pspresent is a presentation tool to display full-screen PostScript
presentations. It provides simple navigation, and double-buffers for
seamless transitions.
Powerline is a statusline plugin for vim, and provides statuslines and prompts
for several other applications, including zsh, bash, tmux, IPython, Awesome, i3
and Qtile.
PyQt4 is a set of Python bindings for Digia's Qt4 application framework.
This package provides the PyQt4 demo and examples.
PyQt5 is a set of Python bindings for Digia's Qt5 application framework.
This package provides the PyQt5 demo and examples.
rtfm(1) is a FreeBSD documentation search program that currently is
able to search the FreeBSD manual pages and the GNU Texinfo pages.
fortune-mod-bofh is a an excuse list, compiled by Joris Huver, in spirit
of the Bastard Operator From Hell stories by Simon Travaglia.
Rump (Runnable Userspace Meta Program) is a mechanism for running kernel code
as part of a user program's address space. As opposed to executing system calls
for requesting kernel services, rump programs do a library call into the kernel
code for equivalent functionality. Kernel code is simply recompiled as a
userspace shared library from the kernel sources instead of being rewritten,
so services imitate the same services being provided by the kernel. Select
architectures such as i386 and amd64 also support directly linking binary
kernel modules against rump programs.
Tkcron is a frontend to crontab which allows the user to conviniently
add/modify/install/remove cron jobs.
This is crontab version 2.12
Sander
Approximate matching searching utilities to search for manpages and files.
This package holds THREE little search utilities:
* whichman -- search utility for man pages and it works
much like the well known Unix command "where".
* ftff -- a fault tolerant file finder
ftff works like the whichman above but searches the directory
tree. This is a case in-sensitive and fault tolerant way of
'find . -name xxxx -print'
* ftwhich -- a fault tolerant "which" command
ftwhich finds files (programs) which are in one of the directories in
your PATH and uses a fault tolerant search algorithm.
Find paths between two keys in the OpenPGP Web of Trust, and get statistics
about a key or the whole web.
Observe:
* We only search the largest strongly connected set.
* No attempt is made to verify the signatures. For you to be able to trust
a path, you must verify all signatures yourself.
* Even if there exists a path between you and another key, you have to
trust the other people in at least one path in the graph to trust the key.
Keys can be specified as normal key IDs (0x12345678 or 12345678), or a number
of space-separated case-insensitive search terms (i.e. "rms@gnu.org" or
"@gnu Stallman").