on.
- Steam games: the Steamworks Shared redistributables Steam installs with
the game (appmanifest SharedDepots, else the client's appinfo.vdf).
Steam keeps its install scripts marked as already run.
- GOG: the build manifest's dependencies. Epic: the manifest's
prerequisite (Unreal's maps to VC++ and DirectX). Amazon: fuel.json
PostInstall. Older GOG/Epic installs get their list fetched once with the
saved sign-in; game files are never downloaded again.
- Custom games (the + button, Add all, migrated folders): one shared Steam
match per game, also used for artwork. An appid from the game's files
turns components on; a name-only match stays Recommended; no match falls
back to the folder scan.
- Steam app info for apps the client never saw comes from an anonymous
Steam PICS lookup (CM websocket, anonymous logon, product info), cached
per appid; the user's Steam sign-in is never used.
- Missing components download in the background on one low-priority
worker that pauses during sessions and waits on battery saver, heat or a
metered network unless the user asked. A game Steam installs during a
session is readied right away so it can be played without ending the
session; the launch waits up to 10 s only for a component still on its
way.
- Page: "On for this game" with reasons, a quiet "Checking what this game
needs..." only for games never worked out, rows that ease in, pieces that
need a download greyed out while offline. The intro names no other app.
- The folder scan skips Unity's *_Data/Managed (Mono, not .NET Framework).
Preload the FEX fault report only where x86 loaders look
droiddeck-fex put the x86 libfaultreport.so in LD_PRELOAD, which FEX's own
arm64 loader reads too - and FEXServer's, and every child FEX's - so each
x86 start printed "ERROR: ld.so: object '.../libfaultreport.so' from
LD_PRELOAD cannot be preloaded", and an i386 child added "wrong ELF class".
It is now listed in the x86 runtime's own /etc/ld.so.preload, which only
the loaders inside FEX read, as /usr/$LIB/droiddeck/libfaultreport.so.
faultreport.c builds for i386 too, so 32-bit programs get the report as
well instead of an error.
* Run programs, scripts and AppImages from the desktop
Windows programs open with the Proton Steam has chosen, and a Steam game's own
launch program is handed to Steam. x86-64 Linux programs and game scripts run
under FEX, and an exec the kernel refuses goes to droiddeck-open through
libblsession's binfmt.c. Programs on noexec shared storage pass KIO's checks; a
folder of Linux programs there, and sharun AppImages, are added by the app once
and run from the copy. Executable scripts run without KIO's prompt, mpv plays
on the software desktop, FEXServer's socket moves under XDG_RUNTIME_DIR, and
Proton runtimes no longer show up as games.
* Switch to Desktop from Big Picture without Deck mode
Big Picture's Switch to Desktop asks the client's SteamOS manager, which the
client only has when started as SteamOS (Deck mode). Without it the request
failed and the screen stayed on "Switching to Desktop..." for good. The live
compat helper now sees the request on its way to the client and hands it to
steamos-session-select, which opens the KDE desktop as Deck mode already did.
* Run x86 programs from shared storage where they lie
FEX asks for the guest's PROT_EXEC when it maps a program or library, which
the kernel refuses on noexec shared storage; FEX never runs those pages
itself, so libblsession maps them without it in FEX's processes. An x86
game, its libraries and its start script now run in place instead of being
copied in; only native code on noexec storage is still copied.
A Steam library's games are never copied, and a Linux game's launch program
opened from the desktop goes to Steam like a Windows one.
* Front end: draw the capsule wall without clipping it every frame
The tilted wall clipped each capsule to a rounded rect and recomposed its columns on every drift
step, and a rotated rounded clip is rasterised in software on the render threads: the idle main
page held about 1.7 cores. The art is now loaded at the capsule's size with its corners already
rounded, each column draws its capsules itself in one layer moved by the drift, and the drift
advances at most every 15 ms. The idle page takes about a third of a core.
* libfakeinput: let calls on descriptors it does not serve skip its lock
Every read, write, ioctl, close and poll of every process in a Proton session went through the
controller lock and the three map lookups, Wine's wineserver pipes and the game's files alike.
A bitmap of the descriptors the maps hold, set before one is handed out and cleared when it is
closed, lets everything else go straight to the kernel.
* Pad motion: ask the display for its rotation four times a second
The rotation was looked up for every sensor reading, every 2 ms, and cost more than the rest of
the reading; it is now refreshed every 250 ms, and the readings no longer allocate pairs.
* Session: keep the library passes out of a game's launch
The redist seeder stamped each prefix with the checksum of the whole set of names, which differs
between the session's pass and the game launch's (the game's own names are added), so every
launch re-appended the markers to every prefix in the library while the game loaded. Each
prefix's marker now lists the names it was given and only the missing ones are added.
The beat's seed and compatibility passes, and the Lossless Scaling ownership probe (which loads
steamclient.so), also wait while a wineserver runs: a launch rewrites the manifest and made them
due at exactly that moment. The game's own launch seeds its prefix regardless.
* Agent: keep the focus watcher's X connection open while nothing changes
The connect timeout stayed on the socket, so with no property change the read timed out, and the
watcher dropped the connection, reconnected and took a fresh snapshot every few seconds.
* Game environment: start Cyberpunk 2077 without REDlauncher
The prelauncher opens REDlauncher, a Qt WebEngine window that hands over to the game half a
minute later and then stays up beside it, well over a core busy for as long as the game runs; its
own --launcher-skip started the game twice. The game's executable is started directly instead.
* netif: answer Wine's network driver from a reading of the link
Mortal Kombat X has Wine's network driver enumerate every interface, address and route table
hundreds of times a second. Each enumeration read /etc/droiddeck-net several times, asked the
kernel for its interface dump again (a netlink socket bound under proot, refused each time) and
looked the real functions up with dlsym. The link file is now read at most once a second, a
refused dump is not asked for again within that second, and the real functions are looked up
once.
* Fast path: create memfds without a stop in proot
proot looks at a memfd's name only to refuse the few that are then executed or locked; every other
memfd_create is now issued from the trampoline. The session's /proc/net and status copies made
one per read, a stop each. Without memfd in the kernel the call still goes to proot's ashmem.
* Logs: run each redaction rule only on a line that could match it
A session's end copies some 70 MB of the Steam client's logs and puts every line through all
twenty-odd rules, most of a minute of a core on the phone after every session. Each rule now runs
only on a line holding what it cannot match without: its keyword, the five separators of a MAC,
the four dashes of a GUID, a long enough hex or token run, the learned account or address text.
Lines with non-ASCII text still meet every case-insensitive rule. Over 895,000 lines of real
client logs, with the device's accounts and addresses learned, the output is identical and the
pass takes a twentieth of the time.
The Windows components catalog, the desktop and emulator packages, the Linux runtime and the
Steam seed now live on the organisation's components repository, mirrored and built there by
CI; the app reads the catalogs from its main and the files from its releases. The personal
winlator-contents mirror keeps serving older app versions and Bannerlator.
Games folders saved before the settings section went away were still
registered as Steam libraries on Automatic, with no way left to remove
them. Once, at app start and before any scan, each game such a folder
listed becomes an entry of its own, keeping everything keyed by its folder
(chosen exe, shortcut appid, name, Start in, launch options, art,
removal); store installs and steamapps are skipped. The folders stay bound
at their old guest paths, so no shortcut changes, and the saved roots are
cleared. A Games folder stays a library only when Steam installed a game
into it; the others leave the library list, and the runtime forgets them.
The full list left out only the 'installed for this game' rows, never the recommendations, so
every recommended component appeared twice (DirectX 9 on Final Fantasy Resonance, both rows
switched on).
perf: only read the phone's motion sensors when Steam wants them
The gyro and accelerometer ran at 4 ms for the whole session, even in games without gyro, costing about 6% of a core. Steam already tells the Deck pad when it wants motion (setting 48), so libfakeinput now passes that on and PadMotion follows it, with a short delay to ride out Steam's brief toggles.
Use the bare hex value accepted by older NativeAOT runtimes and CoreCLR. Cover the default and shared and per-game overrides.
Co-authored-by: James Yeung <[email protected]>
* Controller: optional Select button that opens the Steam menu
* Controller: translate the Select-opens-Steam-menu option
* Controller: clearer wording for the Select-opens-Steam-menu option
* docs: evidence for the Select-opens-Steam-menu option
---------
Co-authored-by: xXJsonDeruloXx <[email protected]>
Fix JNI local reference leak in createSubprocess
The argv and envp loops took one local reference per element from
GetObjectArrayElement and never released it, so the references piled up
until the native call returned. ART aborts the process at 512 local
references ("local reference table overflow"), and both loops share the
table, so a long argument list plus a large environment could hit it.
Delete each element's local reference once its chars are copied and
released, after ReleaseStringUTFChars since the chars depend on the string.
Also release the cwd chars against cwd rather than cmd; the call passed
the wrong jstring.
Adds a host-side test that runs termux.c against a mock JNIEnv that counts
local references and checks release pairing. It needs a jni.h (JNI_INCLUDE,
JAVA_HOME or the NDK) and skips without one.
Fixes#507
Its files sit in a container no extractor opens and may not be hosted, so a recording cannot
source them; installing it means running the installer in the prefix, which no runtime here
does. With it gone the waiting section is empty.
Store and GDK folders name their game in MicrosoftGame.config or
appxmanifest.xml. Picking the top-level Unreal bootstrap instead failed
with "CreateProcess() returned 2" when the Store had renamed the
shipping exe.
Co-authored-by: xXJsonDeruloXx <[email protected]>
art2kmin.exe is Setup.exe + Data1.msi in a wrapper 7-Zip opens, so the MSI engine lays it out
like any other package; it was on the setup-program list by assumption.
With parallel task execution, verifyRuntimeInputs and stageSessionScripts could run at the
same time; main's build at 3d50e6b1 hashed droiddeck-netmanager mid-copy and failed with
'Missing or changed runtime input'. The check now runs after the staging tasks.
* Windows components: hide Vulkan RT, whose loader every Proton here ships
vulkan-1.dll is in lib/wine/x86_64-windows and i386-windows of Proton Experimental (ARM64),
GE-Proton and proton-cachyos alike, so the catalog's VulkanRT entry would only shadow it. It
joins the list the page leaves out.
* Windows components: the waiting section says what is really missing (a recording), not 'coming next'
* Windows components: leave out the IE8 security update, which patches a browser no prefix has
* Windows components: the waiting caption without an apostrophe the resource compiler rejects
The publish workflow's push trigger fired again on the branch's rebase and overwrote the
release asset with a freshly compressed copy, so main's first build failed the checksum and
fell back to the registry pull. The env file now pins the asset as published; the workflow is
dispatch-only, defaults to a new tag, and refuses to replace an existing asset unless asked.
* CI: host the Debian image the preloads build in on a release of this repo
The preloads step pulled debian:bullseye from a public mirror on every build whose preload
cache missed; the mirrors rate-limit the shared runner addresses and failed two builds in an
hour tonight. Debian 11 is frozen upstream, so the image is published once (workflow
ci-debian-image.yml, release ci-debian-bullseye-r1, pinned in tools/linuxfs/debian-image.env)
and the build downloads that file; only if that fails does it pull, with retries.
* CI: pin the published Debian image (ci-debian-bullseye-r1, 34 MB)
* CI: a new Debian image rebuilds the preloads (env file joins the cache key)
Proton Experimental (ARM64), GE-Proton and proton-cachyos all carry Malgun, MS Gothic, YaHei
and SimSun in share/fonts and Wine's PowerShell wrapper, so the catalog's cjkfonts and
powershell entries would only shadow what is already there. They join gecko and mono in the
list the page leaves out.
* Windows components: install from a recording of the installer's result
A catalog entry may name a 'snapshot': what its own setup program leaves in a prefix,
recorded once in Wine by winlator-contents' tools/snapshot/record.py (the files it places and
the registry values it writes, the self-registering DLLs' CLSID entries included). With one,
the setup program never runs here: the files come from the archive beside the recording, or
out of the vendor's installer by the paths the recording maps (small generated ones inline),
and the registry values go to registry.json for droiddeck-wincomponents to write at launch.
The steps a recording makes redundant are skipped; DLL overrides still apply. A component
with a recording counts as installable; its prerequisites must still be.
* droiddeck-msi-install --unpack: open archives nested inside an installer
QuickTime's cabinets and an NSIS pack's payloads sit inside the unpacked installer; they are
opened in place into '<name>.nested' folders, two levels deep, the same layout the component
recordings map their file sources to, so a recording's paths resolve on the device (QuickTime:
593 of 593).
* feat: Steam's touch controller as on-screen controls (beta)
* fix: Steam touch controls appear once the session makes the device; tidier default layout
* fix: Steam touch layout decoding, saved layouts and new sessions
* docs: Steam's touch controls
* feat: Steam's touch icons, labels and colours on the touch controls; pick and save them like Steam
* feat: Steam touch icon picker as in-session panels; layout colour; docs
* Give each physical controller its own player slot
Every controller fed the one exported pad, so two pads played as one.
The first controller keeps slot 0 (the Deck in a Steam session); further
ones get slots 1-3 as separate Xbox 360 pads, created on first input and
removed on disconnect. In Deck mode only the Steam client sees those
pads and hands them to games through Steam Input. Rumble follows the
slot it names.
* feat: Steam Link's touch menu, per-game input modes, action set editing, add/copy/paste, oval controls, paste control
* feat: Steam touch controls drawn as Steam Link draws them; Steam Link's touch menu and layout tray
* feat: Steam touch controls in DroidDeck's style, D-mark guide button, shake to hide
* refactor: Steam touch controls become an On-screen controls choice instead of a second dropdown
---------
Co-authored-by: maxjivi05 <[email protected]>
* perf: fast path resolves links, /proc and glue as proot does, and answers uname, isatty and passwd
The fast path handed back to proot whatever crossed a symlink, /proc or a directory proot
only shows as glue, which is most of what Steam and Wine ask. It now walks a path the way
proot's canonicalize() does, so those calls stay in-process:
- links are followed in guest terms and their text detranslated as detranslate_path() does,
including readlink into a buffer the kernel cut short and /proc's exe, cwd and fd links;
- a binding proot dropped at start is dropped here too, glue above a binding is ENOENT, and a
last component proot cannot stat is left to the kernel;
- pipe and socket dirfds are ENOTDIR, rmdir("dir/") removes dir, and "." and ".." go to proot;
- a blocking accept() with a connection already waiting no longer goes to proot.
Also answered: uname() and gethostname() (proot's utsname never changes), isatty() (glibc
2.43 asks with TCGETS2, which proot rewrites) and getpwnam/getpwuid when nsswitch.conf
sends passwd to files first and the entry is there (Xwayland asks for every client).
equiv.py, equiv2.py and equiv3.py match line for line with and without the fast path
(222, 507 and 924 lines). Per call on the RedMagic: realpath 240 us -> 1.0 us,
realpath /proc/self/fd/N 408 -> 9.9, getpwuid 41.5 -> 4.6, uname 28 -> 0.006.
* perf: LD_AUDIT module skips library lookups proot would fail
ld.so looks each library up along the game's search path, and Proton puts the game's
directory, Steam's runtime and video directories and its own library directories ahead of
/usr/lib: 72% of ld.so's opens in an Among Us launch failed, each a round trip to proot.
libblaudit.so answers la_objsearch() for a candidate proot would certainly fail with ENOENT
(its directory walked as canonicalize() walks it, the name or a directory on the way missing).
It has no libc and maps the fast path's trampoline itself. Each lookup's first candidate is
still opened, since a skipped one fails with ld.so's errno as it stands, and the default
directories are never skipped, so dlerror() reads the same. droiddeck-proton and the extra
wrapper add it to LD_AUDIT when the fast path is on.
* perf: droiddeck-proton checks a tool's components with one sha256sum
Each program the launcher starts pays a dozen traced library lookups under the game's search
path before it does anything. One sha256sum over every listed file replaces one per file;
the check itself is unchanged.
* perf: build a locale archive for C.UTF-8
Every program loads the locale LANG names before main(). glibc ships C.UTF-8 as a directory
it looks for once per category under two spellings, before reading gconv's module lists:
about 30 opens, each a stop in proot, in every process of the session. droiddeck-session
builds /usr/lib/locale/locale-archive (and gconv's cache) once per glibc package, so that is
one open.
localedef names a finished archive by hard link, which Android refuses; with
DROIDDECK_LINK_RENAME=1 libblsession turns a refused link into a rename that will not replace
an existing name.
* perf: library beat starts its helpers only when what they read changed
Every 15 s the session ran droiddeck-seed-redists (some forty programs under proot) and, when
a library directory had changed, steam-compatibility: a burst of thousands of proot stops each
quarter minute, game loads included. The seeder now runs when a library changed or a prefix
(or Proton's template for them) is unmarked, the compat pass when a manifest, depot, tool or
config.vdf changed, both checked from bash without starting anything, and each every five
minutes regardless. The seeder reads its stamp and the time without a subshell each.
* perf: fakeinput opens pad.log on its first line
Every process the library is loaded in opened the session's pad.log at start, a stop in proot
on shared storage, and most never write to it. The file is now opened when there is a line to
write.
* docs: the fast path as it ships, the audit module and measured launch times
* fix: a game the app launches after an idle spell comes to the front
The Steam client brings a game it launched forward only while it counts someone as present,
which it reads from gamescope's input counter. A game the app launched after four or more
minutes without a touch started, mapped its window, and stayed behind the library page until
the next input (device: Palworld, Stardew Valley, Fallout: New Vegas, Mortal Kombat X; the same
on main). The session now watches a requested launch, and when the game's window is focusable
but the interface keeps focus for two polls, counts one input on gamescope's counter, as a key
would. Nothing changes for a launch the client already brings forward.
Adding and managing your own (non-Steam) games moves out of the Steam
settings into the Games tab, and works like Steam's own non-Steam
Properties.
- A + beside "Games N" opens a compact in-app picker: the storage first,
then that storage's root, every folder, .exe files only. Picking an exe
adds the game with its name, art, Custom badge and Steam shortcut.
- "Add all games in this folder" adds every game folder inside at once.
A summary opens immediately and fills in as each game is found, with a
"?" where the exe was a close call and a red X to remove a game.
- An edit button on each Custom game opens its editor: Name, Target
(ranked exes, Other exe…), Start in, Launch options, the four pieces of
art with thumbnails, and Remove. Edits go through the same Steam
shortcut, so the appid never changes and nothing duplicates.
- Art chooser per piece: images in the game folder, Steam's official art,
SteamGridDB alternatives, your own image, or back to automatic.
- Finding the exe: up to five folders deep, every exe scored (name match,
Unreal -Shipping builds, bin folders and size up; launchers, crash
reporters, installers, redistributables and depth down).
- Real titles from the game's files (Steam manifest, GOG info, the exe's
version info), keeping the folder's spacing when both spell the same
title, underscores read as spaces.
- Art: the exact Steam appid when the game names one, strict name
matches otherwise, Steam's hashed asset paths for newer games,
SteamGridDB as a fallback (built-in key from the SGDB_API_KEY secret,
optional own key in Setup, sealed with the Keystore), and a cover made
from the exe's icon when nothing else has one.
- Removing a game is instant and keeps its files; adding it again brings
it back. Steam's shortcut list is rewritten once, in the background.
- The Games section is gone from Steam settings; folders added before
keep listing their games. Artwork switch and SteamGridDB key are in
Setup.
* refactor(ui): share End session's step-out as StepOut
* feat(ui): let PageFlood carry a tile's art
* feat(stores): bring the launcher's motion to the stores pages
* fix(stores): lay out the pane's rows in a column
* fix(stores): a game page no longer leaves the pad's focus on a dead card and crashes the next press
* perf(stores): GOG remembers its non-games and the library cache loads off the main thread
* fix(ui): a step-out's backdrop never takes the pad's focus
* feat(stores): modes step out of the store chip, each store in its own colour, search in the header
* feat(stores): sign-in pages in the Steam tab's style and an are-you-sure for sign out
* style(stores): drop the sign-in page's store eyebrow, which the title already names
* style(stores): the sign-in page is the store's name and Sign in
* fix(ui): the focus ring follows a control until it stops and meets one still rising into place
* feat(stores): the store a pad's focus is on shows without A, and a press never lands on where it sent focus
* perf(stores): keep chip motion responsive while libraries change
The stores' sign-ins (files/stores/<store>/credentials.json: access and refresh
tokens, account id and name) were plain JSON. Other apps could not read them, but
every program in the Linux session runs as the app and could. They are now sealed
with AES-256-GCM under a non-exportable AndroidKeyStore key (StrongBox when the
device has one), so the session only ever sees ciphertext.
- Format: a versioned envelope {v, alg, iv, ct}, written atomically and readable
only by the app. No new dependencies (javax.crypto and KeyStore).
- Migration: an existing plaintext file is sealed at the next start, checked by
decrypting it, then the plaintext is removed; users stay signed in.
- No Keystore on the device: the file stays plain and the log says so once per
start.
- A sealed file that can never be opened (tampered, key gone or invalidated,
broken envelope) is removed and that store asks for sign-in again. A transient
Keystore error keeps the file and retries.
Session folders, tool and installer logs and the stores' log now all live under the
app's private files/logs instead of Download/DroidDeck, and every existing "Share
logs" action bundles them into one zip that goes through a final scrub.
- Where: LinuxRuntime.logDir() = files/logs; sessions keep their dated folders and
30-session pruning, tools/ and stores/ beside them. The "Logs" setting keeps its
meaning. Game save backups stay in Download/DroidDeck/Saves.
- Migration: at first start the old session folders, tools/ and loose logs move from
Download/DroidDeck into files/logs (Saves untouched), and every moved folder is
scrubbed under the current rules.
- Scrubbing: one rule set (SecretScrub) for the stores' log and the zip. The scrub
marker carries the rules version, so a rules change re-scrubs every folder at the
next start (in the background, a few at a time). Steam login account names and
emails, account-name fields, OAuth codes, tokens in URLs and private LAN
addresses are removed; Windows exception codes and server addresses are kept.
- Share: one zip of the current session folder plus the last 7 days of stores/ and
tools/, written to cache/share and handed to the share sheet.
* Windows components: lay out installer .exe wrappers without running them
The components page could only take .msi packages apart; most catalog entries ship an
installer .exe, so VC++ runtimes, .NET Framework 4.0-4.8 and the .NET Core/5+ runtimes sat
under 'Need a Windows installer'. droiddeck-msi-install now opens those wrappers and lays
out the packages inside the same way:
- WiX bundles (Visual C++ 2012-2022, .NET Core/5+ desktop runtimes): the .wixburn section
names the containers, each a cabinet found by its header (signing moves them); payloads
get the names the bundle manifest lists, so each package finds its cab1.cab beside it.
ARM64 packages are skipped, x86 and x64 both laid out.
- Self-extracting cabinets (Visual C++ 2005-2010): cabextract, external cabinet beside the
package (vc_red.cab).
- Self-extracting 7-Zip archives (.NET Framework 4.0-4.8): 7-Zip, now bundled with the
msitools (Arch Linux ARM 7zip 26.04: 7z + its 7z.so plugin, licences beside the others).
The complete product (netfx_Full_*) wins over the 4.0 parts and the per-Windows copies.
- An .exe that is its own setup program (NSIS, InnoSetup) reports that it holds no package.
- --unpack opens an archive for the app: DirectX's redistributable for XACT's cabinet picks.
The app executes the remaining catalog steps offline: set_windows (HKCU\Software\Wine
Version), set_register_key, get_from_cab (through --unpack) and 'uninstall Wine Mono' (the
mscoree override beside it is what matters), and reads url/file_name the catalog nests under
'environment' on a few .NET entries. Setup-program installers stay in the waiting section
with a note that says what they are.
Verified on this branch's engine with msitools, cabextract and 7z: VC++ 2010 x64 (19 files,
61 values), VC++ 2022 x64 bundle (26 files, 66 values), .NET 4.0 (1053 files, 6056 values,
Framework64\v4.0.30319 with clr.dll and mscorlib.dll, NDP\v4 keys) and .NET 4.8 (1633
files, 522 GAC assemblies, 6495 values). Not yet run on a device.
* Windows components: the pressed row greys out and shows its own two-step progress bar
Pressing a switch now greys that row at once and runs a thin bar across it: the download
0..100, then the install 0..100, with a caption naming the file or the stage (a dependency's
name in front while that installs first). Turning a component off greys the row the same way
until the pick is saved. The page-wide bar at the bottom is gone; Done waits on the busy row.
droiddeck-msi-install reports how far along it is ('progress 37% placing files'): reading,
each cabinet, every 5% of files placed, the registry, done - and a wrapper maps each package
into its share, so a bundle's two packages run 10..55 and 55..100. The app parses the percent
and passes a typed Progress (component, stage, phase, percent) up to the editor.
* Windows components: the ones turned on sort to the top of the list
In 'All components' the picks for this game come first, in their usual alphabetical order
among themselves; turning one off returns it to its place. The row moves once the install has
finished and the pick is saved, not while its progress bar is running.
* Windows components: an 'Installed for this game' section under the recommendations
What is turned on for this game gets its own section between Recommended and All components,
alphabetical; the recommendations stay where they are (a recommended pick stays there). A
component in the section leaves All components, and goes back to its place when turned off.
LB/RB jump through the new section too.
A Stores section (rail, under Games; Setup › Stores gate) with each store's sign-in,
library, storefront shelves and a download queue. Each store has two tabs, Store and
Library, and Library filters to All or Installed; libraries open from a saved copy
and refresh in the background, with install sizes on every card. Games install to internal storage,
or a card chosen at Install time, and are registered in the Steam client as non-Steam
games, so they launch through Steam and droiddeck-proton from either the front end or
the client.
- Downloads: GOG, Epic and Amazon engines in Rust (app/src/main/rust/stores, built by
cargo-ndk, nothing compiled in the tree). One adaptive fetch core with a latency
brake, stalled-host handoff and every CDN a store offers. Per-stage progress,
pause/resume, two-step cancel that deletes, failed downloads kept for retry, a
foreground service with Wi-Fi and wake locks and notification controls.
- Games tab: store source chips (Steam, GOG, Epic, Amazon, Custom) and store art.
- Epic: per-launch exchange code from the app and from Steam's Play button,
"Epic sign-in (EOS)", "Launch offline", and a game's web links opened in Android's
browser for EOS consent. The EOS overlay crashed games and is left out.
- Cloud saves (GOG, Epic): pulled before launch, pushed after the game or the session
ends, no upload before a first download, conflicts never overwritten, backups both
ways.
- Logs: every store line redacted; the engine log goes to daily files.
