py-pre-commit: update to 4.6.1
Fixes
* Install language: node hooks via git.
* Fixes npm 12.x compatibility
* Set JULIA_DEPOT_PATH for language: julia.
* Produce error on mistyped --repo for pre-commit autoupdate.
* Improve performance of commit existence check in pre-push.
* Avoid duplicating conflicted filenames during pre-commit run --all-files.
bats-core: update to 1.14.0
Added:
* --errexit flag to enable errexit (set -e) behavior for commands run in
run
* pretty formatter: add non-interactive, color-only mode for CI
environments
Fixed:
* junit formatter:
* avoid interference between env and internals
* remove control characters (\x00-\x08\x0B\x0C\x0E-\x1F)
* don't report (skipped) last test as failed when teardown_suite
generates FD3 output
* fix(junit-formatter): skipped tests outputs reported as
* fix failures with --gather-test-outputs-in when tests change directory
* run now honors set -e in your functions
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igc(4): document adaptive interrupt moderation
Describe the disabled, adaptive, and low-latency settings and their
interrupt-rate tradeoffs.
MFC after: 1 week
e1000: restore packet-size AIM
Restore the packet-size calculation introduced in a69ed8dfb381 and used
by igb(4) until the iflib conversion in f2d6ace4a684. It derives
interrupt holdoff from average packet size, so RSS queue count does not
change its behavior.
The calculation follows the pre-iflib code. Retain the current normal
and low-latency rate caps, and keep the current setting when an interval
has no usable sample.
Fixes: 3e501ef89667 ("e1000: Re-add AIM")
MFC after: 1 week
igc: count TSO wire segments in the AIM counters
The transmit path bills one packet of ipi_len bytes per request. For
TSO that is the whole unsegmented payload, up to 64 KiB, rather than a
packet size that appears on the wire.
Count the segments the hardware emits and the header carried by each
segment. Non-TSO accounting is unchanged.
MFC after: 1 week
e1000: count TSO wire segments in the AIM counters
The transmit paths billed one packet of ipi_len bytes per request. For
TSO that is the whole unsegmented payload, up to 64KB, so the average
size the moderation calculation sees is not a size that appears on the
wire.
Count the segments the hardware will put on the wire and the header each
of them carries.
Non-TSO accounting is unchanged.
MFC after: 1 week
igc: use packet-size AIM
Use the packet-size calculation introduced for igb(4) in a69ed8dfb381
and retained there until the iflib conversion in f2d6ace4a684. It
derives interrupt holdoff from average packet size, so RSS queue count
does not change its behavior.
The calculation follows the pre-iflib igb code. Retain igc's normal and
low-latency rate caps, and keep the current setting when an interval has
no usable sample.
MFC after: 1 week
igc: fix RX accounting for multi-descriptor packets
The receive path adds the running packet length to rx_bytes for every
descriptor. A packet spanning descriptors of length l1, l2, and l3 is
therefore counted as 3*l1 + 2*l2 + l3.
Add each descriptor length once. Single-descriptor accounting remains
unchanged.
MFC after: 1 week
e1000: make AIM counter sampling coherent
Sample free-running counters by delta instead of clearing them from the
interrupt filter, which can race their producers. Publish byte and
packet counts together at the TX and RX doorbells so each sample is
coherent.
Aggregate every TX ring assigned to the interrupt vector so unequal RX
and TX queue counts are safe. Count RX bytes only after a frame is
accepted.
MFC after: 1 week
igc: synchronize interrupt moderation state
Keep the saved EITR value synchronized with hardware across
reinitialization. Correct EITR encoding, decoding, and MSI-X register
selection, and reject nonpositive fallback rates.
Apply the packet-buffer fallback without permanently disabling AIM.
MFC after: 1 week
em(4): document adaptive interrupt moderation
Describe the disabled, adaptive, and low-latency settings and their
interrupt-rate tradeoffs.
MFC after: 1 week
igc: make AIM counter sampling coherent
Sample free-running counters by delta instead of clearing them from the
interrupt filter, which can race their producers. Publish byte and
packet counts together at the TX and RX doorbells so each sample is
coherent.
