audio/ssr-lv2: fix build on non-x86
Don't pass -mavx/-msse outside x86; the SIMD variants are already
#if'd out there and the plugin falls back to the scalar path.
sysutils/lcdproc: don't require GCC on powerpc
Backport upstream 695aa0f76173, which stops compiling the x86-only port
I/O asm on other architectures, so clang can build the port.
www/moodle53: New port, copied from www/moodle52
Moodle is a course management system (CMS) - a free, Open Source software
package designed using sound pedagogical principles, to help educators
create effective online learning communities. You can use it on any
computer you have handy (including webhosts), yet it can scale from a
single-teacher site to a 40,000-student University.
(cherry picked from commit 681a854f0fac18f4743b7291bb5e94d2c5c09719)
www/moodle53: New port, copied from www/moodle52
Moodle is a course management system (CMS) - a free, Open Source software
package designed using sound pedagogical principles, to help educators
create effective online learning communities. You can use it on any
computer you have handy (including webhosts), yet it can scale from a
single-teacher site to a 40,000-student University.
LinuxKPI: pci: first round of file cleanup
While the multiple sections of the file are mostly clearly separated
some bits were spread around.
Get the device methods array to the end of the file saving us a lot
of forward function delcarations and making it easier to rename them
to a common lkpi_ prefix instead of linux_ showing that they are file
local internal functions not part of any official LinuxKPI KPI.
Sort the various lkpi_pci_* bus attachment functions together,
followed by the lkpi_pci_iov_ ones. Then add the
pci_[un]register_driver* driver bits. This keeps the group
logically together.
For the PCI functions then group the pdev allocations and free/release
functions--for the two paths--together, giving them more homogeneous
names and add comments to some of them so it is more clear which
ones are shared ("common") and which ones belong to which code path.
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LinuxKPI: pci: make internal variables file local
The only reason the internal lists and lock are shared seems to be
because the SYSINIT code was in linux_compat.c.
Migrate the three variables (pci_drivers, pci_devices, and pci_lock)
to linux_pci.c and make them file local.
While doing so adjust a few things:
(a) mark the various sections of the linux_pci.c file as we add new
SYSINIT code to the middle of the file. The file currently really
contains three parts.
(b) rename the variables by adding a lkpi_ prefix indicating that they
are part of our internal code and not part of the public KPI, and
to clearly distinguish them from any native PCI code upon which
we call as well.
(c) factor the locking code out into macros as we have often done in
various parts of the kernel to make the lock itself more opaque.
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Don't try to get the database version from the host's database when running cross.
On hosts like FreeBSD that do have the database in the same place we keep it,
but don't have our explicit version record, this was causing database version 0
instead of 1 to be emitted, which is wrong.
science/code_saturne: fix a conflict caused by a mix of MPICH / OpenMPI
This is a temporary fix: this port should be upgraded, and follow the
recent changes of mumps / mumps-edf.
[CodeGenPrepare] Handle negative GEP offsets in splitLargeGEPOffsets (#227627)
CodeGenPrepare::splitLargeGEPOffsets collects GEP candidates with large
constant offsets and rebases them to a shared common base, but only for
positive offsets (`ConstantOffset > 0`). Negative far-offset accesses
are left with independent `SUBXri` base materializations per access,
giving them different base registers and preventing the
`LoadStoreOptimizer` from pairing them into `LDP/STP`.
Relax the gate to `ConstantOffset != 0`, and extend
`AArch64TargetLowering::getPreferredLargeGEPBaseOffset` to handle
negative offsets using the same `HighPart = MinOffset & ~0xfff` rebase
as positive ones. For negative `MinOffset`, `HighPart` is the next lower
4096-aligned address, so all residuals (`Offset - HighPart`) are
non-negative and fit `LDR/STR`'s 12-bit unsigned scaled immediate. When
the residual also falls within `LDP/STP`'s 7-bit pairing range, `LSO`
pairs directly; otherwise `LSO`'s base-adjust (#223684) folds in an
extra `ADDXri` (or merges it into a preceding `SUBXri`/`ADDXri` when
adjacent), recovering the same instruction count as a direct rebase to
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