* feat: replace the LXQt desktop with SteamOS-style KDE Plasma
* feat: leaving the KDE desktop logs out through Plasma and returns to gaming mode
* feat: DroidDeck logo wallpaper as the KDE desktop default
* feat: build the KDE wallpaper from the DroidDeck mark artwork
* ci: keep the built desktop package as a short-lived artifact for device testing
* fix: the desktop loading screen no longer promises Steam on the desktop
* docs: the output resize comments name the desktop's KWin
* fix: the desktop package verifies every package's Arch Linux ARM signature and never replaces a published tag
* fix: programs sent to the GPU from the desktop drop its software rendering overrides
* fix: an interrupted desktop install no longer counts as installed
* feat: pin the desktop package to its DroidDeck-Components release instead of the catalog
DirectAudio from its own release: driver set per Proton audio interface (CachyOS fix), the Steam client's own DirectAudio sink, binaries out of tree
Games
- Two driver sets ship from the pinned DirectAudio release (tools/directaudio/release.env =
directaudio-linux-v1.1.0, sha256-checked by tools/directaudio/fetch.sh in CI and
build_local.sh): linux-wine11 for Valve Proton 11 / Experimental / GE-Proton, and
linux-wine11-systhread for Proton-CachyOS, whose Wine carries the system-thread mmdevapi
interface. steam-compatibility picks by whether the Proton's own winepulse.so imports
PsCreateSystemThread, never by the version string (both say wine-11.0; the wrong set is
silence). No matching set: DirectAudio off, Proton's audio runs, logged.
- Proton-CachyOS's launcher pre-sets WINE_AUDIO_DRIVER=pulse,alsa and its mmdevapi reads that
before the registry (Valve's and GE's do not read it): the wrapper exports
WINE_AUDIO_DRIVER=directaudio,pulse as well as writing the registry. On CachyOS this also
makes DirectAudio engage on a game's first launch.
- A wineserver from an earlier Steam verb can save its in-memory registry over the appended
Audio value; the wrapper says so when one is live. Writing through it (wine reg add) and
creating a missing prefix first (proton run wineboot) were tried on the device and withdrawn:
a second Proton/Wine run inside Steam's launch sequence got launches aborted.
- Tests: both sets, no set, no prefix (34 pass).
Steam client audio
- DirectAudio = module-directaudio-native-sink, the game driver's AAudio engine inside the
PulseAudio daemon, one step from Android (adaptive buffer, two-burst floor, primed ring with
fades, reopen on route change, watchdog, limiter). Default. Shared output = the previous relay
route, kept. New pref clientAudioRoute; the old boolean is not read. If the native sink cannot
open its stream the daemon keeps running (.nofail) and ensureClientSink loads the plain AAudio
sink instead, logged to audio.log. Audio bundle stamp bumped.
Out of tree
- app/src/main/assets/directaudio/ is generated and ignored; tools/directaudio-relay/ and the
vendored module-directaudio-sink.c + da_relay_proto.h are gone; tools/aaudio-sink keeps only
module-aaudio-sink (the fallback). The release carries the relay and sink field fixes by
MaxsTechReview (#338), credited there and in its AUTHORS.
Device-proven on an AYANEO Pocket FIT: client sink 12 ms / 4 ms bursts, 0 underruns; FEZ on
cachyos-11.0-20261005-slr on DirectAudio (took pulse before); FEZ on Proton Experimental
unchanged; Curse of the Dead Gods on CachyOS from a cold prefix, DirectAudio on first launch.
Co-authored-by: The412Banner <[email protected]>
The compositor takes touch and pointer positions over its whole output and
removes the letterbox bars itself, but the session sent them already
measured from the picture's edge, so the bars were taken off twice. Any
session whose output is a different shape from the panel (16:9 on a 16:10
tablet or a foldable, a fixed resolution on a wide phone) had taps and the
touchpad pointer pulled away from the centre, by up to a bar's height at
the edges: on a 2400x1504 panel showing 1280x720, a tap near the top
reached the first row and one near the bottom landed 32 rows low. Stretch
to panel hid it because that output has no bars.
Direct touch, the touchpad and mouse pointer, and the second-screen pointer
now send positions over the whole view, so the compositor's own mapping
puts them on the pixel under the finger.
* fix: keep Steam's directory listings on FUSE libraries
Before it creates, moves or deletes a content file the Steam client lists
the whole destination directory about ten times to match names
case-insensitively. On Android's FUSE storage every listing goes through
the media provider, so reserving space grew quadratically with the number
of files: 33 minutes for Haunted Paws Demo (3,938 files) in a Games folder.
The client's listings under steamapps/ on FUSE are now kept while the
directory's stat is unchanged, for at most five seconds, and patched by
the client's own creates, renames and removals. Other changes fail the
stat check and the directory is read again. BL_NO_DIR_CACHE=1 turns it off.
Haunted Paws Demo into the internal shared Games folder: reserving space
33m08s -> 25-52s, committing 6m15s -> 19-30s, install 39m50s -> 1m12s-1m51s.
Internal storage is unchanged (5s reserve).
* fix: drop stale directory listings on coarse-timestamp volumes
NTFS reports whole-second directory times and a fixed size, so a change
made outside the client's own calls could leave a cached listing stale.
Listings now carry an inotify watch and are dropped on any event the
client's own patched changes don't account for. A forked child stops
caching, since it shares the parent's queue.
Covers rewinddir, telldir and seekdir on cached listings, and directories
opened by the fast-path preload's opendir, which goes through fdopendir.
Update strings.xml
Improvements to the Japanese Translation
I have rewritten the translation to make it sound more natural in Japanese.
Also, since “Loader” in “Decky Loader” is a proper noun, I believe it does not need to be translated.
Co-authored-by: xXJsonDeruloXx <[email protected]>
Translate the 103 missing strings (screen effects, scaling, Wine sync
backends, FEX for AppImages, Steam repair, device info) and fix existing
ones: inverted meaning in mode_suspend_note, content_add_roms and
wadb_connect_address, double space in the update/install buttons,
outdated AppImage/Proton hints, "1 приложений"-style counts, gender
agreement with substituted names, lowercase fragments that are joined
into sentences, and inconsistent terms (Setup, Developer options, Stop
session, Button mapping).
Co-authored-by: xXJsonDeruloXx <[email protected]>
* Support CJK text with the device's own fonts
The Linux runtime's rootfs ships DejaVu alone, which has no CJK
glyphs, so Chinese, Japanese and Korean text in Steam Big Picture and
on the LXQt desktop draws as tofu boxes (issues #118, #206, #249).
Bind the device's own CJK fonts - Android's world-readable Noto CJK
.ttc, or DroidSansFallback / Source Han - into the guest under
/usr/share/fonts/droiddeck-cjk, so nothing is added to the ~790 MB
runtime image and the coverage follows the device. A new
droiddeck-fonts script, run by droiddeck-session before any program
that queries fontconfig, links the default rules, writes local.conf
with DejaVu first and the CJK families after it, and rebuilds the
fontconfig cache once per set of font files. The desktop's own
fontconfig block moves there, so every mode gets it.
* Fix CJK and Thai: bind the device font directory, not one file at a time
The first cut bound each device font with its own proot -b host:guest. A
per-file binding into a plain directory is not applied here: the guest sees a
zero-byte placeholder where the font should be (stat size=0, fc-scan empty),
so Chinese stayed tofu even though the app had "bound" the font. A directory
binding is what the rest of the runtime relies on, so bind /system/fonts as a
whole under /usr/share/fonts/droiddeck-device. That also brings Thai, Arabic,
Devanagari and the emoji fonts, which the runtime did not have either.
Verified on the AYN Thor: the session's fontconfig probe reports
sans=DejaVu Sans, zh=Noto Sans CJK SC, th=Noto Serif Thai, and Steam Big
Picture in Simplified Chinese renders without tofu (screenshot under
docs/development/evidence/).
---------
Co-authored-by: xXJsonDeruloXx <[email protected]>
* i18n: complete Spanish
Spanish gets the strings added since it landed and the ones that are only a format or a brand name, so it has the same keys as English, in the same order. Each English term keeps one Spanish word across the file, and a few existing strings are reworded to read right with the values they are filled with.
* i18n: use compilación for build in Spanish
* i18n: translate new strings to Spanish
---------
Co-authored-by: Kurt Himebauch <[email protected]>
Co-authored-by: xXJsonDeruloXx <[email protected]>
* feat: run a guest agent in every session for commands, focus and the Steam client's DevTools
* feat: give the agent bridge game, input, UI and experiment commands behind a Setup toggle
* feat: droiddeckctl commands for the new bridge, a scenario runner and contract tests
* feat: run cleanup steps after every scenario run so a failure cannot leak into the next
* feat: restart a session that died between scenario runs with start --reuse
* fix: give droiddeckctl stop its own, longer wait for the session's logs
* fix: harden debugging tools access and output
Steam saves a shortcut's Properties to shortcuts.vdf as soon as they
change and keeps its appid. The session rewrote every added game's entry
from the app's list before and after each client run, keeping only the
launch options, so a Target or Start In set in Steam, a new name or icon,
the hidden and overlay switches, the last played time and Steam's sort
name were all put back at the next exit.
droiddeck-steam-shortcuts now merges instead: an entry keeps every field
Steam has, and the app's exe is written only where the app changed it.
What the app last asked for and what Steam then had are recorded beside
shortcuts.vdf (.droiddeck-shortcuts.json). A Target changed in Steam to a
file inside the game's folder becomes the exe chosen in Steam > Settings >
Games, and a later pick there replaces it in Steam, so both show the same
exe. The appid now stays with the folder, so changing the exe no longer
turns the game into a new one with a new prefix, playtime and launch
options. A game whose folder is missing is set aside with its settings
and comes back with them. The exit-time merge runs before Steam's logs
are copied.
With Second library on Automatic, every writable Games folder is now a
Steam library: it gets the same private prefix and tool binds as the card,
the app hands the session the list (BL_STEAM_LIBRARIES), and
droiddeck-steam-library registers, relabels and forgets entries from it.
Steam offers them in the install dialog as "<folder> (<volume>)", and
Proton mapping, esync, the redist seeder, desktop entries and the compat
beat read every registered library instead of only the card. Games folder
libraries stop at the fast path's bind budget.
Steam's preallocation on Android's FUSE storage either failed outright
(NTFS answers EPERM, so installs were cancelled as "not enough disk
space") or zero-filled the whole download first (exFAT, minutes for a
small game). After fallocate is refused, the Steam client's ftruncate
extension of its own staging files is reported as done; the writes that
follow fill the file. A 76 MB install to a USB SSD now preallocates
instantly instead of taking about 3.5 minutes.
A library that is not there is left out of the list and forgotten until
it returns, imports whose folder is missing are set aside rather than
offered as broken installs, and the front end refreshes when storage is
mounted or removed.
A "Linux system" entry in the file manager's Storage list (the rail and the
drive menu) opens the root of the Linux system the sessions run in - the
app's files/linuxfs, the desktop's / - so its files can be browsed, copied
in and out without the desktop. Shown once the runtime is installed; Back
stops at that root like a drive's, and the drive label reads Linux system
anywhere under it. The label is translated in all nine languages.
Steam ships no CJK font and the rootfs only has DejaVu, so a phone set to
Chinese, Japanese or Korean got Steam in that language with every character
drawn as a box. Bind Android's /system/fonts into the guest, index it again
whenever it changes, and prefer the matching Noto CJK face for each language.
Opening the manager at a folder (a game's files, its Proton prefix, the
saves folder, or the picker's remembered folder) ran openDrive() on the
start dir, which pinned the up/back floor to that folder: the toolbar
arrow was greyed out and Back closed the screen. The start dir now opens
with loadDirectory(), keeping the volume-root floor computed for it, and
folders in the app's private storage (internal Steam library, prefixes)
floor at the app's files dir instead of themselves.
Adds a ".." (Up one level) row at the top of the list and grid whenever
the current folder is above its floor, sharing one goUp() with the
toolbar arrow. Covers both screens built on FileManagerScreen: the File
Manager and the in-app file/folder picker. Strings for all 9 locales.
* l10n: move hard-coded UI text into string resources (#212)
About 650 user-facing strings were written in Kotlin and Java, so no
translation could reach them and the UI stayed half English in every
language. They now live in values/strings.xml.
- Dialogs, menus, status lines, toasts and errors shown to the user go
through getString/stringResource.
- Code that matched on English text now uses IDs: installer and loading
stages, Decky stages, storage labels and the Back button's order labels.
- Choice lists (upscalers, FPS limits, textures, themes, presets) carry
@StringRes labels instead of English.
- Robolectric tests read the app's resources (includeAndroidResources).
- Six strings nothing used any more are dropped.
Existing translations are untouched; the new strings show in English
until they are translated.
* Layouts: fit longer text in other languages, and small phones
Found by screenshotting every page, tab and menu in each language on a
phone, a tablet, a 640dp phone and a foldable.
- Rail labels shrink to fit instead of being cut off (FitText).
- Tab rows tighten when they overflow and scroll the chosen tab into view.
- Menus fade over a down arrow when more entries are below, and open
scrolled to the current choice.
- On a small phone the desktop card's button moves under its title,
emulator tiles go two across, the GPU support verdict wraps and the
Updates page stacks the channels under the status.
* l10n: translate every string into Spanish, Japanese, Korean and Chinese (#187)
Simplified Chinese, Traditional Chinese (Taiwan) and Traditional Chinese
(Hong Kong, reviewed for Hong Kong wording) are complete, as are Spanish,
Japanese and Korean: no missing keys and no placeholder mismatches.
* Language setting: follow the system, or a language picked in Setup; Steam uses it too (#187)
- Setup -> Launcher starts with a Language row: "System default (...)"
and each language by its own name. With nothing picked the app follows
the system language; a pick applies at once and stays until System
default is picked again.
- Steam keeps its language in ~/.steam/registry.vdf under both
Valve/Steam/language and Valve/Steamsteamglobal/language. Before each
start of the client the guest helper droiddeck-steam-language writes
both (and exportedsettings.json), and the client gets -language.
SteamLanguage maps the app's language to Steam's names: english,
spanish/latam, japanese, koreana, schinese, tchinese.
* l10n: translate the strings main added since, and Chinese review fixes
- Translate the 32 strings added on main since (Windows components,
device details, Force SSBS, native Steam sleep) into all six languages.
- zh-CN: busy labels say what is in progress again (正在取消, 正在导出
...), as the other languages do.
- zh-CN: "set up" is 配置, as Setup is; 设置 stays for Settings.
- zh-TW: proton_compatible_note says 前綴 rather than "prefix".
About 650 user-facing strings were written in Kotlin and Java, so no
translation could reach them and the UI stayed half English in every
language. They now live in values/strings.xml.
- Dialogs, menus, status lines, toasts and errors shown to the user go
through getString/stringResource.
- Code that matched on English text now uses IDs: installer and loading
stages, Decky stages, storage labels and the Back button's order labels.
- Choice lists (upscalers, FPS limits, textures, themes, presets) carry
@StringRes labels instead of English.
- Robolectric tests read the app's resources (includeAndroidResources).
- Six strings nothing used any more are dropped.
Existing translations are untouched; the new strings show in English
until they are translated.
* Build the DirectAudio relay from source
The relay helper shipped as a prebuilt libdirectaudiorelay.so with no source in the
repo. Its source (The412Banner/directaudio @ 3548a4a, the commit the bundled driver
names in version.txt) now lives in tools/directaudio-relay, unmodified, and CI and
build_local.sh compile it into jniLibs the way proot is built. It shares
da_relay_proto.h with the PulseAudio sink, which is byte-identical to its own copy.
* DirectAudio relay: prime before playing, one consumer, safe buffer floors
- The output stream started before the client had its ring, so every connection
opened with a run of short callbacks: six clicks per stream on a RedMagic, even idle.
The callback now plays silence until the ring holds its target, and only a real
underrun afterwards counts.
- An underrun ends the block with a short fade and waits for the ring to refill to
target before resuming with a fade in, instead of zero-padding every short callback.
Each callback spent starved grows the target, so one stall sizes it for the next.
With a producer freezing 60 ms every 2 s: 14 underruns before, 1 after.
- During a reopen the outgoing and incoming streams could both drain the ring. Only
the promoted stream reads it now; any other plays silence.
- The ring target starts at 40 ms instead of two bursts (8 ms) and keeps what it
learned across reopens.
- The device buffer is at least two bursts; 12 ms was a single burst on devices that
grant a 20 ms legacy stream.
* PulseAudio: the classic path plays through the native-rate AAudio sink
The classic path loaded the prebuilt 0.1.5 module, which opened AAudio at the daemon's
default 44.1 kHz: Android gave it a legacy stream (20 ms bursts) and resampled, after
PulseAudio had already resampled the 48 kHz clients down. Its data callback also waited
on the daemon's IO thread, and it started at two bursts and grew only after an audible
underrun. The app's own module-aaudio-sink, built by CI into the same bundle, now
carries that path:
- The stream opens at the device's rate (48 kHz) with the buffer at two bursts or
30 ms, whichever is more, still growing a burst per underrun.
- A write that times out part way keeps the rest for the next write instead of
dropping it.
- A stream reopened after a route change asks for the rate the first one got, so the
sink keeps its format instead of unloading.
* Audio: DirectAudio sink at audio priority, deeper client buffers, no decay probing
- module-directaudio-sink's IO thread asks for nice -16 like module-aaudio-sink's, so
the client's producer keeps up under game load.
- PULSE_LATENCY_MSEC=60 for the session: libpulse clients under FEX (the Steam
client, winepulse when DirectAudio is off) keep enough queued to ride out a late
wakeup.
- BANNER_AUDIO_DIRECT_DECAY=0: the driver's decay shrinks the device buffer every
10 s of quiet until it underruns again, a click by design.
Both sit ahead of Downloads/droiddeck-env and per-game environment, which still win.
* Audio: drop the session-wide PULSE_LATENCY_MSEC
On an AYN Thor it took the Steam client's stream to 110 ms (60 ms tlength on top of the
sink's 40 ms) with no underruns to show for it, and the delay was audible. Clients pick
their own buffers again; the per-game option still sets it.
* PulseAudio sinks: wait in the poll loop, never in a blocking call
Clients' audio reaches a sink as messages its IO thread handles in pa_rtpoll_run. The AAudio
sink spent each iteration inside a blocking AAudioStream_write for up to a burst, and the
DirectAudio sink inside a futex wait for up to a burst, so a client's data sat unread and its
stream ran dry: a Chromium-shaped client (44.1 kHz float, 30 ms tlength, 10 ms minreq) had
304 underflows in 30 s on the AAudio sink, heard as crackling in the Steam client. Bursts of
20 ms (a legacy stream, an AYN Thor) made it worst.
- module-aaudio-sink writes without blocking, renders only what the device has room for, and
comes back after half a burst. 0 underflows in 30 s, with and without 8 busy cores.
- module-directaudio-sink tops the ring up on the same half-burst timer instead of sleeping
on the relay's futex.
* DirectAudio relay: vendor the source the shipped binary was built from
The import took 3548a4a, the commit the bundled driver names in version.txt, but the relay
binary that shipped came from e4727e9 on the same branch (feat/linux-relay-mic): its strings
match a build of that source exactly. 3548a4a has no --mic-fifo, so with the microphone on the
relay printed its usage and exited, and DirectAudio played nothing. This is e4727e9 as
published; the fixes made on top of 3548a4a follow in the next commit.
* DirectAudio relay: prime before playing, one consumer, safe buffer floors (on e4727e9)
The same changes as ca5d39b, carried onto the e4727e9 source: playback waits until the ring
holds its target, an underrun fades out and re-primes, starved callbacks grow the target, only
the promoted stream drains the ring, the ring target starts at 40 ms and survives reopens, and
the device buffer is at least two bursts.
* Steam client audio: DirectAudio by default
A fresh install plays the Steam client through the DirectAudio relay. Choosing Classic in the
Steam cog is stored and kept; only an install that never chose falls back to DirectAudio.
* Windows components: install .msi packages (XNA, PhysX, GFWL, MSXML...) without running them
droiddeck-msi-install reads a Windows Installer package's tables with msiinfo and unpacks its
cabinets with cabextract, then lays out what Wine's msiexec would have installed: files at their
64-bit Windows paths (Program Files (x86), syswow64...), .NET assemblies in the GAC, side-by-side
assemblies in winsxs, and the registry values in the view the component writes through. Conditions,
features and the folder-setting custom actions are evaluated as on Windows 10 64-bit; what needs
the package's own code (DXSETUP, self-registration) is listed in the component's notes.
droiddeck-wincomponents puts a component's drive_c tree into the prefix (keeping the prefix's own
spelling of each folder) and writes its registry values into system.reg/user.reg before launch,
following Wine's link keys (Wow6432Node\Classes, CurrentControlSet...). Turning it off puts every
value back and takes an added PATH entry out again.
The app installs these from the Windows components menu like the DLL ones: it downloads the .msi
into the runtime and runs the installer there (GuestCommand). msitools 0.106 and cabextract 1.11
come from Arch Linux ARM, pinned in tools/msitools/packages.txt and hosted on the msitools-0.106-r1
release. wine-gecko stays hidden (Proton ships it) and wine-mono keeps waiting (uninstall step).
* Windows components: open with the top switch focused, by touch or by pad
The dialog's window starts in touch mode, where a switch cannot take focus, and the first switch
was asked once, two frames after the list loaded, only when a pad opened it - racing the dialog's
own Done focus. Now it always puts the window in pad mode, holds Done while the list loads and
then asks the top switch every frame until it has focus.
* Windows components: give msitools its own libraries; show a failed install on its row
msiinfo and cabextract sit with their libraries in /usr/local/lib/droiddeck-msitools, which the
loader does not search: every .msi install stopped at "libmsi-1.0.so.0: cannot open shared
object file". droiddeck-msi-install now runs them with that folder on LD_LIBRARY_PATH.
A failed install also says so under the component itself ("Could not install: ..."), not
only at the foot of the dialog, past the list.
---------
Co-authored-by: The412Banner <[email protected]>
* Fast path: hold every bind, so added games start in their own folder
libblfastpath kept the first 64 binds and dropped the rest without a word. A session has 87 (two
Games folders are the last two), so /root/Games/<folder>/... was mapped into the rootfs - the
empty mount point - instead of the bound storage. Wine resolves a new process's working directory
by those paths, found no drive for it and started every added game in C:\windows ("could not
find DOS drive for current working directory"): DiRT 3 did not mind, FEZ looks for
Content\Essentials.pak there and quits.
The library now holds 256, and turns itself off for the process when a bind does not fit or the
list runs past that, leaving the call to proot, which never maps it wrong. The app keeps the fast
path off for a session with more binds than that.
Verified on an AYANEO Pocket FIT: FEZ (added game) reaches its title screen; the warning is gone.
* Fast path: say in the session log when it stays off
---------
Co-authored-by: The412Banner <[email protected]>
* Put a game's Windows components into its Proton prefix at launch
droiddeck-wincomponents copies the DLLs of the components picked for a game
into compatdata/<appid>/pfx before Proton starts and hands their overrides to
WINEDLLOVERRIDES, so the registry is never touched. It re-checks every launch
(an older Proton deletes the files it once placed), takes a component's files
out again when it is turned off, and forgets Proton's config_info then so
Proton puts its own builtins back.
* Windows components for added games: picker, packages and their catalog
Settings > Games lists a Windows components row under each added game. Its
dialog switches components on per game; the first switch-on for any game
downloads the package (a catalog of its own beside desktop.json, installed
with the desktop package installer to /opt/droiddeck/wincomponents/<id>).
The picks are kept in the app and published to the runtime at every session
start for droiddeck-wincomponents to apply.
tools/wincomponents/package.py builds the packages: Bannerlator's eight
wincomponents archives re-rooted, and OpenAL from OpenAL Soft's release
(soft_oal.dll placed as OpenAL32.dll, 32- and 64-bit).
* Windows components: list the installed ones when the catalog cannot be reached
Offline the dialog only looked up ids it already knew - the catalog's and
the game's picks - so a component downloaded earlier never showed.
* Windows components: Bannerlator's list with Recommended, on the game's launch settings
The picker moves from Settings to a Windows components card in an added
game's launch settings. It offers Bannerlator's whole catalog
(components.json on winlator-contents): what the game's folder points at
first (Bannerlator's DependencyDetector, mapped to the DLL-copy twin where
there is one, oalinst -> oalinst_dll), then every component that installs
here, then the ones that need a Windows installer, greyed until DroidDeck can
run one.
A component installs by running its catalog steps into the runtime once:
archives downloaded (one download per archive for a batch), DLLs found by
name as Bannerlator does and copied to /opt/droiddeck/wincomponents/<name>,
overrides and bundled components written to component.json. The launch
script now takes catalog names (xaudio2.7), expands bundles (directmusic),
places files one level down (drivers/gm.dls) and keeps an override's own
mode (dsound=n). Drops the hand-made packages and their script.
* Windows components: Steam games too, and a pad that can drive the list
The card shows on a Steam title's launch settings as well, keyed by its
appid - the compatdata folder droiddeck-game-env reads - and Recommended
scans the game's install folder.
With a pad: Done takes focus while the catalog loads and the first
component once it is there (the list was not drawn yet when the dialog
asked for focus, so nothing had it); switches stay enabled during a
download and a press then is ignored (a disabled switch dropped the
pad's focus); LB/RB jump between Recommended, All, the installers and
Done.
* Redist markers from games' own install scripts; VC++ runtime as installed
The client still started a game's own _CommonRedist installer - its
script sits in the game's folder, often with another version in the
value name, and only Steamworks Shared's were read. On ARM64 Proton the
x64 VC++ 2015-2022 bundle then stops with "Microsoft Visual C++
2015-2022 Redistributable (arm64) is required" (reported on an AYN Odin 2
Portal Max).
- Read installscript*.vdf from every installed game in each library as
well; the list is cached until an appmanifest changes, since this runs
every quarter minute.
- Record the VC++ 2015-2022 runtime as installed where its installers
look (VisualStudio\14.0\VC\Runtimes\{x86,x64,arm64}, both registry
views), so any bundle - the client's or a game's own - finds it and
exits; Proton's msvcp140/vcruntime140 serve the game.
- Join the Wow6432Node path instead of sub(): mawk and gawk read the
replacement's backslashes differently (gawk, the runtime's, was right).
* Mark a game's install-script processes as run just before the client evaluates them
An Odin 3 bundle (0.3.1, Proton Experimental ARM64) shows the client
running its install-script evaluator on the first launch of three new
titles (409710, 2161700, 3404260) while their Steamworks Shared
redistributables (VC++ 2010/2012/2019/2022, DirectX) were still
downloading - 2161700 at 22:03:22, the shared app finished at 22:03:29 -
so the periodic seeder had nothing to mark yet and the installers ran.
The client writes the exact steps to legacycompat/evaluatorscript_<id>.vdf
and starts iscriptevaluator.exe through our launcher. droiddeck-game-env
now hands that script to droiddeck-seed-redists first, which marks every
process in it in the template and the prefixes before the evaluator
reads them.
