* test: cover display lists that overflow the staging batch
GXCallDisplayList and GXCallDisplayListLE decode a list with a single
fifo::process() call. When a draw does not fit the staging batch,
process() stops at that draw, and the rest of the list is never drawn.
The test stubs can now admit N draws, refuse the next one as a full
batch would, and count the split that follows. The new test refuses
the middle or the last of three draws, in big- and little-endian
lists, and expects one split and the last draw's vertices.
Also stub aurora::window::set_force_aspect_16_9, called since #256,
so gx_fifo_tests links again.
Fails without the next commit.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* fix: submit staging and continue when a display list overflows it
drain() already loops process() -> split_staging_batch() -> retry.
Move that loop into fifo::process_all() and use it for drain() and
both GXCallDisplayList variants, so a display list that fills the
staging batch submits it and draws the rest instead of dropping it.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Fix macOS controller platform, sync player indices, and preserve socket send error
- Preserve captured socket send error across diagnostic logging in network_socket.cpp
- Use SDL_GetPlatform() instead of hardcoded Windows in controller mapping wizard
- Synchronize Aurora and SDL player indices on port assignment and clear in pad.cpp
- Auto-assign Player 1 on macOS when unconfigured in input.cpp
* fix(input): refine macOS port 0 assignment and persistence logic
- Persist port 0 preference for newly connected controller even if already assigned player index 0
- Verify controller has no preference on other ports before assigning to port 0
* Preserve interrupted registers and unwind alarm guards before rescheduling
Adapt the RFL interrupt-context and alarm reschedule fixes from KartPad ed8e4ca and 0c9bff0. Keep caller registers private and release the recursion guard before a woken fiber can pump callbacks.
* Keep local Wii identity services available when networking is disabled
Adapt KartPad a0f3fb5. Only IP and SSL devices require network access; KD request/time and NCD management remain available for offline save and license initialization.
* Share repeated LR continuation dispatch in translated functions
Adapt KartPad be91d8f/a3f90eb without its floating-point ABI changes. Preserve upstream continuation discovery and all resume labels. Validation: 640 translator tests passed.
* Reject inconsistent GPU cache sizes before allocation or copying
Adapt KartPad runtime 70951022. Validate raw lengths, compression tags and Zstd frame lengths on the size probe as well as the fetch. Tested against malformed SQLite rows and valid raw/compressed round trips.
* Wake compiler workers when pipeline work becomes runnable
Adapt KartPad runtime 956d811e. Wake all consumers of the shared condition variable after queue insertion or promotion; retain upstream desktop prewarm policy. A blocked-compiler probe verified progress by an idle worker.
* Reuse and release one Metal view per SDL window
Adapt KartPad 3606741. Surface recreation reuses the existing view and window property cleanup owns its lifetime. Reviewed against SDL3 cleanup semantics; Apple hardware validation remains outstanding.
* Avoid overreading packed three-byte vertex attributes
Adapt KartPad 0f6b274. Do not read a second storage word when all three requested bytes fit in the first. Preserve upstream depth and fog corrections.
* Keep interpolation history within each split-screen viewport
Adapt KartPad d6299b5. Scope exact, material and sibling-palette matching to the logical viewport so identical meshes from different cameras cannot share transforms.
* Report graphics startup failures and safely clean up partial ImGui initialization
Adapt KartPad runtime 70dc9380 and c4566e50 using the existing WiiCompiled exception/reporting path. A dummy-video-driver probe verified error return and repeated partial shutdown without aborting.
* Preserve GX draw boundaries and GPU staging and readback state
Adapt the validated renderer fixes from KartPad runtime 31add0c3, 7393dafe, b7f515de, cf46a9c7, fad42a7b, 7cd09b69, 9feea6b2 and Android 2505ae22 to current upstream. Preserve complete primitives and fresh vertex layouts, split staging batches before overflow, retain offscreen state, scope asynchronous callbacks and frame state, and complete texture-copy sources.
Add unit regressions and an optional ROM-free GPU pixel test. Validation: 250 GX tests and actual D3D12 pixel/readback, capacity, interpolation and frame-worker checks passed with Dawn validation enabled.
fixes https://github.com/patchzyy/Wiicompiled/issues/159
previous requirement for ubuntu 24.04+ libstdc++ inherited from dawn prebuilds now dropped to ubuntu 22.04+ libstdc++ like the rest of the prebuilds
also add all architectures to the URL_HASH check since the dawn tag doesn't change but the binaries have
* Fix already downloaded toolchain re-use
the following mv command would move $work into $toolchain_dir if the $toolchain_dir folder already existed.
* resolve z-fighting
* Bluetooth Wii Remote support: the game reads a real Wii Remote through KPAD
Enable SDL3's HIDAPI Wii driver and hand a paired Wii Remote (bare or with
Nunchuk) to the game as a real Wii Remote: WPADProbe reports CORE/FREESTYLE
and KPADRead fills KPADStatus[0] from SDL every frame (buttons, accelerometer
in KPAD's g frame, Nunchuk stick and accelerometer), while the GameCube pad
view of that port reports no controller. The game's own motion code then
handles wheelies, tricks and Wii Wheel steering. Classic Controllers and
Wii U Pro Controllers keep going through the GameCube pad path with a default
button table picked by name.
SDL's Wii driver drops a remote on a failed Bluetooth read or when the
Nunchuk is plugged or unplugged and never re-adds it, so the runtime keeps
rescanning (Dolphin style) while no Wii controller is present by toggling the
driver hint off and, a few frames later, on again; a dropped remote is back
within 1-2 s. Settings live in the F10 overlay under Wii Remotes (Bluetooth)
and in Config.toml (wii_remotes, wii_continuous_scan).
