games/hs-scroll: Update Haskell deps hoping to fix the CURRENT fallout
Reported by: pkg-fallout
(cherry picked from commit 33285b9ff2c970f0c755d2be5b174cb0fd8223c0)
dns/bind9*: enable base GSSAPI on 15+
FreeBSD 15+ have MIT kerberos in the base system, and it fixes the
problems BIND9 was having with Heimdal.
PR: 291780
(cherry picked from commit 0732837048ddb9a1650d58080d26b0ab9e1c2e4d)
dns/bind9*: nsupdate works on 15+ with MIT kerberos from base
FreeBSD 15+ have MIT kerberos in the base system, and it fixes the
problems BIND9 was having with Heimdal.
PR: 291776
(cherry picked from commit 07328360c1feb5bc3e3b2e18eb7abd89d226b663)
dns/bind9*: enable base GSSAPI on 15+
FreeBSD 15+ have MIT kerberos in the base system, and it fixes the
problems BIND9 was having with Heimdal.
PR: 291780
dns/bind9*: nsupdate works on 15+ with MIT kerberos from base
FreeBSD 15+ have MIT kerberos in the base system, and it fixes the
problems BIND9 was having with Heimdal.
PR: 291776
ng_netflow v9: fix template re-announcement using packet count
Increment fe->sent_packets after export9_send().
Previously, NetFlow v9 templates were only re-announced based on
time, ignoring the packet count parameter (`templ_packets`).
PR: 270083
Reviewed by: glebius pouria
Approved by: glebius (mentor)
MFC after: 1 week
Sponsored by: Subcarpathian BSD User Group
(cherry picked from commit d836dae9f0d888d441234ea11e3cd91614c86aa2)
ng_netflow v9: fix template re-announcement using packet count
Increment fe->sent_packets after export9_send().
Previously, NetFlow v9 templates were only re-announced based on
time, ignoring the packet count parameter (`templ_packets`).
PR: 270083
Reviewed by: glebius pouria
Approved by: glebius (mentor)
MFC after: 1 week
Sponsored by: Subcarpathian BSD User Group
(cherry picked from commit d836dae9f0d888d441234ea11e3cd91614c86aa2)
ValueTracking: Detect cases with no underflow for fadd
In the case where both operands have the same sign,
as long as one of the operands is normal or infinity,
the result cannot underflow to a zero.
Pre-committing for #175614
[MLIR] Support dynamic traits in `DynamicDialect` (#177735)
Unlike Interfaces, Traits in MLIR are static: they are defined via CRTP
templates and used as base classes of an `Op`, which makes them
difficult to attach to an op dynamically.
However, in IRDL and the Python bindings, we define operations
dynamically through `DynamicDialect`, which means the traditional static
traits cannot be applied to them. Traits are important, for example,
they are how MLIR marks an op as a terminator or a non-terminator.
If `DynamicDialect` does not support traits, then even though we can
define an op with regions, we cannot define new terminators or mark an
op as a non-terminator. This makes `DynamicDialect` very limited in
region-related scenarios.
In this PR, we introduce a `DynamicOpTrait` type that “dynamizes”
`OpTrait`, enabling traits to be attached to ops in `DynamicDialect`.
The key design goal is that existing checks in the MLIR codebase such as
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rpki-client: rename pk and opk to cert_pkey and tal_pkey
Additionally swap the argument order in the calls to EVP_PKEY_cmp() since
this looks nicer.
ok claudio job
rpki-client: remove cms_parse_validate_detached()
Geofeed was the only consumer of detache signatures and there are no plans
to support any other content type needing this. So remove this wrapper and
drop the now no longer needed BIO.
Also remove the NULL checks for res and resz in cms_extract_econtent() as
the callers of cms_parse_validate() pass in &cmsz, and cms_parse_validate()
itself passes a &res.
ok claudio job
py-greenlet: updated to 3.3.1
3.3.1 (2026-01-23)
- Publish Windows ARM binary wheels, where available.
- Fix compilation for 3.14t on Windows.
- Publish Windows 3.14t binary wheels for Intel.
- Switch from Appveyor for Windows to Github Actions.
- Fix compilation on MIPS with GCC 15 and binutils 2.45.
- Move most project metadata into the static ``pyproject.toml`` file.
This updates licensing information to use the modern
``License-Expression`` field.
[InstCombine] Combine `select(C0, select(C1, b, a), b)` -> `select(C0&&!C1, a, b)` (#177410)
Fixes #82350
Address cases like:
```
select(C0, select(C1, b, a), b) -> select(C0&!C1, a, b)
select(C0, a, select(C1, b, a)) -> select(C0|!C1, a, b)
```
It seem that it generates better code for the real world examples for
the few targets I have checked: https://godbolt.org/z/KeEMd9b8E .
On the most generic case it generates the same assembly code for the
sources and targets for all targets, expect RISC-V, where the targets
seem shoretr and better (less branching):
https://godbolt.org/z/3has1Td5G So I did not experience any regression
on any target in no scenario.
Proofs: https://alive2.llvm.org/ce/z/DoL3zQ
