[VPlan] Use DL index type consistently for GEPs (#169396)
In preparation to strip VPUnrollPartAccessor and unroll recipes
directly, strip unnecessary complication in getGEPIndexTy, as the unroll
part will no longer be available in follow-ups (see #168886 for
instance). The patch also helps by doing a mass test update up-front.
Narrowing the GEP index type conditionally does not yield any benefit,
and the change is non-functional in terms of emitted assembly. While at
it, avoid hard-coding address-space 0, and use the pointer operand's
address space to get the GEP index type.
py-construct-classes: updated to 0.2.2
0.2.2 - 2025-08-26
Removed
- Drop support for Pythons 3.9 and older. This was broken in 0.2 and improperly marked
by the package metadata.
0.2.1 - 2025-08-25
Fixed
- Fix exception when creating a subclass of a subclass of :code:`Struct`.
0.2.0 - 2025-08-25
Added
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py-asyncpg: updated to 0.31.0
0.31.0
Enable Python 3.14 with experimental subinterpreter/freethreading
support.
Improvements
Add Python 3.14 support, experimental subinterpreter/freethreading support
Avoid performing type introspection on known types
Make prepare() not use named statements by default when cache is disabled
Implement connection service file functionality
Fixes
Fix multi port connection string issue
Avoid leaking connections if _can_use_connection fails
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x11-wm/emwm-utils: Update 1.3 => 1.3.1
Changelog:
- Toolbox will properly recover from parse errors
- Fixed timed locking in xmsm
- Special chars in variable expansion are handled more akin to sh
https://fastestcode.org/utils-changes.txt
Improve do-install goal, parametrize DISTNAME with PORTNAME.
PR: 291062
[SPIRV] Improve Logical SPIR-V Pointer Access and GEP Legalization (#169076)
This commit improves the handling of GetElementPtr (GEP) instructions
for
Logical SPIR-V. It includes:
- Rewriting of GEPs that are not allowed in Logical SPIR-V
(specifically,
handling non-zero first indices by rebuilding access chains or adjusting
types).
- Better deduction of element types for pointer casting.
- Updates to instruction selection to ensure GEPs are correctly lowered
to
OpAccessChain or OpInBoundsAccessChain only when valid (e.g. first index
0).
- Support for standard HLSL cbuffer layouts in tests.
[LV][NFC] Remove remaining uses of undef in tests (#169357)
Split off from PR #163525, this standalone patch replaces almost all the
remaining cases where undef is used as value in loop vectoriser tests.
This will reduce the likelihood of contributors hitting the `undef
deprecator` warning in github.
NOTE: The remaining use of undef in iv_outside_user.ll will be fixed in
a separate PR.
I've removed the test stride_undef from version-mem-access.ll, since
there is already a stride_poison test.
[LoopCacheAnalysis] Fix crash after #164798 (#169486)
Fix the assertion failure after #164798. The issue is that the
comparison `Sizes.back() == ElementSize` can fail when their types are
different. We should cast them to the wider type before the comparison.
[LifetimeSafety] Move GSL pointer/owner type detection to LifetimeAnnotations (#169620)
Refactored GSL pointer and owner type detection functions to improve code organization and reusability.
[clang][Driver] Support for the SPIR-V backend when compiling HIP (#167543)
For HIP, the SPIR-V backend can be optionally activated with the -use-spirv-backend flag. This option uses the SPIR-V BE instead of the SPIR-V translator. These changes also ensure that -use-spirv-backend does not require external dependencies, such as spirv-as and spirv-link
[OpenMP][flang] Add initial support for by-ref reductions on the GPU (#165714)
Adds initial support for GPU by-ref reductions. The main problem for
reduction by reference is that, prior to this PR, we were shuffling
(from remote lanes within the same warp or across different warps within
the block) pointers/references to the private reduction values rather
than the private reduction values themselves.
In particular, this diff adds support for reductions on scalar
allocatables where reductions happen on loops nested in `target`
regions. For example:
```fortran
integer :: i
real, allocatable :: scalar_alloc
allocate(scalar_alloc)
scalar_alloc = 0
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