[MLIR][XeGPU][NFC] Fix WG integration tests for strict property assembly format (#219256)
b73a8b8d8c17 ("[MLIR][XeGPU] Enable strict property assembly format",
#217281) made inherent attributes stored as properties unparseable from
the trailing attr-dict, but two XeGPU workgroup integration tests still
write `layout` that way, so they fail to parse.
Move the affected `layout`/`layout_a`/`layout_b`/`layout_cd` operands
into the prop-dict position, `{...}` -> `<{...}>`, for
xegpu.load_matrix, store_matrix, load_nd, store_nd and dpas.
These tests only run when the Level Zero or SYCL runner is enabled
(MLIR_ENABLE_LEVELZERO_RUNNER / MLIR_ENABLE_SYCL_RUNNER), which is why
the breakage was not caught by the default CI configuration.
Co-authored-by: Claude Opus 5 (1M context) <noreply at anthropic.com>
GlobalISel: Replace MachineOperand based register constraint API
Replace MachineOperand reference in getConstrainedRegClassForOperand with
a Register. It is only valid to call this on a generic vreg operand, which
must be a Register so there's no point in using an operand reference.
Co-authored-by: Claude (Claude-Opus-4.8) <noreply at anthropic.com>
telegram-desktop: update to 7.1.3
Upstream changes:
* Add welcome messages for groups and channels.
* Add buttons and file blocks to rich messages.
* Improve lists, tables and markdown pasting in the rich editor.
* Add self-destruct timers and single view for photos and videos.
* Add video profile photos for yourself, chats and channels.
* Add video editor with trimming, quality and cover frame.
* Add restoring of opened windows and chats on relaunch.
* Add sending of music files in the attach menu.
* Add new WEB proxy type to connection settings.
[X86] Match ENDBR immediates in little-endian order (#208754)
Fixes #208751
### Summary
The X86 CET immediate scrubber is intended to avoid emitting unintended
ENDBR32/ENDBR64 byte sequences in executable code when IBT branch
protection is
enabled.
This patch matches the byte sequence as it appears in little-endian
immediate
encodings, rather than matching the opcode bytes as a display-order
integer.
For example, the immediate value whose encoding contains `f3 0f 1e fa`
is
`0xfa1e0ff3`, not `0xf30f1efa`.
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[LV] Fix Not-into-compare fold when cmp also feeds a select value op. (#219271)
simplifyRecipe folds Not(Cmp) by inverting the compare's predicate in
place and swapping the operands of each select using it as condition.
That is only valid if the compare's users use it as a condition, but not
value operands.
Add missing check to fix miscompile.
[VPlan] Wrap SCEVAddRecExprs in VPExpandSCEVRecipe in VPSCEVExpander. (#210013)
Handle remaining missing case in VPSCEVExpander: SCEVAddRecExpr.
Currently all AddRecs must be outside the scope of VPlan, and may need
to be expanded in an unrelated loop.
This cannot be done with VPInstructions; wrap them in a
VPExpandSCEVRecipe in the entry block. Also assert that the header of
the AddRec's loop dominates VPlan's entry.
Depends on https://github.com/llvm/llvm-project/pull/209786
PR: https://github.com/llvm/llvm-project/pull/210013
[mlir][OpenACC] Map the initial value when a private recipe reads its variable (#219215)
Example:
```fortran
real*8, allocatable :: dep(:)
allocate(dep(n))
!$acc parallel loop private(dep) async(1)
do i = 1, n
dep(i) = 1.0d0
end do
!$acc wait(1)
deallocate(dep)
```
In this code, the private recipe's init region reads `dep`'s descriptor
for its bounds, so the descriptor stays live-in to the compute region
with no data clause. `acc-implicit-data` then maps it with copy
semantics, and the runtime copies the array payload in and out — data
the kernel never reads, on storage freed right after the wait. The
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build_llvm_release.bat: Remove multiple ninja calls (#218702)
I think these were here to work around flaky tests, but the tests
consistently pass now. Also, the script take a lot longer to complete
when there are legitimate failures and it makes debugging problems much
slower.
[mlir][vector] Add a negative test for `FoldTransposeBroadcast` (#217915)
Adds a negative test based on an existing test that is based on a
comment in the patter summary. It's a negative test that illustrates
non-order preserving transposes that should not be folded.
Keep the FIPS misconfiguration alert on licensed Minis and whiteboxes
This commit fixes an issue where the FIPS misconfiguration alert stopped running on licensed Minis and licensed whiteboxes even though those systems can still enable FIPS: the STIG vector is key-only on both hardware sides and STIG is injected into every legacy licence, so they are entitled while TRUENAS_HARDWARE excluded them by construction.
EXPECTED_TO_BE_LICENSED is a strict superset of both the old product_type gate and the hardware gate, so nothing loses coverage, unlicensed appliances keep the check that catches FIPS being active when it was never configured, and licensed whiteboxes that could never see this alert are now covered too.
Add an applicability engine for alerts
This commit adds changes to give alerts a way to state which systems they are meaningful on in terms of two independent axes, hardware class and license, instead of the conflated product_type predicate they lean on today. The engine is pure and delegates the HA question to the entitlement policy so there stays one definition of it in the tree.