The seeder's reader no longer assumes a depth: a block with a HasRunKey
is a process named by the key it opened under, wherever it sits.
* Windows components: keep a file that was not Proton's, put it back when turned off
A component's DLL replaced whatever had that name in the prefix, and
turning it off deleted ours, so a file a real installer (or the user) had
put there was gone for good. Before replacing a file that is neither
Proton's own (a symlink into Proton, or a Wine builtin/placeholder DLL)
nor an earlier copy of ours, keep it under
compatdata/<id>/.droiddeck-wincomponents-backup and move it back when the
component is turned off. The launch note says how many went back.
* Windows components: recommend what Steam installs, say what the game already has
- Steam titles: the appmanifest's SharedDepots (Steamworks Shared, app
228980) list the VC++ 2005-2022 and DirectX redists Steam installs with
the game; they live outside the game folder, so the folder scan never
saw them. They join Recommended as "Steam installs VC++ 2010 with this
game" (SteamRedists).
- Bannerlator's PrefixInstalledDetector, on compatdata/<id>/pfx:
OpenAL32, Mono, PhysX and Games for Windows Live that are already there
from elsewhere show "Already in this game". Files droiddeck-wincomponents
placed itself do not count.
- The game page passes the prefix and, for Steam titles, the appid.
* Windows components: friendly names
The list showed catalog keys (oalinst_dll, vcredist2010_dll, dotnet452,
d3dcompiler_47). Bannerlator's catalog has no display name and some of
its descriptions do not fit the entry, so WinComponentNames gives one:
families by pattern (Visual C++ <year>, .NET Framework x.y[.z], XAudio,
D3DCompiler, MSXML, Wine Mono, DirectMusic parts), the rest from a
table, the key itself for anything new. The key stays in the row's
detail for logs and bug reports; both lists sort by the name, and the
game page's card names the picks the same way.
---------
Co-authored-by: The412Banner <[email protected]>
* Force SSBS for a game's Wine: libssbs.so, opt in per game
Wine's arm64 signal code resumes threads from a Windows CONTEXT whose
Cpsr never carries PSTATE.SSBS, so every signal return leaves the
thread running with speculative store bypass disabled - slower on cores
such as Oryon. Bannerlator fixes it in its own Wine builds
(force_ssbs.diff, Sonicadvance1) and with an LD_PRELOAD adapter for
layers it cannot rebuild. DroidDeck's Protons (Valve, GE, CachyOS ARM64)
come prebuilt from Steam but run the same aarch64 Wine signal path, so
the adapter applies here: tools/linuxfs/ssbs/ssbs_adapter.c, the same
source built for glibc (+ sysv_signal), staged to
/usr/local/lib/libssbs.so.
droiddeck-game-env preloads it when the game's (or the shared)
environment sets DROIDDECK_FORCE_SSBS=1, and only into an ARM64 Proton.
Off unless asked for: the gain is unproven on Snapdragon 8 Gen 3.
For testing: SSBS_ADAPTER_OBSERVE=1 counts without changing anything
(the baseline) and SSBS_ADAPTER_DEBUG=1 logs the fixes; both also count
signals that ARRIVE while a thread runs without SSBS, which shows
whether anything besides signal returns clears it. Checked on an ARM64
Linux kernel: a handler that clears SSBS left 4 of 5 later signals
arriving with it clear; with the adapter, 0 of 5.
* Force SSBS: a switch under the FEX preset in Steam settings
Steam settings > Games gets "Force SSBS" right under the FEX preset, off
unless turned on. Like the preset it goes into the game environment's
defaults (DROIDDECK_FORCE_SSBS=1), published at once and read by
droiddeck-game-env on the next game launch, so a game's own environment
can still set it to 0.
Measured on the device with the adapter's counters (AYANEO Pocket FIT,
DiRT 3 on GE-Proton11-7-aarch64): observing only, 8192 of 8277 signals
found the thread running without SSBS; with the adapter, none did - it
keeps the bit set everywhere Wine clears it, as a rebuilt ntdll would.
The speed-up itself is reported on Oryon cores and was not measurable on
the FIT's 8 Gen 3, hence off by default.
---------
Co-authored-by: The412Banner <[email protected]>
* Device details on the GPU card, and the Adreno model when the kernel leaves it out
The Components page called an AYANEO Pocket FIT (Adreno 750) "Adreno"
and warned it was "Below tested hardware (Adreno 725 and newer)": its
kernel names the GPU "Adreno33v2", GpuInfo wanted three digits, and the
SoC model is blank. When KGSL's name has no model, take it from the
phone's Vulkan driver (once this process has asked it) or from the
platform code name (pineapple -> 750, kalama -> 740, sun -> 830, ...).
The GPU card now opens with a tap or A onto the device's details,
gathered once off the main thread (DeviceInfo): SoC (maker, model,
platform, soc0 id), GPU (model and where it came from, the kernel's
name, clock, load, temperature, support), CPU clusters, memory, system,
the phone's own Vulkan driver - device, API, driver version and build,
conformance, limits, the extensions DXVK and VKD3D lean on, Android's
certified version and level - and the drivers DroidDeck uses. A button
copies it all for a bug report; each section takes pad focus so the
d-pad walks the list.
Vulkan is asked through a new small native library (deviceinfo,
vkinfo.c) that opens the system loader with dlopen and keeps nothing
open.
* Device details: the chip's model and name, CPU clusters, GPU clock range
Ideas from ClusterTune (GPL-2.0, its approach, not its code), which
tunes clocks on AYN, Retroid and other handhelds:
- The SoC model is read where vendors put it - ro.soc.model,
ro.vendor.qti.soc_model, Android's SOC_MODEL, ro.fota.platform (unless
it is a branch name like "MSM_13.0") - since handhelds often leave
Android's blank (Pocket FIT: SG8350P).
- SocNames names it: model codes we are sure of (QCS8550 -> Snapdragon
8 Gen 2, SM8750 -> Snapdragon 8 Elite, ...), else the platform as a
family (pineapple -> "Snapdragon 8 Gen 3 family"). The GPU card's
subtitle shows it: "Snapdragon 8 Gen 3 family (SG8350P)".
- CPU clusters come from the cpufreq policies (the cores each covers,
min-max speed) rather than grouping cores by top speed.
- GPU clock range from KGSL's step list, or a devfreq GPU node on
non-Adreno chips (Mali), not only the top clock.
* Device details: drop Qualcomm's own "Driver Build:" label from the driver build line
---------
Co-authored-by: The412Banner <[email protected]>
* Create values-zh-rCN
values language of Simplified Chinese
* Delete app/src/main/res/values-zh-rCN
* Add Korean,Japanese and Tranitional Chinese (zh-TW,zh-HK,zh-MO) translations
* Delete app/src/main/res/values/values-ko/strings.xml
* Create strings.xml
Add korean translate
* Add French translate
* Add Russian translate
* Fix French translate error
* Add the fr,ko,ja,ru in locales_config.xml
Fix French bulid error
* Overlap #234 and #259
---------
Co-authored-by: Kurt Himebauch <[email protected]>
On Android 16 phones (Galaxy S25 SM-S931B, SM-S948B, RedMagic NP05J)
every Firefox and LibreWolf tab dies at once: Firefox seals the size of
the shared memory it hands a tab, adding the seal fails there, Firefox
only warns, and the tab refuses the unsealed memory ("IPDL protocol
error: Shared memory PlatformHandle is not safe to map") and exits on
signal 11. The window opens; no page ever loads.
MOZ_SHM_NO_SEALS=1 is Firefox's own switch to skip the seals
(ipc/glue/SharedMemoryPlatform_posix.cpp). Set it beside the sandbox
switches in all three places a browser starts from: the desktop session,
AppImages, and Flatpak sandboxes.
Co-authored-by: The412Banner <[email protected]>
A game whose resolution differs from the screen's (DiRT 3 at 1280x720)
fights --force-windows-fullscreen: every forced resize makes it rebuild
its swapchain, and the picture flickers between its own size and the
screen's - often from the first menu, before the player can reach the
game's resolution setting. It also drove the Xwayland dma-buf leak fixed
separately.
The switch stays in Settings > Games and the session drawer, now off
unless turned on; its hint says when to turn it on (a game coming back
small or in a corner after switching apps, e.g. FlatOut) and when to
leave it off (flicker). Users who already set it keep their choice. The
session script's fallback when the app passes nothing is off as well.
Co-authored-by: The412Banner <[email protected]>
Close Zink's emulated GEM handles on KGSL (Xwayland dma-buf leak)
The session preload hands out GEM handles on the KGSL render node by
duplicating the dma-buf descriptor, and released them only through
drmCloseBufferHandle. Zink gives handles back with
drmIoctl(DRM_IOCTL_GEM_CLOSE) instead, which KGSL refuses, so every
duplicated descriptor stayed open and kept its buffer alive.
Xwayland asks for a handle for each buffer it imports through gbm. With
"Force game windows fullscreen" fighting a game's own resolution
(DiRT 3 at 1280x720), the game recreates its swapchain many times a
second and Xwayland piled up ~2,000 old swapchain images (6+ GB) in
seconds until Android killed the session. A preload trace on the device
put 2,090 of 2,118 open dma-buf descriptors in Xwayland on
drmPrimeFDToHandle called from Zink.
Handle GEM_CLOSE on the KGSL node in drmIoctl, and check the three DRM
symbols are exported in CI.
Co-authored-by: The412Banner <[email protected]>
- #166: export the fake-input ring paths with the spelling the session tree is bound under
(Context.getFilesDir(), /data/user/0/...) instead of the canonical path. Where /data/user/0
resolves to /data/data (ColorOS 16) the guest has nothing bound at the canonical prefix, so
libfakeinput could not open the rings and every pad, physical and on-screen, was dead. The ring
path logic moves to FakeInputRingPaths so it can be unit-tested without the native library.
- #219: play a game's rumble on the physical controller that last drove the pad, when Android
exposes its motors (strong and weak separately on Android 12+), and fall back to the device's
vibrator for the on-screen pad or a controller without rumble. PadBridge records the active
controller; the on-screen pad taking over moves rumble back to the phone.
- #153: when a program takes a pointer lock (a mouse-look game through gamescope), capture a
physical mouse and send its raw deltas as relative motion, so the camera no longer stops where
Android's pointer meets the screen edge. Capture is released for the drawer, the PC keyboard,
picture in picture, focus loss and pause, and when the lock ends.
* Clarify display sizing, game fit and scaling controls
* Replace aspect and resolution controls with one dimension menu
* Organize Steam session settings into tabs
* Keep session resolution out of the live controls panel
* Group live session controls and add a conditional second-screen tab
* Refine session sliders, tab icons and contextual controls
* Simplify screen effects with presets and collapsed advanced controls
* Give in-session tab icons more spacing
* Center the loading cancel button glyph
A client stopped part way through updating itself can be left unable to
draw anything. Its files and our install stamp are still on disk, so the
installer never looked at it again and every session sat on "Waiting for
Steam" with nothing retried.
The session now adds a line to package/droiddeck-unconfirmed each time it
starts the client, and the app removes the file on the client's first
frame. After two starts in a row with nothing shown, the installer:
- drops Steam's update manifests, the stamp, .crash and steam.pid
- deletes package zips whose sha1 no longer matches their name
- downloads the client again over the old one
steamapps, config and userdata are left alone. An automatic repair runs
once per failure, until a start is seen again.
The Steam page's Client settings get a "Repair Steam client" item that
queues the same repair for the next start. The request is only cleared
once the download completes, so an interrupted repair is retried.
The client runs in Steam Deck mode, where a title's "Default" is not the
"0" mapping but Valve's own pick for it: the Steam Deck compatibility
recommended_runtime (proton-stable, a pinned Proton, or native for the
Steam Linux Runtime) or an app_mappings entry in the SteamPlay manifests.
A title the session had not mapped yet - not installed, or installed
while the client was running on a build without the live helper - showed
"Default (Proton Stable)" and launched with a Proton that cannot run
here.
Every playable Windows title in the appinfo cache with such a pick is now
mapped to the default tool up front, before the client starts and in the
live helper, the same way installed titles are. A runnable tool the user
picks for one of them is kept, and they follow a change of the default.
In the Valheim and PEAK runs esync used the least CPU per frame. fsync
stays available, and esync still hands a Proton build without a pack to
droiddeck-fsync until its pack is published. A sync someone already picked
is kept.
* Make the Compatible Proton ARM64 the default and label compatible builds
The CompatToolMapping "0" default always points at DroidDeck's Proton
ARM64 tool, and per-game picks of adopted GE/CachyOS builds are kept,
including when the shortcuts writer remaps.
The tool is named after the Proton build it runs, Proton Experimental
ARM64 (Compatible), or Proton 11.0 ARM64 (Compatible) once that newer build
is installed. Adopted builds carry the same Compatible mark, read from a
string resource the app stages into the runtime, and the Proton page
explains which builds have the prefix fixes.
The registrar is renamed steam-compatibility and the tool
droiddeck-proton-arm64. Existing installs migrate on the next session: the
old tool directory is removed, every mapping that named it moves to the new
tool, and the retired bannerlator-steam-compat script is removed from the
runtime. CI and local packaging include the renamed script.
* Drop the duplicate R import left by merging main
* Add userspace ntsync for Proton on Android
Android kernels have no /dev/ntsync and its app policy refuses futex_waitv,
so every Proton 11 build here fell back to wineserver for every wait.
libblsession now serves /dev/ntsync itself: wineserver opens a memfd region,
each sync object is a timerfd that carries its slot, and the kernel ntsync
ioctls are answered in shared memory with futexes, following the kernel
driver's wake order. Valve's Proton Experimental ARM64, GE-Proton and
proton-cachyos use it unchanged.
Locks record their owner so a killed process cannot wedge the others,
signals are held off inside each critical section, dead processes and
exiting threads are swept, and object lifetimes follow close, dup2, dup3,
close_range and received descriptors.
Fast sync is on by default under Performance > Session fixes, and
PROTON_NO_NTSYNC=1 turns it off per game.
* Add droiddeck-esync as the default sync for Proton on Android
Without a kernel ntsync driver, Proton 11 builds here fell back to
wineserver for every wait. droiddeck-esync brings eventfd and shared-memory
sync to the exact Proton build a game runs on: a pack holds that build's
ntdll.so and wineserver with the patch series in tools/droiddeck-esync
applied, and the guest runs Proton from a shadow tree that links the stock
tool and swaps in those two files. A wineserver from a pack still prefers
/dev/ntsync when a kernel driver or droiddeck-ntsync is there.
Packs are built in Valve's SDK image from each release's own wine source
(Proton Experimental ARM64 tags, GE-Proton and proton-cachyos releases); the
control build must reproduce the release binaries byte for byte, and a
signed index lists the packs. The APK bundles the packs pinned in
release.env, the app fetches newer ones, and Steam's compatibility tool
picks the pack for each Proton build, so new Proton releases get packs
without an app update.
The ntdll side reads, writes and polls its eventfds with raw system calls,
so the guest's LD_PRELOAD wrappers stay out of the sync path. The server
abandons a mutex once a thread killed by TerminateThread has really exited
and when its process dies, and a mutex's owner and recursion count change
in one atomic step, so a killed owner cannot touch the next owner's count.
droiddeck-esync is on by default and PROTON_NO_ESYNC=1 turns it off per
game; droiddeck-ntsync, the userspace ntsync, is now an opt-in toggle.
* Watch Valve's Proton releases and build droiddeck-esync packs for them
A scheduled workflow reads the Proton ARM64 builds Steam ships (anonymous
steamcmd app info) and the upstream source tags, compares them with the
previous watch state and starts the pack build for any build that has no
pack yet. The pack build applies the patch series with --fuzz=0 and runs a
smoke test of each new pack against the esstress suite before it is
published.
* Add droiddeck-fsync, keep Steam and the app on one Proton, fix DirectAudio
droiddeck-fsync: libblsession answers futex_waitv(2), which the app
sandbox refuses, in userspace, so Proton's own fsync runs on the stock
Proton files with no pack. Waiters register the words they wait on in a
table beside the fsync shared memory and sleep on a futex of their own;
FUTEX_WAKE on the fsync memory wakes the registered waiters. Slots carry
one owner word that the sweeper and the owner claim with a CAS, and the
mapping table is rebuilt under a lock held across the real munmap, so a
reused address or a recycled slot cannot lose a waiter. It stands in for
a Proton build without a pack (droiddeck-ntsync where fsync is off), takes
over for games with esync off, and the "droiddeck-fsync first" toggle
(BL_FSYNC_FIRST, also per game) puts it ahead of the packs. The games
Proton keeps off fsync and esync never get it. A launch into a prefix
whose wineserver is still running keeps that server's sync choice.
One Proton for Steam and the app: the Components page's Proton is the
default Steam uses, applied live through the client while Steam runs
(droiddeck-steam-compat) and at the next start otherwise; a choice made in
Steam's menu comes back to the app. Requests are ordered by a sequence that
never goes backwards, and the page no longer jumps back to the default
after a swap or restore.
DirectAudio: the wrapper wrote the driver key with its backslashes
stripped, so no game ever used DirectAudio. Wine 11 also loads a builtin
only from the prefix, so the driver is now linked into system32 and
syswow64 before "directaudio,pulse" is selected; mmdevapi falls back to
winepulse whenever DirectAudio cannot start.
* Pick esync, ntsync or fsync from the Steam settings' Games group
A three-way tab row above the FEX preset sets the sync Proton games use. It
writes the existing switches together (droiddeck-ntsync, droiddeck-fsync
first, droiddeck-esync), so the Performance toggles and the tabs always agree,
starts on esync and keeps the choice until it is changed again.
* Make droiddeck-fsync the default sync for Proton games
A fresh install, or one that never picked a sync, starts on fsync; a choice made
in the Steam settings' Games group still sticks. Games Proton keeps off fsync
still fall back to droiddeck-esync.
* Add wineserver to the Wine sync tabs and order them ntsync, fsync, esync, wineserver
wineserver turns every in-process sync off so games wait through wineserver;
picking any other tab turns sync back on. The tabs shrink to fit a narrow pane.
* Shorten the Wine sync description
* Answer openat2 and execveat for FEX in the session preload
FEX opens every file of its x86 rootfs with openat2(RESOLVE_IN_ROOT) and
only falls back to the host path on EXDEV. Under proot on Android openat2
answers ENOSYS, so each lookup of an x86 library silently went to the host
and missed. The exported syscall() now turns openat2 into openat once the
real call reports ENOSYS: RESOLVE_IN_ROOT paths are taken relative to the
root fd (FEX has already resolved the links inside the rootfs), and an
absolute path under RESOLVE_BENEATH fails with EXDEV as the kernel would.
execveat with an absolute path, or relative to AT_FDCWD, and without
AT_EMPTY_PATH or AT_SYMLINK_NOFOLLOW, is plain execve; it is sent as such
because proot refuses execveat with a directory fd, which FEX uses when it
re-executes itself for a child x86 program.
* Run x86 Linux games and programs through FEX
Steam: Linux-only titles that have no ARM64 build (from the client's
appinfo cache: type game, demo, application or beta) are mapped to a new
compatibility tool, droiddeck-fex ("Linux x86 (FEX)", linux to linux,
no required runtime). Valve's own "fex" tool needs pressure-vessel, which
cannot run under proot, so a mapping to it or to a Steam Linux Runtime is
replaced; any other pick the user made stays. Titles that also ship for
Windows stay on Proton. When such a title is installed and FEX or the
sniper runtime is missing, the client is asked to install them.
droiddeck-fex runs the program under the FEX that Steam installs (app
3127680), with Steam Linux Runtime 3.0 (sniper, app 1628350) as the x86
rootfs:
- the sniper platform is linked in place from its usr-mtree (relative
links only, files/usr -> .), once per runtime version;
- the x86_64 and i386 builds of libblsession and libfakeinput go into the
runtime's lib/<triplet>/droiddeck and its etc/ld.so.preload, mirroring
the session's own list, so x86 programs get the pads and the session
fixes (FEX passes their system calls straight to the kernel, so the
ARM64 preloads cannot reach them);
- Config.json sets RootFS and the GL and Vulkan thunks, so x86 games draw
with the device's Turnip and Mesa;
- the FEX preset and the game's own environment from the Steam settings
apply, and ARM64 entries are dropped from LD_PRELOAD/LD_LIBRARY_PATH.
It also links ~/.steam/sdk64 and sdk32 to the client's x86 steamclient
when the client has one and nothing is there yet.
Desktop: x86_64 and i386 AppImages can be imported now; they unpack
through FEX (or unsquashfs) and record their architecture. Scripts,
AppImages and programs started in a run session use FEX automatically
when they are x86, and each added app has a "Use FEX" Auto/On/Off choice
in its edit dialog. The launchers' "still running" checks also look at
FEX processes, whose exe is FEX rather than the program. A GitHub release
without an ARM64 AppImage falls back to its x86_64 one. Decky's x86
loader starts through droiddeck-fex instead of the fex-mesa rootfs path,
which no runtime ships.
The x86 preloads are built against glibc 2.31 (Debian 11) so they load
in sniper: tools/linuxfs/build-x86-preloads.sh, run in CI and by
build_local.sh. fakeinput's stat hooks fall back to __xstat on a glibc
without a stat export, and mmap64 takes off64_t for the i386 build.
* Keep a FEX unixlib from outliving its DLL
A FEX package or original bundle without the aarch64-unix helpers left
the previous version's libarm64ecfex.so / libwow64fex.so in the Proton,
so the new DLLs loaded a unixlib built for another FEX. A swap now removes
the helpers the package does not carry; FEX then runs DLL-only, which it
already falls back to when Wine cannot load the unixlib.
* Fix the Wine sync choices an audit found
- wineserver tab: it passed Proton's environment through, so a build with
esync built in (GE, cachyos) still ran esync and a kernel ntsync would
still be used. It now sets PROTON_NO_ESYNC, PROTON_NO_FSYNC and
PROTON_NO_NTSYNC (unless the game's own environment sets them).
- ntsync tab: a Proton whose wineserver has no /dev/ntsync client got
wineserver-only sync although fsync would work. The hash cache records
whether the wineserver has one; without it the launch goes to
droiddeck-fsync, and no stand-in or pack turns droiddeck-ntsync on.
- A build with esync built in returned before the per-game fallbacks, so
a game that turns esync off ran with no in-process sync. It now gets
droiddeck-fsync, or droiddeck-ntsync where fsync is off too.
- When a pack's proton cannot start and the stock one is used, or the
selection fails, the prefix's record now says stock, so a second
launch into the same running prefix no longer picks the pack's ntdll.
- droiddeck-fsync: its mutex is held across fork and re-made in the
child, a closed or replaced shm fd is forgotten (close, dup2, dup3,
close_range, closefrom), and a waiter woken while it was leaving on a
timeout or signal reports the wake instead of losing it.
- BL_SYNC_MIN_NOFILE applies per game to every verb, debug logs carry
prefixes.json, the device report names the chosen sync instead of the
three raw switches, and PATCHES.md and the proot notes describe the
selector, the fsync default and droiddeck-fsync's futex_waitv.
* Name the runtime's scripts and files droiddeck, migrating old installs
The guest scripts are droiddeck-* now (droiddeck-session and the other 19),
as are the files the app and scripts generate (etc/droiddeck, the network
state files, the components dir, the Steam install stamp, the redist marker,
the extra-Proton wrapper and backups) and the compositor's own names
(libdroiddeckwayland, droiddeck_* sources, DROIDDECK_* switches, the
wl_output and seat names).
Installed runtimes carry on: LegacyNames moves etc/bannerlator and
share/bannerlator over and leaves relative links at the old paths before
every proot command, turns any old script into a link to its new name,
moves the generated files and points menu entries at the new scripts.
The session scripts and steam-compatibility move their markers on first
use, the components dir's desired.tsv is rewritten with it, and the
runtime counts as installed under either session script.
Kept: the banner_ahb_v1/banner_desktop_v1 wire names and BANNER_AUDIO_DIRECT
(read by prebuilt Turnip and Wine builds), Banners-Turnip and other
third-party names, BL_* switches, libblsession, and credits to Bannerlator.
* Unpack x86 AppImages without FEX, then ask Steam for FEX
Importing an x86 AppImage failed when FEX was not installed yet ("needs FEX
to unpack and no unsquashfs is installed"). AppImages now unpack with
uruntime (VHSgunzo, MIT, v0.8.1 aarch64, pinned by sha256 and shipped
unmodified with its licence), which reads SquashFS and DwarFS images of any
architecture natively. FEX's own --appimage-extract and unsquashfs stay as
fallbacks, and an ARM64 image whose own runtime cannot unpack it goes the
same way.
An x86 import with FEX missing records that FEX is wanted, so the next
Steam session requests FEX and the Steam Linux Runtime, and the program's
page says FEX is not set up yet and how to get it.
* Run Vulkan Qt Quick AppImages on Wayland
OpenNOW (Qt 6.8, Qt Quick on Vulkan) closed within two seconds in a run
mode. The session sends toolkits to gamescope's Xwayland, and Qt's xcb
backend only presents with Vulkan when Mesa's X11 WSI does, which needs
DRI3; Xwayland on KGSL has none, so Qt found no queue that can present and
aborted ("Failed to create RHI").
An AppImage that bundles Qt Quick, the Vulkan loader and Qt's Wayland
plugin now runs on gamescope's Wayland socket (the desktop's, outside
gamescope), where Turnip presents as it does for games, with Qt's xcb
backend as the fallback. SDL_VIDEODRIVER and XDG_SESSION_TYPE follow, so
helpers that pick their window system from them (OpenNOW's streamer) agree
with Qt. Everything else stays on X11; a qt file in the app's directory
(wayland or xcb) overrides the choice.
* Keep gamescope's WSI layer away from Qt apps on its Wayland socket
OpenNOW still closed at once: its FFmpeg (the Raspberry Pi fork, libavutil
61) creates its Vulkan queues internally synchronized whenever the driver
offers VK_KHR_internally_synchronized_queues, which DD-Turnip does. The
gamescope WSI layer registers every queue of a new device through
vkGetDeviceQueue, which only returns queues created without flags, so it
got VK_NULL_HANDLE and vkroots aborted on assert(obj) before Qt opened a
window.
Programs that draw on gamescope's Wayland socket do not need the layer,
which only carries X11 windows past Xwayland, so it is turned off for
them. OpenNOW bundles no Vulkan loader (it reaches Vulkan through Qt and
dlopen), so a binary that uses QVulkanInstance counts as a Vulkan app too,
and a Qt Quick app left on X11 says why in the session log.
