multimedia/libvpl-tools: New port: Intel Video Processing Library Tools
Intel Video Processing Library (Intel VPL) tools provide access to hardware
accelerated video decode, encode, and processing capabilities on Intel GPU
from the command line.
The tools require the Intel VPL base library and a runtime library installed.
Current runtime implementations:
- Intel VPL GPU Runtime for use on Intel Iris Xe graphics and newner
- Intel Media SDK for use on legacy Intel graphic
WWW: https://www.intel.com/content/www/us/en/developer/tools/vpl/overview.html
PR: 297308
Reported by: Yuichiro NAITO <naito.yuichiro at gmail.com> (new maintainer)
www/bozohttpd: Use blocklist
Starting from FreeBSD version 1500000, prefer the new blocklist
nomenclature.
Once older versions are no longer supported, we should use blocklist
exclusively.
PR: 294080
asmc: prefer MMIO backend over PIO when both are present
T2, T1, and some pre-T1 Macs advertise a legacy PIO
range in the SMC ACPI _CRS alongside a live MMIO window, but the
silicon behind the PIO range is bogus.
Try MMIO first, validate via LDKN >= 2, fall back to PIO if that
fails or no MMIO resource is present. Drop "(T2)" from the backend
message since MMIO isn't T2-exclusive.
MFC: 1 week
Reviewed by: ngie
Differential Revision: https://reviews.freebsd.org/D58839
multimedia:{ffmpeg,handbrake}: Switch dependency from onevpl to libvpl
onevpl has been superceded by libvpl upstream. So switch dependencies
of dependent ports.
PR: 293561
Reported by: Yuichiro NAITO <naito.yuichiro at gmail.com>
Approved by: portmgr (blanket; switch deprecated dependencies)
multimedia/libvpl: New port: Intel Video Processing Library API, dispatcher, and examples
Intel Video Processing Library (Intel VPL) provides access to hardware
accelerated video decode, encode, and processing capabilities on Intel GPUs
to support AI visual inference, media delivery, cloud gaming, and virtual
desktop infrastructure use cases.
This repository contains the following components:
- Copies of the Intel VPL API header files.
The version of the API is listed in the mfxdefs.h file.
- Intel VPL Dispatcher
- Examples demonstrating API usage
*** IMPORTANT ***
Intel VPL Tools are no longer in this repository. They have all been
moved to libvpl-tools.
[4 lines not shown]
multimedia/onevpl: Deprecate and set to expire on 2026-09-30
Upstream has been renamed to libvpl and libvpl-tools. Use
multimedia/libvpl and multimedia/libvpl-tools.
While here, add CONFLICTS_INSTALL=libvpl.
PR: 293561
Reported by: Yuichiro NAITO <naito.yuichiro at gmail.com>
igc: Correct hardware error statistics
Track RERC separately instead of adding receive errors to the collision
count, and read the previously omitted RXERRC register. Include RFC in
input errors because CRCERRS does not count bad-CRC runts, implementing
the I225 length-error accounting workaround alongside RUC and ROC.
Stop treating host transmit MAC discards as receive errors. Expose both
RERC and HTDPMC as dedicated MAC statistics so their overlapping counts
remain available without corrupting aggregate interface counters.
(cherry picked from commit a108ee9138a698f212d6d6832d54e88ce6786617)
igc: Add VLAN hardware filtering
Borrow the e1000 VLAN filter table
Ambiguous presence of the feature by Intel was settled by DPDK and
emperical testing.
Relnotes: yes
(cherry picked from commit 8f779f159e2198c85b4fcb8685989879a9330104)
igc: Work around I225 v1 minimum IPG erratum
I225 v1 cannot receive the minimum inter-packet gap required at
2.5 Gb/s. For affected back-to-back links, Intel recommends using a
15-byte transmit IPG instead of 12 bytes.
Program TIPG.IPGT to 0xb for pre-v2 I225 devices at 2.5 Gb/s and
restore the default at lower speeds. Avoid penalizing fixed I225 and
I226 parts.
(cherry picked from commit 709426551c6a3607fb5a33f5b8dbb87cfa9c8125)
igc: Add VLAN hardware filtering
Borrow the e1000 VLAN filter table
Ambiguous presence of the feature by Intel was settled by DPDK and
emperical testing.
Relnotes: yes
(cherry picked from commit 8f779f159e2198c85b4fcb8685989879a9330104)
igc: Correct hardware error statistics
Track RERC separately instead of adding receive errors to the collision
count, and read the previously omitted RXERRC register. Include RFC in
input errors because CRCERRS does not count bad-CRC runts, implementing
the I225 length-error accounting workaround alongside RUC and ROC.
Stop treating host transmit MAC discards as receive errors. Expose both
RERC and HTDPMC as dedicated MAC statistics so their overlapping counts
remain available without corrupting aggregate interface counters.
(cherry picked from commit a108ee9138a698f212d6d6832d54e88ce6786617)
igc: Work around I225 v1 minimum IPG erratum
I225 v1 cannot receive the minimum inter-packet gap required at
2.5 Gb/s. For affected back-to-back links, Intel recommends using a
15-byte transmit IPG instead of 12 bytes.
Program TIPG.IPGT to 0xb for pre-v2 I225 devices at 2.5 Gb/s and
restore the default at lower speeds. Avoid penalizing fixed I225 and
I226 parts.
(cherry picked from commit 709426551c6a3607fb5a33f5b8dbb87cfa9c8125)
