Recognize offset-table dispatches whose predecessor masks the index while
the dispatch checks a masked copy of the same source. Reject calls and
resolved table paths that bypass masking, undecodable instruction gaps or
targets, and writes that invalidate the table base. Keep the existing
recognizers ahead of this fallback.
Load build-gated patches from DM_GAMES_DIR and include them in rewrite reuse
keys. Preserve repository matching rules for derived profiles, select the
first external profile for provisional matching rules, and deduplicate
patch paths while retaining conflicts between distinct build claims.
Validation on current main: Python tool tests (156, 14 skipped), iOS tests
(6), graphics tests (44, 2 skipped), documentation index and diff checks.
Regression cases fail on the original implementation and pass with these
guards; both supported base-loading forms remain accepted. Real game
modules and gameplay were not revalidated.
Co-authored-by: Amost <6445689+Amost-@users.noreply.github.com>
Compile eligible shader-pair bases on the Mac with metal-tt, package one
archive per selected iPhone GPU, and use a matching bundle before falling
back to on-device preparation. Carry the profile depth mode through packing
and include the pulling libraries required by the bundled bases.
Integrate PR #226 with four confirmed fixes: validate archive container
bounds before invoking Metal; require at least one actual successful bundle
probe; hash consumed library bytes into offline cache keys; and emit device
remainder lists for constant-only plans instead of aborting packaging.
Keep game measurements in the game note and document the general findings.
Validation on current main: 52 real Metal bundle checks, 57 archive checks,
79 prewarm checks on each pipeline path, 73 Python regressions covering
offline tools, packaging, documentation and chain checks, and compilation
of all 133 iOS source files. No new iPhone gameplay validation. The archive guard validates
container structure, not private Metal payloads.
Co-authored-by: v0lumehi <aljic.zijad@gmail.com>
Pack only runtime shader libraries, reflection JSON and TSV tables, excluding translated Metal sources and _b_build.json from the app and its free-space estimate.
The original 2,000-file batching still exceeded the macOS exec limit with valid long paths. Budget encoded arguments, inherited environment and pointer overhead instead, with regression coverage for long and multibyte paths, clone flags and an exhausted argument budget.
Validation: reproduced E2BIG before the fix; all 17 Mac app tests and 4 documentation tests pass on current main. Tests use synthetic files and a stand-in host; a full large-game packaging run remains untested.
Co-authored-by: 7splay <107197512+7splay@users.noreply.github.com>
nsz 4.6.1 rejects --keys and loads keys.txt beside argv[0] during import.
Run the converter in its temporary output folder with the selected key
file linked there before import, using absolute input and output paths.
Remove the temporary link on both successful and failed conversions.
Integrate PR #204 with XCZ and relative-path regressions, rename the test
flag that shadowed unittest.TestCase.fail, and qualify the documentation
for the verified nsz release. Record the packing finding and provenance.
Validation: reproduced the exact parser failure using real nsz 4.6.1;
a synthetic NSZ conversion verifies selected-key lookup and link cleanup;
52 NSP tests, four documentation tests and git diff --check pass.
The synthetic payload is unencrypted and uses dummy keys. Real-game
decryption, actual XCZ conversion and a full IPA build remain unverified.
Co-authored-by: Fernando Messias <fernandomessias95@gmail.com>
DSP callers were charged the local SDK CPU server budget, whose command representation is larger than the Horizon service representation. For Age of Calamity the service requires 0x61d000 while the local SDK requires 0x760000, exhausting the fixed sound heap.
Calculate the service requirement through renderer revision 15 and supply larger local backend storage separately, with cleanup on failed open and after renderer close. Remove the two game heap cuts and add sizing, nested-open, failure and lifetime regression coverage.
Validation: 360 seeded cases match isolated Horizon machine-code execution across REV1-REV15; the original game heaps initialize all five players and produce audio; the host suite, documentation and patch checks, SDK 8/20 smoke checks and iOS C compilation pass. iOS runtime and long battles remain untested.
Hold the host frame step at 30 fps while iOS reports serious or critical
thermal pressure, and restore its configured cap after 30 calm seconds.
Keep the existing movie cap and DM_THERMAL_CAP=0 override.
Sample thermal state independently of movies and configured 30 fps targets
so heating resets recovery and cooling counts during playback. Serialize
the sample, cached cap and recovery timer across acquire/present readers.
The original PR failed five timing checks and ThreadSanitizer detected a
race through concurrent production cap getters.
