This switches to the cleaner CMake build.
Changelog:
https://sf.net/projects/syncterm/files/syncterm/syncterm-1.8/

The Hamlib Project is pleased to announce the release of Hamlib 4.7.1.

This release includes two new radio models, many fixes and improvements to
various radio models.

Here is a short changelog for this release:

Version 4.7.1
 * 2026-04-15
 * Fix unknown type compilation errors on Alpine Linux.  (TNX Bradfor Boyle)
 * Fix rig port timeout.  (TNX Matthias Moelller)
 * Update ReleaseNotes*.md.  (TNX George Baltz)
 * Fix various FTX-1 meter, level and CTCSS table.  (TNX KJ5HST)
 * Add power off capability to Flrig backend.  (TNX Philip Rose)
 * Replace strncpy with memcpy to quell GCC 16 warning.  (TNX George Baltz)
 * Add SWR to supported 'get levels' for K3/K4.  (TNX Tom Crayner (reporter))
 * Add get_split_vfo to TS-850 backend.  (TNX Elisamuel Resto)
 * New simplecat backend.  Supports Bunzee Labs DDX.  (TNX Dhiru Kholia)
 * Fix and generalize clock handling for Icom radios.  (TNX George Baltz)
 * Fix Yaesu attenuator levels and LVL_KEYSPD reinitialization.  (TNX George Baltz)
 * Add new rig model Harris PRC-138.  (TNX Antonio Regazzoni)
 * Various FT-710 fixes, especially handling SH format and RX bandwidth.
   Ensure FT-710 simulator rejects RF command.  (TNX George Baltz)
 * Fix low power calculation for K3/K3S.  (N0NB)
 * Fix FTX-1 SH bandwidth command in set/get_mode.  (TNX Terrell Deppe)
 * Quell initializer overrides prior initialzation clang warning in ftx1.c
   and fix compiler warning in hd1780.c.  (TNX George Baltz)

Source archive and MS Windows binaries may be downloaded from:

https://github.com/Hamlib/Hamlib/releases/tag/4.7.1
https://sourceforge.net/projects/hamlib/files/hamlib/4.7.1/

73, Nate

Delete %%PORTDOCS%% prefix
Bump PORTREVISION

This overhaul introduces four key changes to the elisp ports framework:

1. Remove support for packaged byte-compiled elisp.

   The primary motivation is to remove a large number of flavor-specific
   packages and to simplify the ports tree.  As an example, supporting
   byte-compiled elisp for devel/tablist required six packages, one for
   each flavor of editors/emacs and editors/emacs-devel.  With over 100
   elisp ports and requests for new Emacs flavors, this was
   unmanageable.

2. Install configuration to integrate with Emacs's native compilation
   machinery, allowing elisp from ports to be compiled into the standard
   cache under the user's home directory.

   This matches the behavior of GNU ELPA packages and generally results
   in a faster experience.  Speedups vary depending on the
   characteristics of the elisp code, but are often reported to be 2.5
   to 5 times faster than byte-compiled code.

3. Perform byte compilation on the target host, but only when native
   compilation is unavailable.  Compilation is initiated when Emacs
   starts, and the resulting .elc files are cached under the user's
   home directory.

4. Load all autoload files installed by FreeBSD elisp ports.  This
   mirrors what package.el does for ELPA packages, ensuring that
   autoloaded functions are available without requiring users to
   explicitly load each package.

Users with elisp packages (*-emacs_*) installed should consult the
2026-04-11 UPDATING entry for instructions on handling the transition.

Reviewed by:	ashish, Benjamin Jacobs <freebsd@dev.thsi.be>, dinoex,
		mandree, mce, nobutaka, Pat Maddox <pat@patmaddox.com>,
		rhurlin
Sponsored by:	The FreeBSD Foundation
Differential Revision:	https://reviews.freebsd.org/D56001

With both math/py-numpy (2) and math/py-numpy1, the variable stopped
making sense. Also remove the upper version bound.

These specify numpy indirectly using a different variable.

PR: 281470