Nothing declares the new applies_to/listed_when slots yet and no enforcement point reads them, so this is inert on its own; the declarations and the call sites follow.
Document alert applicability and the frozen inventory
This commit adds changes to document the applicability axes and the frozen inventory in the alert plugin docs, since the only record of how to regenerate that file lived in the test module's own docstring and you only found it after CI had already failed. The populations are pulled in with automodule so a new one documents itself, and the page spells out what does and does not require a regeneration plus what each guard test means when it fails.
Only report a missing license on HA capable systems
This commit fixes an issue where an unlicensed R-series or Z-series started getting told to contact support about a license it was never sold. Those chassis are appliances so they satisfy the hardware rule, but they cannot fail over, and on 26 the product_type disjunct meant a system with no license only reached this alert when it was HA capable. HA capability is a chassis probe the applicability axes deliberately do not carry, so the test sits in check_sync rather than in applies_to.
Say which systems the enclosure alerts newly reach
This commit adds changes to test the failover run gates and to correct what the enclosure change was described as affecting. post_failover_blackout and require_stable_peer move out of the run loop into source_run_gates_pass so both can be checked without a middleware object or a running service, and a frozen inventory test pins which sources carry them and what each one is gated on.
failover_related was gating enclosure_status on an HA licence, which is a licensing predicate in front of a hardware question. Enclosure faults are now reported on every iX appliance that lacks an ENTERPRISE_HA licence, both unlicensed appliances and single controller licensed ones (ENTERPRISE_SINGLE, FREENAS-CERTIFIED). The earlier note said only "unlicensed appliances", which undercounts the fleet by the whole licensed single controller half. EnclosureHealthy is INFO and is raised once per enclosure, expansion shelves included, so affected systems will see several new informational alerts.
The matrix legend claimed a source row meant the source is ran, which was never true: it models applies_to only, and never post_failover_blackout, require_stable_peer, the schedule or source locks. That is the only change to the golden file.
Express alert applicability rules as functions and cache them once
This commit adds changes to replace the applicability rule dataclasses with plain functions that take facts, and to route every applicability answer through a single Applicability object holding one reading of those facts and memoizing per declaration. Nothing in the tree ever introspected rule structure, so the isinstance dispatch and the AnyOf/AllOf combinators go away with it, and because the seven vocabulary names are unchanged no alert declaration moves and the golden matrix is byte for byte identical.
The five separate get_facts() reads in the alert plugin become one, invalidated on system.post_license_update so an upload takes effect on both nodes at once. A None license is never cached, since get_license() returns None both for "no license" and "the daemon did not answer" and we do not want a hiccup to stick until restart.
Name alert applicability rules and detect black-holed alerts
This commit adds changes to give the alert applicability engine one name per population instead of thirty open-coded rule constructions, and to catch alerts that are created but can never be displayed.
The rules alert declarations gate on now live in a vocabulary module next to the engine, so TRUENAS_HARDWARE is defined once rather than built at eighteen sites in two competing conventions. LicenseRule collapses into EntitlementRule, which asks the entitlement policy about any feature rather than the two the old enum could spell, so STIG and everything after it is a one-line declaration. AllOf joins AnyOf in the algebra, listed_when becomes listed_only_when to say that it narrows, and AlertFacts is gone in favour of the identical EntitlementFacts that applies() was converting to anyway.
A source whose rule is satisfied where its class's rule is not creates alerts that are stored and never shown. Nothing checked for that, and since the failover declarations deliberately straddle the two axes it is no longer something a reviewer can spot by eye. A test now infers the source to class relation out of check() and asserts the implication across every population, with a runtime guard logging the cases static analysis cannot see. It found four pre-existing ones in memory_errors and sensors, which are fixed by narrowing the sources so nothing user visible moves.
One behaviour change worth a release note: failover_related was gating enclosure_status on an HA licence, which is a licensing predicate in front of a hardware question, so unlicensed appliances will now report enclosure faults they were previously silent about. The flag is renamed post_failover_blackout to name what it actually contributes.
Remove the product_type gate from alerts
This commit adds changes to delete `products` from every alert declaration now that the hardware and license axes carry the gating, along with the `product_types` field it fed in `alert.list_categories` and the unused `AlertService.product_type` helper. The applicability matrix loses its old-versus-new comparison and becomes a frozen inventory of what each declaration covers; the declared answers are unchanged from the previous commit, cell for cell.
The API field is removed outright rather than deprecated because nothing consumes it - it exists in no earlier API version and has no client in the WebUI, api_client or midcli, so the downgrade adapter's strip loop is already a no-op here. Forward-porting this to master will need a `to_previous` on `AlertCategoryClass`, because there v26_0_0 is frozen with the field required and the version adapter only backfills fields that are not required.