Add controlled-clock production-path regressions and CI coverage, including
disabled/inactive caps and ThreadSanitizer. Record the shared mechanism
and validation limits in the frame-rate reference and BotW note.
Validated on latest main with the BotW profile: 24 thermal checks normally
and under ThreadSanitizer, 51 frame-step checks, 154 NVN checks, the
present-snapshot suite, 21 tool/docs checks, Mac host build, and iOS compile
check (133 sources). No new device gameplay or thermal recovery run.
Co-authored-by: v0lumehi <aljic.zijad@gmail.com>
GetVibrationDeviceHandles used routed haptics availability to decide whether
handles existed. Games that cache this answer at startup could retain an empty
answer after a controller connected. Return handles for a connected npad style
when rumble is enabled and an output sink is installed; check routed outputs
when values are sent, keeping the existing permission and lifecycle behavior.
Include the PR's rumble diagnostics, count unroutable values individually in
mixed batches, and protect aggregate counters across game threads. Correct the
code comment to describe Unicorn Overlord's observed empty handles and zero
values without claiming restored physical rumble.
Add regressions for cached startup handles delivering a nonzero value after
routing, diagnostic totals and concurrent sends. Include HID in the existing
ThreadSanitizer target and record the mechanism in the service reference.
Checked with GAME=010069401ADB8000: full host suite, 73 HID checks, audio and HID
ThreadSanitizer checks, docs checks, Mac host build, and iOS compilation
(133 files). Physical rumble and iOS runtime remain untested. Broader tool
validation is incomplete because Capstone is missing and iconutil failed.
Co-authored-by: parsifal295 <130349765+parsifal295@users.noreply.github.com>
Scale the valid presented image with MetalFX's spatial scaler on the shared
Metal 4 path, preserving crop, letterboxing, origin and gamma-encoded colours.
Keep Standard as the default and fall back when scaling is unsupported.
Use the same path for asynchronous whole-window captures and diagnostic
screenshots, retaining resources until GPU completion. Bound scaler recreation
during resizing and report presentation GPU time separately by scaling mode.
Put all launcher settings on one screen with Game, Controls and Performance
sections, inline menus and sliders, and a reset to tested defaults. Extract the
settings model for native persistence tests, validate saved ranges, share HUD
setup, and document the measured costs without claiming an iPhone baseline.
Validated with Metal presentation, NVN and snapshot regressions; tool and iOS
tests; the Mac host; and an unsigned iOS smoke build. No new device gameplay run.
Co-authored-by: v0lumehi <aljic.zijad@gmail.com>
Include pulling vertex libraries when the compiled game profile enables the
Metal 4 path, preserving explicit IOS_PULL overrides. Keep the pack options
array nonempty so inclusion also works with macOS Bash 3.2 and set -u.
Exercise the actual archive step with tiny shader fixtures for Breath of
the Wild and Wonder, checking both defaults and explicit overrides. Record
the packaging failures and fixes in the rendering reference and game note.
Co-authored-by: v0lumehi <aljic.zijad@gmail.com>
A pulling stand-in is used only when its base is made or archived, so a cold start's draws waited until the prebuild puts the base of every known pair into the archive (pso_prebuild): in the app after the prewarm, on a utility queue on half the performance cores, flushing every 1,000 bases (DM_PSO_PREBUILD=0: off), or as a tool on the Mac (DM_PSO_PREBUILD=tool: build, write, exit; DM_PSO_PREBUILD_DEPTH=zero, DM_PSO_PREBUILD_THREADS=<n>), once per chain version, depth mode and pair list (pso_archive/prebuilt.tsv). The NSP script runs the tool in a --platform mac build (pso_prebuild.log). Files that hold only bases without a vertex layout are named p<seq>.mtl4a; a base with a vertex layout is never looked up in them (each file a lookup misses in costs about 0.06 ms) and compaction leaves them alone.
