Log message:
uhd: fix boost detection in UHDConfig.cmake

Log message:
revbump for boost-libs

Log message:
uhd: updated to 4.10.0.0

UHD 4.10.0.0

Highlights / Main Changes
Support for USRP X420
Addition of timed complex gain feature, which allows setting a complex gain
value to fix phase and amplitude of signals from radio blocks
New Features
CMake:
Create UHD::uhd package for improved integration in downstream build
processes. The init_usrp example is used to showcase this feature.
Improved options for RFNoC OOT modules to write unit tests.
Add helper routines to up- and download data (reliably) from and to the
DRAM block
X310: Allow daughterboards to set dboard clock rate
Improve finding of MPM-based devices by making parts of the find call
asynchronous and allowing to skip reachability checks.
RFNoC:
Added new optional feature to all Radio blocks - Timed complex gain:
Allows specifying complex gain coefficients to be applied to all
TX and/or RX samples of a radio channel at the specified time.
Enabled by default for all TX and RX channels of the radio blocks,
but can be disabled at FPGA build time via the EN_COMP_GAIN_TX
and EN_COMP_GAIN_RX parameters of the radio blocks.
NOTE: For the x440_X4_400 default FPGA design provided with UHD,
enabling this feature for all 8 RX and TX channels necessitated
restricting the existing crossbar connections between the replay
blocks and the radio blocks. As a result, only blocks with the same
indices can be connected (e.g. replay0<->radio0 and replay1<->radio1
only) when using this pre-built USRP FPGA image.
Blocks may now drive the front-panel GPIO pins on all RFNoC-capable
devices. New IO signatures are added, and all device BSPs have IO ports
for accessing the GPIOs. Device controls are updated such that the user
can choose the source for GPIOs dynamically in this case (i.e., the
radio blocks and other GPIO sources are still available). In some cases,
the device BSP HDL had to be significantly refactored.
Add names and descriptions for block's and module's YAML files, so that
other tools may read information about those in an automated fashion
Allow mtu stream argument, which overrides the MTU value that is
derived from the link information.
Action handling is now moved to its own thread (there is one action
handling thread per graph). This allows actions to be handled
asynchronously, e.g., when triggering actions from async message handlers.
Add radio_state IO signature, so that other blocks can monitor the ATR
state of radio blocks.
All RFNoC devices can now take an mtu stream argument (which overrides
the detected link MTU) and a force_mtu device argument (which skips
automatic MTU detection and forces a fixed value). These are helpful in
scenarios where a specific network topology interferes with path MTU
discovery, and for remote streaming when the MTU for a remote stream link
cannot be inferred from UHD.
rfnoc_modtool has improved support for generating unit tests.
Add PPS IO signature for all targets
Add stream command to start receiving when a transmit occurs
Null source/sink: Add finite mode.
Add UX1/UX2/UX4 QSFP configurations for X4xx
API Changes
meta_range_t and uhd::dict can now be initialized from initializer lists
Add rfnoc_graph::get_chdr_xport_adapters()
Python API now allows creating SubdevSpec from a string
Some public APIs that used boost::optional now also work with std::optional
Unit tests for RFNoC blocks (in-tree and out-of-tree) no longer require a
dummy implementation of ~make_args_t()
uhd::cast::to_str() was added and uhd::cast::from_str() was extended to
be a full replacement for boost::lexical_cast
Examples
Overhauled many of the examples to improve documentation, as well as some
minor conveniences or bug fixes
Added continuous streaming to tx_samples_from_file
Improved gpio example.
Bug Fixes
Fix static UHD library builds
Fix compatibility with Boost 1.89
RFNoC:
Fix slicing notation in rfnoc_image_builder
Fix building of GRC files with empty default target (this would affect
builds of X410 and X440 device bitfiles from GNU Radio)
Fix installation of OOT modules in Python venvs
Fix time alignment of first sample
Unit tests in RFNoC OOT modules now preload their DLLs to ensure the
correct library version is loaded
Fix generation of GNU Radio C++ block controllers
rfnoc_modtool: Fix creation of spurious unit tests, fix package_data for
Python module installation
rfnoc_modtool: Fix connection check for invalid ports
Fix alignment of first sample coming from radio block.
Fix bug in ctrlport_endpoint which could cause the software to believe
the associated RFNoC block's command FIFO was full when packets were lost
Add parameter to skip waiting for ACKs in async messages
E31x: Fix GPIO control
E3xx/B2xx: Fix rounding bug for RF PLL tuning
B2xx: Fix image loading via b200_image_loader when multiple devices are
attached
X410: Fix tuning when power calibration and non-default gain profiles are
used.
Power calibration tools: Fix settings for E320, allow non-default sampling
rate, other minor fixes
FPGA
Fix various simulation-related bugs
USRP Simulator: Update to match current UHD.
multi_usrp:
Improved bank name check in multi_usrp::{set,get}_gpio_attr()
CMake:
Allow absolute paths for install dirs in pkg-config
Fix target include path for Python module
USRP1: Fix converter name in property tree
FPGA:
Fix various simulation/testbench issues.
Improve resource utilization in various places.
MPM:
Fix file descriptor leaks by using with/open everywhere.
Fix double-free issue in rpclib.
Remove tolerance for non-existing EEPROMs.
Examples: Properly report errors when opening a file failed.
Python: When installing into venvs, no longer force a reinstallation of
dependencies.
Dependencies changes
Increase minimum required versions
Boost to 1.71
DPDK to 19.11
Changed minimum CMake versions for various non-UHD projects, e.g.
firmware builds, to stay compatible with CMake 4
Documentation
Restructured the UHD manual, improved chapter structure, improved getting
started content, added RFNoC specification.
Fixed some external links
Many smaller improvements (typos, duplicate entries removed, formatting,
etc.)
Codebase Management
Increased C++ version to 20 for UHD library, examples, and utilities
Removed Boost in multiple locations and replaced with standard library
calls
Fix numerous (mostly harmless) compiler and Doxygen warnings
Improve CMake linking instructions
Validated OS Environments
(Versions for build and runtime dependencies can be determined from the
docker container definitions in the UHD repository at .ci/docker/...)
Linux:
Ubuntu: jammy (22.04), noble (24.04), questing (25.10)
Fedora: 40, 41, 42
Windows: 10 22H2, 11 24H2
MacOS: Sequoia (15.6)

