Free robin hood men in tights software for linux

SAM Linux Desktop is a live and installation CD based on Mandriva Linux, is an easy-to-use, fast and clean XFce Linux desktop for home users.
SAM Linux Desktop is enhanced by several popular non-free applications, such Macromedia Flash plugin, Java and RealPlayer.
Enhancements:
- SAM 2007.1-test1 is available for testing. The most important changes: OpenOffice.org was dropped, here is the reason: SAM now comes with basic support for more than 50 languages, proprietary ATI and NVIDIA drivers have been added to the live CD with a nice GUI to install them, under the hood it is running a development version of kernel 2.6.20.11. All packages have been updated to their newest versions available in the PCLinuxOS repositories, some new ones have been added (PDFedit, Planner, Searchmonkey, Ntfs-config, VirtualBox...) and a fresh theme was created.

SML is a "toy" machine language intended to teach basic processor concepts. This website contains an explanation and definition of SML, as well as an interpreter and example SML programs. GPLd source code for the interpreter is available, as well as binaries for Windows and Linux.

A machine language defines a set of instructions that a CPU can execute to perform operations. In other words, a machine language defines what you can do with your computer. Modern processors have very complex instruction sets; however, the simple language described here can give you an understanding of what is happening "under the hood" with your computer.

Machine language is the actual data that is directly run by the processor. Writing a program in machine language can therefore be advantageous if you need to save space or highly optimize your code. However, machine language is also not portable and can be difficult to understand and maintain.

Therefore, almost all code is now written in a higher level language, such as C, C++, Java, or scripting languages such as shell or perl. These languages all have their advantages and disadvantages as well, such as varying levels of portability, maintainability, scalability, and execution speed.

One level higher than machine language is assembly language. Assembly language is basically readable machine language. Instead of writing out the code bit-by-bit, you write out the code as a sequence of human readable instructions, which are then compiled almost directly into machine language.

Assembly language is almost always used instead of machine language when such a direct level of control is needed. For example, some games implement part of their code in assembly in order to maximize execution speed. Assembly can be "inlined" into some higher level languages, like C. This means that the assembly is defined as a callable procedure from within the C code.

OBEXFTP Front-End is very effective Java Swing application that uses the ObexFTP under the hood to make easier to manipulate the file system of OBEX-enabled devices.
The Open OBEX project, which is an open source project hosted in SourceForge.net, is the most successful implementation of the OBEX (OBject EXchange) protocol for Open Source Unix-based Operating Systems. Besides, it supports a wide range of devices of different models and vendors.
The only bad thing about this project is that the Open OBEX is a set of command-line programs, and they are not so friendly to the end users. We have been using the Open OBEX for some time, and we felt the need of a friendly user interface to make things easier for us - the users.
So, ObexFTP front-end is a simple - but nice - Java Swing application that uses ObexFTP under the hood to make easier to manipulate the file system of OBEX-enabled devices.
Main features:
- navigate through the devices files;
- create folders in the device;
- send file(s) to the device;
- download file(s) to your computer;
- delete files and folders;
The ObexFTP has been tested in the following Operating Systems:
- Slackware 12.0
- Ubuntu 7.0.4
If youre successfully running ObexFTP front-end in other Operating System than those listed here, please let us know!

RRDStats is a Coyote Linux and BrazilFW add-on package for network traffic monitoring, link quality control, and QOS classes monitoring.
RRD Statistics project is based on RRDtool for storing data to round robin databases, and a slightly modified RRDcgi for visualizing data through a Web interface.
Main features:
- Realtime graphical statistics for bandwidth usage and link quality
- Graphical statistics of QOS priority classes usage
- Historical data stored for one week
Configuration:
All default configuration is stored in /etc/rrd.config. This version supports web based configuration and there is no need to manual configuration for basic package functionality. Just install the packages and browse to your web administration interface (by default its http://192.168.0.1:8180). There should be new link at left menu labeled "RRDStats configuration"
There are some basic options you should set up to fit your configuration. First get sure, the RRDstats package is enabled (its the first option at configuration screen). After that should you set up your line speed (just some basic approximation is good enough). The last this you should set up is your internet gateway IP address. This IP address is used to measure your internet link latency and packet loss.
Ignore other configuration options for now, save your configuration and reboot router. After your system boots up, you can browse RRD statistics.
After system startup, package is initialiazed with /etc/rc.d/pkgs/rc.rrdstats. This file start another copy of tiny webserver which listens by default on port 8080. It reads its homepage files from /var/rrd/www/ directory. After webserver startup there are also started some data gathering threads.
They read transfered data from network interfaces, QOS classes and measure link latency. These values are then stored in RRD databases. RRD databases are by default stored in /var/rrd/data/ directory
For further information how RRD databases work, please visit their homepage. Simply said RRD database has constant size, it does not grow over time and stores average data over period of time.
Last component of RRDStats package are .cgi and template files which display data from RRD databases using web interface. As said before, these files and templates are stored in /var/rrd/www/ and its subdirectories.

