hugo: Update to 0.156.0
upstream changes:
-----------------
v0.156.0
This release brings significant speedups of collections.Where and collections.Sort – but this is mostly a "spring cleaning" release, to make the API cleaner and simpler to understand/document.
Deprecated
* Site.AllPages is Deprecated
* Site.BuildDrafts is Deprecated
* Site.Languages is Deprecated
* Site.Data is deprecated, use hugo.Data
* Page.Sites and Site.Sites is Deprecated, use hugo.Sites
Removed
These have all been deprecated at least since v0.136.0 and any usage have been logged as an error for a long time:
Template functions
* data.GetCSV / getCSV (use resources.GetRemote)
* data.GetJSON / getJSON (use resources.GetRemote)
* crypto.FNV32a (use hash.FNV32a)
* resources.Babel (use js.Babel)
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pkg_autoremove/force delete: Fix order
If package A depends on package B (on a binary or script for example), when
autoremove is called currently the order is (likely) by alphabetic.
This cause problems as if package A is removed first and package B needs a script
from package A it will fails to clean up correctly the system.
Since autoremove is considered as force internally simply remove the check so we will
process the removals in the correct order.
Sponsored by: Beckhoff Automation GmbH & Co. KG
[OpenMP][MLIR] Modify lowering OpenMP Dialect lowering to support attach mapping
This PR adjusts the LLVM-IR lowering to support the new attach map type that the runtime
uses to link data and pointer together, this swaps the mapping from the older
OMP_MAP_PTR_AND_OBJ map type in most cases and allows slightly more complicated ref_ptr/ptee
and attach semantics.
[Flang][OpenMP][Offload] Modify MapInfoFinalization to handle attach mapping and 6.1's ref_* and attach map keywords
This PR is one of four required to implement the attach mapping semantics in Flang, alongside the
ref_ptr/ref_ptee/ref_ptr_ptee map modifiers and the attach(always/never/auto) modifiers.
This PR is the MapInfoFinalization changes required to support these features, it mainly deals with
applying the correct attach map type and manipulating the descriptor types maps for base address
and descriptor so that when we specify ref_ptr/ref_ptee we emit one of the two maps and when we
emit ref_ptr_ptee we emit our usual default maps. In all cases we add the "glue" of an new
attach map except in cases where a user has provided attach never. In cases where we are
provided an always, we apply the always map type to our attach maps.
It's important to note the runtime has a toggle for the auto map behaviour, which will flip the
attach behaviour to the newer semantics or the older semantics for backwards compatability (outside
the purview of this PR but good to mention).
Revert "fortune: fix netstat tip"
This reverts commit 8e593a1f143203cace2e14bd6629a8ebdf9b47dc. I was
totally wrong, so just revert and get on with it.
Sponsored by: Netflix
Revert "fortune: fix netstat tip"
This reverts commit 8e593a1f143203cace2e14bd6629a8ebdf9b47dc. I was
totally wrong, so just revert and get on with it.
Sponsored by: Netflix
Merge tag 'mm-nonmm-stable-2026-02-18-19-56' of git://git.kernel.org/pub/scm/linux/kernel/git/akpm/mm
Pull more non-MM updates from Andrew Morton:
- "two fixes in kho_populate()" fixes a couple of not-major issues in
the kexec handover code (Ran Xiaokai)
- misc singletons
* tag 'mm-nonmm-stable-2026-02-18-19-56' of git://git.kernel.org/pub/scm/linux/kernel/git/akpm/mm:
lib/group_cpus: handle const qualifier from clusters allocation type
kho: remove unnecessary WARN_ON(err) in kho_populate()
kho: fix missing early_memunmap() call in kho_populate()
scripts/gdb: implement x86_page_ops in mm.py
objpool: fix the overestimation of object pooling metadata size
selftests/memfd: use IPC semaphore instead of SIGSTOP/SIGCONT
delayacct: fix build regression on accounting tool
[AMDGPU][GlobalISel][NFC] Filter getCandidatesForLowering to only process G_PHI (#181814)
The divergence-lowering pass runs in three stages:
1. lowerTemporalDivergence()
2. lowerTemporalDivergenceI1() — creates PHI instructions via SSAUpdater
3. lowerPhis() — lowers divergent i1 G_PHIs into lane mask PHIs
getCandidatesForLowering() in stage 3 iterates over all PHIs via
MBB.phis() and checks isDivergent() on their destination registers. This
includes PHI instructions already created by stage 2, whose registers
were never part of the original uniformity analysis.
Today, this works by accident — isDivergent() returns false for unknown
registers, so these PHIs are skipped. But this relies on isDivergent()
behavior for unanalyzed registers, which is not guaranteed. If
isDivergent() were to return true for unknown registers (e.g., as a
conservative default), lowerPhis() would re-process already-lowered
PHIs, adding redundant COPY instructions(EX:
https://github.com/llvm/llvm-project/pull/180509). This would not be a
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[GlobalIsel] Use aext in ctlz_zero_undef widenScalar expansion (#181506)
Use `G_ANYEXT` instead of `G_ZEXT` when widening the source of
`G_CTLZ_ZERO_UNDEF`. The extended upper bits are immediately shifted out
by the subsequent left-shift, so zero-extending is unnecessarily
constraining.
Before:
```
%wide = G_ZEXT %src
%shifted = G_SHL %wide, sizeDiff
%result = G_CTLZ_ZERO_UNDEF %shifted
```
After:
```
%wide = G_ANYEXT %src
%shifted = G_SHL %wide, sizeDiff
%result = G_CTLZ_ZERO_UNDEF %shifted
```