The pairs: shader_pairs.tsv paired the stages of one BNSH variation and none of the pairs in agl's BAHS shader archives (.sharcb: the agl / gsys / terrain resource packs), and in Breath of the Wild 109 of the 543 pairs drawn on entering Zora's Domain came from those, so they had no stand-in. shader_split.py now reads a BAHS file's binary array (record size, kind: 0 vertex, 1 fragment, 3 compute, the entry bahs_shaders reads) and program array (record size, name length, stage mask, first binary index), and pairs the n-th vertex binary of a program with its n-th fragment binary (bahs_variations); a file whose arrays do not read back gives none. Those pairs go to a new table, pso_pairs.tsv, which only the prebuild reads (DM_PSO_PAIRS: another path): vs_pad keeps reading shader_pairs.tsv, so no shader library, inputs digest or other table changes. Breath of the Wild: 3,012 more pairs, and all 543 pairs drawn are now known; its shader_map / facts / pairs tables split again byte-identical. A profile made before the table existed still packs: the NSP script compares pso_pairs.tsv only where the profile has one, and otherwise keeps it beside the shader package and hands it to the prebuild. Seven other profiles have BAHS files (Odyssey, Wonder, Mario Kart 8 Deluxe, 3D World, Animal Crossing, Captain Toad, Tears of the Kingdom); their tables are made at their next pack.
Breath of the Wild, Mac (M2 Max), Zora's Domain save, empty Metal shader cache, no pso_user.tsv. Prebuild: 15,767 bases, 910 MB in 16 files, 187 s with 7 workers for the first 12,755 and 19 s for the 3,012 more; the files open in 2.2 s cold, 0.25 s from the file cache, and add about 850 MB of footprint. The frame entering the area: 340 ms with pso_pairs.tsv, 830 ms with shader_pairs.tsv alone, 990 ms through the MTLDevice (then frames of 738, 535 and 496 ms); draws that waited: 50 (20 ms), 102 (650 ms) and 512 (3,325 ms). The picture is the same.
Tests: t_pso_archive (41 checks: also a base without a layout flushed into a p file, and a base with a layout not looked up there); the other graphics tests, the host unit tests and test_nsp_mac / progress / chain give the results they give on main. Not run: an iPhone (the prebuild is off there with the Metal 4 path), the NSP script's pack end to end, the other BAHS profiles' splits. docs/development.md, dm/gfx/README.md and dm/games/README.md describe the prebuild and the table; Breath of the Wild's note (dm/games/01007EF00011E000/README.md, Pipelines on a cold start) has its measurements.
On a miss the draw first takes its pipeline without compiling (its base made or in the archive, then a specialization). Failing that it draws with the pair's pulling pipeline (<key>_bp: no vertex descriptor, the streams read through a per-draw layout block at buffer 16, pull_bind), specialized with the draw's colour state, while its own pipeline is built in the background; a later draw takes that one. Both compute the same positions (t_pull_inv), so a draw that switches does not flicker or z-fight. Only a pulling base already made or archived is used; otherwise it is built in the background for the pair's next miss and the draw waits. Merged passes, readable-tile and diagnostic fragments, and layer-writing or transform feedback vertex shaders have no stand-in. DM_PSO_HYBRID=0 turns it off; it needs the Metal 4 path, so it is on by default on the Mac only.
On main's demand-first pipelines (#75): pso_pend_kick stays the speculative admission (at most two running, at most two per prediction, the oldest finished entry reclaimed when the table is full). A draw with a stand-in queues its own pipeline before the prediction runs (pso_pend_demand): outside the speculative limit, on serial queues at utility QoS, one per two performance cores (pp_bg_queue), so a demanded build never waits behind speculation and speculation never waits behind it. The prediction spends its budget only on draws that will have no stand-in, since only those would wait. A draw that would wait for a build still queued makes the pipeline itself at once (pso_pend_take; Breath of the Wild's cold start waited 0.5-0.9 s for one pipeline behind a burst before). The first miss of a submission loads the shader libraries the rest of it binds in parallel (shader_prefetch_rest): 248 libraries in about 210 ms where one by one on the submit thread took about 1 s, in the hybrid and the waiting path alike.
Diagnostics: a "pipelines up to frame" line every 300 frames (submit-thread pipeline, library and prediction time, archive lookups, specializations, base compiles, hybrid draws, background builds, the draws that waited and why), DM_PSO_WAITLOG=1 (each wait over 20 ms with its pair), DM_PSO_PULL_ALL=1 (every draw with a pulling pipeline draws with it), and the longframe line's count of hybrid draws.
Breath of the Wild, Mac (M2 Max), steady state in Zora's Domain: mean GPU p50 over frames 2,400-5,100 was 8.98 ms with the hybrid, 8.98 ms on the Metal 4 path without it, 9.35 ms through the MTLDevice. Cold-start numbers are with the prebuild of the next change.
