[ELF] Emit synthetic local in symbol table for non-preemptible IFUNC
Currently we create an internal alias of the original symbol and then
rewrite the latter to point to the IPLT entry, which means we lose
symbol table information for the actual resolver. In practice compilers
also emit a normal function symbol for the resolver due to how IFUNCs
are represented in GNU C so that at least shows up, but we shouldn't be
relying on it. By emitting a synthetic local we can keep having a symbol
for the resolver whilst still redirecting references to the IPLT entry.
aq(4): correct Atlantic 2 register access
Four Atlantic 2 register-access corrections found in bring-up.
B0 aggregate octet counters: the B0 firmware statistics interface reports
only aggregate rx/tx good octets, not the per-cast breakdown A0 and
Atlantic 1 provide, so every octet sysctl read a permanent zero while
frame counters advanced. Populate the aggregate octet fields from the B0
buffer; aq_update_hw_stats() accumulates them directly when the per-cast
octets are absent.
Drop the duplicate attach-time MCP reboot: aq_hw_mpi_create() already
reboots the A2 firmware to read its version and caps, then aq_hw_reset()
immediately rebooted it again -- a full MCP restart plus several
transaction-id-bracketed window reads, adding attach latency and a
duplicate banner. Give aq_hw_reset() a reboot flag and pass reboot=false
for A2 at attach; the load-bearing down/stop reboot (which resyncs A2 RX
DMA across ifconfig down/up) keeps reboot=true.
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astro/merkaartor: Update to 0.20.0 and switch to Qt6
Remove unused/indirect dependencies.
Make common dependencies non-optional.
Drop stale patches.
Take maintainership.
PR: 289514, 296230, 296800
Approved by: maintainer
(cherry picked from commit ce9266566240f7ec1360283312aa166e66f69fef)
devel/pyside2: Schedule for removal along with Qt5WebEngine
Besides, the port does not build with Python 3.12+
PR: 296230
(cherry picked from commit fa5144698eb58a666967c13cbd11ecb70209ff10)
databases/kexi: Drop stale CONFLICTS and mark DEPRECATED
The project is abandoned, no plans for Qt6 support.
(cherry picked from commit d8ff411476b177d41ac7799374fc963edc127f8c)
graphics/kxstitch: Update to 3.0.0 and switch to Qt6
- Switch to default ImageMagick
- Update WWW
(cherry picked from commit 3bfcd3dd11612e8345816f07c350b92f96e2621c)
graphics/peruse: Schedule for removal before Q4
The project is abandoned, Qt6 port is not usable.
(cherry picked from commit 9cc12990aabb2c957091cf264eadcf143530bc5f)
devel/elf-dissector: Update to the latest commit and switch to Qt6
- Remove unused dependencies
- Drop stale patch
(cherry picked from commit 7393299010cd9b88014252c9abc3404b1206e65f)
aq(4): program the Atlantic 2 multiqueue datapath
Wire up the Atlantic 2 receive datapath: the action-resolver table (ART),
multiqueue RSS, QoS, and interrupt moderation.
RX action-resolver table: Atlantic 2 replaces Atlantic 1's discrete RX
filter registers with an ART -- hardware computes a per-packet
classification tag, then walks {tag, mask, action} rows to drop, assign a
queue, or assign a TC. aq_hw_art_filter_set() installs one row under the
ART semaphore; aq_hw_init_rx_path() enables the resolver, tags L2
unicast/broadcast, installs the unicast/all-multicast and VLAN drop rows,
and assigns every 802.1p priority to TC 0 (mirroring the Atlantic 1
user-priority map, since our RX side is a single 8-ring group in TC 0).
Tag every enabled VLAN filter in the per-filter resolver-tag field -- a
register the BSD ports never write -- because the VLAN drop row matches
resolver tag 0, so without it all tagged receive was dead under VLAN
filtering. Promiscuous mode disables the drop rows rather than toggling
the Atlantic 1 promiscuous bits; all ART callers surface a semaphore
timeout consistently. The Atlantic 1 RX_TCP_RSS_HASH and TPO2
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databases/kbibtex: Update to 0.10.50 and switch to Qt6
- Update WWW and improve port description
(cherry picked from commit d09bbdef5e583885c31626925da97a13c48e1fab)
sysutils/krename: Update to 5.0.60 and switch to Qt6
- Switch to graphics/podofo
- Drop stale patches
- Amend port description
(cherry picked from commit 06389b9b668c93225982bd470ffb35e95c68c8f9)
aq(4): add Atlantic 2 (AQC113) device support
Add support for the Marvell Atlantic 2 (AQC113/114/115/116) controllers,
a new chip generation that is not register-compatible with the Atlantic 1
parts aq(4) supports today. Adapted from the OpenBSD/NetBSD if_aq driver.