Move alert gating onto hardware and license axes
This commit adds changes to give every declaration under alert/source its own applicability rule on the decoupled hardware and license axes, and points the enforcement sites in plugins/alert.py at those rules instead of system.product_type. The products lines stay for now because the API field still reads them. HA classes take a hardware applies_to alongside listed_when on purpose, so on iX hardware whose HA licence is absent or lapsed they leave the settings catalogue without being silenced, and a source that no longer applies now has its stored alerts dropped rather than stranding them undismissable. The two scheduled-reboot classes are the exception: they are gated on the HA licence itself, so a system without one stops seeing them at all.
sata_dom_wear is knowingly shipped in a broken state: its source calls disk.sata_dom_lifetime_left, which was removed in March 2025, so appliances will see the check fail. That is a deliberate, signed-off decision and not an oversight.
The checked-in matrix under pytest/unit/alert/golden spells out old versus new applicability per population for every declaration, and its test regenerates and diffs it so no population change lands unread.
Keep uncorrected memory error alerts on Minis
This commit fixes an issue where the uncorrected memory error alert stopped running on Minis even though they carry ECC memory and populate the same EDAC counters the source reads. TRUENAS_HARDWARE excludes MINI by construction, so a licensed Mini lost a proactive support warning it used to get, and any alert it was already sitting on was purged on upgrade without a cleared notification.
TRUENAS_OR_MINI_HARDWARE is the union of the two hardware names, composed from them rather than defined as "not GENERIC" so a hardware class added later has to be added here deliberately. MemorySizeMismatch stays on TRUENAS_HARDWARE because its own check returns early without an HA licence.
Type alert applicability against AlertSource and AlertClass
This commit adds changes to drop the Declaration protocols in favour of TYPE_CHECKING imports of AlertSource and AlertClass, which is what review asked for, and to tighten the surface while we are in there: rule_name is no longer re-exported now that declaration_rule_name is the only entry point production goes through, and the Rule docstring keeps just the part that constrains how you write one, which is to name it so the black-hole diagnostic has something to report.
Dropping the protocols makes alert.applicability depend on alert.base, and import-linter counts TYPE_CHECKING imports, so that broke the package layering contract: engine reached vocabulary and snapshot through alert.base importing the whole package. alert/base.py now takes Rule from the engine module directly, which is the only thing it ever wanted, and the contract holds without an ignore.
Run the local account expiration alert everywhere
This commit fixes an issue where the local account expiration alert stopped running on Minis even though they can still turn on password aging: max_password_age sits behind the STIG entitlement, whose vector grants on the key column of either hardware side, and that key is injected into every legacy licence. The source is also the admin lockout recovery, since it regenerates shadow a day before the last full admin password ages out, so excluding a system that can arm password aging leaves it with no way back in short of a reboot.
check() already returns early unless max_password_age is set, so that early return is the applicability test and the rule is dropped rather than widened. On a system that cannot set the option the daily cost is one config read.
Remove the broken SATA DOM wear alert
This commit adds changes to delete the SATA DOM wear alert source and its two classes. The source calls disk.sata_dom_lifetime_left, which was removed in 25.10 and has no implementation anywhere, so it raises on every run on any M or Z series chassis and produces nothing but alert source failures.
Alerts already persisted on existing systems clear on the next start through the stale source check in initialize, which runs before the policies are built, so nothing is announced as cleared. No migration is needed, matching how every previous alert source removal was handled.
Name the license expiry alerts after the support contract
This commit adds changes to retitle the two expiry alerts, which said the license was expiring when what actually expires is the support contract — the alert bodies and the renewal mail have said so all along, and a license carries no expiry of its own. Class names are deliberately unchanged so user set alert levels and policies keep matching.
Drive the alert enforcement sites from unit tests
This commit adds changes to test the four sites in plugins/alert.py that consume an applicability rule, rather than only the rules themselves. The run and send axes had no execution coverage at all: emptying the excluded-source set, deleting the alert purge loop, or making the send filter answer True all left the suite green. These drive __run_alerts and send_alerts against stub sources through a shared harness, and record what the policies delete, since dropping the purge loop still leaves the alert list correct and nothing else can see it.
The purge is worth pinning on its own because it destroys state: a source whose rule stops admitting this system loses the alerts it had persisted, and when it applies again they come back with a fresh uuid and their dismissed flag cleared. There is also an asymmetry three lines apart in that loop, deliberate but unasserted until now, where a rule-excluded source is purged and a gate-blocked one is only skipped.
Also fixes both AST scanners. BondStatus is a shipped source that does not carry the AlertSource name suffix, so the black hole check never saw it or the three classes it creates; keying off the subclass relation the loader itself uses picks it up and keeps the two modules from disagreeing. Reading attribute-spelled bases stops a class written as base.AlertClass dropping out of the frozen inventory with nothing to show for it. Both scanners now carry an invariant test, so a shape they cannot model fails instead of silently shrinking what is covered.
[LTO] Enable `PrepareForLTO` for loop unrolling in pre-link pipelines (#192155)
Currently, the unroller will not unroll loops with inlineable calls.
However, calls that may not appear to be inlineable during the pre-link
phase may become inlineable during the post-link phase. The unroller's
`PrepareForLTO` option addresses this gap by counting calls that may
become inlineable after linking as inlineable when the option is set.
Thus, this PR enables the `PrepareForLTO` option for loop unrolling in
the pre-link phase.
