Main features:
* Tight integration with python run-time system - most of the
settings can be changed "on the fly" via management console.
* Powerful configuration system - define own actions, aliases,
internal commands, key bindings.
* Extensible plug-in system - even core functionality implemented
mainly using plug-ins, keeping base system small and clean.
* Events & hooks subsystem - a flexible way of reacting on certain
system events.
* Customizable look-n-feel - every widget component look can be
changed via skins.
* Unicode support
WWW: http://code.google.com/p/xyzcmd/
- While here, fix sorting in misc/Makefile
PR: 142998
Submitted by: zloidemon <g.veniamin@googlemail.com>
for generating the stream of netradios. It has tons of features, it's free and
it's open-source! Liquidsoap lets you to describe your streams in a powerful and
flexible way. Allowing arbitrarily deep-nested composition of streams, it gives
you more power than you need for creating an original netradio. But liquidsoap
is still very light and easy to use, in the Unix tradition of simple strong
components working together.
WWW: http://savonet.sourceforge.net/
PR: ports/142546
Submitted by: Mykola Dzham <i@levsha.me>
Yes, after a long hiatus and a year of development and testing, bug fixes and
improvements bu the new devel team, a new version is ready for use.
There are too many change to mention here, please see: files/UPDATING.
You will need to modify your dspam.conf and database structure, as described in
the UPGRADING from the tarball (installed in share/doc/dspam).
Tested by: supsonic#dspam on irc.freenode.net
file. This is a simple automation of the things normally done by
the user when having an "offending key" in his/her known_hosts file
caused by a changing host key of the destination.
WWW: http://unssh.sourceforge.net/
PR: ports/137254
Submitted by: Dax Labrador <semprix at bsdmail.org>
Now we have utmpx, we can easily enable the code that was previously
disabled. This patch (without the __FreeBSD_version bits) has been sent
to the upstream author and will likely be part of the next release.
Approved by: kwm
signal processing routines. It's aim is to form a complete set of routines
needed to handle RF Cavity BPM data, from digital downmixing, sampling,
calibrating analysing and simulating BPM data. This library has been developed
in the context of the BPM work done by the accelerator physics groups at
University College London, Royal Holloway University of London and the
University of Cambridge (UK) (2006-2008)
WWW: http://www.hep.ucl.ac.uk/~bino/libbpm/
PR: ports/142542
Submitted by: Mykola Dzham <i@levsha.me>
