[NVPTX] Pass `-Xcuda-ptxas` to the nvlink wrapper for LTO (#213351)
Summary:
This allows `-foffload-lto -fgpu-rdc -Xcuda-ptxas` to work properly by
forwarding it.
[lldb] Avoid returning a stale AddressOf (#212915)
The 'ValueObject::AddressOf()' method assumes that the address of a
value object cannot change, so when it is calculated once, it does not
need to be updated afterwards. However, this is not the case if the
'ValueObject' is a dependent object obtained by calling 'Dereference()'
of another 'ValueObject'. If the latter object is changed, the dependent
value object should return a new address from the 'AddressOf()' method
to reflect the change.
Merge tag 'devicetree-fixes-for-7.2' of git://git.kernel.org/pub/scm/linux/kernel/git/robh/linux
Pull devicetree fixes from Rob Herring:
- Fix NULL bus dereference in of_pci_range_parser_one()
- Prevent out-of-bounds access when too many dynamic reserved memory
regions are defined
* tag 'devicetree-fixes-for-7.2' of git://git.kernel.org/pub/scm/linux/kernel/git/robh/linux:
of/address: Fix NULL bus dereference in of_pci_range_parser_one()
of: reserved_mem: prevent OOB when too many dynamic regions are defined
Key network config hostname fields off HA hardware
This commit adds changes to swap system.is_enterprise for system.is_ha_capable in network_config_extend, so hostname_b and hostname_virtual are exposed based on whether the box is HA hardware rather than on how it is licensed. Those fields only mean anything on a two-node system, and the failover.node lookup in the same branch already assumed as much.
Note this narrows the payload on one population: a licensed non-freenas system on a MANUAL chassis used to get both fields and no longer does. That is an API shape change for those systems, though the fields were never meaningful there.
Drop the redundant enterprise check from the ALUA gate
This commit adds changes to remove the system.is_enterprise conjunct from iscsi.global.alua_enabled, leaving failover.licensed as the entitlement term. That check now resolves through the entitlement engine, so ALUA is already gated on the HA license type and the enterprise term was a licensing proxy sitting in front of it.
It was also near-redundant: given an ENTERPRISE_HA license the only system it could reject is a MANUAL chassis with a null or freenas model, which has no failover pair and cannot run ALUA anyway. Removing it drops a real hazard too, since product_type is memoized for the life of the process over a chassis probe that can transiently read MANUAL at boot, and a poisoned memo would silently disable ALUA on a licensed HA pair until restart. NVMe-oF ANA already gates on bare failover.licensed, so this matches its neighbour.
[AArch64] Fix zero-call-used-regs crash on targets without NEON (#211603)
## Summary
`-fzero-call-used-regs=all` crashes on AArch64 targets without NEON
support, such as `-mgeneral-regs-only` or `-march=armv8-a+nosimd`. The
former is a common configuration used by the Linux kernel.
```c
int p(int a) { return a + 1; }
```
```sh
$ clang --target=aarch64-linux-gnu -O2 -S -mgeneral-regs-only \
-fzero-call-used-regs=all test.c -o -
Assertion failed: (STI.hasNEON() && "Expected to have NEON."),
buildClearRegister
```
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[Clang][Sema] Synthesize a memcpy body for defaulted union assignment (#206579)
A defaulted copy or move assignment operator for a union is synthesized
with an empty body. `DefineImplicitCopyAssignment` /
`DefineImplicitMoveAssignment` skip union members in the memberwise
loop, and the implied copy of the object representation has no AST
representation, a FIXME that has sat at that skip for a long time. The
operator ends up copying nothing.
Classic CodeGen hides this at ordinary call sites by lowering a trivial
assignment to a memcpy at the call site, so `u1 = u2` works even though
the operator body is a no-op. But when the operator is genuinely called,
through a pointer-to-member for instance, it silently copies nothing.
ClangIR calls the assignment operator at the call site rather than
eliding it, so it hits the empty body directly and drops every union
assignment. The no-op is then deleted at `-O3`. That is the MultiSource
`kc` miscompile, where a `YYSTYPE` union assignment (`*++yyvsp =
yylval`) becomes a no-op.
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Flip SED onto its matrix vector
This commit adds changes to bind SED to its product-matrix vector instead of the transitional legacy shim, which was the last live LegacyRule. The shim required the feature key in every column while the matrix grants SED on iX hardware alone and on any licensed system, so this widens access rather than withdrawing it - no existing system loses SED, and no key injection is needed because all four license-present columns already grant.
Worth noting stable/26 gates SED on a v2 daemon license with no legacy fallback, so every legacy-licensed system in the field currently reads as unlicensed for SED even if it bought the bit. This restores those systems.
The LegacyRule kind, its dispatch branch and the legacy module all stay put for whatever needs a shim next; only the SED binding moves. The docstrings that promised to delete them once the last feature flipped have been corrected to match.
Merge tag 'hyperv-fixes-signed-20260731' of git://git.kernel.org/pub/scm/linux/kernel/git/hyperv/linux
Pull hyper-v fixes from Wei Liu:
- Multiple fixes for the MSHV driver (Stanislav Kinsburskii, Wei Liu,
Yi Xie, Yousef Alhouseen)
- Multiple fixes for the VMBus driver (Hardik Garg, Michael Kelley,
Sebastian Andrzej Siewior)
* tag 'hyperv-fixes-signed-20260731' of git://git.kernel.org/pub/scm/linux/kernel/git/hyperv/linux:
mshv_vtl: bounds-check cpu index in vtl mmap fault handler
mshv: Publish VP to pt_vp_array before installing the file descriptor
Drivers: hv: vmbus: add VTL2 redirect connection ID
mshv: Order pt_vp_array publish against irqfd assertion path
mshv: Fix missing error code on VP allocation failure
mshv: Fix level-triggered check on uninitialized data
mshv: Fix race in mshv_irqfd_deassign
mshv: Use kfree_rcu in mshv_portid_free
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[libc][__support] Implement exact linear binning for TLSFFreeStoreImpl
Previously, size_to_bit_index used size >> UNIT_SIZE_LOG2 for linear bins,
which mapped size 24 to bin 1 and size 17 to bin 1, causing a mismatch
between allocation request sizes and physical block bucket sizes.
This change introduces exact mapping for linear bins:
- Introduces LINEAR_BINS to compute the exact number of linear bins needed
to reach the exponential table boundary (29 on MSVC Windows where UNIT_SIZE is 8,
31 on Linux where UNIT_SIZE is 16).
- Sizes <= MIN_INNER_SIZE map to bin 0.
- Larger linear sizes map to ((size - MIN_INNER_SIZE - 1) >> UNIT_SIZE_LOG2) + 1.
- Uses LINEAR_BINS as the base index for exponential bins in size_to_bit_index,
index_to_min_size, and find_and_remove_fit, ensuring strict monotonicity
across all indices without runtime clamping.
- Adds NegativeTestForFullHeap unit test in freelist_heap_test.cpp and updates
freestore_test.cpp.
TAG=agy
CONV=cff84e8c-ee22-4f39-af3c-344d1e6f417b
devel/py-python-jsonrpc-server: Remove expired port
2026-07-31 devel/py-python-jsonrpc-server: There is no new version in 6 years, the upstream build and CI are failing and nothing depends on this port, hence the removal
databases/cassandra3: Remove expired port
2026-07-31 databases/cassandra3: Cassandra 3.x is no longer maintained upstream, superseded by databases/cassandra4
www/py-django-configurations: Remove expired port
2026-07-31 www/py-django-configurations: Upstream no longer active, project is abandoned, please use www/py-django-configurator instead