Register and device definitions (aq2_hw.h): the firmware handshake
(MIF_BOOT / MCP_HOST_REQ_INT / MIF_HOST_FINISHED), the 0x12000/0x13000
firmware interface windows, and the action-resolver table (ART) that
replaces Atlantic 1's discrete RX filters, plus the Atlantic 2 PCI device
ids and the aq_is_atlantic2() helper. Reserve a chip-feature bit
(AQ_HW_CHIP_ATLANTIC2) and add the aq_hw fields the firmware fills at boot
(ART base index, statistics interface version A0/B0). The per-VLAN-filter
resolver-tag field comes from the Linux driver; the BSD sources never
write it.
Firmware operations (aq_fwa2.c): Atlantic 2 talks to the management CPU
through the 0x12000/0x13000 register windows plus the boot handshake,
rather than Atlantic 1's mailbox in shared RAM. Implement that as a third
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aq(4): remove dead code and tidy macros, diagnostics, and naming
Non-functional cleanup, with two diagnostic corrections.
Dead code: delete leftover commented-out AQ_DBG_ENTER/EXIT/PRINT calls
(aq_hw.c, aq_fw2x.c, aq_irq.c, aq_main.c), a commented-out aq_nic_cfg
local, the stale old-signature parameter blocks between the ring-init
declarations and their bodies (aq_ring.c), a trailing note on a live
statement, and the unused DumpHex() vendor debug helper (no callers; its
body only compiled under AQ_CFG_DEBUG_LVL > 3).
Register-write macros: parenthesize AQ_WRITE_REG_BIT's msk/shift/value
arguments so a compound argument cannot mis-bind, give AQ_HW_FLUSH() an
explicit hw parameter instead of capturing it from caller scope, and drop
the duplicate lowercase aq_hw_write_reg[_bit] aliases (converting the 43
call sites to the uppercase spelling) so there is a single form.
Diagnostics: the aq_log* family expanded through the base log macro, which
ignored its level and printed unconditionally, while the error traces
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aq(4): harden the interrupt and MAC-statistics paths
Firmware-statistics accounting and interrupt-routing fixes.
Stats delta underflow: guard the MAC statistics delta accumulation
against counter wrap or a firmware counter reset, so a snapshot smaller
than the previous one does not underflow into a huge spurious delta.
Skip stats on a failed read: aq_update_hw_stats() ignored
aq_hw_mpi_read_stats()'s return and committed the on-stack mbox into
last_stats unconditionally. On a failed read that snapshot is garbage or
zero and poisons the delta baseline (a zeroed snapshot wipes last_stats,
so the next good read double-counts). Check the return and skip the
accumulation and the last_stats commit on failure.
Mailbox/stats separation: struct aq_hw_stats served both as the raw fw1x
MCP mailbox layout and as the driver's canonical stats snapshot, so any
field added to it would silently shift the fw1x mailbox read. Give the
fw1x mailbox its own raw layout in struct aq_hw_fw_mbox and let
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aq(4): harden the attach, detach, and reset error paths
Correct several attach/detach/reset paths that either swallowed failures
or acted on undefined state.
MSI-X attach-failure double-free: aq_if_msix_intr_assign() freed the
per-RX-ring interrupts in its failure path and then returned an error, so
iflib's IFDI_DETACH freed the same irq structures again --
bus_teardown_intr() on a dangling tag and bus_release_resource() on an
already-released IRQ, panicking a box that should have simply failed to
attach. Let iflib own the teardown; drop the failure-path loop and the
now-dead index bookkeeping.
Detach loop bound: aq_if_detach() freed the per-ring interrupts looping
to isc_nrxqsets while indexing rx_rings[], which is sized by
rx_rings_count; index by rx_rings_count to match every other RX-ring
loop.
AQ_HW_WAIT_FOR final poll: the macro derived its result from the loop
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