* Keep the end of the session log, and say when FEX is missing
The session sends its output through head -c into session.log. head
writes through stdio, so it held up to 4 KB that proot's --kill-on-exit
threw away when the guest ended: every log stopped mid-line at a 4096-byte
boundary, losing exactly the lines that say why a program quit (an x86
AppImage's "x86 Linux programs need FEX" among them). dd writes each read
as it comes and keeps the same cap.
A run mode always ends with status 0 (gamescope does not pass its child's
on), so a program that could not start just closed. When the log says FEX
is missing, the ended screen now says so and how to get it.
The app reads FEX's readiness from status.json, which only a launch or an
import wrote, so it still said "not set up" after Steam installed FEX.
droiddeck-fex status rewrites it, and a Steam session ends with it while
FEX is wanted. FEX is also looked for at the tool's root and under files/,
and a tool folder without it lists what it holds.
* Let FEX and its runtime install runnable on an SD card library
A Steam library on shared storage loses the executable bits, so native
tools are staged in private directories bound over it; only Proton and
SteamLinuxRuntime folders were. FEX (3127680) installed there could never
run, droiddeck-fex saw no FEX and kept asking Steam for it. FEX and the
sniper runtime (1628350) now get private directories from their first
download, whatever their install folder is called.
* Keep fsync off in the pack smoke test
A runner whose kernel allows futex_waitv started stock Proton with fsync,
so the server-side baseline never said what the test waits for and every
pack was waved through as untestable; the esync run would have measured
fsync too.
* Judge a pack against stock's own esstress failures
Stock Proton fails esstress's dup wait all under server-side sync as well
(a Wine bug, seen on the phone too), and any stock failure made the test
call the runner unusable. A pack now fails only when it crashes, hangs or
fails a check stock passes.
* Ask Steam for FEX and its runtime one at a time
Both steam://install requests were started together, and the running client
took only the first: FEX installed, the sniper runtime FEX needs never did.
Each request now waits for the client to take it before the next.
* Bundle the first published droiddeck-esync packs in the apk
* Log how an x86 program under FEX ends
FEX keeps its own errors quiet unless asked, so a program it could not run
left nothing in the session log. Its log now goes to stderr, and the AppImage
launcher records the program's exit status or the signal that ended it.
* Show the log a failed AppImage program wrote
Programs like Eden stop themselves on a failed check and say why only in
their own log under the home folder. When the program ends badly, the end of
any log it wrote during the run is copied into the session log.
* Report where an x86 program under FEX hit an illegal instruction
A tiny x86_64 preload, built without libc, catches SIGILL and writes the
address, the instruction bytes and the mapping they belong to before the
program dies as it would have. droiddeck-fex preloads it into x86_64 programs.
* Load the fault reporter from the x86 runtime
Programs under FEX look libraries up in the x86 runtime, so the reporter is
copied there with the other preloads and named by its path inside it.
* Hand FEX its x86 runtime and thunks through the environment
Valve's FEX runs portable and reads its config beside itself, so the
Config.json droiddeck-fex writes was not seen: programs ran without the
runtime. The runtime, thunk libraries and thunk list now also go in FEX's
own environment variables, and each launch says what it was given.
* Use the sync pack built for the installed Proton release
Some Proton releases ship byte-identical ntdll.so and wineserver (Valve
11.0-2b/2c, CachyOS 0702/0703), so a pack built for a newer release
matched an older install exactly and the older install never fetched its
own pack. A pack from a newer release no longer counts as an exact match;
among matches the one built for the installed version wins, then rev.
The app ranks the pack a tool already uses the same way and only fetches
a pack that ranks higher, reads the release epoch from tools.tsv and
refetches when tools.tsv changes. A prefix whose server is still running
re-checks its recorded pack on waitforexitandrun and starts fresh when a
better one now applies.
* Keep published sync packs and revocations consistent
The publish step never replaces a pack that has an entry beside it; a
pack left without its entry by an interrupted run is replaced so the
build stops repeating. Discovery counts revocations the signed index does
not show yet, including superseded packs only the flavor releases list,
so the index is signed again. The release watch always builds every
flavor.
* Fetch the droiddeck-esync packs from DroidDeck-Components
The packs, the signed index and the apk bundle now live in the releases
of Droid-Deck/DroidDeck-Components, together with the pipeline that
builds them, so this repository keeps only the app and the guest code
that consumes them. The app's index and asset URLs point there,
release.env names the repository its bundle comes from, and the apk
builds drop bundled packs that the published index revokes.
* Stop the apk build when the published sync index cannot be read
* Ask Steam for one FEX dependency at a time
The client shows a confirmation dialog for each steam://install, and a
second request replaces the first dialog, so FEX was never installed
when the runtime was requested right after it. The next dependency is
now requested once the previous one has an app manifest.
* Use generic names in the AppImage test fixtures
* Give x86-64 apps under FEX the Vulkan thunk
Apps that bring their own glibc and Vulkan loader skipped FEX's thunk
overlay and loaded their bundled desktop Mesa drivers, which crash on the
phone's GPU during Vulkan setup. droiddeck-fex now adds an x86-64 audit
module when a program's bundled glibc and libstdc++ meet the thunk's
version needs. The module sends libvulkan.so.1 lookups to a nodelete stub
that needs FEX's thunk path. That keeps the thunk mapped when an app
unloads Vulkan and loads it again, since FEX keeps its first trampoline
links and the old addresses get reused.
The fault reporter now restores the default action before re-raising,
because FEX ignores SA_RESETHAND and the handler looped.
Builds esync packs for new Valve, GE and CachyOS Proton 11 releases on arm64
runners, smoke-tests them against stock with esstress, and on main publishes
each pack and a signed index as non-latest releases. A watcher checks Steam
and the GE/CachyOS releases every 20 minutes and starts a build for new ones.
The app side lands separately with feat/userspace-esync-ntsync.
* Fix runtime removal races and show removal progress
* Bootstrap Steam from the selected client channel
* Show runtime progress below its Setup row
* Always stage current session helpers and verify APK assets
* Initialize Steam UI scale once using the handheld default
The wall waited about a second and a half for the game list on every start: Steam's own
manifests are quick, but the added games' folder walk and art lookups are not. The last list
is now kept in the app's files (LibraryCache) and shown before the first frame, and the fresh
one replaces it in a single update. The wall's order is fixed (last played, then game ID), so
the same games always land in the same capsules and the refresh moves nothing. The added-games
scan on every resume also leaves the main thread, which it stalled for most of a second.
Backing out of the loading screen, closing the ended screen and the session ending on its own
used the slide-down card exit. Now, while the session is on screen, the blue spreads out of
the throbber's ball (the middle of the screen once a game is up) until it covers the screen,
and the front end opens on it and draws it back into the button the session came from, as it
already did after the drawer's Stop. A retry, a session closing off screen and animations off
still close at once; a timeout closes it should the flood never run.
All string resources get a Spanish translation except brand names and strings that are only a
format. The app declares English and Spanish in a locale config, so it is offered in Android's
per-app language setting and follows the system language otherwise. Short rail labels keep
to the rail's width (Configuración, Actualizar).
It was drawn with the current selection, so leaving it for another rail item turned the
outgoing page into a copy of the new one for a few frames, which then faded out before the
real page rose in: a flash and a dip moving from Games to Steam.
Opened with a pad, the editor and its variable dialog put focus on their first control; as
windows of their own they otherwise gave the pad nothing to move from. On/off variables pick
from their two values in the same dropdown as other choices instead of a switch. App dialogs
keep the page's focus ring out of sight behind them. The footer's Add variable button only
appears once the settings are loaded: drawn disabled first, it came up without its box.
The settings row gets a one-line hint and the same secondary button as every other row. The
editor moves from a stock Material alert, with a paragraph of explanation and a column of text
buttons, into the app's dialog: a profile chip with its menu, the variables in a panel with
each one's value as a chip whose menu changes, removes or restores it, and a footer to add a
variable, reset the profile or finish. Editing a variable uses the same dialog, its name and
value as chips or the app's text fields, and the variable's note in the footer.
LB, RB or a tab now start focus at the top of the new page instead of wherever it was last
left on that page; closing a menu or reopening the drawer still returns to where it was. On
Settings the top option is Android apps when DroidDeck is the Home app.
The ring fills in as it pinches to a dot, crosses as one round dot on a timed ease with no
stretch, and opens into the control as it gets there instead of settling as a circle first.
- A held direction runs the ring along as one piece and keeps its speed between steps;
restarting each edge from rest (and the trailing edge's delay) made it stutter.
- A jump of more than 360dp pinches the ring to a drop, carries it over and opens it onto
the new control instead of stretching a box across the screen.
- The ring keeps out of launch, stop and return floods (RingVeil) and appears on the
focused control once they are done.
- Leaving a page by moving along the rail no longer pulls focus into the new pane; only
backing out of a page hands focus to the control it was opened from.
- Selection is a radio dot or a tick, never a ring: the Updates channels and test builds,
the GPU modes and driver pairs, the Games list and suggested app icons lose their
persistent rings, and the GPU cards use the sliding ring for focus like everything else.
The cog's tile stretches over the pane on the same loose springs as Play, far edges first and
blobby in flight, while the page behind sinks; the settings rise in once it is covered. Back
draws the tile down into the cog on critically damped springs. The focus ring stays out of
it and appears on the focused control once the motion is done, replacing the ring riding the
edge of a stretching box.
The bloom is now the opening control's own rounded box stretching out to the pane, not a
circle. With a controller the focus ring rides its edge out to the pane's frame and springs
in onto the page's first control; on Back it rides the box back into the control, which
takes focus again. By touch, with no ring up, the bloom traces the same edge itself.
Closing a page used to leave focus on the page while it animated out, so nothing took it
back afterwards.
The page grows from the cog as a filled disc with an accent rim and folds back into it on
Back, while the pane under it sinks and returns. Pages also keep drawing while they leave
instead of falling back to the missing-page note for a frame.
Opening the settings no longer scans the added-games folders, reads the driver files and the
storage volumes on the main thread first: the page opens at once and those land while it
animates in.
Compose already scales its animation clock by the system animator duration
scale, so Motion.tw no longer multiplies durations a second time; Motion.ms
stays for coroutine delays. The drawer tabs, launch flood and the default-spec
expand/fade transitions now go through Motion, keeping their current speeds.
* Add your own apps to the Desktop page
An Add tile on Desktop takes a .sh script, an AppImage, a GitHub repo
(newest ARM64 AppImage release) or a Flatpak ID, with an optional name
and icon. Script folders are linked into the session, or copied when
they hold Linux programs (shared storage is noexec); folders outside
internal storage are bound at their own path.
Each app's page opens it under gamescope, edits its name and icon (with
icons suggested from its GitHub repo), checks a GitHub app for a newer
release and updates it in place, or removes it. Replaces the beta
AppImages section.
* Put Add at the end of the installable emulators
Installed emulators and added apps keep the top section, shown once there is one. Add closes the installable grid, or the installed one when nothing is left to install.
* Import DwarFS AppImages and their SVG icons
uruntime images built with sharun keep one program under several names
as hard links, which Android denies apps, so dwarfsextract aborted. The
extraction runs with proot's link2symlink, and each linked name becomes
a file of its own afterwards; their AppDir is followed through the
squashfs-root link.
An image's icon is a PNG of at least 128 px from the name its entry
gives, else its SVG (drawn with AndroidSVG), else the largest PNG, else
.DirIcon.
* Give AppImages the session's pads
sharun images start the app through their own ld.so, patched not to read
/etc/ld.so.preload, and drop LD_PRELOAD unless allowed, so the app never
loaded libfakeinput and saw no controller. The launcher now hands the
preload list over in LD_PRELOAD with SHARUN_ALLOW_LD_PRELOAD set.
Pad defaults also put Player 1 on the controller for yuzu-family
emulators, once, while it is still on the keyboard.
* Redesign the Add and Edit app dialogs
Source and appearance sit in two panels side by side, with a live
preview of the Desktop tile. A disabled primary button keeps an outline
so it still reads as a button.
The drawer's Display page gets the same Upscaler and Upscaler sharpness
choices as the session settings. A pick is saved and handed straight to
the compositor, so it takes effect on the next frame without restarting
the session.
The Wayland compositor already carries the X11 renderer's spatial
upscalers (effects_chain.c: FSR 1 EASU+RCAS, Snapdragon GSR and its
quality variant, NIS, RCAS sharpen) behind
WaylandCompositor.nativeSetUpscaler / nativeSetUpscaleSharpness, but
nothing calls them since the Winlator-era drawer was removed, so the
scene is always enlarged to the panel with a plain linear blit.
Add "Upscaler" and "Upscaler sharpness" to the session page's Display
group (off by default, 75%), stored in SessionPrefs and applied next to
nativeSetScaleMode when the session's surface is set up. The choice is
also listed in device.txt.
With frame generation on, a scene drawn for another window (Steam's
overlay) went into the engine as a game frame. Adaptive counted it as
source rate and planned against that (36 base for a game capped at 30),
and a fixed multiplier gave it present slots while game frames were
dropped (26 -> 51 at 2x). Such a change now waits for the game's next
frame.
The HUD's base rate is the game window's own frames, as Steam's overlay
counts them, instead of the compositor's scene rate.
Preload library answers stat/open/access/readlink in-process via a
trampoline page proot 0014 lets through seccomp. On by default with a
Performance toggle; also sets GLIBC_TUNABLES rseq=0 and malloc top_pad.
* fix: carry the installed Steam build into imported games so Steam stops re-verifying them
A second-library game downloaded by WinNative was registered with a bare
manifest (no buildid or InstalledDepots), so Steam treated it as build 0 and
verified all ~92 GB of Final Fantasy XV through proot. Reuse WinNative's
.winnative-steam manifest, or a completed .DepotDownloader/depot.config, so
Steam only fetches what changed since the recorded build.
* fix: give queued Steam fresh installs of imported games the recorded build
Steam rewrites a bare import manifest into a fresh install at build 0
before downloading anything. While nothing is downloaded or staged, the
WinNative build is still safe to carry over, so Steam skips the full
re-download (FF7 Remake was queued for 98 GB this way).
* fix: mount the game storage at /mnt/droiddeck-sd
The second library was bound at /mnt/bannerlator-sd, a name left from the
Bannerlator port, which is what Steam shows in its paths and errors. Bind
it at /mnt/droiddeck-sd, keep the old path as an alias for links and
prefixes that still name it, move Steam's library entry in place, re-point
import links, read ownership snapshots taken under the old path, and key
added-game shortcut ids by the old path so their prefixes stay put.
* fix: restart Steam once when owned added games are confirmed
On a fresh install the importer runs before any ownership snapshot exists,
so every added game became a non-Steam shortcut and stayed one until the
client happened to restart. Once the watcher confirms owned titles that are
not imported, it asks the session for one restart, while no game runs and
no download is in progress, and the importer turns them into Steam entries.
* feat: pick GPU drivers as matched pairs, set automatically for the device's GPU
* DD-Turnip Driver Support (#106)
---------
Co-authored-by: MaxsTechReview <[email protected]>
* perf: answer Turnip's zero-timeout KGSL timestamp polls without blocking
Turnip polls a timeline point with IOCTL_KGSL_DEVICE_WAITTIMESTAMP_CTXTID
and a timeout of 0, which KGSL reads as wait forever; Mesa does it under
a lock on every signalling submit, so vkd3d-proton, DXVK, gamescope and
Zink ran in lock-step with the GPU. The session preload now answers
those polls from the context's retired timestamp and passes everything
else to the kernel. Bannerlator measured a D3D12 demo at 614 -> 4335 fps
with the same answer in its Vulkan adapter. BL_NO_KGSL_POLL_FIX=1 turns
it off.
* perf: frame limiter, live panel refresh, opt-in GPU clock pin, cheaper cursor sync
- A per-mode frame limit (Steam and desktop settings, off by default):
gamescope's -r, the compositor's buffer-release pacer, the display
layer's frame-rate vote and a panel mode the cap divides evenly, as
WinNative's per-shortcut limit does. BL_FPS was always 0 and the
pacer's limit was never set.
- The compositor follows the panel's refresh rate when it changes
mid-session instead of reporting the rate read at start. (WinNative.)
- Performance > GPU: hold the Adreno clock at its top through KGSL's
power-control property, no root (Bannerlator's PerfGpuTurbo). Off by
default; cleared when the session stops and at the next app start if
a killed process left it set.
- The cursor image is copied across JNI only when its serial changes,
not on every pointer move.
* perf: stop re-seeding every prefix every 5 s, and run the library helpers only on change
- bannerlator-seed-redists stamped its change check from a block that
carried the current time, so it never matched: every prefix had ~32
keys appended to system.reg on every beat. The stamp now comes from
the names; Proton's prefix template is seeded too (date kept), with
WinNative's built-in list until the client has the install scripts.
- The library beat runs the seeder every 15 s and steam-compat only
when a directory it reads has changed, or once a minute.
- The client-core pin reads /proc itself and runs taskset -a only for
new processes or ones that grew threads.
- The games watcher backs off after a failed ownership probe and does
not probe while a game runs.
- The Proton launcher runs the newest ARM64 depot by build number, and
PROTON_USE_PIPEWIRE defaults to 0. (WinNative.)
* perf: Mesa's database shader cache, and proot's tracer above the guest
- MESA_DISK_CACHE_DATABASE=1 for the session: the file cache opens a
file per lookup and opens and renames one per store, each a proot
stop; the database is opened once and used with pread/pwrite.
- proot's single tracer thread is raised to nice -6 (under the
compositor's -8) two seconds after it starts, so the first guest
process it forks keeps nice 0. setpriority() directly, not
Process.setThreadPriority, which would also move its cgroup.
* feat(lsfg): take Lossless Scaling from Steam by itself, import it once owned, rebuild on update
- Lossless.kt owns the DLL and its shader cache. The copy the Steam
client installs (runtime library or the card's) is taken by itself
and taken again when the client updates it (size/mtime stamp). The
DLL is copied in and built into a cache named after its SHA-256, so
a new DLL hands the compositor a new path; a build that fails keeps
the working cache. Builds are serialized.
- The Steam session asks the signed-in client once per session whether
the account owns app 993090 until the answer is yes, then records it
and the app stops asking (BL_LOSSLESS_OWNED). Once owned, the frame
generation menu offers "Import Lossless.dll…", on the main screen and
in the session drawer; an import stays until Steam's copy changes.
- The compositor restarts the LSFG engine when its cache path changes,
and a new engine selection clears an earlier start failure, so an
updated DLL or a retry no longer needs the app restarted.
- The HUD says when LSFG is waiting on Lossless Scaling instead of
"starting"; frame generation strings are resources.
- Removed LsfgNative's unused DLL variant and cache-match calls.
* Find Lossless.dll in added Games libraries too
* LSFG: 120, 90 and 60 fps targets alongside 2x-4x
The pacer's target-rate mode picks 0-3 generations per game frame. While it
is warm the input ring and shared chain follow every frame, so frames that
generate nothing don't leave the next one without history.
* Credit LSFG: Camille LaVey / Eden, ported to WinNative and DroidDeck by @maxjivi05
* LSFG: aim 0.1 fps under the target so output never passes the refresh rate
* feat: turn Deck mode on for new installs and add a performance overlay toggle
* feat: hide the session fps HUD where Deck mode's performance overlay runs
* feat: add an Updates page that installs Stable, Nightly or test builds in-app
* style: put update channels on the left and the build on one line
* style: make the update card read like a system updater
* feat: expand update notes, show the build beside the title, fit with button hints
* style: check for updates with the refresh icon Components uses
* feat: run Flatpak apps through a proot bwrap stand-in and add a Flathub store
* feat: give Flatpak apps the KGSL GPU, the controllers and a CPU LLVM can target
* feat: Flatpak games on the desktop, Store apps on the Desktop page, safer remove
* test: cover the sandbox planner and store helpers; docs: explain Flatpak on DroidDeck
* fix: keep controller focus through Store tabs and app pages; show progress per Flatpak step
* fix: let Chromium, Electron and Firefox Flatpaks start without their own sandboxes
* fix: fetch Flatpak's supporting libraries when the runtime lacks them
* fix: add Flathub without a download, log store commands, keep Electron apps on X11 under gamescope
* feat: import ARM64 AppImages from storage and run them from the Desktop page
* fix: report failed Flatpak installs as failures and deploy runtimes that ship a resolv.conf link
* fix: let Flatpak create its repo where Android denies hard links
* fix: point store commands at the current network's DNS
* fix: keep failed Flatpak extensions non-fatal, give Electron AppImages a bus, X11 and time to relaunch
* docs: AppImage import and what x86 apps would take
* feat: put the Flathub Store and AppImage import behind beta toggles in Setup
---------
Co-authored-by: MaxsTechReview <[email protected]>
The floppy disk beside the Steam cog and its Game saves page are gone. A game's
page now has Manage saves beside Proton prefix, a menu with Import saves (a
GameHub or Winlator zip, picked in the app's file picker; the saves there now are
backed up first), Export as GameHub zip, Export as Winlator zip (a folder picked
the same way) and Open save folder. The game's saves are looked for when the menu
opens. The Proton list and config.vdf reader only that page needed are removed.
A floppy disk beside the Steam page's cog opens a Game saves page, laid out like
Components: the Proton at the top (from the client's compatibility tools, with
bannerlator-proton-arm64 shown as Proton Experimental), the zip type beside it
(GameHub or Winlator, LB / RB turn it), and the games the client runs with that
Proton (CompatToolMapping, its default for the rest), each with Import and Export.
Import picks a zip in the app's file picker, backs up the game's steamuser profile
to Download/DroidDeck/Saves/backups, then unzips drive_c with any user folder but
Public renamed to steamuser, so GameHub and Winlator zips both land. Export finds
the save folders by name under the usual roots (Bannerlator's SaveLocator), or
takes the whole profile, and writes <Game>_<date>.zip to a folder picked the same
way, under steamuser (GameHub) or xuser (Winlator). Imports wait while a session
runs. Ported from Bannerlator's GameSaveBackup and SaveLocator.
* feat: stand in for /dev/uinput so Steam Input's virtual pads reach games
* feat: present the pad to the Steam client as a Steam Deck controller over hidraw
* docs: log the uinput stand-in and the Steam Deck controller
* feat: feed the handheld's gyro and accelerometer to the Steam Deck controller
* feat: let the Steam page choose between the Steam Deck controller and the Xbox 360 pad
* feat: Deck back grips and trackpads on the second screen
* fix: serialize ring teardown with its writers, fall back to the Xbox pad when the Deck cannot be set up, and read motion only for a Deck
* fix: keep the second screen's choice through sleep and bring it back on wake
The Steam menu is an overlay that takes input without changing gamescope's focus
window. A fullscreen wine game minimizes itself when it loses input, and gamescope
only takes a window out of iconic when the focus window changes, so after Resume
the game stayed minimized: a black screen with its caption in the top-left corner
(Titanfall 2 on GE-Proton 11, proven on device).
gamescope patch 0112 remembers the iconify request and puts the window back to
NormalState before input returns to it, then hands focus over again so wine
restores and activates it. The session script also asks gamescope to restore the
game once input comes back from the client (GAMESCOPE_RESTORE_FOCUS_WINDOW);
BL_RESTORE_ON_RESUME=0 turns that off.
* perf: cache pinned downloads, skip unchanged proot rebuilds, and wait out a Docker Desktop restart in the local build
* perf: skip xalia and gamescope realtime queues by default, add a realtime toggle, default the mic off
* fix: show the saved Steam Deck mode on the Steam page before Performance has been opened
The gamepad-cursor port queried the X pointer on every vblank, a
blocking round trip to Xwayland on the paint thread. With no cursor
image the position comes from wlserver as upstream; while the cursor is
hidden for inactivity X is asked every 50 ms. The realtime-queue comment
now says it is a no-op on KGSL Turnip.
The session's watchers slept with sleep(1) and read files with cat, an
exec each under proot; they now wait in bash itself. steam-compat
writes its tool, the adopted wrappers and config.vdf only when they
change, the games watcher probes ownership when its matches change or
every five minutes instead of every 30 s, and Proton no longer inherits
the client's steamrtarm64 library path.
A replaced buffer went straight back to a game with no frame limit, so a
MAILBOX/IMMEDIATE swapchain drew frames that were never shown; it now
comes back once per refresh as in WinNative. gamescope's -r and the
compositor read the rate of the mode the activity asked for rather than
the one the panel was still in, and the zero-copy layer votes it.
Sustained performance mode, which caps clocks on most power HALs, and
the ADPF session, which reported frame intervals as work, are gone.
fake_id0 (loaded by -i for Xwayland's set*id) now traces only the set*id
family and the xattr fixups when the ids given are proot's own, and the
seccomp filter traces ioctl only for the termios and FICLONE requests
proot rewrites. The faccessat2 and statx exit stops are dropped on
kernels that have the calls.
* fix: give the QAM chord a Guide lead that stretches with slow frames so A is not taken as a press
* fix: start the QAM Guide lead at 80 ms and stretch it only when frames are slow
* fix: set the QAM Guide lead minimum to 80 ms
* fix: use Android's 300 ms double-tap window for Back so the single-press action comes sooner
* fix: keep the 500 ms Back double-press window
* feat: pair wireless debugging from a notification for the child-process gate
* fix: pair over loopback, handle Android 12 and 14 child-process routes, use D logo for notifications
* fix: read the adb tls port directly before falling back to mdns
* fix: end pairing on the same notification so progress never lingers
On a foldable's inner panel (Galaxy Z Fold8: 2448x1848, ~4:3) gamescope
is started with the nested size equal to the output, so games are asked
for the panel's own shape. Many cannot do it and letterbox themselves,
and gamescope's scaler has nothing to stretch. "Stretch games to fill
the screen" only forces window size, so it does not help.
New Steam setting "Stretch 16:9 games to a narrower screen" (off by
default): bannerlator-session then gives games a 16:9 surface at the full
output height (-w) and adds -S stretch, so they render at a shape they
support and fill the panel with no bars and no crop. An output that is
already 16:9 or wider is left untouched. Passed as
BL_GAMESCOPE_STRETCH_16X9 and listed in device.txt.
0.2.0 hardcodes the proot utsname nodename to "DroidDeck". Steam sends
it as the machine name, so an install updated from an earlier build
(which reported Android's "localhost") shows up in Steam under a new
name, with the same machine-id and login. /etc/hostname cannot fix it
from inside: proot's -k override wins.
Add a "Host name" field (Performance > Session identity), stored in
SessionPrefs and passed to guestUtsname(). Only a valid RFC 1123 label
is saved; blank or invalid falls back to the old default, "DroidDeck",
so nothing changes for anyone who leaves it alone. The value is also
listed in device.txt.
DROIDDECK_CI_TOKEN never existed, so PR Release Publish skipped its
upload, and a personal token would expire and belong to one person. Both
workflows now mint a token of the org's DroidDeck CI Publisher app,
installed on DroidDeck-CI only with Contents: write (its ID in the
DROIDDECK_CI_APP_ID variable, its key in DROIDDECK_CI_APP_KEY). No
fallback: a main build without them fails its announce job.
