routing: Enable hash_outbound during nhgrp allocation
Multipath routes can be added via both RTM_F_CREATE and RTM_F_APPEND.
Therefore, it's possible to have mpath routes without calling
add_route_flags_mpath.
Instead of checking V_fib_hash_outbound for every route append,
check it during nhgrp_ctl initialization, which is only called for
the first multipath request per rib_head.
PR: 293136
Reviewed by: glebius
Tested by: Marek Zarychta <zarychtam at plan-b.pwste.edu.pl>
Differential Revision: https://reviews.freebsd.org/D57469
[Flang] Reject keyword arguments in statement function calls (#198610)
**Problem**
Flang silently accepted keyword arguments in calls to statement
functions, violating F2018 C1535.
**Standard: F2018 §15.5.1 C1535**: In a reference to a procedure whose
interface is implicit at the point of the reference, the actual argument
shall not be a keyword argument.
Flang silently compiles the following code without giving error` Keyword
argument 'x' at (1) is invalid in a statement function
`
```
program test
integer :: f1, x, c
f1(x) = x / 2
c = f1(x=10) ! Should be an error
[14 lines not shown]
[clang][PS5] Clang driver PS5 - pass the target CPU to lld. (#202924)
Forward the PS5 target CPU from the clang driver to lld as
`-plugin-opt=mcpu=znver2`, matching behavior of other platforms.
Most drivers call addLTOOptions to include LTO-related link options. That includes specifying mcpu. The PS5 driver doesn't yet call addLTOOptions. In time I hope we'll arrive at a point where we can refactor to use the same functionality. This is one step towards that.
---------
Co-authored-by: Edd Dawson <edd.dawson at sony.com>
[libc] Add the htons function family to netinet/in.h (#203028)
As required by POSIX.
I've used the merge_yaml_files functionality to avoid duplication.
Assisted by Gemini.
[OpenACC][flang] Emit NYI when unstructured loops are associated with OpenACC directives
When an unstructured loop is associated with a loop or a combined
directive, we emit an unstructured CFG for the loop's logic nested
within the OpenACC op. This effectively serializes the nested loop on
the device which is not desirable. For now, emit NYI's while working on
a longer-term solution.
The NYI is restricted to the cases where the loop will be lowered with
`independent` parallelism semantics for the default device_type -- i.e.,
the user has explicitly promised the loop is parallel. This covers:
- combined `acc parallel loop`,
- standalone `acc loop` inside `acc parallel`,
- orphan `acc loop` inside a non-`seq` acc routine,
- explicit `independent` clause.
For `auto` (`acc kernels loop` and `acc loop` inside `acc kernels`) and
for `seq` (`acc serial loop`, `acc loop` inside `acc serial`, explicit
`seq`, or orphan inside a `seq` routine), the user has not made a
[4 lines not shown]
[flang][OpenACC] Don't hoist declare directive out of interface bodies (#202806)
Example:
```fortran
program main
real :: a(10, 60)
interface
subroutine compute(a)
real :: a(10, 60)
!$acc declare present(a)
end subroutine
end interface
call compute(a)
end program
```
In this code, the `!$acc declare` inside the interface body is hoisted
into the
host program unit and lowered there, where its operand (the interface
[12 lines not shown]
isakmpd(8): Fix NULL dereference in message_alloc_reply() callers
message_alloc_reply() dereferences the returned pointer of
message_alloc() without a NULL check. Add one so callers can handle
the failure.
Also add NULL checks at both call sites in exchange.c.
test & ok sthen
isakmpd(8): Fix possible unaligned 32 bit read
When validating IPsec SPIs in a DELETE message, access to the
32 bit SPI value might be unaligned. On platforms requiring strict
alignment, this would cause termination of isakmpd by signal.
To avoid this, memcpy(3) the SPI value to a local variable.
test & ok sthen
[SPIR-V] Lower `select` instructions with aggregate operands (#201417)
Context: `SPIRVEmitIntrinsics` represents aggregate (array/struct) SSA
values as i32 value-ids, keeping the real type on the side for SPIR-V
emission. `preprocessCompositeConstants()` rewrites composite constant
operands into those value-ids.