Tests: t_pull (346 checks, now also the layout block the host fills), t_pull_inv, t_pso_pending (48) and t_pso_archive (32) pass; the other graphics tests and the host unit tests give the results they give on main. docs/development.md ("Hybrid pipelines") and dm/gfx/README.md describe it.
A side library of every vertex shader with stage inputs, as <key>_bv is, whose main0 / main0_z have no [[stage_in]] and read their inputs from a per-draw layout block at buffer 16: per stream the base address, stride and divisor, per NVN attribute its state word, the base instance from [[base_instance]] (so indirect draws are right too). dm_fetch decodes the NVN format at run time into the register words Maxwell's fetch gives the shader, and the input takes them with as_type, so the body runs unchanged. A pipeline built with it has no vertex descriptor and serves every vertex layout the pair is drawn with; the hybrid pipelines (next change) draw with it while a draw's own pipeline is built.
The words are bit-identical to Metal's vertex-descriptor fetch for every format nvn_mtl.m vfmt knows and to the host's CPU conversion for the integer-read-as-float formats: unorm / snorm through the unpack builtins (a plain division under fast math is a unit in the last place off for up to half the values), R11G11B10F NaNs canonical as from Metal, divisors with Metal's rule base + (instance - base) / divisor. Positions are [[invariant]] and built with preserved invariance, so a pulling pipeline and the vertex-descriptor one compute the same positions. Transform feedback, geometry capture and layer entries get no variant; shaders without stage inputs need none. The run-time decode costs GPU time: +65 % of a vertex-bound draw with 8 attributes on an M2 Max, about 1 ms per million vertices, so it is meant only to bridge the frames until the draw's own pipeline is built.
The iOS app does not use the variants yet (the Metal 4 path is off on iOS by default), so build_ipa.sh leaves the _bp libraries out of the IPA unless IOS_PULL=1 (pack_ipa.py --skip-suffix).
Chain version 8393d85a4eae (on main's 20fe3d62b9f6). Breath of the Wild's full Mac build on chain 97e2f301eb73 (25 min, a full retranslation since the code fingerprint changed): 19,592 shaders ok, 8,888 pulling libraries generated (275 MB), none failed, 43 vertex shaders without stage inputs; every existing library is byte-identical to the previous build (19,592 _b.metallib and _b.metal, 6,254 _bf, 1,070 _bv). Other profiles' shaders were not rebuilt.
Tests: t_pull.m (304 checks: the 76 formats vfmt knows, 73 comparisons with Metal's fetch at aligned, 2-byte and stride-1 placements, 24 with the CPU conversion, stride 0 and divisors 1-3 with a base instance), t_pull_inv.m (2,000 random triangles: a depth prepass with one pipeline and depth-equal with the other passes every covered pixel, both ways round) and test_dmsh_pull.py (the generator: entries, ids it adds or keeps, entries left out, shaders declined; compiles for macOS and iOS); pack_ipa.py's --skip-suffix checked by hand. The other graphics tests and the host unit tests give the results they give on main. docs/reference/rendering.md ("Pulling vertex inputs") describes the variant and its cost; AGENTS.md lists the new chain files.
Apply PR #202's host-thread skip and duplicate vsync suppression. Give
bindings unique lifetime IDs so a retired worker cannot signal another
service's event after guest storage and kernel handles are reused. Replace
the eight-entry worker table with allocated records so rapid replacement
does not abort while retired workers wait for their next tick.
Add deterministic regression cases through real event binding and SVCs,
and document the mechanism with an updated symptom index. Both the
capacity abort and stale signal reproduce against the original PR.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Decode packaged byte 0 as separate block-height and block-depth nibbles,
including explicit zero dimensions, and size linear compressed textures
by pixel rows. Port the driver-derived rules from PR #201 and preserve
its attribution to digitalhivehub's PR #11 measurements.
Integrate the layout test with current main, correct its BC4 label, add
independently addressed CPU markers and packaged GPU mip coverage, and
record the mechanisms in the reference docs and symptom index.
Validation: 9 driver shapes, 189 CPU texture checks (also ASan/UBSan),
17 GPU deswizzle cases, 154 NVN checks, documentation checks, Mac host
build, and iOS compilation of 133 sources pass. No new gameplay or
iPhone runtime validation.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Carry ResourceAlias visibility on copy encoders containing buffer copies,
inline updates or fills, using the contribution from PR #200. Operations
through sparse virtual mappings also need ordering against surrounding
operations: disjoint guest addresses can name the same physical bytes,
so guest-range dependency detection alone misses their hazards.