Run artifacts need a GitHub sign-in to download. Each signed main build
is now also a prerelease main-<sha> of the public DroidDeck-CI (all
variants and their SHA-256s; the last 10 kept, PR releases untouched),
and the Discord post links its standard apk and the release. Without
DROIDDECK_CI_TOKEN the post links the run's artifacts as before.
A job after the signing of a main build posts to the Discord's builds
channel: the merged PR (or the commit), and a link to the run's signed
apks. The channel's webhook URL is the DISCORD_BUILDS_WEBHOOK secret;
without it the job posts nothing and passes.
A local build was signed with the testkey alone, which a release refuses
as an update ("signatures do not match"): testing on a device with a CI
build meant uninstalling it and losing its data first.
With an untracked .signing.env (RELEASE_KEYSTORE, RELEASE_STORE_PASSWORD,
RELEASE_KEY_ALIAS) in the checkout, or in the main checkout for a
worktree, build_local.sh finishes with tools/release/sign-apk.sh as CI's
main builds do, and the apk installs over a release. Without the file
nothing changes. DROIDDECK_SIGNING_ENV points at the file explicitly.
The desktop forced a software cursor (WLR_NO_HARDWARE_CURSORS=1) because
labwc's cursor never showed when handed to the app's compositor. With a
software cursor wlroots never scans out: every frame of a full-screen game
was composited by labwc first ("Direct scan-out disabled by software
cursor", 2284 times in one Adreno 825 report).
Why the cursor never showed: wlroots' Wayland backend attaches and commits
its cursor surface before wl_pointer.set_cursor gives it the cursor role,
and sets it again with nothing new committed each time the pointer enters.
The compositor released a role-less surface's buffer on commit, so the
cursor surface had no image by the time it became the cursor.
- A role-less surface's last buffer (cursor-sized only) is held until the
next commit; set_cursor publishes it, and a repeat set_cursor of the
surface already shown unhides its last image.
- A dma-buf cursor is read back after the client's implicit render fence,
as the zero-copy path waits for it.
- The desktop no longer forces a software cursor.
Device-tested on the AYN Thor (Adreno 740, 1920x1080): labwc's own cursor
is drawn, with its shapes (I-beam over a terminal); wlroots logs "Direct
scan-out enabled" for a full-screen glxgears. At the same 60 fps on screen
the GPU is 3.0 % busy against 4.6 % with the software cursor, both at
550 MHz.
main's build signed only the standard package, so the pubg, antutu and
ludashi variants existed only after a manual Release APKs run. The build job
now reads the variant list from tools/release/variants.txt, as release.yml
does, and main's signing job signs all of them.
KGSL's files and thermal zone names differ between Snapdragon generations.
Each value now takes the first source that exists, in the order GameNative
and the Winlator forks read them: GPU load from gpu_busy_percentage or
devfreq/gpu_load, GPU clock from devfreq/cur_freq or gpuclk, GPU temperature
from KGSL's temp, devfreq/temp or a zone whose sensor name has "gpu". CPU
zones are any whose name has "cpu" and not "gpu" (cpuss-0, cpu0-silver-usr,
apc1-cpu0-usr, ...), matched without regard to case.
mangoapp's VRAM figure on a Qualcomm driver comes only from the gpu_mem_total
trace event. The tracefs stand-in's event list now declares that event as
Android kernels do, and reading the stand-in's events answers with one
record carrying the total KGSL reports in /sys/class/kgsl/kgsl/page_alloc,
which every Adreno under Android has and the app can read.
Valve's mangoapp reads an Adreno GPU's load, clock and temperatures from the
paths of its own hardware, and the CPU temperature from thermal zones named as
mainline kernels name them. Every Adreno under Android keeps the GPU values in
KGSL's sysfs, readable by the app, and Android kernels name the CPU sensors
cpuss-N / cpu-N-M; the session binds each where mangoapp looks. Thermal zones
are found by sensor name, since their numbering differs per device, and
anything that cannot be found is left alone.
Three things kept Valve's mangoapp from drawing the overlay in a session:
- GLFW 3.4 takes XDG_SESSION_TYPE=wayland with WAYLAND_DISPLAY set as
Wayland-only, and mangoapp needs gamescope's X server; the wrapper sets
XDG_SESSION_TYPE=x11.
- On a Qualcomm display driver it opens a tracefs instance for the GPU memory
total and aborts when that fails, which it always does for an Android app.
The session preload now places the instance in an empty directory of its own
when the real one cannot be made.
- gamescope sends it each frame's timings through a System V message queue,
and Android kernels have no System V IPC. sysv.c now emulates the queue
operations gamescope and mangoapp use, beside its semaphores and shared
memory.
The Quick Access menu's performance overlay toggle and level slider stayed
greyed out: the client exposes SteamClient.System.Perf only with -steamos3,
which SteamOS and Armada pass alongside -steamdeck. Deck mode now launches the
client with both. The session already puts package/beta back to the forced
branch before every start, which keeps -steamos3's own branch switch from
turning into an update loop.
The Deck mode switch moves from the Performance page to the Steam page's
Client settings, next to the client branch it selects by default.
The compositor composed every surface with a blit, which replaces what is under it. gamescope's
Wayland backend hands its overlay and notification planes to the host as full-size translucent
subsurfaces, so a Steam toast, the Quick Access menu or Deck mode's performance overlay blacked
out what was beneath it.
Surfaces whose buffer has alpha and that are not declared opaque now go through an alpha pass
(premultiplied source-over); everything else, and any image the driver cannot sample, keeps the
blit. wl_surface.set_opaque_region is honoured, and only for programs that declare opaque regions
at all, so Wine windows with a meaningless alpha channel are drawn as before. On the SurfaceControl
path a translucent plane is never promoted to the game layer, and the overlay layer is marked
translucent when its plane is.
From WinNative (maxjivi05, feature/wayland-gamescope 69218fc; GPL-3.0), with the SurfaceControl
layer handling added.
Developer options' "Disable child process restrictions" writes only the
feature-flag property persist.sys.fflag.override.settings_enable_monitor_phantom_procs,
never the global setting. Android (FeatureFlagUtils.isEnabled) uses the global
setting when it is set and that property otherwise, but the check read only the
global setting, so a device switched off in Developer options stayed flagged as
unset however often Check again was pressed.
The check now follows Android's order, and the Setup card no longer says "On"
for a setting that is unset or unreadable.
* docs(release): draft 0.2.0 beta notes
* docs(release): credit prs and authors in 0.2.0 notes
* docs(release): add #39 and #45 to 0.2.0 notes
* chore: update readme
* fix(ui): cover the whole screen with the capsule wall
The wall was shifted right and then tilted around its own centre, which
left the bottom-left of the home and loading screens bare. Centre it and
size it to the tilted page's bounding box so every corner stays covered.
* feat(ui): flood from the play button into the throbber
Starting a session from a blue button no longer slides the session up
over the front end. The button stretches out on staggered springs until
the page is the ball's blue, the session opens on that same blue with no
window animation, and the blue gathers into the throbber's ball before
the throbber starts. Re-joining a running session, tiles and reduced
motion keep the old rise.
* docs(release): cover everything since 0.1 in the 0.2.0 notes
0.2.0 is the first release from the org, so list what DroidDeck does
as a whole, grouped by area: org pull requests as #N, pull requests
from before the move as The412Banner/DroidDeck#N, and the early work
that predates pull requests by author. CI and build work gets one
short section instead of a line each.
* docs(release): add screenshots and animations to the 0.2.0 notes
Lead with a game running and a few visual highlights, fold the full
list into collapsible sections by area, and shorten every line to the
feature and its credit. Pre-move pull requests read as legacy#N.
* fix(session): give the desktop its own loading hints
The loading screen's hints were written for Steam, so starting the
desktop or an emulator said the first run downloads Steam and that
leaving the app pauses Steam. Desktop and program sessions now rotate
through hints about the desktop instead.
* fix(build): skip incomplete NDKs when picking one locally
An interrupted sdkmanager install leaves a directory like
28.2.13676358.failed under ndk/, which sorted last and was picked
without a toolchain in it. Only consider directories that carry
source.properties.
* docs(release): show launching straight into Big Picture
* docs(release): credit the launch transition to #46
Twice today a session's Xwayland aborted from one thread ("The futex
facility returned an unexpected error code"), proot lost the tracee, and
the process lived on reparented to init: proot's seccomp filter, with no
tracer left, answers ENOSYS, so Xwayland's main loop logged
"WaitForSomething(): poll: Function not implemented" until something killed
it - 9 GB after Dolphin, 13 GB after PPSSPP. --kill-on-exit and the tree
sweep only reach what proot still traces, and the straggler sweep ran only
at the next session's start.
Now a session stop also kills every process of ours whose executable lives
in the Linux runtime, and bannerlator-session keeps only the first
BL_LOG_CAP bytes (256 MB) of session.log, draining the rest so a writer
that filled it is not killed by SIGPIPE.
Cemu never showed a frame on DroidDeck: its Getting Started dialog blocked
every first launch (the folder picker cannot reach ROMs), the session's
controller helper aborted it, and the desktop's Vulkan renderer drew no
cursor. With the Turnip KGSL fix in the driver and the haptic-optional
Cemu in the catalog, this makes the app side complete:
- bannerlator-pad-defaults seeds Cemu's settings.xml once: the Wii U games
folder, Vulkan, and Cubeb audio on the default device for both the TV
and the GamePad speaker at full volume (Wipeout 3 plays through the
GamePad; Cemu's own default is 20 %).
- The Cemu tile launches full screen (-f).
- libfakeinput.so is preloaded into every session process and exported its
static C++ runtime (~7000 symbols); programs unwound through it and
aborted (shadPS4 in pthread_exit, Cemu's controller thread). Link with
--exclude-libs,ALL, and fail the build if the runtime leaks out again.
- On the Vulkan and GLES desktops the pointer worked but no cursor was
drawn: wlroots hands the cursor to the app's compositor, which draws
none. WLR_NO_HARDWARE_CURSORS=1 makes labwc composite it itself.
Device-tested on the FIT: Super Mario 3D World in-game at 35-37 fps with
sound, Deus Ex HR DC and Wipeout 3 launch with sound; RPCS3, Dolphin and a
Steam session (FlatOut) unchanged on the same driver.
Brings the proot patch set up to WinNative 53836ca9 on top of the #772 port:
- trace prctl, setrlimit and prlimit64 in the seccomp filter only for the
arguments proot acts on, and uname only where the core rewrites it
- answer a seccomp stop's filter flags from the registers fetched for its
translation, reuse those registers, and skip the sysexit stop of wait4 left
to the kernel and accept without a sockaddr; the flags come from proot's list
merged with the enabled extensions, and a syscall an extension replaced
keeps its exit stop
- take a clone3 child's flags and exit signal from struct clone_args
- name a thread's /proc/self by its thread group and resolve /proc/thread-self
- translate fchmodat2, send openat2 callers to openat, and bound sysnum lookups
by the table length
- sweep relatives only for tracees that have children or ptracees, and empty
the per-stop memory collector instead of reallocating it
The session's proot runs with -i <app uid>, and the rootfs names that uid
root, so the client calls itself root while geteuid() returns the app's
uid. The read-only retry required geteuid() == 0 and never ran: the
Proton Experimental (ARM64) update still failed with Missing file
permissions on wineopenxr.dll (2026-09-26 16:07, 2,471 read-only files).
Also recognise the client by the path it was started by: the kernel's
/proc/self/exe names proot's loader for every process in the session.
The runtime setup now also fetches Proton Experimental (ARM64) and its
appmanifest from a catalog of their own (steam-seed.json) and unpacks them
where the client keeps them. At the first sign-in the compatibility tool is
already installed and the default, with no install dialog, no download and
no client restart; the client adopts the manifest and updates it like any
other app.
Done once: an install the client fetched itself, or one the user removed,
is left alone. A failed fetch stops nothing - the session asks the client
for it after sign-in, as before.
The client runs as proot's root, which the kernel does not see, and
leaves many content files read-only; an update that rewrites one was
refused (EACCES) and cancelled with "Missing file permissions"
(Proton Experimental (ARM64), wineopenxr.dll). For the client's own
processes, a refused write-open of a file the app owns now gets the
owner's write bit - on the file, or on the directory a new file goes
into - and one more try. Games and Wine keep ordinary permissions.
With Steam publicbeta 1790380355 the client spent 27 s in its post-logon
compat phase and dropped the install request the session sent 15 s after
sign-in, so a clean install never offered Proton Experimental (ARM64).
Wait for the console log's "Waiting for compat in post-logon took" (90 s
at most), then ask, up to three times a minute apart until the install
starts.
With the check reached from the client's own runs right after login, the Steam client segfaulted
within seconds, four sessions out of four; the same build without the check (test/bisect-no-launch-check)
and the last build before it both reach Big Picture. Now every run that is not a game launch -
the client's probes, app id 0 - is left exactly as before. Each check logs one line.
Steam runs its graphics probe through every registered Proton at once after login, all in
compatdata/0. Prefix system32 links point into the Proton that set it up last, and the other
Protons' Wines, running outside Proton's pfx.lock, wrote their builtin DLLs through them into that
Proton's tree (device: GE's FEX DLLs became Proton Experimental's at session start).
- bannerlator-steam-compat: both wrappers (Valve's depot launcher and the third-party
bannerlator-proton-wrap) give a tool-0 run STEAM_COMPAT_DATA_PATH=.../compatdata/0-<tool>, and
before every other launch check the Proton's files against the app's desired.tsv and put back
anything that differs (same Proton build only), logging to reapplied.log.
- ComponentsManager writes desired.tsv plus unpacked copies of the packages in use into the
runtime after every change; the page and the drawer show 're-applied at launch'.
A Components entry under Desktop opens a page built like the driver pages: a
Proton drop-down, FEX / DXVK / VKD3D-Proton tabs, what is in use, the installed
rows (each Proton build's original bundle and the stored packages; tap to
swap in, trash to delete), downloads from the Nightlies -Linux releases behind
the refresh button, and Import .wcp.
The session drawer gets a fourth tab, Components, for quick swaps between
what is installed. A swap into the Proton a running game uses waits until the
game closes and is applied then (drawer refresh, or the main screen on resume).
ComponentsManager keeps the same package format, originals layout and state as
the Decky Components Manager plugin and takes its data over once. A swap clears
only the component's own DLLs, so files a Proton keeps beside them stay.
The three page dots between LB and RB become icons standing in a line in page order, as in
Steam's Quick Access Menu. The selected one steps forward (full size, bright, a soft glow in the
accent), the others step back to half size and fade, and the line leans a little toward the
selection; tapping or picking a tab with the pad, and LB / RB, turn the page as before. The
first page's heading becomes Display to match its icon.
In touchpad mode the cursor moved but Big Picture highlighted nothing and a tap-to-click
selected nothing: the nested pointer's motion reaches wlserver as touch 0, and in Passthrough
(the touch mode Big Picture sets) a motion for a touch that is not down moves nothing, so the X
pointer stayed where it was. 0111 passes bAlwaysWarpCursor, as the other touch modes already warp.
3.16.29's Wayland backend bound only wl_pointer and wl_keyboard; touch from DroidDeck's
compositor was never read, so Steam could not be touched. 0110 binds wl_touch in the input
thread and feeds each finger to wlserver_touchdown/touchmotion/touchup, the Steam Deck
touchscreen's path, so Big Picture's Passthrough touch mode gets real touches.
On the pointer path (a client that takes no wl_touch - gamescope), touch_down counted the
fingers still down before clearing a sequence whose up had been lost, so the stale point left
any_active set and every later tap or swipe was dropped: in Direct touch mode Big Picture
ignored the screen while the pad worked. The count is taken after the clean-up, and the app
ends whatever the compositor still holds when a new gesture's first finger lands (Android has
ended every earlier gesture by then). The compositor logs once per gesture whether the window
got touch or the pointer.
The client's UI log names the signed-in account on every login change ("Login:
OnLoginStateChange <account> ...", "OnLoginUsersChanged <account>"), ~200 lines on one device.
An email account was caught by the email rule; a plain account name was not, so a user signing in
with one had it in every shared log. Those two lines now lose the account, and every
AccountName and PersonaName in the client's loginusers.vdf is learned (with the device's own
addresses, learnFromRuntime) and replaced wherever it appears. The one-time pass over older
folders runs again for this (marker .scrubbed-2).
A privacy pass over the session folders found three leaks:
- the Steam client's IPv6 check logs "external address <the device's public IPv6>" about
twenty times a session, and the redactor kept IP addresses on purpose, so steam/
connection_log.txt carried it;
- network.txt listed the device's addresses (public IPv6 included) and the session's made-up
MAC, which is seeded from ANDROID_ID and so stable per device;
- session.log, app.log, desktop.log, steam-desktop.log, crash.log were never scrubbed (clean on
device, by luck).
The redactor now learns the device's own addresses from the session's link file (a global IPv6
as its /64, a public IPv4 exactly) and removes them wherever they appear, along with anything
logged as an "external address"; Valve's server addresses stay. network.txt gives every address
as its kind ("<public IPv6>") and masks the MAC. Every text file in a session folder goes
through the redactor when the session ends (killed sessions at the next app start), and again on
its way into the share-logs zip. Folders written before this are scrubbed once at app start.
The drawer's DESKTOP ended Big Picture and landed on the front end. The session activity is
singleTop: startActivity(next) from it went to its own onNewIntent and was dropped when it
finished (on device the next session came up as "steam", not the desktop). It now restarts on
the request's intent (setIntent + recreate), as an agent start does; the desktop's Steam
launchers' handoff to a Steam session goes the same way.
Big Picture's own Switch to Desktop waits on SteamOS Manager and never finishes here. The
drawer's Steam row gets a DESKTOP button beside STEAM and QAM: the session ends and the desktop
starts in its place with Steam's desktop client open (the relaunch the Steam Desktop UI button
uses).
Tried on device: with a session bus the client still sat on "Switching to Desktop..." and
never reached its legacy path (no "No SteamOSManager support" line, steamos-session-select not
called), so the bus was not what it waited on. Sign-in was unaffected.
This reverts commit 40fc5463f3.
Big Picture's Switch to Desktop asks SteamOS Manager over the session bus before falling back to
steamos-session-select (steamui.so). The Steam session had no session bus, the ask never
finished, and the client sat on "Switching to Desktop..."; the new stub was never called. A
bus with nothing on it answers at once, and the client takes its legacy path.
- The front end's "Steam Desktop UI" started a Steam session without -gamepadui, and the client
put itself into Big Picture under gamescope anyway. It now opens the desktop with Steam's
desktop client started in it (BL_DESKTOP_STEAM, the desktop's autostart, the same
bannerlator-steam-launch the menu's Steam entry uses).
- Big Picture's power menu "Switch to Desktop" runs steamos-session-select, which did not exist,
so it sat on "Switching to Desktop..." for ever. The new stub leaves the app a request
(session=desktop in the steam-launch file); the app ends the Steam session and starts the
desktop with Steam's desktop client open.
AutoPlace on its own left the resized window in the top-left corner; with policy="center" it
opens in the middle of the desktop. Tried in a running desktop (labwc --reconfigure).
melonDS remembers a 1x window for the front end's full-screen toggle, too small on a desktop.
A labwc window rule (only the desktop reads rc.xml) resizes it to 800x600 on open and places
it again by the desktop's centre policy.
The compositor threw every wl_pointer.set_cursor image away and the app drew one fixed arrow,
so the desktop never showed labwc's resize arrows at a window's edges and corners. Ported from
Bannerlator (7f19c669): the cursor surface gets a role, its image is snapshotted on commit with
its hotspot, and a NULL surface or buffer is an authoritative hide; the app's overlay draws the
image at the session's scale. New here: labwc on Vulkan/GLES hands its cursor over as a dma-buf
(wlroots' nested backend, usually UBWC), so it is read back through a small linear host-visible
copy (vkp_image_readback). The built-in arrow stays until a program sets a cursor.
The desktop set QT_QPA_PLATFORM=wayland for every program. The melonDS AppImage bundles only
Qt's xcb plugin, so from the desktop it exited at once: "Could not find the Qt platform plugin
wayland ... Available platform plugins are: xcb" (exit 127). "wayland;xcb" keeps LXQt on
Wayland and lets such an AppImage use Xwayland. Proven in a running desktop: labwc mapped
"melonDS 1.1".
The arrow is drawn by the app and, outside a Steam session, never went away once shown - on
the desktop and over emulators started from the front end alike. A button press, a stick,
trigger or d-pad past halfway, or any on-screen control now hides it (PadBridge tells the
activity); the next touchpad or mouse move brings it back, once the pad has been quiet for
1.2 s so a touch during play does not flash it up (Bannerlator's rule for its Wayland pointer).
The guide button's toggle returns to melonDS's saved window size. A 512x288 window (1x wide,
16:9) is stretched by gamescope to fill the panel, menu bar and cursor with it; at 2x and up
the menus stay at their real size, tiny on a handheld. Written once, with the layout.
Hybrid repeats the big screen, small, above the bottom one. Horizontal with the top screen
emphasised fills the panel's height with the top screen and centres the bottom screen in the
rest. Installs set up with Hybrid (or still on melonDS's defaults) move once.
A program's small surfaces (gamescope's 1x1 cursor, Qt's menus and tooltips) announced
themselves after the game's window and took the HUD, which then read 0 fps while melonDS ran
at 60. A new window now takes the HUD only when it is at least as big, and a window quiet for a
second gives way to the next one that draws.
- bannerlator-pad-defaults: new installs start on the Hybrid layout with sharp pixels; an
existing install is moved once, only where still on melonDS's defaults (marker keeps later
choices). Guide = HK_FullscreenToggle. The user's DS/DSi BIOS, firmware and NAND are found in
ROMs/nds/{bios,firmware} and filled in only where melonDS has no path.
- Front end starts melonDS with -f, at the panel's own resolution unless the user chose one.
Scale controls down on short screens with a 9.5 mm face-button floor and
keep a bottom margin. On phones the shoulders, View and Menu sit along the
top edge; bumpers and triggers are drawn as side-by-side rectangles.
Adaptive sticks centre under the thumb and return home on release, with a
toggle in the Controller settings. The editor toolbar is a compact pill.
The on-screen pad is now placed from the panel's physical size: the
sticks and face buttons sit at the two-thumb rest point (about 17% of
the width inboard, 28% of the height up, clamped in millimetres), with
the d-pad and right stick below-inboard, shoulders above, and nothing
ever placed off screen or under a display cutout. Button sizes are
unchanged.
Setup > Controller holds the on-screen controls mode, a tint (Steam
blue #1A9FFF by default), opacity, button size, stick click (double-tap
for L3/R3), a full-screen layout editor, per-button mapping including
LT/RT, and resets for each.
Also from WinNative #772: the fakeinput ring poll backoff is capped at
2 ms instead of 16 ms, the session asks for unbuffered joystick input,
and the on-screen controls request unbuffered dispatch per gesture and
release everything when detached. The QAM button no longer draws at the
top-left corner in full-pad mode.
After a pull request's Build APK run succeeds, its APK is published as the
pr-<number> prerelease in Droid-Deck/DroidDeck-CI, named
DroidDeck-PR.<number>-<commit>.apk, with release notes taken from the pull
request. New commits to the same pull request replace its APK. Pull requests
from forks are resolved by head owner, branch and commit.
A pull request's build is signed only with the committed testkey, so every CI
build installs over the last; the publish checks the certificate against it
and refuses anything else.
Needs a DROIDDECK_CI_TOKEN secret: a fine-grained token with Contents
read/write on Droid-Deck/DroidDeck-CI. Without it the run skips with a warning.
- From the rail: -batch -bigpicture -fullscreen (the same flags as PCSX2's,
src/duckstation-qt/qthost.cpp) - straight into the game, gone when it is quit.
- bannerlator-pad-defaults: a new player starts on DuckStation's first-time setup
with the BIOS folder in the ROMs folder (psx/bios, created, or an existing one),
psx as the game list, Vulkan, the controller on Player 1 and the guide button
on the pause menu (not the analog toggle). An existing install gets the guide
and game-list changes, and once, its own empty BIOS folder moved to the ROMs
folder and Automatic made Vulkan; later choices are kept. Users bring their own
BIOS and games.
- The app opens with the selected rail item focused (its outline shows).
- Right from the rail enters the page on its main button (Play, Open desktop,
Open <emulator>, Launch, Launch in <emulator>); Down from there reaches the
tiles as before.
- Left from anything at the page's left edge - the main button, the first tile of
any row - returns to the selected rail item, not whichever one is nearest.
(Up, where the rail sits above the page.)
Quake III Arena, Team Arena, Return to Castle Wolfenstein and Jedi Academy set their own
resolution and switch the display to it. Under gamescope with the ARM64 Proton that switch is
refused ("calling CDS: failed, bad mode") and the game never gets OpenGL - device-seen on a
Retroid Pocket 5 on Proton Experimental build 25406135 - and a window left at the game's own size
draws small in a corner. Both wrappers (Valve's depot and an adopted GE or CachyOS) now add
+set r_fullscreen 0 +set r_mode -1 +set r_customwidth/height at BL_WIDTH x BL_HEIGHT for those
app ids, unless the user's launch options already set the video mode; the choice is logged.
The same choice as the Steam cog's, in the drawer's Now group, changed while the client runs:
the app writes it to ~/.droiddeck-fill (and again at every session start, so a file an earlier
session left never disagrees), and a watcher in the Steam session hands each change to gamescope
as GAMESCOPE_FORCE_WINDOWS_FULLSCREEN on the root window, which gamescope reads whenever it
changes. The session log says so when it does.
0.1.6 forced every game window to the screen's size (--force-windows-fullscreen), which keeps
FlatOut filling the screen but leaves Quake 3 drawing small in the bottom-left: it sets its own
resolution and never looks at its window again, and OpenGL draws from that corner. The switch
sits in the Steam page's Games group, on by default as before, and reaches the session as
BL_GAMESCOPE_FORCE_FULLSCREEN, which the session script already reads. Listed in the device
report.
- A portrait tile or poster with wide art (a PS3 disc's ICON0, 320x176) shows it
whole over a blurred, darkened copy of itself instead of cropping its sides
('Tomb Raider' read 'B RAI'); box art still fills the tile.
- A game's title drops the dump's tags - (USA), (En,Fr,Es,Pt), (v1.01), [!] -
which stay in the file name and in the cover lookup.
The libretro PS3 collection holds 67 covers (Tomb Raider found none). A PS3 disc
image carries PS3_GAME/ICON0.PNG, unencrypted even on protected discs; it is read
out of the ISO 9660 image, the way an installed game's icon already is. The PS2
serial lookup uses the same reader.
