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
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
e1000: Defer link-up notification until after TSO reset
em_automask_tso() changes the enabled TSO capabilities when the link
moves between 10/100 and 1000 Mb/s. A running interface must be
reinitialized to apply the new capability set. Do not publish
LINK_STATE_UP until the requested iflib reset has completed.
Replace link_active with an explicit state machine that distinguishes
the physical link, its publication to iflib, and an outstanding reset
barrier. Preserve that barrier across a link flap with
DOWN_RESET_PENDING, and only publish DOWN if UP was previously
published.
Only request a reset for a running interface or for an initialization
while the interface is administratively up. In other states the next
initialization will apply the capability changes, avoiding a reset
request that iflib's admin task could discard.
Reviewed by: Faraz Vahedi <kfv at kfv.io>
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devel/py-ptvsd: Mark DEPRECATED
- Upstream repo has been archived in lieu of py-pydebugpy
- No consumers in the tree
- Set EXPIRATION_DATE 2026-08-24
(cherry picked from commit cc2e360370f236796b6f6644f0ccd414a4122156)
