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…nity sceKernelGetCurrentCpu returned the raw host CPU index. Guest affinities are bookkeeping only and sceKernelGetAvailableCpumask advertises CPUs 0 to 12, so on a host with more than 13 logical CPUs a title could get 13 or higher, and a thread pinned to one CPU could get another one. The host index now selects a CPU of the calling thread's affinity clipped to the available mask, so the result is always an advertised CPU and a thread pinned to one CPU reports that CPU. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01HeC9bA3n74TzJRYv9AgBE8
A thread that sceKernelRaiseException redirects resumes through RtlRestoreContext with a CONTEXT that has no XSTATE, so the upper halves of ymm0-ymm15 came back as the handler and the delivery path left them. A handler or host routine that runs vzeroupper or any VEX instruction (Zen 2 guest code, the CRT's memcpy) cleared the upper lanes of a thread interrupted in the middle of AVX code. The entry stub now stores ymm0-ymm15 next to the delivery when the CPU and the OS enable AVX, and the exit loads them back right before RtlRestoreContext, which restores only the low halves. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01HeC9bA3n74TzJRYv9AgBE8
…d wait A condition wait on a recursive mutex locked more than once unlocked the native mutex only once, so the thread that should signal blocked forever on it. Unlock the remaining levels before the wait and lock them again after it, as FreeBSD libthr does in _mutex_cv_unlock and _mutex_cv_lock. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01HeC9bA3n74TzJRYv9AgBE8
Capturing a shader threw "null or misaligned address" when the flat SRT walk read through a pointer loaded from memory that is null or unmapped, even when the program skips that s_load. Such a read now yields zero and a record with its pc and address, as does a slot whose address needs it. The registered artifact checks one flag word per guarded slot at each ReadConst; the capture appends the flags and the records to the flattened SRT, and a set flag raises an Unmapped BDA fault through the fault buffer and stops the invocation as a BDA read does. Nothing per capture enters a key: poisoned and clean captures share one variant and specialization. Descriptors, branch conditions, uniform fills, table bases and user-data pointers that need such a value still throw, and poisoned results stay out of the dispatch and draw caches. The shader disk cache format becomes 21.
Implemented with AI assistance.
An address-based build maps each imported registered range through its host import. UploadPrepare merges a descriptor range or snapshot overlapping such a range into the range's region, and the region kept the import even when the merge took it past the import's end, as a V# crossing into the next registered range does. Descriptor then bound the import's buffer beyond its size, and the BDA table mapped the whole region, the next range included, through the import's device address. A merge that extends a region past its end now drops the import. The region then takes the import lookup and, with no import covering it, the copy path, as a range crossing an image mirror's end already does. Like every copied range, it is read-only to pointer stores.
libSceVdecsw is the software H.264 decoder interface PPSA05684 uses for its movies. Decoder creation, compute queues, memory queries, decode input and output, AVC picture info, reset and finalize are implemented with the layouts of shadPS4's vdecsw.h, checked against the title's movie decoder, and decode through libSceVideodec2. The H.264 stream the Videodec2 test uses moves to a shared fixture, and a guest test decodes it through Vdecsw. Uncharted: Legacy of Thieves Collection (PPSA05684) plays its movies through libSceVdecsw and stopped at sceVdecswQueryComputeMemoryInfo.
…address-based builds A build served by the cached address space walked every region of the space for its mirrors, sorted the heap mirrors, compared each heap mirror's blocks with the write tracker under its own lock and swept the whole mirror registry. In an offline replay with 37,000 heap mirrors that took about 10 ms per build, every build. The space now keeps its writable mirrors, its sorted heap mirrors and their adjacent runs from when it is published. Each run is still flushed and collected; a run with no block stamped since the generation its last complete check collected skips the per-mirror compare, and that generation is stored only once the build's blocks were copied. The registry sweep is skipped while every live mirror's range is held by the cached address space's lease and no mirror was added, replaced or dropped since.
An address-based build maps every readable registered range: through a host import when one can be made, else through a heap mirror, a host-visible copy of the range. A range mirrored while the import budget was full kept its mirror after a later pass imported it, until the guest freed the range. The pass then read the range through the import, and the mirror only held host-visible memory and a second copy of the bytes. The pass now releases the heap mirror of every range it serves through an import. Recorded work that bound the mirror keeps it until it completes. If the import goes away while the range stays registered, the next pass makes a new mirror from the guest bytes. The [buffers] image mirrors profile line counts the released mirrors.