CoverArt looks a game up by its file name in RetroArch's libretro-thumbnails
collection for the system (exactly, then loosely: tags dropped, same region
preferred, against the collection's cached list of names), then by the disc's
own ID - PS2 serials from SYSTEM.CNF against xlenore/ps2-covers, GameCube/Wii IDs
against GameTDB. Covers are downloaded once into files/covers after the list is
shown, and the list is refreshed when some arrive; a game with none is retried
after three days; nothing is fetched offline. PS3 disc dumps use their own
PS3_GAME/ICON0.PNG.
- Back / B on an emulator page went back to Android (the app closed); it now
returns to Desktop, a game page to its emulator, a Steam game to Steam - the
same as each page's '‹' link.
- Games are looked for up to three folders inside the system folder
(ROMs/ps2/games/<game>/<game>.iso showed ARMSX2 with 0 games), and the loose-file
pass over the ROMs root no longer walks into other systems' folders.
- From the rail ARMSX2 starts the game in its full-screen, controller-driven UI
and exits with it (-batch -bigpicture -fullscreen).
- bannerlator-pad-defaults: a PCSX2 player's settings and memory cards are
copied into ARMSX2 once; a new player starts on ARMSX2's first-time setup with
the BIOS folder in the ROMs folder (ps2/bios, created, or ps2/firmware), the
ps2 folder as the game list and the controller on Player 1; the guide button
opens the pause menu (how a rail game is left) instead of toggling analog.
Users bring their own BIOS and games.
- The catalog can name a file per memory page size ("pages"); the device's own
size picks it (ARMSX2 has 4K and 16K builds).
- On-screen controls: Auto keeps them off the desktop (the screen is a touchpad
there) and shows them for rail games and Steam when no controller is
connected; the drawer offers the setting in every session.
On device NFS Underground 2 ran at 17 fps in PCSX2 (one core at 100%, the PS2's
CPUs interpreted) and 59.9 fps at 100% speed in ARMSX2 (EE thread ~15%, all
recompilers and fastmem on under proot). Existing PCSX2 configs are left alone;
bannerlator-pad-defaults still covers them.
Upstream PCSX2 interprets the PS2's CPUs on ARM64 (pcsx2/arm64/RecStubs.cpp):
NFS Underground 2 ran at 17 fps with one core at 100%. ARMSX2 is the PCSX2 fork
with ARM64 recompilers. It is listed beside PCSX2 for the ps2 folder, installs
from the desktop catalog (package armsx2), and bannerlator-pad-defaults gives it
the PCSX2 profile under its own folder (ARMSX2/inis/PCSX2.ini).
Positioners and outputs were created without an implementation, and get_popup
created nothing. libwayland aborts on the first request to a resource with no
implementation - the compositor and the app with it. On device: a gamescope
started from the pixman desktop (droiddeck-gpu) beside labwc took the app down
(tombstone: abort in libwayland-server under wl_event_loop_dispatch). Positioner
requests are accepted and ignored, popups are dismissed at once (popup_done),
wl_output.release destroys the resource.
vulkan is the default desktop renderer (settings list it first). When labwc
cannot start on a GPU renderer the desktop falls back to pixman as before, and
now records the renderer with the patched wlroots and Linux driver it failed
on, so later desktops go straight to pixman instead of waiting 20 s each time;
an app update, a different driver, or choosing a renderer again in the settings
(which deletes the record) retries.
- A program from the rail draws with the desktop's Linux driver instead of the
Steam session's. The driver's shader cache is keyed on its build, so with two
drivers an emulator compiled everything once per way of starting it; seen on
device: desktop on the imported Turnip 26.3.0, rail on the runtime's own.
- RPCS3's default shader mode builds 6650 interpreter pipelines every boot.
bannerlator-pad-defaults starts a new install on Async Recompiler
(multi-threaded) and moves an existing one still on the default once; a
marker leaves any later choice in RPCS3's settings alone. Enum strings from
rpcs3/Emu/system_config_types.cpp.
bannerlator-pad-defaults now covers DuckStation, PCSX2, Dolphin (GameCube and
Wii), Cemu, melonDS, PPSSPP and RetroArch as well as RPCS3, from each project's
source: files an emulator would otherwise fill with keyboard-only defaults are
seeded when missing (Dolphin, Cemu, PPSSPP, RPCS3), or given SDL bindings in the
config the emulator wrote itself when nothing binds a controller yet
(DuckStation, PCSX2 with its SettingsVersion, melonDS). RetroArch gets an Xbox
360 profile for its sdl2 driver and is moved off udev, which finds no pads in the
runtime. The desktop re-runs it every 30 s, so an emulator's first config is
covered for its next start.
The PC keyboard takes 47% of the screen height, header included.
- The pad keeps Steam Input's virtual-gamepad identity only in Steam sessions.
SDL ignores a Steam virtual gamepad unless run under Steam, so on the desktop
and from the rail every SDL emulator saw no controller at all; there it is a
plain Xbox 360 pad now, which SDL and evdev map by themselves.
- bannerlator-pad-defaults writes Player 1 on the controller for emulators that
have no profile yet (RPCS3 first: without one it takes the keyboard). Run at
desktop start and before a program from the rail; never overwrites.
- The desktop and everything started from it, and a program from the rail, run
on the game cores when chosen, else every core but the slowest cluster
(program_cores); BL_PIN_CORES=0 turns it off. Game cores reach every mode.
The runtime carries Termux's proot 5.1.107-70 as a prebuilt binary, built from
termux/proot 4dba3afb (every file:line site in it matches that commit). The apk
now builds that same commit with the NDK, with three patches ported from
WinNative's feature/proot-enhancements, and prefers it over the runtime's copy:
- Tracees are hashed by pid, so each ptrace stop finds its tracee without
walking a list of every thread, and terminated tracees are swept only after
a termination.
- A clean absolute path three or more directories deep under the rootfs alone
has its parent opened once and taken as canonical when the kernel's path for
it is the one proot would build, instead of an lstat per component; the final
component of a call that does not follow it is no longer lstat'ed. Extensions
still see the parent's host path, and the f2fs workaround keeps the old walk.
- A clone3 thread keeps its inherited flags when clone_args cannot be read.
talloc is linked in statically from Samba's release tarball, so libproot.so
needs only libc and libdl. On an x86_64 Android 15 emulator the same build ran
a path and thread test suite with output identical to the unpatched commit
(fake id, fake root, link2symlink, with and without seccomp), and a stat-heavy
benchmark ran 25-27% faster, 31-36% with 1500 live threads.
The drawer's Keyboard row has two buttons: Hardware opens ui/PcKeyboard, a full
PC layout - Esc, F1-F12, Ins/Del/Home/End/PgUp/PgDn, the number and letter rows,
Tab, Caps, both Shifts, Ctrl, Super, Alt, AltGr, Space and the arrows - whose
keys are evdev codes pressed and released on the compositor's wl_keyboard, as a
USB keyboard would; Android opens the Android keyboard as before. Keys go down
on touch and up on lift (the program's key repeat works); modifiers are sticky
(tap: next key, tap again: lock, again: off). A controller moves over the keys
with the d-pad and presses with A; B closes it.
xdg-shell has the compositor reply to the initial commit; we only sent one at
get_toplevel. wlroots' Wayland backend (the desktop's labwc) moves its toplevel
to a private queue after the initial commit and waits there; on the vulkan
renderer a buffer import in between read the early configure onto the default
queue, and labwc waited for ever (WAYLAND_DEBUG: commit, then nothing). The
early configure stays for Wine's driver.
The vulkan desktop sat on the loading screen: labwc connected and never opened
its window, and it did not exit, so the exit-based fallback never fired. The
launcher now asks labwc's socket for an answer (wayland-info, 3 s) for up to
20 s, then stops it and starts the desktop on pixman. labwc runs with -d on
vulkan/gles2 so desktop.log shows where it stopped.
droiddeck-gpu runs a program in a gamescope of its own on the app's compositor
(wayland-0), full screen over the desktop - the path the rail's play chips use,
where Vulkan works. droiddeck-desktop-gpu gives every Game/Emulator menu entry a
per-user copy through it (auto: while the desktop is on pixman), keeping 'Run in
a desktop window' as an action.
droiddeck-desktop loads /usr/local/lib/droiddeck-wlroots for the vulkan/gles2
renderers and falls back to pixman when labwc stops at start. The build stages
the wlroots release named by tools/wlroots/release.env, once published.
wlroots 0.20.2 (Arch's wlroots0.20, what the desktop's labwc links) gains an
allocator that exports Vulkan images as DMA-BUFs for a GPU node that is not a
DRM device - the Adreno KGSL stand-in - where gbm and the DRM lease path fail
('unable to create allocator'). linux-dmabuf skips its GEM import check on such
a node so client buffers are not all refused. Built by build-wlroots.yml.
Compositor: without a Wine desktop, a window that opens on top takes keyboard
focus (a gamescope started from the Linux desktop).
With a controller, credits only showed the ripple's faint box on the
dark rail, and the primary button (Play) only grew slightly with a shine
that barely shows on its light fill. Both now get the 2 dp signal-blue
outline the other controls use; credits' text turns blue as well.
With the drawer open the controller still fed the game - PadBridge
consumed every pad key and axis - and nothing in the drawer had focus.
Now, while it is open, pad events go to Android's own handling instead:
the d-pad and stick move focus, and the framework's fallbacks make A
select and B Back (which closes the drawer), as on the app's main
screen. Opening it releases the game's pad (PadBridge.releaseAll), so a
button or stick held at that moment is not left down in the game.
It opens with focus on the STEAM button (in a desktop session, the first
setting), and the STEAM and ... buttons show a focus outline like the
rest of the app's controls. ToggleRow gains a modifier for its box.
On a fresh install the client starts signed out and drops the
steam://install/4427310 the session hands it, so the Proton Experimental
(ARM64) dialog only appeared after the user restarted the client by
hand. Ported from Bannerlator's session (device-proven there 2026-09-22):
- With no remembered sign-in, a watcher on logs/connection_log.txt waits
for the sign-in to complete and asks the running client again.
- A watcher on appmanifest_4427310.acf waits for StateFlags 4, registers
the compatibility tool again, leaves ~/.bl-restart-once and asks the
client to -shutdown; the start loop sees the marker and starts it once
more (not counted against the update cap), so the tool lists and
defaults are current before the user installs a game.
- The client-branch check runs before every start, not once, since the
client rewrites package/beta during its run.
The loading screen no longer says Steam keeps running in the background:
sessions pause when the app leaves the screen (Background behavior).
App name, app ID and code package: DroidDeck, com.droiddeck.launcher
(sources moved to com/droiddeck/launcher, the 68 JNI functions renamed
with them). The new app ID installs beside SteamDeck rather than over it.
Everywhere the name was the app's own: the sidebar title, the session
report, share zips, the shell title, wake-lock and log tags, User-Agents,
the Compose theme, the Download folder and switch files (droiddeck-env,
-osc, -driver, -tu-debug, -no-pad, -pad-log, -no-hud, -wlr-renderer; the
old names are not read), and inside the runtime (droiddeck-desktop,
Firefox's droiddeck.js, the shortcuts tag, the rumble socket, debug and
cache paths). Build scripts, CI artifact (droiddeck-apk), CMake project,
README and the progress log follow.
Kept on purpose: Valve's Steam Deck (the -steamdeck flag,
steamdeck_publicbeta/stable, 'Steam Deck mode', the steamos.cloud
package URLs) and names inside the hosted desktop package (steamdeck.png,
steamdeck-steam, steamdeck-bigpicture). 'Desktop installed' now tests for
labwc instead of the launcher the app stages itself. A committed
__pycache__ .pyc is removed.
The trash can sat inside the row's single clickable area, so with a
driver focused there was nothing to the right for a controller to move
to. Each row is now two focus targets side by side - the driver and its
trash can - linked both ways (right/left); the row's outline still
follows the driver part, so it looks the same.
Opened from the cog, the Steam/Desktop session page had nothing focused:
the cog that was focused is gone and a controller had to find its way
back in. The page now puts focus on its first control (Resolution) as it
opens, so the d-pad works at once; coming back from a driver page still
returns focus to the driver box that opened it. ChoiceRow gains a
modifier for its box.
Backing out of the Runtime or Display driver page rebuilt the session's
settings page from the top with nothing focused. Its scroll position is
now held above the page (SettingsPage takes an optional ScrollState) and
survives the driver page, and controller focus returns to the driver box
that was pressed to open it (ValueChip takes a modifier for its
FocusRequester).
- Every control shows a focus outline: the driver rows (the list at the
top had none), their trash cans (in red), the refresh button, Restore
built-in drivers, the confirmation's buttons, and the page's Back
(shared by every settings page).
- D-pad up from the first driver moves to the refresh button beside the
title; the page opens with the driver in use focused.
- Back (the controller's B too) closes the driver page only, back to the
session's settings, instead of leaving settings altogether.
- The delete confirmation opens on Cancel, so a stray A press never
deletes a driver.
Runtime driver and Display driver open a full page instead of a
drop-down, built from the settings widgets (as previewed): INSTALLED
lists every driver as a tappable row with a radio mark and a tag
(BUNDLED / DOWNLOADED / IMPORTED); AVAILABLE TO DOWNLOAD lists what the
last check of Banners-Turnip and WinNative found, with a Download button
and progress; Import stays at the bottom. The refresh button sits beside
the title (SettingsPage gains an action slot) and is the only thing that
goes online; it spins while checking.
Every driver gets a trash can with a confirmation, the bundled ones too:
deleting a bundled display driver removes its unpacked copy and hides it
(TurnipDriver.hideBundled), with 'Restore built-in drivers' to bring
them back. It stays in the apk and Auto still unpacks it on a GPU that
needs it, so a deletion can never leave a device without a driver. Auto
and Runtime default are settings, not drivers, and have no trash can.
- WinNative-Emu/Drivers joins Banners-Turnip as a source: WN-Turnip
(Android, v1.x line) and WN-Linux-Turnip (Linux, linux-v0.x line), each
in its Balanced and Performance builds for every Adreno.
- Each source's recent releases are read newest first and every variant
is offered from the newest release carrying it. Banners-Turnip stopped
publishing its A8xx Linux build after v26.3.0-20260923, so the runtime
menu listed no 8xx driver at all; it now offers that last one. The
refresh line names each source's newest release and any that could not
be reached.
- Drop-down menus are capped at the window's height and their entries
scroll under the title: a driver menu with its downloads ran off the
bottom of the screen, hiding the refresh line and Import.
Both driver menus (Runtime and Display) now offer the latest release of
The412Banner/Banners-Turnip: each asset that fits the menu and is not
installed yet is a 'Download Turnip <tag>' entry labelled by GPU
(plain / -A8xx / -710-720-Test zips for the display driver, -Linux ones
for the runtime driver; -Wayland ones are never offered). Nothing goes
online on its own: a refresh line checks GitHub when tapped and says
which release it found and when; the result is remembered. A download
goes through the same importer as a picked zip and lands as an ordinary
driver.
Imported and downloaded drivers get a trash-can button with a
confirmation instead of the small cross. Deleting the driver a mode is
set to puts that mode back on its default (Runtime default / Auto), and
a deleted release download is offered again.
The QAM offers Performance Overlay levels but nothing drew them: the
runtime has no mangoapp. CI now fetches Valve's mangohud-20260902.1 and
the five libraries mangoapp needs that the runtime lacks, at the versions
it was built against (fmt 10.2.0, spdlog 1.13.0, glfw 3.4, libtraceevent
1.8.2, libtracefs 1.8.0 from Valve's mash-20240705.2 snapshot), each
pinned by sha256 in tools/mangoapp/packages.txt. They are staged under
usr/local/lib/mangoapp with a wrapper on PATH; the runtime image is not
touched.
Before the client starts, remove .crash, steam.pid and the web helper's
htmlcache Singleton* locks when no client is running - Android ends
sessions without warning and those files leave the next start on the
update spinner or a blank Gamepad UI (SteamOS-ARM-SM8550's RUNSTEAM.sh
does the same). Deck mode exports STEAM_GAMESCOPE_NIS_SUPPORTED=1 so the
QAM's scaling filter lists NIS, and passes gamescope --mangoapp when
mangoapp is present (BL_MANGOAPP=0 turns it off).
SessionActivity finished at once when no runtime was installed - a guard from before the loading
screen could install it - so Play (and Desktop) opened a screen that closed before anything
happened. It now logs and carries on to installThenStart.
Resolution gains Custom…: a width × height box (320×240 to 3840×2160, evened) with one-tap
presets for 4:3 (960×720, 1024×768, 1280×960), 16:10 (1280×800) and 16:9. A custom size replaces
the cap and the shape for that mode - the Shape row greys out and says so - and the compositor fits
it to the panel with bars where the shapes differ. Choosing any cap clears it. The device report
lists it for both modes.
The panel's shape was never allowed narrower than 16:9 (the foldable guard), so on a 4:3 panel
such as the Retroid Pocket's both choices gave 16:9 with bars. A third choice, Exactly this panel,
presents the panel's own aspect with no floor; the other two are unchanged and foldables still
default to 16:9. Offered in the mode settings and the in-session menu.
The package list opens in the front end's pane like the Settings pages. Each tier (Native ARM64,
ARM64 experimental, source builds) is a dropdown row with the rail's caret and an installed/total
pill; Native ARM64 starts open. Each package has its own Install/Remove button, and the one that is
installing shows its own step line and bar in its row (its tier opens when the install starts).
Leaving the page does not stop an install. The rail's Install emulators and Setup's Desktop & apps
highlight while the page is open.
Desktop is enabled without a runtime or the desktop package. The session's loading screen installs
whatever is missing first - the runtime, then the desktop ("downloading the desktop · 212 of 426
MB", checking, unpacking) - and starts the session when both are in. A failure ends on the loading
screen with the reason. Desktop UI and Desktop now give the same non-Adreno warning as Play before
any download.
Play and Desktop UI are enabled without a runtime. The session's loading screen downloads and
unpacks it first, reporting on its usual step line and bar ("downloading the Linux runtime · 332
of 791 MB", then checking, then unpacking), and starts the session when it is in. A failure ends
on the loading screen with the reason. Non-Adreno devices still get the warning before any
download. Setup > Linux runtime is unchanged.
- The client's sound goes back to the adaptive AAudio sink 0.1.5 shipped (bundled unchanged as
module-aaudio-classic-sink, sink name AAudioSink). Through the DirectAudio relay it stayed
choppy on an AYN Thor (Android 13, 20 ms bursts) even with a two-burst buffer.
- Steam cog > Audio: DirectAudio for games (on by default, unchanged) and Steam client audio
(Classic by default, or DirectAudio). The relay also starts when only the client wants it.
- The relay runs with --log and the daemon at info level, so audio.log carries the stream each
path was granted and, on the relay, Android's xrun count every 1000 callbacks.
- Device report shows both settings.
The unpack check compared a hand-bumped stamp only. Two sink changes shipped without a bump, so a
device that had run the earlier build kept the old module: the 40 ms ring floor and the 24 ms
device buffer never reached the AYN Thor they were for. The stamp now carries a CRC-32 of
pulseaudio.tzst. The sink's connect line names the buffer it asked for, and one line ten seconds
in reports the relay's device buffer, ring target and underruns.
The relay's default is 12 ms rounded up to whole bursts. On a device where Android grants a fast
stream (4 ms bursts) that is three bursts; on one where it grants a legacy stream (20 ms bursts,
an AYN Thor on Android 13) it is a single burst, and the Thor's client audio stuttered. 24 ms is
two bursts there and 24 ms on the fast devices. buffer_ms= overrides it.
- module-directaudio-sink keeps the relay's ring at least 40 ms deep. The relay starts at 8 ms,
which the producer inside proot missed while the client loads (two underruns on the FIT's fresh
install, steady stutter reported on another phone).
- Setup > Session logs > Share latest logs zips the newest session folder, wherever it was written
(Downloads, or app-private files when Downloads is not writable), and opens the share sheet via
a FileProvider scoped to that zip.
- Microphone defaults to on, and the app asks for RECORD_AUDIO once at first launch, together with
the storage prompt. A refusal is not asked again at start-up.
- modules/armhf held the inherited Winlator AAudio sink and two protocol modules; the app is
arm64-only and nothing loads that folder. Removed, bundle stamp bumped so installs re-unpack.
Everyone who never touched the toggle gets it; anyone who turned it off keeps it off (the setting is
only stored when changed). Off, the client's sound came from AAudio driven inside proot, which
stutters on some devices.
A second sink module: connects to the relay's socket (lazily, the relay comes up after the
daemon; a clocked null sink until then), sends the hello, maps the render ring it gets back and
keeps it topped up to the relay's target with a futex wait per burst. Every AAudio call, the
adaptive buffer and the route handling stay in the relay, outside proot. With DirectAudio on the
daemon loads this sink instead of module-aaudio-sink; the bundle carries both.
Two bursts (8 ms) of buffer with a write per burst left the client's menu sounds choppy on
device: the daemon runs under proot, where every system call is traced. The buffer now starts at
four bursts or 30 ms, whichever is more, each write hands over half of it, the IO thread asks for
nice -16 like Android's own audio threads, and the log says how big the buffer is and how many
underruns the device counted.
frontend/AddedGameArt: cover/poster/boxart/folder-name images, header, hero, logo and icon from
the game's folder (or its art subfolder); otherwise a one-time store search by folder name and
the capsule, header, hero and logo from Steam's CDN into the app's cache (a miss retried after a
week); an icon pulled from the .exe. The rail shows the portrait. The session's listing carries
the paths; bannerlator-steam-shortcuts copies them into userdata/<acct>/config/grid under the
client's names, never over a file it did not write itself, and sets the shortcut's icon. A toggle
in the cog turns the store lookup off.
Folders are a list (the single folder from before carries over); each gets /root/Games/<name>,
with a short hash of its path only when two chosen folders share a name, so adding or removing
one never moves another's games (their appids follow the guest exe path). Per-game exe choices
are keyed by the folder's path now. The cog lists each folder with its game count and a Forget,
plus an Add row.
The inherited module is gone from app/src/main/assets/pulseaudio.tzst (74 → 73 modules); CI adds
the app's own at build time and refuses a bundle that already has one. BUNDLE_STAMP bumped so an
installed app re-unpacks.
Blocking-write design: the IO thread pulls one burst at a time from the sink and hands it to a
blocking AAudio output stream, whose buffer paces the thread; latency comes from the stream's
playback timestamp; with adaptive=1 the buffer grows a burst per underrun up to a cap. Same
module arguments as before, so the daemon's config line is unchanged. build.sh compiles it with
the NDK against the app's own libpulse* and a small config.h; a workflow checks it on every push.
Four of Armada's patches apply to 3.16.29 as they are (appid-focus fallback, ARM64 night mode,
ARM64 colour-temperature slider, P3 red); two more are ported by hand: realtime-priority Vulkan
queues on GAMESCOPE_FORCE_VULKAN_REALTIME=1 without CAP_SYS_NICE, and the gamepad cursor sprite
following the X pointer. build-gamescope.yml builds Arch Linux ARM's package with them in an
Arch container, checks every NEEDED library against the runtime's own list, and publishes the
binary as a release asset for the apk to stage over /usr/local/bin/gamescope.
A Games folder chosen in the Steam cog is scanned one level deep, one subfolder per game; the
program to launch is the .exe named after the folder, else the largest, never an installer,
redistributable or crash reporter, and the settings page lets the user pick another for any
game. Each session the app writes the list, and bannerlator-steam-shortcuts puts the games into
the client's shortcuts.vdf as non-Steam games (the client's own entries kept) with the appid the
client itself derives, mapped to the ARM64 Proton through the compat registrar. They appear in
the rail under Steam and launch by steam://rungameid/ like any title.
On device the client's console log showed the calls: /usr/bin/steamos-polkit-helpers/steamos-update,
steamos-select-branch, jupiter-biosupdate and jupiter-dock-updater - the polkit-helpers path, not
/usr/bin. The missing steamos-update there was the 'Update Error' dialog. Stubs at both paths now.
Also seen on device: -steamdeck alone opts the install into the steamdeck_stable branch too, so the
branch guard is what keeps a session from reinstalling; and on the publicbeta channel Deck mode
reports installed version 0 at every start and reinstalls the same client (rc=42, the launch URL
lost with it), while on steamdeck_publicbeta the second launch comes up with no restart at all.
The five files the audit measured as Winlator's are replaced: a one-method callback interface by
java.util.function.Consumer, the component base by SessionPart (attach an application context,
start, stop), the environment list by HostEnvironment, the process starter by HostProcess, and
the pad's state holder by PadState with named sticks, triggers, directions and buttons. The
frame-generation tree is framegen/ (its contents were never Winlator's: lsfg-vk's port and
Bannerlator's Win-FG), the log tags are the app's, and the fake pad's rumble socket is now one
the app actually serves: RumbleComponent turns a game's force-feedback effects into the phone's
vibrator, which used to go nowhere. The two design notes describing Bannerlator's X11 path are
gone, and the README and credits say what is whose.
Deck mode passes -steamdeck alone: -steamos3 opted the install into the steamdeck_stable
branch and started the restart loop Bannerlator hit on device (38996ea1). The SteamOS helpers
the client calls in that mode - the two Armada found it needs under steamos-polkit-helpers and
the three under /usr/bin - are staged from the apk as no-op stubs. The client branch on disk is
kept in step with the one forced on the command line, and an update that cannot install stops
the session after three restarts instead of looping for ever.
The Steam cog gets a Client branch row: public beta (every session so far) or Steam Deck
public beta, the channel Armada bootstraps from.
The client reads /sys/class/power_supply/BAT<n>/; Android's supply is called battery and laid
out differently, so the Quick Access Menu had no battery. BatteryComponent writes BAT0 and BAT1
from Android's battery API every five seconds - status, percentage, charge, energy, power and
time to empty - into a directory bound over /sys/class/power_supply.
Palette (ui/Theme.kt): background, surfaces, lines, type, a primary with its gradient partner,
and a separate signal colour for rules, rings, dots and the eyebrow - the blue in every theme,
while the primary is white in Paper and blue in the other two. Every colour the screens used to
hard-code (the purple gradient end, the green, the two line greys) now comes from the palette,
so a change under Setup applies at once, and the session drawer and the file manager pick the
saved theme up when they open.
