Remove pam_truenas etc_group
At this point there's not really a strong reason to have a
separate pam_truenas etc group. The truenas-specific entries
depend on what's generated in regular pam etc group. This
commit also fixes an issue whereby PAM files weren't updated
on remote controller when user enables DS authentication.
This commit also updates various call-sites to generate pam
rather than pam_truenas.
vdevprops: remove unused slow_io defaults, fix documentation
Remove the unused DEFAULT_SLOW_IO_N and DEFAULT_SLOW_IO_T defines
from zfs_diagnosis.c. Unlike the checksum and I/O thresholds, the
slow_io_n and slow_io_t properties must be manually opted in and
have no built-in defaults. The defines were misleading.
Update the vdevprops man page to clarify that slow_io_n and
slow_io_t must be manually set, and that the documented defaults
(10 errors in 600 seconds) apply only to checksum and I/O events.
Reviewed-by: Brian Behlendorf <behlendorf1 at llnl.gov>
Reviewed-by: Alexander Motin <alexander.motin at TrueNAS.com>
Signed-off-by: Christos Longros <chris.longros at gmail.com>
Closes #18359
[mlir][ABI] Add writable, dead_on_unwind, dead_on_return, nofpclass param attrs to LLVM dialect (#188374)
The MLIR LLVM dialect is missing support for several parameter
attributes that
exist in LLVM IR: `writable`, `dead_on_unwind`, `dead_on_return`, and
`nofpclass`. This adds them to the kind-to-name mapping in
`AttrKindDetail.h`
and the corresponding name accessors in `LLVMDialect.td`.
The existing generic conversion infrastructure in `ModuleTranslation`
and
`ModuleImport` picks them up automatically — `writable` and
`dead_on_unwind`
round-trip as `UnitAttr`, while `dead_on_return` and `nofpclass`
round-trip as
`IntegerAttr`.
CIR needs these to match classic codegen's ABI output (sret gets
`writable
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[CIR] Use data size in emitAggregateCopy for overlapping copies (#186702)
Add skip_tail_padding property to cir.copy to handle
potentially-overlapping
subobject copies directly, instead of falling back to cir.libc.memcpy.
When
set, the lowering uses the record's data size (excluding tail padding)
for
the memcpy length. This keeps typed semantics and promotability of
cir.copy.
Also fix CXXABILowering to preserve op properties when recreating
operations,
and expose RecordType::computeStructDataSize() for computing data size
of
padded record types.
Remove pam_truenas etc_group
At this point there's not really a strong reason to have a
separate pam_truenas etc group. The truenas-specific entries
depend on what's generated in regular pam etc group.
[DA] Use SmallVector instead of raw new/delete (NFC) (#190586)
Some functions used `new`/`delete` to allocate/free arrays. To avoid
memory leaks, it would be better to avoid using raw pointers. This patch
replaces the use of them with `SmallVector`.
[flang][OpenMP] Remove namespace qualification from GetUpperName, NFC (#190619)
This applies to flang/lib/Semantics/openmp-utils.cpp, since it contains
`using namespace Fortran::parser::omp`.
[flang][OpenMP] Remove namespace qualification from GetUpperName, NFC
This applies to flang/lib/Semantics/openmp-utils.cpp, since it contains
`using namespace Fortran::parser::omp`.
neovim: Update to 0.12.0
Changes:
0.12.0
This release introduce vim.pack.*() to manage plugins natively, adds :Undotree
and :DiffTool as builtin plugins, expands built-in LSP support and more.
For full release notes please see
<https://github.com/neovim/neovim/commit/fc7e5cf6c93fef08effc183087a2c8cc9bf0d75a>
and ":help news".
AMDGPU: Add range attribute to mbcnt intrinsic callsites (#189191)
It seems the known bits handling added in
686987a540bc176bceaad43ffe530cb3e88796d5
is insufficient to perform many range based optimizations. For some
reason
computeConstantRange doesn't fall back on KnownBits, and has a separate,
less used form which tries to use computeKnownBits.
[CIR] Implement global decomposition declarations (#190364)
No real challenge to these, it is effectively a copy/paste of the
classic codegen as it just requires we properly emit the holding
variable. The rest falls out of the rest of our handling of variables.