An address-based build whose heap mirror the device refused, or one past APS5_HEAP_MIRROR_MIB, stopped the process inside acquireMirror. PPSA26344 hit it at 478 s with 6.8 GiB of heap mirrors beside the host imports. - a mirror that would go past the budget first sweeps the mirrors whose registered range is gone, before its allocation; if it still does not fit, the build throws "past the budget" - the mirror is allocated once: a refusal throws with the range, the Vulkan result and the mirror totals, so the draw or dispatch fails like any other allocation; nothing is registered for the refused range - the BDA resource tests run with a 4 MiB mirror budget and a mock memory limit: a mirror past the budget is made in the swept mirror's memory, and a refused one fails after a single allocation attempt
The device-local tier of BufferPool only reused a buffer of the exact size and usage it was asked for. Partial storage-image detiles and retiles ask for a new size and the other transfer direction almost every time, so the tier sat at its budget and missed and evicted dozens of buffers per frame, and the vkFreeMemory calls on the release thread held up submits and allocations on the recording threads. Device-tier requests of 1 MiB and more now round up to an eighth of their octave, the tier's buffers are created for storage and both transfer directions, and a request takes the smallest retained buffer from its own class up to twice its size. Host tiers, the budget and eviction are unchanged. agc_buffer_pool covers the classes, the fit and its bound, reuse only after release, the budget and the unchanged lists.
GitHub refreshes merge_commit_sha only when the pull request's branch changes, so a manual build could test the pull request against a main from days earlier. Each job now checks out main as it is when the build starts and merges the pull request head into it.
…rrent-main ci(build): build pull requests merged into current main
…n-guest-mask fix(libkernel): report the current CPU within the thread's guest affinity
…delivery fix(libkernel): keep ymm upper halves across a redirected raise
…ursive-mutex fix(libkernel): release every level of a recursive mutex during a cond wait
…ge-past-import fix(agc): copy an imported range once a merge extends it past its import
…budget fix(agc): throw instead of aborting when a heap mirror cannot be made
…heap-mirrors perf(agc): release a heap mirror once a host import serves its range
…or-runs perf(agc): skip unchanged heap mirror runs and idle mirror sweeps in address-based builds
…ool-reuse perf(agc): pool device staging buffers by size class
…ll-pointers feat(agc): implement deferred faults for reads through null SRT pointers
Integrate upstream boykopovar#2118 (Ruzi), boykopovar#2203 (XairRrR), and boykopovar#2150 (erick-dsnk), preserving their original commits as merge parents. Resolve font and technical-debt conflicts against the existing fork integration. Six targeted Linux CTests passed. Source-based implementation coverage is 2718/3044 (89.29%), not game compatibility. Native console behavior and complete Windows/full project validation remain unverified. AI-assisted integration: yes.
Validate the delegated decoder's INT_MAX input limit before forming an end pointer or allocating packet storage. The regression fails before the guard and passes with it; it checks unchanged queues and correct decoding after rejection. Six targeted Linux CTests passed. ASan/UBSan passed for Vdecsw code; LeakSanitizer is unavailable in the local environment. AI-assisted: yes.
Run six affected CTests before the full build and test suite. The workflow is limited to this experimental integration branch and uses the project's supported Windows toolchain. AI-assisted: yes.
Progress report (86a4c74 → d6a1f6a)📈 System libraries: 89.29% (+0.53%, +16 implemented functions) ✅ 16 implemented
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This was referenced Oct 9, 2026
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What
Fork-only integration of the existing AIO, H.264 software-decoder and generated font-glyph implementations, layered on
integration/multilib-usbd-all-fixes. This is an integration review in the fork, not an upstream implementation submission.Original contributions retain their commit history and authorship:
The additional decoder fix rejects access units larger than the underlying decoder's signed integer size limit before pointer arithmetic or copying. Regression coverage verifies both oversized inputs and successful decoding in the same session after rejection.
Adds fork CI that builds the affected targets, runs their tests, builds the whole project and guest libraries, and runs the full registered suite on Linux and Windows.
The source progress scanner reports 2718/3044 exports (89.29%), compared with 2702/3044 on the integration base. This count does not establish game compatibility, complete audio output, shader correctness or support for encrypted SELF inputs.
Tested
Linux, GCC 13.3:
Combined follow-up validation
The combined review branch integration/project-completion at commit 76f71f8 includes #8, #9, #10 and #11 plus the separately developed Windows runtime fixes. Results below apply to that combined commit; the individual PR heads retain the baseline results above.
Commercial games, a physical discrete GPU, PCIe performance and console execution have not been tested. The scanner's export-body counts do not establish semantic completeness: encrypted SELF conversion, complete Tempest audio, predictive GPU memory management and full Mesh/Ray Tracing support remain outside the implemented changes.
Checklist
Owner-requested integration scope: this batch is based on the existing main-derived integration branch and intentionally reuses the three upstream requests listed above, rather than claiming new implementations.
Follow-up development uses separate topic branches and requests.
integration/multilib-usbd-all-fixes, and the integrated upstream contributions are feat(libkernel): implement sceKernelAioPollRequests boykopovar/AnyPS5#2118, feat(libs): implement libSceVdecsw on top of libSceVideodec2 boykopovar/AnyPS5#2203 and feat(font): render generated glyph images boykopovar/AnyPS5#2150.