Log message:
uhd: fix PLIST

Log message:
ham/uhd: Add missing checksum for patch-CMakeLists.txt

PKGREVISION++ because packages built without that might be different.

Log message:
ham/uhd: Update to 4.9.0.1

Packaging changes:

  - Drop boost::system linking exorcism, as fixed by upstream which
    made this micro because I asked for it!

  - Drop patches cherry-picked from upstream commits

Upstream NEWS:

* 4.9.0.1

    Fix build with boost 1.89.0

* 4.9.0.0

Highlights / Main Changes

    Support for USRP B206mini-i
    Support for OBX daughterboard

New Features

    OBX daughterboard and B206mini support added.
    X3x0: Add support for the gps_iface feature. This allows sending arbitrary
    commands to the GPS module.
    rfnoc_modtool: Add a new subcommand, make-yaml, that generates a block
    YAML file from some user inputs. When calling rfnoc_modtool add without
    a valid block YAML file, the tool will now automatically call make-yaml to
    generate a new YAML file.
    Added support for processing multiple samples per cycle in FFT block.
    LabVIEW/USRP: New repository containing example applications which
    demonstrate how to use NI LabVIEW with USRP devices via the UHD APIs.
    (https://github.com/ni/labview-usrp-examples)
    Improved RFNoC OOT Block support:
    New repository containing official RFNoC OOT Blocks
    (https://github.com/EttusResearch/rfnoc-oot-blocks)
        Added new RFNoC Aurora Block for TX and RX remote streaming applications
        to and from Aurora capable compute nodes like FPGA Coprocessors.
    Enhanced the UHD Windows installer to automatically install Windows
    driver packages into the OS, eliminating this manual post-installation
    step for B-Series USB devices.

API Changes

    uhd::math::gcd and uhd::math::lcm are removed from the public
    headers. Use std::gcd and std::lcm instead if C++17 is available,
    or boost::math::gcd and boost::math::lcm if not.
    When calling recv() on an RX streamer connected to an RFNoC device, we
    no longer artificially inflate the timeout value. The old behaviour was
    in some cases abused to detect overruns, but this is not a reliable method
    and is now explicitly declared unsupported.

Log message:
*: remove reference to (removed) Python 3.9

Log message:
uhd: remove boost_system references