--notes "KDE Plasma desktop package for DroidDeck's Linux runtime ($GITHUB_REPOSITORY tools/desktop-kde, $GITHUB_SHA). size $(stat -c %s out/desktop-kde.tar.zst), sha256 $(cat out/desktop-kde.sha256). desktop-kde.packages.txt lists the signature-checked Arch Linux ARM packages it was built from." \
--notes "Ubuntu 26.04 LTS arm64 runtime for DroidDeck ($GITHUB_REPOSITORY tools/ubuntu, $GITHUB_SHA): size $(stat -c %s "out/$TAG.tar.zst"), sha256 $(cat "out/$TAG.sha256"). $TAG-desktop.tar.zst is the Kubuntu Plasma desktop built on top of it, holding only what the runtime does not already have: size $(stat -c %s "out/$TAG-desktop.tar.zst"), sha256 $(cat "out/$TAG-desktop.sha256"). The .packages.txt files list every installed package and version." \
DroidDeck brings the SteamOS experience to Android: Steam Gaming Mode, full Linux desktop, integration with GOG, Epic Games, Xbox, and other storefronts, Steam VR, and more!
DroidDeck brings the SteamOS experience to Android: Valve's Steam client in Big Picture on your Adreno handheld, with Windows games through Valve's ARM64 Proton.
<p align="center"><b>100% open source. No ads. No telemetry. No source withheld.</b></p>
<p align="center"><a href="https://discord.gg/JRGAvawjsm"><img src="https://img.shields.io/badge/Discord-Join%20the%20community-5865F2?logo=discord&logoColor=white" alt="Join the DroidDeck Discord"></a></p>
<a href="https://discord.gg/JRGAvawjsm"><img src="https://img.shields.io/badge/Discord-Join%20us-5865F2?style=for-the-badge&logo=discord&logoColor=white" alt="Join the DroidDeck Discord"></a>
</p>
<p align="center"><img src="docs/releases/media/0.2.0/launch-into-steam.gif" width="80%" alt="Tapping DroidDeck on the Android home screen and landing in Steam Big Picture"></p>
<p align="center">
<a href="https://www.star-history.com/droid-deck/droiddeck"><img src="https://api.star-history.com/badge?repo=Droid-Deck/DroidDeck&type=rank&theme=dark" alt="Star History Rank"></a>
</p>
> Note: DroidDeck does not have a stand-alone website. Do not click on any download links from websites claiming to be the DroidDeck team.
<p align="center"><img src="docs/media/steam-to-desktop.gif" width="100%" alt="On a Retroid Pocket Duo: Play Steam from the DroidDeck launcher, open Pac-Man in Steam Big Picture and play it, exit the game, then Switch to Desktop from the Power menu"></p>
Use Android 9 or newer on a supported Adreno device (730 or newer, or 8xx). Adreno 6xx is experimental: DirectX 11 uses DXVK 2 and may run, and DirectX 12 games can still crash. Mali, Xclipse, PowerVR, and Adreno 710 are unsupported. No root is required. Allow about 3 GB for the runtime and 1.1 GB more for the desktop and emulators. Install the APK from [Releases](https://github.com/Droid-Deck/DroidDeck/releases), install the Linux runtime, then press **Play** and sign in. Steam downloads on first launch. Install **Desktop & apps** to use the desktop and emulators. The **Store** installs Linux apps and games from Flathub (ARM64 builds) with Flatpak; with additional options to install Appimages and set up scripts. **Stores** (Setup › Stores › "Show Stores in the rail") signs in to GOG, Epic Games and Amazon Games and downloads games into the Games storage. Epic keeps its direct API install path. Opening Epic Stores prepares Epic’s official Linux launcher preview. When installed, Epic games launched from DroidDeck use that client, and games installed in the client are imported into DroidDeck’s library and shortcuts. The x86-64 client runs through FEX on ARM and DroidDeck retains its Proton hooks; this preview and ARM setup are outside Epic’s listed Linux support. The cog on a store’s chip row sets its opening tab and download speed tier.
> DroidDeck has no website. Only download it from this repository's [Releases](https://github.com/Droid-Deck/DroidDeck/releases).
On Android 14 and newer, before Steam launches, you must turn on **Disable child process restrictions** in Developer options. If this option is not available in developer settings (Android 12 and 13 devices), first launch of Steam will present a "Fix it for me" button, which will help automate the setup process.
<p align="center">
<img src="docs/releases/media/0.6.7/library.gif" width="49%" alt="The Library switching source chips, changing the card size and opening the Filter menu">
<img src="docs/releases/media/0.3.0/in-game.gif" width="49%" alt="A Windows game running through Proton with the on-screen controls">
<img src="docs/releases/media/0.4.0/multi-controller.gif" width="49%" alt="Two controllers playing split screen on one handheld">
<img src="docs/releases/media/0.6.7/ubuntu-desktop-discover.jpg" width="49%" alt="The Kubuntu desktop with Discover open">
</p>
## Smart glasses
## Install
Use **Setup → Smart glasses** for app-wide virtual-screen settings across DroidDeck menus, launchers, desktop sessions, and games. Supported VITURE, RayNeo, and XREAL connections provide 3DoF; Luma Ultra adds optional experimental 6DoF and stereo-assisted hand/Joy-Con tracking. Model support and SDK requirements differ: see the [smart-glasses support matrix](docs/smart-glasses-support.md) for supported devices, controls, setup, and limitations.
1. Android 9 or newer on Adreno 730 or newer, or any 8xx. Adreno 6xx is experimental. Mali, Xclipse, PowerVR and Adreno 710 are unsupported. No root needed.
2. About 3 GB free for the runtime, plus 1.1 GB for the desktop and emulators.
3. Install the [APK](https://github.com/Droid-Deck/DroidDeck/releases/download/0.6.9/DroidDeck-0.6.9.apk), install the Linux runtime, press **Play** and sign in to Steam.
4. On Android 14 and newer, turn on **Disable child process restrictions** in Developer options. On Android 12 and 13, Steam's first launch shows a **Fix it for me** button that walks you through it.
## Community
Smart glasses setup is in the [support matrix](docs/smart-glasses-support.md). Release notes are in [docs/releases](docs/releases).
Help, Preview builds and device reports are on [Discord](https://discord.gg/JRGAvawjsm). For bugs, post in **#bug-reports** with the zip from **Share logs**.
Join the [DroidDeck Discord](https://discord.gg/JRGAvawjsm) for help, Preview builds, and device reports. Bug reports go in its **#bug-reports** forum; attach the zip from **Share logs** (Setup, or the session drawer) so the logs come with it.
## Build
Needs Docker, Java 17, the Android SDK and NDK, Rust via rustup, GitHub CLI, Python 3 and `zstd`.
Run `tools/build_local.sh` with Docker, Java 17, the Android SDK/NDK, Rust through rustup, GitHub CLI, Python 3, and `zstd` installed. It prepares the same native libraries, pinned components and audio sinks as CI, then checks the APK's assets, JNI exports and dependencies. The APK is at `app/build/outputs/apk/release/app-release.apk`. Set `DROIDDECK_PA13_SOURCE_DIR` to an existing PulseAudio 13.0 source directory to skip downloading it. Set `DROIDDECK_SIGNING_ENV` to a signing environment file to install over a release build; relative keystore paths resolve beside that file. To install on an attached device, run `tools/deploy_local.sh`.
```bash
tools/build_local.sh
```
After preparation, ordinary `./gradlew :app:assembleRelease` builds can reuse the verified inputs. If native sources, component pins or staged files change, packaging stops with instructions to rerun the helper. Generated audio stays under `app/build/`; the tracked base bundle is never modified. `./gradlew -PskipRust=true :app:testDebugUnitTest` needs no native preparation. For an APK without store engines, use `DROIDDECK_SKIP_RUST=1 tools/build_local.sh`; it omits cached engine libraries too.
The APK lands in `app/build/outputs/apk/release/`. Install it with `tools/deploy_local.sh`. After the first run, `./gradlew :app:assembleRelease` reuses the prepared inputs. Unit tests run with `./gradlew -PskipRust=true :app:testDebugUnitTest`, and the helper and preload suite with `bash tools/test_local.sh`.
For the prepared Windows checkout, run `./tools/run_windows.ps1` (optionally with `-Serial <adb-serial>`), or select **DroidDeck XR** in Android Studio and run the **app** module on the connected phone. Machine-specific options live in the ignored `local.properties`: `droiddeck.python` selects a Python executable, `droiddeck.skipRust=true` omits the optional store download engines, and `droiddeck.debugApplicationIdSuffix=.xr` installs **DroidDeck XR Dev** alongside the signed release. The development app has its own runtime and Steam login. The local Java selection is in `.gradle/config.properties`.
On Windows, see `tools/run_windows.ps1` and `tools/prepare_windows_runtime.py`.
`python tools/prepare_windows_runtime.py` restores this checkout's audited runtime inputs from the pinned CI APK, three locally rebuilt preload libraries, and the checksum-pinned Gamescope archive in `build/windows-setup/`. Start Docker Desktop's Linux engine first: preparation now rebuilds DroidDeck's ARM64 VR driver and Vulkan layer from current source and runs their native regression tests. The compiler image is built automatically on first use. Vulkan headers come from the NDK beside `--llvm-strip`, or from an explicit `--vk-include <NDK-sysroot-include>` directory.
To reuse that build, pass `--rebuilt-vr build/windows-setup/vr`. Preparation verifies its `vr-build.json` against the current Git revision, source files, Vulkan headers, output checksums, and ARM64 architecture; missing or stale builds fail instead of falling back to the donor's VR libraries. The script checks the actual donor CI merge tree, still rejects unrelated unaudited runtime changes, and records component provenance in `app/build/windows-runtime-provenance.json`. Preserve these ignored preparation files when rebuilding locally; `clean` removes the prepared assets and their verification manifest.
Run the helper and preload regression suite with `bash tools/test_local.sh`. On macOS it runs in Linux through Docker, matching the helpers' runtime and CI instead of compiling Linux preloads against macOS headers.
## Limits
Compatibility and performance vary by device. Desktop compositing is software rendered, and Firefox sandboxing is reduced under proot.
Compatibility and performance vary by device; hardware validation is limited. Desktop compositing uses software rendering. Firefox sandboxing is reduced under proot. Logs are kept app-private (`files/logs/`, the last 30 sessions); **Share logs** packs the newest session, with the stores and tool logs, into one scrubbed zip.
## Credits and licence
DroidDeck is [GPL-3.0](LICENSE). Steam and Proton belong to Valve Corporation. VITURE, RayNeo, XREAL, Rokid, REDMAGIC, Nintendo Switch and Joy-Con are trademarks of their owners. This project is not affiliated with any of them.
GPL-3.0. Runtime, shim, input, and controller work build on WinNative and Bannerlator (maxjivi05). Epic Games and GOG support build on [Phobos’s](https://github.com/phobos665) adaptation of [Legendary](https://github.com/legendary-gl/legendary) and [gogdl](https://github.com/Heroic-Games-Launcher/heroic-gogdl), respectively. The registry entries a GOG game's install script (`goggame-<id>.script`) sets are read the way [Heroic Games Launcher](https://github.com/Heroic-Games-Launcher/HeroicGamesLauncher)'s GOG setup (GPL-3.0) reads them. LSFG frame generation is from the work of Camille LaVey and the [Eden](https://eden-emu.dev) emulator project, following [lsfg-vk](https://github.com/PancakeTAS/lsfg-vk), ported to WinNative and DroidDeck by [@maxjivi05](https://github.com/maxjivi05); it needs your own copy of [Lossless Scaling](https://store.steampowered.com/app/993090/) and ships none of its shaders. x86 AppImages, and any whose own runtime cannot unpack them, are unpacked with [uruntime](https://github.com/VHSgunzo/uruntime) by VHSgunzo (MIT), shipped unmodified with its licence, which also starts the arm64 emulator AppImages whose own runtime cannot run its extractor on Android. The Steam client's audio goes through [@The412Banner](https://github.com/The412Banner)'s [DirectAudio](https://github.com/The412Banner/directaudio) PulseAudio sink (LGPL-2.1-or-later), built from `tools/directaudio/sink` with its request size kept to its ring so clients are not asked to queue 100 ms ahead. mmap ring-buffer controller input was developed by ribbit384 ([WinNative #345](https://github.com/WinNative-Emu/WinNative/pull/345)). Why the x86-64 Steam client refused the arm64 client's sign-in was checked by reading Steam's saved token with the `ConnectCache` format from [deadlock-api-ingest](https://github.com/deadlock-api/deadlock-api-ingest). x86 programs that link OpenSSL 3 under FEX use the copy in the [Steam Linux Runtime 4.0](https://gitlab.steamos.cloud/steamrt/steamrt) platform. Hooks written with `WriteProcessMemory` into code [FEX](https://github.com/FEX-Emu/FEX) has translated go through `/proc/<pid>/mem` again when the kernel refuses `process_vm_writev`, as [Wine](https://gitlab.winehq.org/wine/wine)'s `server/ptrace.c` wrote them before Wine 11. x86 Linux games under FEX get the same `/etc/asound.conf` that [pressure-vessel](https://gitlab.steamos.cloud/steamrt/steam-runtime-tools) writes into the Steam Linux Runtime, so ALSA plays through PulseAudio. Games render with [Mesa](https://gitlab.freedesktop.org/mesa/mesa) Turnip's own per-render-pass choice between tile memory and system memory, while the Steam client keeps `TU_DEBUG=sysmem`; [FEX](https://github.com/FEX-Emu/FEX)'s code disk cache was checked in its source and is already on through Proton. See [LICENSE](LICENSE). Steam and Proton belong to Valve Corporation; this project is not affiliated with Valve.
<details>
<summary><b>Runtime, Wine and Proton</b></summary>
XR glasses support builds on WinNative's VITURE glasses work. VITURE protocol details were checked against [XRLinuxDriver](https://github.com/wheaney/XRLinuxDriver) by [@wheaney](https://github.com/wheaney), including the VITURE protocol header it ships, [ar-drivers-rs](https://github.com/badicsalex/ar-drivers-rs) by [@badicsalex](https://github.com/badicsalex) and the [go-macos/iokit VITURE package](https://pkg.go.dev/github.com/go-macos/iokit/viture); the optional VITURE SDK belongs to VITURE and is not included. RayNeo support adapts [@informalTechCode](https://github.com/informalTechCode)'s [RayNeo-Air-Series-3DoF-Scaffold](https://github.com/informalTechCode/RayNeo-Air-Series-3DoF-Scaffold) (Apache-2.0) and references [@verncat](https://github.com/verncat)'s [RayNeo-Air-3S-Pro-OpenVR](https://github.com/verncat/RayNeo-Air-3S-Pro-OpenVR) (MIT) and [Monado](https://gitlab.freedesktop.org/monado/monado) (BSL-1.0); see [docs/third-party/rayneo](docs/third-party/rayneo/README.md). XREAL 1S support references [XRLinuxDriver](https://github.com/wheaney/XRLinuxDriver) and [xrealOneDeviceKit](https://github.com/wheaney/xrealOneDeviceKit) by @wheaney, [xreal_one_driver](https://github.com/rohitsangwan01/xreal_one_driver) by [@rohitsangwan01](https://github.com/rohitsangwan01) (MIT) and [xr-tools](https://github.com/0xcaff/xr-tools) by [@0xcaff](https://github.com/0xcaff). The REDMAGIC glasses-display findings draw on [@mekhontsev](https://github.com/mekhontsev)'s [MagicDesk investigation](https://github.com/mekhontsev/magicdesk/blob/main/docs/xr-resolution-fix.md) and [@Coding-BR](https://github.com/Coding-BR)'s [decompiled Nubia kernel](https://github.com/Coding-BR/android_kernel_nubia_sm8850_qwjujube). VITURE, RayNeo, XREAL and REDMAGIC are trademarks of their owners; this project is not affiliated with them.
- Runtime, shim, input and controller work build on WinNative and Bannerlator by maxjivi05.
- mmap ring buffer controller input by ribbit384 ([WinNative #345](https://github.com/WinNative-Emu/WinNative/pull/345)).
- [FEX](https://github.com/FEX-Emu/FEX) (MIT) runs x86 code. DroidDeck's build puts the platform name under `AT_PLATFORM` so [sharun](https://github.com/VHSgunzo/sharun) AppImages by VHSgunzo (MIT) start through its [userland-execve](https://crates.io/crates/userland-execve) loader (MIT). FEX's code disk cache was checked in its source.
- x86 AppImages, and arm64 ones whose runtime can't unpack on Android, are unpacked with [uruntime](https://github.com/VHSgunzo/uruntime) by VHSgunzo (MIT), shipped unmodified with its licence.
- x86 programs linking OpenSSL 3 use the copy in the [Steam Linux Runtime 4.0](https://gitlab.steamos.cloud/steamrt/steamrt). x86 Linux games get the `/etc/asound.conf` that [pressure-vessel](https://gitlab.steamos.cloud/steamrt/steam-runtime-tools) writes.
-`WriteProcessMemory` hooks fall back to `/proc/<pid>/mem` the way [Wine](https://gitlab.winehq.org/wine/wine)'s `server/ptrace.c` did before Wine 11.
- Wine write watches use userfaultfd support in [Proton](https://github.com/ValveSoftware/wine)'s `dlls/ntdll/unix/virtual.c` (LGPL-2.1-or-later). libblsession supplies the arm64 syscall number and answers `PAGEMAP_SCAN` from `/proc/self/pagemap`.
- libblsession runs Wine's arm64 `SIGUSR2` context handler (`dlls/ntdll/unix/signal_arm64.c`, LGPL-2.1-or-later) in place on a frame laid out like [Linux](https://github.com/torvalds/linux)'s `arch/arm64/kernel/signal.c`, and serves `fill_vm_counters` in `dlls/ntdll/unix/process.c` the kernel's own `/proc/<pid>/status`.
- droiddeck-ntsync follows the [Linux](https://github.com/torvalds/linux) ntsync semantics in `Documentation/userspace-api/ntsync.rst` (GPL-2.0).
- The proot fast path orders bindings like [PRoot](https://github.com/proot-me/proot)'s `path/binding.c` (GPL-2.0-or-later).
- DiRT 3 and DiRT Showdown keep their telemetry socket the way RoccoC's DiRTTelemetryErrorFix (MIT) does, based on the fix by Carsten Gottschling.
- Games use [Mesa](https://gitlab.freedesktop.org/mesa/mesa) Turnip's per render pass memory choice. The Steam client keeps `TU_DEBUG=sysmem`.
- Black Ops III and Dark Souls Remastered start without [umu-protonfixes](https://github.com/Open-Wine-Components/umu-protonfixes) (BSD-2-Clause), whose `311210.py` and `570940.py` fail under ARM64 Proton.
- [ReSkate](https://github.com/Dingo-Shenanigans/ReSkate) (GPL-3.0) by Dingo Shenanigans uses the launch option from its README and D3D12 feature level 12_1.
- The arm64 client's sign in was checked by reading Steam's saved token with the `ConnectCache` format from [deadlock-api-ingest](https://github.com/deadlock-api/deadlock-api-ingest).
Joy-Con VR controllers port the arm model of Google's [Google VR SDK for Unity](https://github.com/googlevr/gvr-unity-sdk) (Apache-2.0), adapt the hand skeleton of Valve's [OpenVR](https://github.com/ValveSoftware/openvr) `handskeletonsimulation` sample (BSD-3-Clause), which follows Moshi Turner's hand simulation in [Monado](https://gitlab.freedesktop.org/monado/monado), and use the Index controller offsets from Monado's `vive_poses.c` (BSL-1.0). Joy-Con behaviour was researched in Linux's [hid-nintendo](https://github.com/torvalds/linux/blob/master/drivers/hid/hid-nintendo.c) driver by Daniel J. Ogorchock, [@dekuNukem](https://github.com/dekuNukem)'s [Nintendo_Switch_Reverse_Engineering](https://github.com/dekuNukem/Nintendo_Switch_Reverse_Engineering), [SDL](https://github.com/libsdl-org/SDL) and the Android Open Source Project, and checked against [ALVR](https://github.com/alvr-org/ALVR), [OpenComposite](https://gitlab.com/znixian/OpenOVR), [PSMoveSteamVRBridge](https://github.com/HipsterSloth/PSMoveSteamVRBridge), [@F8LEFT](https://github.com/F8LEFT)'s [JoyConVr](https://github.com/F8LEFT/JoyConVr), [@krnelpan1c](https://github.com/krnelpan1c)'s [Daydream-Controller-SteamVR](https://github.com/krnelpan1c/Daydream-Controller-SteamVR), [@yoyobuae](https://github.com/yoyobuae)'s [joyconvr](https://github.com/yoyobuae/joyconvr), [Moonlight](https://github.com/moonlight-stream/moonlight-android) and [Dolphin](https://github.com/dolphin-emu/dolphin); see [docs/third-party/joycon](docs/third-party/joycon/README.md). Nintendo Switch and Joy-Con are trademarks of Nintendo; this project is not affiliated with Nintendo.
</details>
Camera hand tracking runs Google's [MediaPipe](https://github.com/google-ai-edge/mediapipe) Tasks Vision library with its Pose Landmarker (Lite) model, BlazePose GHUM 3D, and its Hand Landmarker model (all Apache-2.0), on frames from AndroidX [CameraX](https://developer.android.com/jetpack/androidx/releases/camera) (Apache-2.0); MediaPipe's usage reports are switched off. The design was checked against [@F8LEFT](https://github.com/F8LEFT)'s [JoyConVr](https://github.com/F8LEFT/JoyConVr) camera app (MIT), and the short Joy-Con movements follow the accelerometer mode of the [Google VR SDK for Unity](https://github.com/googlevr/gvr-unity-sdk)'s arm model, Eric Foxlin's zero-velocity updates and Frosio, Pedersini and Borghese's accelerometer autocalibration, and the camera and Joy-Con are joined by a Kalman filter (R. E. Kalman, 1960). Bare camera hands take their gestures after [ALVR](https://github.com/alvr-org/ALVR)'s `hand_gestures.rs` (MIT) and Meta Quest's menu pinch, with distances checked on photos from the [HaGRID](https://github.com/hukenovs/hagrid) gesture set (CC BY-SA 4.0, not included), fit the palm with Horn's quaternion method (1987) and smooth it with the 1€ filter (Casiez, Roussel and Vogel, 2012); the white glove model follows Valve's OpenVR render model reference and Index controller poses, is meshed with surface nets (Gibson, 1998; Mikola Lysenko) and blends and shades it with Inigo Quilez's smooth minimum and distance-field ambient occlusion, porting his polygon distance (MIT); see [docs/third-party/handtracking](docs/third-party/handtracking/README.md).
<details>
<summary><b>Stores</b></summary>
- Epic Games and GOG build on [Phobos](https://github.com/phobos665)'s adaptation of [Legendary](https://github.com/legendary-gl/legendary) and [gogdl](https://github.com/Heroic-Games-Launcher/heroic-gogdl). GOG install script registry entries are read the way [Heroic Games Launcher](https://github.com/Heroic-Games-Launcher/HeroicGamesLauncher) (GPL-3.0) reads them.
- Epic's official Linux launcher preview runs through FEX. That setup is outside Epic's listed Linux support.
- Battle.net is by [@kayakyakr](https://github.com/kayakyakr). It runs Blizzard's own client in Proton (downloaded from Blizzard, not included) and shows key art from the [Battle.net Shop](https://shop.battle.net). Without Steam, its games see the pad as an Xbox 360 controller via `PROTON_SPOOF_STEAMINPUT_VIDPID` in [Proton](https://github.com/ValveSoftware/wine)'s `dlls/winebus.sys`.
- Battle.net installs drive Blizzard's Agent the way [@barncastle](https://github.com/barncastle)'s [Battle.Net-Installer](https://github.com/barncastle/Battle.Net-Installer) does, with requests from [wowdev.wiki](https://wowdev.wiki/Agent). Read without taking code: [@mubaraknumann](https://github.com/mubaraknumann)'s [unifideck](https://github.com/mubaraknumann/unifideck), [@djmittens](https://github.com/djmittens)'s [neo-mittens](https://github.com/djmittens/neo-mittens) `bnetswitch`, [@BCD1210](https://github.com/BCD1210)'s [soju](https://github.com/BCD1210/soju) and [Lutris](https://github.com/lutris/lutris)'s `product.db` reader.
- World of Warcraft addon imports replace an addon's folder from a temporary copy, as [WowUp](https://github.com/WowUp/WowUp) does, and read flavour folders the way [WoWDeck](https://github.com/sigboe/wowdeck) does. No code from either is used.
- Xbox games load [@domsvoboda](https://github.com/domsvoboda)'s [xodus-nexus](https://github.com/domsvoboda/xodus-nexus) modules (LGPL-2.1-or-later), including `wintypes.dll`. Minecraft's GameInput setup was checked against [@Wyze3306](https://github.com/Wyze3306)'s [BedrockOnLinux](https://github.com/Wyze3306/BedrockOnLinux) (MIT).
- The Xbox Cloud Gaming player uses the WebRTC client of [@unknownskl](https://github.com/unknownskl)'s [Greenlight](https://github.com/unknownskl/greenlight) (MIT), and its offer tweaks and sharpening follow [@redphx](https://github.com/redphx)'s [Better xCloud](https://github.com/redphx/better-xcloud) (MIT). See `tools/xcloud-player/NOTICE.md`.
- The itch.io butler pack ships butler's `7z.so`, itch.io's build of [7-Zip](https://www.7-zip.org) by Igor Pavlov (LGPL-2.1, unRAR restriction on RAR code), unmodified. Other archives use Apache Commons Compress and the runtime's bsdtar (libarchive).
- The Store uses [Flatpak](https://github.com/flatpak/flatpak) (LGPL-2.1) through DroidDeck's own bubblewrap shim. Chromium and Electron apps start directly, since [zypak](https://github.com/refi64/zypak) by [@refi64](https://github.com/refi64) (BSD-3-Clause) always uses Flatpak's spawn portal.
- Folder sync runs [Syncthing](https://github.com/syncthing/syncthing) (MPL-2.0), built from [@researchxxl](https://github.com/researchxxl)'s [syncthing-android](https://github.com/researchxxl/syncthing-android) fork (MPL-2.0).
</details>
<details>
<summary><b>Audio, video and HUD</b></summary>
- Steam audio goes through [@The412Banner](https://github.com/The412Banner)'s [DirectAudio](https://github.com/The412Banner/directaudio) PulseAudio sink (LGPL-2.1-or-later), built from `tools/directaudio/sink`.
- The DroidDeck HUD is [@The412Banner](https://github.com/The412Banner)'s [FusionHUD](https://github.com/The412Banner/FusionHUD) (GPL-3.0 with an attribution term). Its readings match Valve's [MangoHud](https://github.com/flightlessmango/MangoHud) build (MIT), with frame times from gamescope patch 0125.
- The HUD's CPU, GPU load, thermal and battery readers come from [@xXJSONDeruloXx](https://github.com/xXJSONDeruloXx)'s work.
- LSFG frame generation comes from Camille LaVey and the [Eden](https://eden-emu.dev) project, following [lsfg-vk](https://github.com/PancakeTAS/lsfg-vk), ported by [@maxjivi05](https://github.com/maxjivi05). It needs your own copy of [Lossless Scaling](https://store.steampowered.com/app/993090/) and ships none of its shaders.