Ever wanted cute little penguins walking along the tops of your windows? Ever wanted to send an army of cute little penguins to invade the screen of someone else on your network? Probably not, but why not try this program out anyway - its free (licensed under the GNU GPL).
Xpenguins makes cute little penguins fall from the top of your screen and walk on the top of your windows under X11.
You need something that runs the X Window System (Linux, Unix etc), and have the ubiquitous XPM library installed.
Enhancements:
- The squish option: kill toons with your mouse!
- The themes Bill (images from XBill) and Big Penguins.
- The ability to run several themes simultaneously.
- Redraws erased desktop icons.

CSS::SAC::ConditionFactory Perl module contains the default ConditionFactory.

SYNOPSIS

my $cf = CSS::SAC::ConditionFactory->new;
my $cond1 = $cf->create_foo_condition;
my $cond2 = $cf->create_bar_condition;

This is the default ConditionFactory for CSS::SAC. It creates conditions of all types defined in SAC. You may wish to subclass or replace the default ConditionFactory in order to get your own condition objects.

I plan on adding more flexibility to this factory so that one could tell it the classes to use for various conditions, that would avoid enforcing subclassing/recoding for people that only want to replace a family of factory methods.

I know that some of the method names are quite lengthy, but given the great number of possible conditions it helps to have descriptive names.

METHODS

These define the interface that must be adhered to by ConditionFactories. The Java names (given in parens) work too, though the Perl ones are recommended.

CSS::SAC::ConditionFactory->new or $cf->new
Creates a new condition factory object.
$cf->create_and_condition($first,$second) (createAndCondition)
creates a combinator condition of type and
$cf->create_attribute_condition($lname,$ns,$specified,$value) (createAttributeCondition)
creates an attr condition
$cf->create_begin_hyphen_attribute_condition($lname,$ns,$specified,$value) (createBeginHyphenAttributeCondition)
creates a attr condition of type bh
$cf->create_class_condition($ns,$value) (createClassCondition)
creates a attr condition of type class
$cf->create_content_condition($data) (createContentCondition)
creates a content condition
$cf->create_id_condition($value) (createIdCondition)
creates a attr condition of type id
$cf->create_lang_condition($lang) (createLangCondition)
creates a lang condition
$cf->create_negative_condition($cond) (createNegativeCondition)
creates a negative condition
$cf->create_one_of_attribute_condition($lname,$ns,$specified,$value) (createOneOfAttributeCondition)
creates a attr condition of type id
$cf->create_only_child_condition() (createOnlyChildCondition)
creates a only-child condition
$cf->create_only_type_condition() (createOnlyTypeCondition)
creates a only-type condition
$cf->create_or_condition($first,$second) (createOrCondition)
creates a combinator condition of type or
$cf->create_positional_condition($position,$type_node,$same_type) (createPositionalCondition)
creates a positional condition
$cf->create_pseudo_class_condition($ns,$value) (createPseudoClassCondition)
creates a attr condition of type pseudo class

Class::ArrayObjects is a Perl utility class for array based objects.

SYNOPSIS

package Some::Class;
use Class::ArrayObjects define => {
fields => [qw(_foo_ _bar_ BAZ)],
};

or

package Other::Class;
use base Some::Class;
use Class::ArrayObjects extend => {
class => Some::Class,
with => [qw(_zorg_ _fnord_ BEZ)],
import => 1,
};

This module is little more than a cute way of defining constant subs in your own package. Constant subs are very useful when dealing with array based objects because they allow one to access array slots by name instead of by index.