A `select` takes its result type from its operands, so rewriting one arm
leaves the select with an aggregate result type but an i32 operand,
which is invalid. The exact failure mode depends: a composite-constant
arm tripped the verifier ("Select values must have same type as select
instruction"), while a non-constant arm (say a load) only became a
value-id later, in the visitor pass, at which point
`replaceMemInstrUses()` found a `select` among its users and hit an
unreachable.
I pushed two commits fixing this, one limited to my use case, another
more general:
[20 lines not shown]
Remove stale ARC graph names from reporting API
`reporting.get_data` accepted three graph names — `arcrate`, `arcactualrate`, `arcresult` — whose backing plugin classes were deleted during the ZFS netdata plugin rewrite. The Pydantic `Literal` and the in-memory `__graphs` dict drifted out of sync, so passing any of them crashed `netdata_get_data` with an uncaught `KeyError`.
Removed the dead names from `GraphIdentifier.name`'s `Literal` and docstring in both `v26_0_0/reporting.py` and `v27_0_0/reporting.py`. Added a `ReportingNetdataGetDataArgs.from_previous` on each so legacy WS clients walking the adapter chain get the dead entries silently filtered instead of a hard rejection at the final v27 boundary. Hardened the dispatch site in `plugins/reporting/graphs.py` to raise `CallError(ENOENT)` for any unknown name — mirroring what `netdata_graph` already does — so future schema/implementation drift surfaces as a clean RPC error rather than an unhandled exception.
[Demangle] Guard DEMANGLE_ABI and add missing annotation (#202920)
This updates the DEMANGLE_ABI annotation to only be defined if it is not
already defined. This is required to parse the Demangle headers with the
ids-check script.
In addition, this adds one missing DEMANGLE_ABI annotation.
This effort is tracked in #109483.
isakmpd(8): Validate DELETE payload SPI array size [2/2]
Similar to message_validate_delete() also validate in
ipsec_handle_leftover_payload() that the provided number of SPIs
actually fit in the payload. This is redundant as we already would
bail out in message_validate_delete().
test & ok sthen
ansilove: updated to 4.2.2
AnsiLove/C 4.2.2 (2026-06-10)
- Update README to add a link to the Nix package
- Fix "Amiga Topaz 1" font selection from SAUCE metadata
- Fix font table entry count to make topaz500+ reachable
isakmpd(8): Validate DELETE payload SPI array size [1/2]
The number of SPIs provided in a DELETE message is not properly
validated. This might cause a read beyond the message end. However,
the outside read is limited to 4 bytes for IPsec SAs and 16 bytes
for ISAKMP SAs. A crash is possible, but seems unlikely to me.
test & ok sthen
isakmpd(8): Validate proposal and transform sizes
Check
- that a proposal payload fits within the outer SA payload,
- that the provided SPI and the following transform header fit within
the proposal, and
- transforms fit within the outer proposal payload.
It's already ensured that we never read outside the message. However,
within the message the mentioned payloads might be misinterpreted due
to malformed size values.
test & ok sthen
[flang][OpenMP] Model target in_reduction through map entries
Model omp.target in_reduction so the target body uses the mapped
map_entries block argument instead of a separate in_reduction entry
block argument.
The in_reduction operands remain on the op for host-side translation.
For the host-fallback path, the matching map block argument is redirected
to the pointer returned by __kmpc_task_reduction_get_th_data, so the
target body accumulates into the task reduction-private storage.
Flang lowering now relies on the implicit address-preserving map for the
target body binding, while task and taskloop keep their existing
in_reduction block-argument behavior.
Offload/device compilation is still diagnosed as not yet implemented, and
each target in_reduction variable must have a matching map_entries entry.
[flang][OpenMP] Lower target in_reduction for host fallback
Teach Flang lowering and MLIR OpenMP translation to carry
in_reduction through omp.target for the host-fallback path.
The translation looks up task reduction-private storage with
__kmpc_task_reduction_get_th_data and binds the target region's
in_reduction block argument to that private pointer, so uses inside the
region do not keep referring to the original variable.
The patch also preserves in_reduction operands in the TargetOp builder
path and ensures target in_reduction list items are mapped into the
target region when needed.
The device/offload-entry path remains diagnosed as not yet implemented.