- Remote Play decodes through Android's MediaCodec or the [FFmpeg](https://ffmpeg.org) (LGPL-2.1-or-later) in Steam's runtime. Qualcomm low latency settings follow [Moonlight](https://github.com/moonlight-stream/moonlight-android) (GPL-3.0).
- [PipeWire](https://gitlab.freedesktop.org/pipewire/pipewire) (MIT) sockets use the settings in its `module-access.c`, and [WirePlumber](https://gitlab.freedesktop.org/pipewire/wireplumber) (MIT) keeps those clients at full permissions.
</details>
<details>
<summary><b>Desktop</b></summary>
- The KDE pacman repository snapshots [Arch Linux ARM](https://archlinuxarm.org) and installs with [pacman](https://gitlab.archlinux.org/pacman/pacman) (GPL-2.0-or-later).
- [KWin](https://invent.kde.org/plasma/kwin) (GPL-2.0-or-later) is patched to pass on the scroll data its `wayland_backend.cpp` leaves as a TODO.
- Read without taking code: [Qt](https://code.qt.io/cgit/qt/qtbase.git)'s `qwaylandinputdevice.cpp` and `qguiapplication.cpp`, [Konsole](https://invent.kde.org/utilities/konsole)'s `TerminalDisplay.cpp`, and [Mesa](https://gitlab.freedesktop.org/mesa/mesa)'s `u_threaded_context.c` and `zink_resource.c`.
- The Steam Keyboard window rule follows Valve's `steamdeck-kde-presets` with [Bazzite](https://github.com/ublue-os/bazzite)'s `0001-steam-virtual-keyboard.patch`.
- Steam's Browse buttons open a GTK 3 file chooser via PyGObject (LGPL-2.1-or-later), shown over Steam by [gamescope](https://github.com/ValveSoftware/gamescope) (BSD-2-Clause) through `GetAppIdFromReaper`.
- The AYN Odin 2 phantom second display was confirmed by [@SapphireRhodonite](https://github.com/SapphireRhodonite)'s [WatermelonDS 0.0.5](https://github.com/SapphireRhodonite/WatermelonDS/releases/tag/0.0.5) notes and [iiSU #363](https://github.com/iisu-network/iiSU/issues/363), without taking their code.
</details>
<details>
<summary><b>Smart glasses</b></summary>
- Builds on WinNative's VITURE work. Protocol checked against [@wheaney](https://github.com/wheaney)'s [XRLinuxDriver](https://github.com/wheaney/XRLinuxDriver), [@badicsalex](https://github.com/badicsalex)'s [ar-drivers-rs](https://github.com/badicsalex/ar-drivers-rs) and [go-macos/iokit](https://pkg.go.dev/github.com/go-macos/iokit/viture). The optional VITURE SDK is not included.
- The VITURE protocol V2 frames adapt [@elasticjava](https://github.com/elasticjava)'s [viture-v2](https://github.com/elasticjava/viture-v2) (MIT) by Holger Bartnick. See `docs/third-party/viture-v2`.
- RayNeo adapts [@informalTechCode](https://github.com/informalTechCode)'s [RayNeo-Air-Series-3DoF-Scaffold](https://github.com/informalTechCode/RayNeo-Air-Series-3DoF-Scaffold) (Apache-2.0) and references [@verncat](https://github.com/verncat)'s [RayNeo-Air-3S-Pro-OpenVR](https://github.com/verncat/RayNeo-Air-3S-Pro-OpenVR) (MIT) and [Monado](https://gitlab.freedesktop.org/monado/monado) (BSL-1.0). See [docs/third-party/rayneo](docs/third-party/rayneo/README.md).
- XREAL 1S references XRLinuxDriver and [xrealOneDeviceKit](https://github.com/wheaney/xrealOneDeviceKit) by @wheaney, [@rohitsangwan01](https://github.com/rohitsangwan01)'s [xreal_one_driver](https://github.com/rohitsangwan01/xreal_one_driver) (MIT) and [@0xcaff](https://github.com/0xcaff)'s [xr-tools](https://github.com/0xcaff/xr-tools).
- REDMAGIC display findings draw on [@mekhontsev](https://github.com/mekhontsev)'s [MagicDesk investigation](https://github.com/mekhontsev/magicdesk/blob/main/docs/xr-resolution-fix.md) and [@Coding-BR](https://github.com/Coding-BR)'s [decompiled Nubia kernel](https://github.com/Coding-BR/android_kernel_nubia_sm8850_qwjujube).
</details>
<details>
<summary><b>VR, Joy-Con and hand tracking</b></summary>
- Joy-Con VR ports the arm model from Google's [GVR SDK for Unity](https://github.com/googlevr/gvr-unity-sdk) (Apache-2.0) and adapts the hand skeleton from Valve's [OpenVR](https://github.com/ValveSoftware/openvr) `handskeletonsimulation` sample (BSD-3-Clause), which follows Moshi Turner's work in Monado. Index offsets come from Monado's `vive_poses.c` (BSL-1.0).
- Joy-Con research: Linux's [hid-nintendo](https://github.com/torvalds/linux/blob/master/drivers/hid/hid-nintendo.c) by Daniel J. Ogorchock, [@dekuNukem](https://github.com/dekuNukem)'s [Nintendo_Switch_Reverse_Engineering](https://github.com/dekuNukem/Nintendo_Switch_Reverse_Engineering), [SDL](https://github.com/libsdl-org/SDL) and AOSP. Checked against [ALVR](https://github.com/alvr-org/ALVR), [OpenComposite](https://gitlab.com/znixian/OpenOVR), [PSMoveSteamVRBridge](https://github.com/HipsterSloth/PSMoveSteamVRBridge), [@F8LEFT](https://github.com/F8LEFT)'s [JoyConVr](https://github.com/F8LEFT/JoyConVr), [@krnelpan1c](https://github.com/krnelpan1c)'s [Daydream-Controller-SteamVR](https://github.com/krnelpan1c/Daydream-Controller-SteamVR), [@yoyobuae](https://github.com/yoyobuae)'s [joyconvr](https://github.com/yoyobuae/joyconvr), [Moonlight](https://github.com/moonlight-stream/moonlight-android) and [Dolphin](https://github.com/dolphin-emu/dolphin). See [docs/third-party/joycon](docs/third-party/joycon/README.md).
- Camera hand tracking runs Google's [MediaPipe](https://github.com/google-ai-edge/mediapipe) Pose Landmarker (Lite), BlazePose GHUM 3D and Hand Landmarker (Apache-2.0) on [CameraX](https://developer.android.com/jetpack/androidx/releases/camera) frames (Apache-2.0), with usage reports off. Checked against JoyConVr's camera app (MIT).
- Tracking math: the GVR arm model's accelerometer mode, Eric Foxlin's zero velocity updates, Frosio, Pedersini and Borghese's accelerometer autocalibration, a Kalman filter (Kalman, 1960), Horn's quaternion method (1987) and the 1€ filter (Casiez, Roussel and Vogel, 2012).
- Gestures follow [ALVR](https://github.com/alvr-org/ALVR)'s `hand_gestures.rs` (MIT) and Meta Quest's menu pinch, tuned on [HaGRID](https://github.com/hukenovs/hagrid) photos (CC BY-SA 4.0, not included).
- The glove model follows OpenVR's render model reference, is meshed with surface nets (Gibson, 1998; Mikola Lysenko), and uses Inigo Quilez's smooth minimum, distance field ambient occlusion and polygon distance (MIT). See [docs/third-party/handtracking](docs/third-party/handtracking/README.md).
<img alt="Star history chart" src="https://api.star-history.com/svg?repos=Droid-Deck/DroidDeck&type=Date" width="100%">
</picture>
</a>
The Store installs and runs apps with [Flatpak](https://github.com/flatpak/flatpak) (LGPL-2.1). Its sandbox goes through DroidDeck's own bubblewrap shim, which follows how Flatpak hands bwrap its environment.
/* DroidDeck Xbox Cloud Gaming player. Includes Greenlight's player (c) UnknownSKL (Jim Kroon), MIT. */
(()=>{var_=class{_player;_dataChannel;constructor(e){this._player=e,this._dataChannel=this._player._peerConnection.createDataChannel(this.getChannelName(),this.getChannelConfig()),this._dataChannel.onopen=this.onOpen.bind(this),this._dataChannel.onmessage=this.onMessage.bind(this),this._dataChannel.onclosing=this.onClosing.bind(this),this._dataChannel.onclose=this.onClose.bind(this),this._dataChannel.onerror=this.onError.bind(this)}getChannelName(){return"channel"}getChannelConfig(){return{}}onOpen(e){console.log(this.getChannelName(),"Opening channel:",e)}onMessage(e){console.log(this.getChannelName(),"Message channel:",e)}onClosing(e){console.log(this.getChannelName(),"Closing channel:",e)}onClose(e){console.log(this.getChannelName(),"Closed channel:",e)}onError(e){console.log(this.getChannelName(),"Error channel:",e)}send(e){if(this._dataChannel.readyState!=="open"){console.log("["+this.getChannelName()+"] Tried to send data while channel is not open. readyState is:",this._dataChannel.readyState);return}returntypeofe=="string"&&(e=newTextEncoder().encode(e)),this._dataChannel.send(e)}getPlayer(){returnthis._player}destroy(){}};varS=classextends_{_micPermissions="prompt";_micStream;constructor(e){super(e),navigator.permissions.query({name:"microphone"}).then(t=>{this._micPermissions=t.state,t.onchange=()=>{this._micPermissions=t.state}})}getChannelName(){return"chat"}getChannelConfig(){return{ordered:!0,protocol:"chatV1"}}destroy(){}};varv=classr{_player;_index;_physicalGamepadId=-1;_rumbleInterval;_isFocused=!0;_gamepadOverride={buttons:{}};_options={enable_keyboard:!1,enable_gamepad:!0,enable_vibration:!0,keyboard_mapping:{A:"Enter",B:"Backspace",X:"x",Y:"y",DPadUp:"ArrowUp",DPadDown:"ArrowDown",DPadLeft:"ArrowLeft",DPadRight:"ArrowRight",LeftShoulder:"[",RightShoulder:"]",LeftThumb:"l",RightThumb:"r",LeftTrigger:"-",RightTrigger:"=",Menu:"m",View:"v",Nexus:"n"},gamepad_mapping:{A:"0",B:"1",X:"2",Y:"3",DPadUp:"12",DPadDown:"13",DPadLeft:"14",DPadRight:"15",LeftShoulder:"4",RightShoulder:"5",LeftThumb:"10",RightThumb:"11",LeftTrigger:"6",RightTrigger:"7",Menu:"9",View:"8",Nexus:"16"},gamepad_axes_mapping:{LeftThumbXAxis:"0",LeftThumbYAxis:"1",RightThumbXAxis:"2",RightThumbYAxis:"3"},gamepad_deadzone:.08,gamepad_force_capture:!1};_listener={keyDown:this.onKeyDown.bind(this),keyUp:this.onKeyUp.bind(this),gamepadConnected:this.onGamepadConnected.bind(this),gamepadDisconnected:this.onGamepadDisconnected.bind(this),windowFocus:this.onWindowFocus.bind(this),windowBlur:this.onWindowBlur.bind(this)};constructor(e,t={}){this._index=e,this._options={...this._options,...t}}attach(e){this._player=e,this._player._channels.control.sendGamepadState(this._index,!0,this),this._options.enable_keyboard===!0&&(window.addEventListener("keydown",this._listener.keyDown),window.addEventListener("keyup",this._listener.keyUp)),this._options.enable_gamepad===!0&&(window.addEventListener("gamepadconnected",this._listener.gamepadConnected),window.addEventListener("gamepaddisconnected",this._listener.gamepadDisconnected)),this._options.enable_gamepad===!0&&this._options.gamepad_force_capture===!1&&(window.addEventListener("blur",this._listener.windowBlur),window.addEventListener("focus",this._listener.windowFocus)),this.detectActiveGamepad()}detach(){if(this._player===void0){console.log("[Gamepad] Player is not attached. this._player is:",this._player);return}this._player._channels.control.sendGamepadState(this._index,!1),this._physicalGamepadId=-1,this._rumbleInterval!==void0&&clearInterval(this._rumbleInterval),this._options.enable_keyboard===!0&&(window.removeEventListener("keydown",this._listener.keyDown),window.removeEventListener("keyup",this._listener.keyUp)),this._options.enable_gamepad===!0&&(window.removeEventListener("gamepadconnected",this._listener.gamepadConnected),window.removeEventListener("gamepaddisconnected",this._listener.gamepadDisconnected)),this._options.enable_gamepad===!0&&this._options.gamepad_force_capture===!1&&(window.removeEventListener("blur",this._listener.windowBlur),window.removeEventListener("focus",this._listener.windowFocus))}sendButtonState(e,t){if(this._player===void0){console.log("[Gamepad] Player is not attached. this._player is:",this._player);return}if(!(einthis.getDefaultFamepadFrame())){console.log("[Gamepad] Invalid button:",e);return}letn=this.getDefaultFamepadFrame();n.GamepadIndex=this._index,this._gamepadOverride.buttons[e]=t}onKeyDown(e){if(this._isFocused!==!1)for(lettinthis._options.keyboard_mapping)this._options.keyboard_mapping[t]===e.key&&(this._gamepadOverride.buttons[t]=1,e.preventDefault())}onKeyUp(e){if(this._isFocused!==!1)for(lettinthis._options.keyboard_mapping)this._options.keyboard_mapping[t]===e.key&&(this._gamepadOverride.buttons[t]=0,e.preventDefault())}onWindowFocus(){this._isFocused=!0}onWindowBlur(){}getDefaultFamepadFrame(){return{GamepadIndex:0,Nexus:0,Menu:0,View:0,A:0,B:0,X:0,Y:0,DPadUp:0,DPadDown:0,DPadLeft:0,DPadRight:0,LeftShoulder:0,Line truncated
`+t.ContentText)?this.completeTransaction(e.id,{Result:0}):this.completeTransaction(e.id,{Result:1})}};varM=classextends_{_handshakeCompleted=!1;getChannelName(){return"message"}getChannelConfig(){return{protocol:"messageV1",ordered:!0}}onOpen(){console.log("[MessageChannel] Sending handshake...");lete=JSON.stringify({type:"Handshake",version:"messageV1",id:"be0bfc6d-1e83-4c8a-90ed-fa8601c5a179",cv:"0"});this.send(e)}onMessage(e){lett=JSON.parse(e.data);switch(t.type){case"HandshakeAck":console.log("[MessageChannel] Handshake completed"),this._handshakeCompleted=!0,this.getPlayer()._channels.control.sendAuthorization(),this.getPlayer()._channels.input.start(),this.sendConfig();break;case"TransactionStart":case"Message":newD(this,t);break;default:console.log("[MessageChannel] Unhandled message type:",t.type,t)}}sendConfig(){lete=[],t=[0,2,0],n=JSON.stringify(this.generateMessage("/streaming/systemUi/configuration",{version:t,systemUis:e}));this.send(n);leti=JSON.stringify(this.generateMessage("/streaming/properties/clientappinstallidchanged",{clientAppInstallId:"c97d7ee0-73b2-4239-bf1d-9d805a338429"}));this.send(i);leta=JSON.stringify(this.generateMessage("/streaming/characteristics/orientationchanged",{orientation:0}));this.send(a);lets=JSON.stringify(this.generateMessage("/streaming/characteristics/touchinputenabledchanged",{touchInputEnabled:!1}));this.send(s);leto=JSON.stringify(this.generateMessage("/streaming/characteristics/clientdevicecapabilities",{}));this.send(o);letd=JSON.stringify(this.generateMessage("/streaming/characteristics/dimensionschanged",{horizontal:1920,vertical:1080,preferredWidth:1920,preferredHeight:1080,safeAreaLeft:0,safeAreaTop:0,safeAreaRight:1920,safeAreaBottom:1080,supportsCustomResolution:!0}));this.send(d)}generateMessage(e,t){return{type:"Message",content:JSON.stringify(t),id:Q(),target:e,cv:""}}destroy(){}};varE=class{_address;_ipv4Address;_ipv4Port;constructor(e){this._address=e;lett=this._address.split(":"),n=t[6]+t[7],i=t[5],a=~parseInt(n.substring(0,2),16)&255,s=~parseInt(n.substring(2,4),16)&255,o=~parseInt(n.substring(4,6),16)&255,d=~parseInt(n.substring(6,8),16)&255,u=~parseInt(i.substring(0,4),16)&65535;this._ipv4Address=a+"."+s+"."+o+"."+d,this._ipv4Port=u}getIpv4Address(){returnthis._ipv4Address}getIpv4Port(){returnthis._ipv4Port}};varR=class{_peerConnection;_iceCandidates=[];constructor(e){this._peerConnection=e._peerConnection,this._peerConnection.addEventListener("icecandidate",t=>{t.candidate&&this._iceCandidates.push(t.candidate)})}getCandidates(){returnthis._iceCandidates}setRemoteCandidates(e){e.length===0&&console.warn("Error: No candidates received!");for(lettine){if(e[t].candidate==="a=end-of-candidates")continue;letn=e[t].candidate.split(" ");if(n.length>4&&n[4].substr(0,4)==="2001"){leti=newE(n[4]);this._peerConnection.addIceCandidate({candidate:"a=candidate:10 1 UDP 1 "+i.getIpv4Address()+" 9002 typ host ",sdpMLineIndex:e[t].sdpMLineIndex,sdpMid:e[t].sdpMid}),this._peerConnection.addIceCandidate({candidate:"a=candidate:11 1 UDP 1 "+i.getIpv4Address()+" "+i.getIpv4Port()+" typ host ",sdpMLineIndex:e[t].sdpMLineIndex,sdpMid:e[t].sdpMid})}this._peerConnection.addIceCandidate({candidate:e[t].candidate,sdpMid:e[t].sdpMid,sdpMLineIndex:e[t].sdpMLineIndex})}}};varI=class{_player;_peerConnection;constructor(e){this._player=e,this._peerConnection=e._peerConnection}getAvailableCodecs(){lete=RTCRtpReceiver.getCapabilities("video")?.codecs;if(e===void0)return[];lett=[];for(letnine)t.includes(e[n].mimeType)||t.push(e[n].mimeType);returnt}setLocalSDP(e){returnconsole.log("[SDP] setLocalSDP() Setting local SDP:",e),e.sdp=e.sdp?.replace("useinbandfec=1","useinbandfec=1; stereo=1"),e}setRemoteSDP(e){returnconsole.log("[SDP] setRemoteSDP() Setting remote SDP:",e),e}getDefaultCodecPreferences(){lete=RTCRtpReceiver.getCapabilities("video")?.codecs;if(e===void0)return[];lett=[],n=[],i=[],a=[];for(letoine)e[o].mimeType.includes("H264")?e[o].sdpFmtpLine?.includes("profile-level-id=4d")?t.push(e[o]):e[o].sdpFmtpLine?.includes("profile-level-id=42e")?n.push(e[o]):e[o].sdpFmtpLine?.includes("profile-level-id=420")&&i.push(e[o]):(e[o].mimeType.includes("ulpfec")||e[o].mimeType.includes("flexfec")||e[o].mimeType.includes("VP9")||e[o].mimeType.includes("VP8"))&&a.push(e[o]);return[...t,...n,...i,...a]}_setBitrate(e,t,n){leti=e.split(`
`),a=-1;for(leto=0;o<i.length;o++)if(i[o].indexOf("m="+t)===0){a=o;break}if(a===-1)returnconsole.debug("Could not find the m line for",t),e;for(a++;i[a].indexOf("i=")===0||i[a].indexOf("c=")===0;)a++;if(i[a].indexOf("b")===0)returni[a]="b=AS:"+n,i.join(`
`)}varm=JSON.parse(DDCloud.settings()),ae=RTCPeerConnection.prototype.setLocalDescription;RTCPeerConnection.prototype.setLocalDescription=function(r){returnr?.sdp&&((m.codec==="high"||m.codec==="normal"||m.codec==="low")&&(r.sdp=z(r.sdp,m.codec)),m.bitrateMbps>0&&(r.sdp=K(r.sdp,m.bitrateMbps*1e3))),ae.call(this,r)};window.__ddRumble=m.rumble/100;window.addEventListener("error",r=>DDCloud.log(`error: ${r.message} @${r.lineno}`));window.addEventListener("unhandledrejection",r=>DDCloud.log(`rejection: ${String(r.reason).slice(0,200)}`));window.addEventListener("gamepadconnected",r=>DDCloud.log(`controller: ${r.gamepad.id.slice(0,60)} mapping=${r.gamepad.mapping||"none"} buttons=${r.gamepad.buttons.length} axes=${r.gamepad.axes.length}`));varW=newMap,re=1;window.__ddResolve=(r,e,t)=>{letn=W.get(r);W.delete(r),n&&n({status:e,body:t})};functionC(r,e=""){returnnewPromise(t=>{letn=re++;W.set(n,t),DDCloud.call(n,r,typeofe=="string"?e:JSON.stringify(e))})}varB=r=>newPromise(e=>setTimeout(e,r)),se=r=>r.status>=200&&r.status<300;functionx(r){lete=document.getElementById("status");e&&(e.textContent=r),DDCloud.status(r)}varT=classextendsError{constructor(t,n){super(t);this.stage=t;this.detail=n}};functionk(r,e){if(!se(e))thrownewT(r,`${e.status}${e.body.slice(0,300)}`);returne}functionoe(r,e){returnnewPromise(t=>{if(r.iceGatheringState==="complete")returnt();letn=setTimeout(t,e);r.addEventListener("icegatheringstatechange",()=>{r.iceGatheringState==="complete"&&(clearTimeout(n),t())})})}asyncfunctionde(){x("Starting the game on Xbox Cloud Gaming\u2026"),k("start",awaitC("start"));letr=!1,e=0;for(;;){letl=k("state",awaitC("state")),f=JSON.parse(l.body||"{}");if(f.state==="Provisioned")break;if(f.state==="Failed")thrownewT("provision",JSON.stringify(f.errorDetails??{}).slice(0,300));f.state==="ReadyToConnect"&&!r?(r=!0,x("Signing in to the cloud console\u2026"),k("connect",awaitC("connect"))):f.state==="WaitingForResources"?x(`In the queue for a cloud console\u2026 ${Math.round(e/1e3)} s`):x(`Getting a cloud console ready\u2026 ${Math.round(e/1e3)} s`),awaitB(1e3),e+=1e3}x("Connecting\u2026");lett=newU("player");t.init();letn=t._peerConnection,i=t._channels.input,a=i.queueMetadataFrame.bind(i);i.queueMetadataFrame=l=>{if(m.preventDrops){letf=l.frameRenderedTimeMs-l.frameDecodedTimeMs;l.frameDecodedTimeMs=l.frameSubmittedTimeMs+10,l.frameRenderedTimeMs=l.frameDecodedTimeMs+f}a(l)};lets,o,d=()=>{if(!(o===void0||s===void0&&m.volume===100)){if(s===void0){letl=newAudioContext;s=l.createGain(),l.createMediaStreamSource(o).connect(s).connect(l.destination);letf=document.querySelector("#player audio");f&&(f.muted=!0)}s.gain.value=m.volume/100}};n.addEventListener("track",l=>{l.track.kind==="audio"&&(o=l.streams[0],d())});letu=newV(n),h,g=()=>{letl=t.getVideoElement();if(l!==void0){if(!X(m)){h?.pause();return}if(h===void0)try{h=newH(l,m)}catch(f){DDCloud.log(`effects unavailable: ${String(f).slice(0,200)}`)}elseh.resume(m)}};window.__ddApply=l=>{m=JSON.parse(l),window.__ddRumble=m.rumble/100,u.show(m.statsLevel,m.statsLayout==="vertical",m.server,m.statsCorner==="left"),d(),g()},n.addEventListener("connectionstatechange",()=>{n.connectionState==="connected"?(x(""),DDCloud.playing(),u.show(m.statsLevel,m.statsLayout==="vertical",m.server,m.statsCorner==="left"),setTimeout(g,500)):n.connectionState==="failed"?DDCloud.failed("webrtc","connection failed"):n.connectionState==="disconnected"&&x("Connection lost\u2026")});letp=awaitt.createOffer(),c=k("sdp",awaitC("sdp",p.sdp??"")),O=JSON.parse(JSON.parse(c.body).exchangeResponse);if(O.status&&O.status!=="success")thrownewT("sdp-answer",JSON.stringify(O).slice(0,300));awaitt.setRemoteSDP(O.sdp),awaitoe(n,3e3);letY=(awaitt.getICECandidates()).map(l=>JSON.stringify({candidate:l.candidate,sdpMid:l.sdpMid,sdpMLineIndex:l.sdpMLineIndex,usernameFragment:l.usernameFragment})),$=k("ice",awaitC("ice",Y));t.setRemoteIceCandidates(JSON.parse(JSON.parse($.body).exchangeResponse));letq=Date.now();for(;!t._channels.message._handshakeCompleted&&Date.now()-q<2e4;)awaitB(100);DDCloud.log(`handshake ${t._channels.message._handshakeCompleted?"done":"missing"} after ${Date.now()-q} ms`),awaitB(300);letb=newv(0,{enable_keyboard:!1});b.attach(t),DDCloud.log(`controllers at attach: ${Array.from(navigator.getGamepads()).filter(Boolean).length}`),window.__ddNexus=()=>{b.sendButtonState("Nexus",1),setTimeout(()=>b.sendButtonState("Nexus",0),200)},window.__ddButton=(l,f)=>b.sendButtonState(l,f),window.__ddInput=l=>{l?b.onWindowFocus():b.onWindowBlur()},setInterval(()=>{C("keepalive")},3e4),window.__ddStop=()=>{try{h?.destroy(),u.destroy(),b.detach(),t.destroy()}catch{}}}de().catch(r=>{rinstanceofT?DDCloud.failed(r.stage,r.detail):DDCloud.failed("page",String(r).slice(0,300))});})();
// LSFG from Camille LaVey / the Eden Emulator Project, following upstream lsfg-vk (PancakeTAS). Ported to WinNative and DroidDeck by @maxjivi05. GPL-3.0-or-later.
// LSFG from Camille LaVey / the Eden Emulator Project, following upstream lsfg-vk (PancakeTAS).
// Ported to WinNative and DroidDeck by @maxjivi05. GPL-3.0-or-later.
// LSFG from Camille LaVey / the Eden Emulator Project, following upstream lsfg-vk (PancakeTAS). Ported to WinNative and DroidDeck by @maxjivi05. GPL-3.0-or-later.
// LSFG from Camille LaVey / the Eden Emulator Project, following upstream lsfg-vk (PancakeTAS).
// Ported to WinNative and DroidDeck by @maxjivi05. GPL-3.0-or-later.
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