Add a regression using distinct no-copy Metal buffers and real sparse
mappings. The original host failed 37 of 101 checks on an M4 Pro and
PR #200 alone left 24 failures; the complete fix passes all 101 checks
with both direct and deferred encoding under Metal validation. Ordinary
independent buffer operations retain range-based batching.
Validation: t_nvn passes 154 checks; the Mac host builds; all 133 iOS
source compile checks and the documentation checks pass. Monster Hunter
Rise gameplay, iPhone execution and sparse-barrier performance were not
retested.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Apple GPUs truncate Depth16Unorm load-clears while rounding fragment depth,
so clearing to 0.5 stores 32767 instead of the fragment's 32768 and fails
an EQUAL comparison. Apply the format-specific correction to both
attachment and whole-texture clears, preserving other depth formats.
Exercise both production command paths against independent GPU fragment
writes for 1,042 float depths, including half-bin boundaries and adjacent
floats. Removing either correction produces 518 mismatches on M4 Pro;
with both corrections enabled, neither path differs. Record the mechanism
and the pending TOTK highlight and iPhone validation in the documentation.
Validated on M4 Pro with Metal validation: t_depth16_clear, t_clear_ds
(43 checks), t_clear_tex (49 checks), and the documentation tests pass.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Use guest runnable state after a higher-priority same-core wake instead of Mach dispatch state or a 5 ms cutoff. Honour wake handoffs for every game and remove Metroid Dread request-ring gates and its core_preempt setting.
Validate event, mutex and condition-variable handoffs with delayed host dispatch; 13 valid Dread movie-transition runs passed. Host tests, docs and shader-chain checks passed, along with an iOS syntax check. Record Wonder boot comparison and pending iOS runtime validation.
Switch active-app presents to drawable acquisition after 500 ms of display-link
silence, then retry with exponential backoff capped at 60 seconds. Preserve the
requested pacing mode, synchronize rescue state, and prevent focus timestamp
underflow from bypassing the foreground grace period.
Add CPU regression coverage in CI, a real Metal layer ownership check, and the
mechanism reference with upstream provenance and validation limits.
Validated: 43 CPU rescue checks; 47 checks with real Metal drawable acquisition;
34 present/crop and 10 pacing checks; Wonder Mac host build; all 133 iOS source
compile checks; documentation tests. Windowed gameplay recovery and iPhone
validation remain outstanding.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Take upload stamps before protection, initialize cached checks from those
stamps, and wait out pages another thread is unprotecting before retrying.
Publish page generations before advancing the clock again in both the fault
handler and batched host pre-write path. A shared stamp_page helper closes
the remaining batched publication race in the original PR.
Add deterministic publication regressions for both paths and document the
mechanism and the limits of the game-level evidence. The regressions fail
on main, and the batched case also fails with the original PR applied.
Validation: full graphics suite, Wonder Mac host build, all 133 iOS source
compile checks, and documentation tests pass. No fresh gameplay or iPhone
runtime validation.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Drop unused normal-pass colour-target blend and mask state from pipeline keys.
Normalize historical prewarm rows and deduplicate their parsed keys before
compilation, preserving merged passes' logical target state.
Include production-path GPU regression coverage and the reference/game notes.
Validated on the latest main: Wonder host build, key serialization tests,
48 pending-pipeline checks, 48 archive checks, 158 prewarm GPU checks across
MTLDevice and Metal 4, and documentation checks. The regression fails on the
original base and detects wrong pixels if the merged-pass guard is removed.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Exercise historical manifest rows through the production warmer, shader loader,
pipeline builders and draw-time cache. Check normal and merged passes on both
MTLDevice and Metal 4, with GPU pixels compared against the original descriptors.
The regression fails on the PR base and when the merged-pass guard is removed.
Document the shared normalization rule and keep game measurements in their notes.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Return the fixture profile from the rewrite mock so the preparation pipeline keeps a valid game profile after the Portal change.
Validation: all three tests in dm/ios/tests/test_xcode_workflow.py pass; git diff --check passes.