Aggregate every TX ring assigned to the interrupt vector so unequal RX
and TX queue counts are safe. Count RX bytes only after a frame is
accepted.
MFC after: 1 week
e1000: synchronize interrupt moderation state
Keep the saved EITR and PBA values synchronized with hardware across
reinitialization. Correct EITR encoding, decoding, and MSI-X register
selection, and reject nonpositive fallback rates.
Treat only sub-gigabit links as sub-gigabit and apply the packet-buffer
fallback without permanently disabling AIM.
MFC after: 1 week
[ELF] Retain .got for revertible no-PIC GOTPCRELX optimization (#212077)
Commit 9d6ec280fc537b55ef8641ea85d3522426bc5766 (2023) sets
GotSection::hasGotOffRel when adjustGotPcExpr returns R_RELAX_GOT_PC,
keeping .got alive for an optimization that X86_64::relaxOnce may
revert.
R_RELAX_GOT_PC_NOPIC (e.g. `addq`) in -no-pie mode has the same issue.
[mlir][tosa] Fix mul/intdiv folds crashing on dynamic-shaped results (#212073)
`tosa.mul` and `tosa.intdiv` fold constant splat operands by building a
`DenseElementsAttr` of the result type, which asserts when that type has
a dynamic shape. When the operands are constants but the result type is
dynamic, folding aborted. Guard `mulBinaryFolder` and the `IntDivOp`
splat path on a static result shape, matching the other fold paths in
these ops.
Signed-off-by: Víctor Pérez Carrasco <victor.pc.upm at gmail.com>
Exclude PCI-PCI bridge windows from acpidmar(4) with match based on header type
This introduces acpipci_domain_to_seg() to translate OpenBSD's pci domains
to ACPI segments for rare multi-segment machines (qemu)
ok kettenis@
sysutils/sg3_utils: 1.49
This is the first new release in three years. Among other changes, it
updates sg_opcodes with features needed by CTL's ATF tests. Also,
switch the build to cmake and take maintainership.
Much thanks to diizzy for help with the patch.
https://github.com/doug-gilbert/sg3_utils/blob/main/ChangeLog
PR: 296938
Sponsored by: ConnectWise
Approved by: diizzy (ports)
e1000: fix rx accounting for multi-descriptor packets
The receive paths accumulate ri->iri_len across the descriptors making
up a packet, then add that running total to rxr->rx_bytes on every
iteration of the loop. A packet spanning descriptors of length l1, l2
and l3 thus contributes 3*l1 + 2*l2 + l3 instead of l1 + l2 + l3.
Single descriptor packets, the common case, are accounted correctly,
so this only shows up on jumbo frames.
Add the per descriptor length instead. iflib memsets the if_rxd_info
before each isc_rxd_pkt_get() call, so summing len gives the same total
as the final iri_len, and the frame error path that returns without
incrementing rx_packets keeps counting bytes exactly as before.
MFC after: 1 week
[LV] Extract fixupHeaderPhiBackedges from VPlan::execute (NFC) (#212063)
Hoist the header-phi backedge fixup loop at the end of VPlan::execute
into a helper VPTransformState::fixupHeaderPhiBackedges.
e1000: fix 82574 MSI-X interrupt throttling
em_newitr() and the per-queue interrupt_rate sysctl both tested
que->msix to decide whether an 82574 is running in MSI-X mode. 0 is a
valid MSI-X vector so queue 0 was misclassified as legacy/MSI.
Test sc->intr_type == IFLIB_INTR_MSIX instead. While here, index the tx
EITR read by tque->msix rather than tque->me so it matches the register
em_newitr() actually writes; the two differ once tx_num_queues exceeds
rx_num_queues.
Also seed que->itr_setting in em_initialize_receive_unit() with the rate
the hardware was just programmed with. Otherwise an itr_setting left
over from AIM across an interface re-init makes the change detection in
em_newitr() suppress the write that would restore it, leaving the
hardware at the default rate while software believes otherwise.
Fixes: 3e501ef89667 ("e1000: Re-add AIM")
MFC after: 3 days
