The Simple X Protocol Compressor
This program provides compression of the X protocol stream.
It is intended to be used to improve the performance of X applications
over a slow internet connection. (e.g. slip,cslip. or term) It assumes
a Unix operating system at both ends of the link. Transferring large
bitmaps or images through sxpc may be slower than not using it.
The algorithms used are geared primarily for the data exchanged
during interactive use where the same data may be sent several times
with only small changes. (e.g. editing)
WARNING WARNING DANGER DANGER
If you use this program use xauth to provide SECURITY, since
host-based security will be BYPASSED. See README.xauth in the work
sub-directory.
devd-notifer - a simple daemon notifying the user about devd(8) events
with libnotify
devd-notifier parses all devd(8) messages from /var/run/devd.pipe with
a configurable regular expression and notifies the user about creating
and destroying of device nodes.
The Institute of Electrical and Electronics Engineers (IEEE) assigns an
Organizational Unique Identifier (OUI) to manufacturers of network
interfaces. Each interface has a Media Access Control (MAC) address of six
bytes. The first three bytes are the OUI.
This module allows you to take a MAC address and turn it into the OUI and
vendor information. You can, for instance, scan a network, collect MAC
addresses, and turn those addresses into vendors. With vendor information,
you can often guess at what you are looking at (e.g. an Apple
product).
You can use this as a module as its individual functions, or call it as a
script with a list of MAC addresses as arguments. The module can figure it
out.
This module tries to persistently cache with DBM::Deep the OUI information
so it can avoid using the network. If it cannot load DBM::Deep, it uses a
normal hash (which is lost when the process finishes). You can preload
this cache with the load_cache() function. So far, the module looks in the
current working directory for a file named mac_oui.db to find the cache. I
need to come up with a way to let the user set that location.
mtdev is a stand-alone library which transforms all variants of kernel
MT events to the slotted type B protocol. The events put into mtdev
may be from any MT device, specifically type A without contact
tracking, type A with contact tracking, or type B with contact
tracking. See Linux kernel documentation for further details.
You can define multimethods with the "multi" declarator:
use Class::Multimethods::Pure;
multi collide => ('Bullet', 'Ship') => sub {
my ($a, $b) = @_; ...
};
multi collide => ('Ship', 'Asteroid') => sub {
my ($a, $b) = @_; ...
};
It is usually wise to put such declarations within a BEGIN block, so
they behave more like Perl treats subs (you can call them without
parentheses and you can use them before you define them).
Every member of a league of 2n players can be paired with every other
member in 2n-1 rounds.
If the league members are (Inf, 1 .. 2n-1), then in round i, i can be
paired with Inf, and a can meet b, where a+b = 2i (mod 2n-1).
This is the perl5 interface to Berkeley DB version 2, 3, 4 or 4.1, which
it depends on.
You may want to use this, instead of the default dbm that perl provides,
as that one is based on version 1, which is seriously buggy. E.g., if
keys or data are over a hundred bytes or so, bad things may happen to
your dbm files. Never mind all the extra features....
Module Getopt::ArgvFile is a simple supplement to other option
handling modules. It allows script options and parameters to be
read from files instead of from the command line by interpolating
file contents into @ARGV. This way it PREPARES the final option
handling.
Getopt::ArgvFile does NOT perform any option processing itself, and
should work fine together with any other option handling module
(e.g. Getopt::Long) or even self coded option handling.
-Anton
<tobez@FreeBSD.org>
Totd is a small DNS proxy nameserver that supports IPv6 only hosts/networks
that communicate with the IPv4 world using some translation mechanism.
Examples of such translation mechanisms currently in use are:
* IPv6/IPv4 Network Address and Packet Translation (NAT-PT)
implemented e.g. by Cisco.
* Application level translators as the faithd implemented by
the KAME project (http://www.kame.net). See faithd(8) on
*BSD/Kame.
Master Of Pain (Eating) - Snake
Is a classic snake game in which you attempt to eat all the pain in the world,
bravely accepting the inevitable consequences for your waistline. mop(e)snake
features an innovative single-finger control method, as well as the normal
four-directional control system familiar to fans of snake. The game doesn't
feature any of the extra features, bonuses, wrap-around levels and other
featuritis that ruins most versions of snake.