- profile 01007BB017812000 (1.0.3, SDK 13.3.0): plays on the Mac at 60 fps
- provisional profiles add the subsdks the NROs import (profile_guess nro_modules)
- an NRO importing nvnBootstrapLoader makes an NVN game; NROs calling glslcCompile get the run-time GLSLC capture
- shader_split reads zip archive members (Portal's nxcontent/nvsb GLSLC outputs)
- ro::LookupModuleSymbol for a name a loaded module lacks is not red (Horizon fails it too)
- AGENTS.md: a Mac gameplay test is enough to count a game as playable (65)
Keep the latest upload-staging and compact-binding fixes from main. Add a real-Metal readback lifetime regression and reference documentation for all three general fixes.
Validation: nine Metal test runs pass, including direct and deferred upload-budget tests; Wonder host build, 133-file iOS compile check, and documentation checks pass.
Co-authored-by: Aleksandr Svidchenkov <a.svidchenkov@gmail.com>
Split GPU upload batches at 128 MiB and retire overflow and CPU staging when the upload completes, rather than retaining it until the main rendering fence. Scope weak-reference diagnostics to avoid temporary staging retention.
Add a real-Metal regression covering memory bounds, upload pixels and an open render pass in direct and deferred encoding modes. Both modes pass 261 checks; documentation checks and the TotK host build pass.
Refs #147. Reporter-device validation and the full-device reboot investigation remain open.
pso_key_norm (66abbc3) drops the blend factors of targets that do not blend. It now also clears, outside a merged pass, the write mask and blend-enable bit of a colour target the pass has no format for: pso_desc reads them only for targets with a format, and they keep whatever earlier draws left. A merged pass keeps them, as its blend / mask index logical targets through lmap. MacNativeGames f3e2f66 found 35% of a Tears of the Kingdom prewarm list's render pipelines (8,479 of 24,146) differing only in such state, each compiled again.
pso_key_norm moves to nvn_pso_skey.h with the merged flag, and pso_skey_parse normalizes, so a prewarm list recorded before gives one key per pipeline; the prewarm takes each parsed key once (the line check alone let such rows through as different lines). t_pso_skey: keys round-trip normalized, two keys differing only in unused blend / mask state parse equal, a merged pass keeps the mask and blend bits. t_pso_archive gives every target a format, so its normalization checks still test the blend rule alone.
- mtl_read_texels runs on the game's own thread outside a submission, where no pool drains what Metal autoreleases (the command buffer, the blit encoder, the read-back buffer), and that thread lives for good: every GPU read-back stayed alive. It runs under an @autoreleasepool now. MacNativeGames 635fb31 measured Breath of the Wild's ~130 read-backs a second holding 3.7 GB of GPU memory after 30 minutes.
- arena_alloc's buffer out-parameter is __strong: an unqualified id * is __autoreleasing under ARC, which put the arena buffer in the autorelease pool at every call (a few per draw). The arena also keeps its length, so an allocation, arena_new and the idle trim send no message. MacNativeGames 0531f28: autorelease 2.63% -> 1.73% of replay time.
- The texture / sampler registry lock g_rmu is an os_unfair_lock, which lends a waiter's priority to its owner. Game threads (priority 46) take it to register textures and samplers, the submit thread (97) for every argument encode; preempted while holding the mutex, they kept the submit thread waiting 1.8 ms a frame in a Tears of the Kingdom shrine (MacNativeGames 5f5de5e: 155 -> ~0 ms/s of waiting, frame time unchanged there). t_stencil_view, t_view_levels and t_view_swizzle take the lock the same way.
Apply the generalized image-atomic bounds and backing checks from PR #178.
Also reject unsupported descriptor formats before integer fallback and fail
unresolved bindless atomics instead of silently deleting them. Rebuild the
translator and record chain 467efdfd0b62, with regression tests and findings.
Validation: compiler/helper and sanitizer tests, 96 Metal compile/link checks,
ten GPU probes, all 28,603 Z-A shaders for Mac and iPhone, and a 240-second
Mac station-area run reaching 6,987 frames without a freeze or GPU fault.
Reported iPhone cases and the station-to-world transition remain unverified.
Co-authored-by: b4f8abbb24dbf56a7d0280f296e16eeb <51352400+b4f8abbb24dbf56a7d0280f296e16eeb@users.noreply.github.com>
Integrate the Wonder 1.0.1 resource-heap fix and shared opt-in function matching for compatible game updates.
Validated with 95 tool tests and byte-identical Wonder 1.2.1 rewrite outputs for registered and synthetic unregistered build IDs.
Co-authored-by: Xc1Ym <29765332+Xc1Ym@users.noreply.github.com>