* Fix Wii U Pro / Classic Controller ZL and ZR not registering
SDL's Wii driver reports ZL/ZR as the LEFT_TRIGGER/RIGHT_TRIGGER analog
axes, never as digital shoulder buttons. Binding them to
LEFT_SHOULDER/RIGHT_SHOULDER meant they never fired and also disabled
aurora's own analog-trigger fallback (a button table entry for
PAD_TRIGGER_L/R marks the trigger as "handled", even when the bound
digital button never actually presses). Leaving them unbound lets the
default axis mapping drive them like every other analog-trigger pad.
Reported by an end-to-end tester connecting a real Classic Controller to
a Wii Remote.
* Wii Remotes menu: live raw D-pad/ZL/ZR readout for Classic Controller / Wii U Pro
Diagnostic aid for a reported issue where the Classic Controller's D-pad
does not do anything in-game (no wheelies). Shows what SDL itself sees so
a driver-level problem (nothing lights up) can be told apart from a
mapping problem (it lights up but the game does not react).
* Fix Classic Controller D-pad input
* Address CodeRabbit review on PR #73
- PADRead: hide KPAD-served ports even while input is blocked so the port
error state does not flip when the overlay opens/closes.
- WPADProbe: run the Wii Remote rescan state machine before probing so a
reconnect probe before the next PADRead can see the remote.
- EnsureSensors: only cache the gamepad id once every accelerometer enabled,
so a failed activation is retried.
- ConfigureSdlHints: reset the in-flight rescan bookkeeping.
- Settings overlay: disable "Rescan now" while Wii Remotes are turned off.
* Bluetooth Wii Remote: fix wheel steering, native Classic Controller, extension hot-swap
Accelerometer
- The SDL -> KPAD conversion negated the wrong axis: SDL's z is the remote's
+Y (towards the user), so KPAD acc is (-wiiX, -wiiZ, +wiiY). Fixes mirrored
Wii Wheel steering.
- Drop reports whose accelerometer bytes arrive zeroed (+-5.12 g on every axis,
a few times a minute over Bluetooth) and repeat the last good sample; they
read as a full-lock steer plus a 9 g shake.
- One-button zero-point calibration in the overlay (remote flat, buttons up),
stored in Config.toml as wii_accel_offset_x/y/z. SDL's read of the remote's
factory calibration times out over Bluetooth and falls back to a nominal
zero point, which left a per-axis bias of up to ~0.3 g on the tested remote.
- Live accelerometer readout and an optional per-frame CSV trace
(wii_accel_trace = true) for debugging.
Classic Controller through KPAD/WPAD
- WPADProbe reports WPAD_DEV_CLASSIC; KPADRead fills ex_status.cl and
KPADGetUnifiedWpadStatus the raw WPADCLStatus (WPAD_CL_BUTTON_* bits, sticks
in the SDK's signed -512..511 range, triggers), so the game shows the Classic
layout and icons and no button mapping is involved. Ports served through KPAD
are hidden from PADRead; only the Wii U Pro Controller stays a GameCube pad.
Extension hot-swap
- SDL's Wii driver destroys the joystick on an extension change but keeps the
HID handle open, and HIDAPI never re-creates a joystick for such a device.
Patch the vendored SDL at configure time (AuroraSDL3Patches.cmake, wired into
AuroraSDL3Provider.cmake for both the downloaded tarball and a pre-provided
FETCHCONTENT_SOURCE_DIR_SDL) so the joystick is rebuilt in place with the new
extension type, without touching the Bluetooth handle.
- Keep a vanished remote's channel alive with neutral input for up to 3 s while
SDL re-creates the joystick, so the game never sees a disconnection. The
driver-hint rescan stays as a fallback for real drops, starting 3 s after
the loss, and also runs from the overlay's per-frame Draw. Log rescans.
Mappings / overlay
- Do not apply the shared positional [controller] bindings to Wii pads: that
override is what made a Classic Controller's A/B and X/Y look swapped.
- Raw D-pad fallback also for the Wii U Pro Controller; overlay readouts read
joystick buttons directly (SDL's generated HIDAPI mapping expects a hat).
- Overlay: Classic Controller readout, accelerometer readout and calibration.
- README: Bluetooth Wii Remote section and known limitations.
* Review pass on the Wii Remote input path
- EffectiveKind: stop bridging an extension swap once a different controller
has taken the port, and note that everything touching the scanner state runs
on the guest thread.
- KPADGetUnifiedWpadStatus: fill every requested entry (the SDK returns `count`
recent samples), capped at KPAD's 16 read buffers.
- IsKpadKind gets internal linkage; the calibration accessors get their
comments; clarify why Draw() also runs Poll().
* Drop the dead Classic-Controller-as-GameCube-pad matching
A Wii Remote with a Classic Controller is served through KPAD and its port is
hidden from PADRead, so the name matches that once gave it a GameCube button
table and the raw D-pad fallback could never take effect any more. Both now
match only the Wii U Pro Controller, and the default table is renamed
accordingly (g_defaultButtonsWiiUPro).
---------
Co-authored-by: LOL <andresguerra2k26@gmail.com>
Co-authored-by: Nick <89667145+Nick1232345@users.noreply.github.com>
fix timeout loop, fixed drift issues, fixed infinite rumble, fixed gamecube controller adapter taking over all ports, require assigning a virtual controller port specifically to the gamecube controller adapter, and block inputs from gamecube controller while settings menu (f10 menu) is open
patchzyy