Free peaceful warrior cast software for linux

Web-Warrior project is a simple Web page generater written in PHP.

Warrior XAMJ Browser is a browser that uses XAMJ, an XML language designed to address many of the shortcomings of HTML and an open alternative to Microsofts XAML.
XAMJ documents are generally served over HTTP but can also be used in standalone applications, as Warrior itself is written in XAMJ.
Warrior platform can be used to deliver rich thin client applications with the capabilities of the Java language without the need to compile or package them. XAMJ UI code is compact and can be written quickly. Additionally, we now provide a way to link XAMJ content from HTML. (Our own examples use that.)
XAMJ apps can also be standalone. In Windows you can simply double-click a .xamj file. Compilation is on-demand and cached, so it has the major benefits of an interpreted language, without being one.
A XAMJ app can link another app much the same way HTML pages link one another. For example, an app could have a Forum menu-item with an href attribute that launches a separate specialized app, potentially hosted by a third party. (Some of our examples link each other this way.) We dont expect different brandings to be as much of a concern as it is with HTML pages.
To get a better idea of where XAMJ technology fits in relation to existing client platforms, see the following table which breaks down how it compares in several key areas to other two well-known technologies: (1) HTML/Javascript browsers, which are thin client platforms, and (2) Java Webstart, which is more of a thick client platform.
Enhancements:
- Text selection was implemented in the HTML renderer.
- A number of JavaScript bugs were fixed.
- Animated images were fixed as well.
- An image clientlet was implemented to allow Warrior to open image URLs.

Perilar is a simple, fast computer role-playing game (CRPG), with an epic quest! You will cross a vast monster-infested wilderness to the dungeons to recover ancient weapons and artifacts, then to the dragons lairs, then face the final challenge...

Version 0.4 is a beta release for designing the gameplay, and future versions will have additional art, music, and sound effects.

Save Game Warning: Savefiles from previous versions will not be compatible with later versions until 1.0. At that point, Ill make sure they are always forward-compatible, but it hampers rapid development until then. Sorry for the trouble, but at least youll get to see the new world features in each version!

History

Over a thousand years ago, the world was a peaceful but primitive place. Humans lived in tribal societies, rarely warred, and there were few dangerous animals and no monsters. Your kingdom, Perilar, was one of the safest, as it was protected by four great dragons of Air, Earth, Fire, and Water.

Where the Vampire King came from, nobody knows. He appeared in the far north and turned peaceful farmers into berserker raiders. After conquering the island kingdom of Oradon, he turned their druids to necromancy, raising armies of the dead to war on the next kingdom. Kingdom after kingdom fell, and in each, the people were slain and raised as undead warriors to assault the next kingdom.

As the army of the undead approached Perilar, the dragons closed the kingdom off with a magical seal. For a thousand years, the kingdom has been trapped inside, and none know the fate of the outside world.

In recent times, the seals have begun to fail. The Dragons have not been seen in centuries. Undead and monsters march in towards the castle of King Phalan and the village of Perilar, home to the last free people in the world. A great hero must do something about this, and you are determined to be that hero!

Flamethrower is intended to be an easy to use multicast file distribution system. Flamethrower project was created to add multicast install capabilities to SystemImager, but was designed to be fully functional as a stand-alone package.
Main features:
- Works with entire directory heirarchies of files, not just single files.
- Uses a server configuration file that takes module entries that are similar to those used by rsyncd.conf.
- Flamethrower is an on-demand system. The multicast of a module is initiated when a client connects, but waits MIN_WAIT (conf file) for other clients to connect. If other clients try to connect after a cast has been initiated, they simply wait until that cast has finished, and catch the next one when it begins.
- The udpcast package is used as the multicast transport, and offers a gob and a half of tuning parameters.

PyPedal project is a Python module that provides tools for the manipulation of pedigrees, simple visualization of pedigrees, and the calculation of measures of genetic diversity from pedigrees.
Enhancements:
- Added PyPedalError and PyPedalPedigreeInputFileNameError classes. Now the exception raised in NewPedigree::__init__() actually works sort-of correctly.
Did some more work in pyp_newclasses/NewAnimal::__init__() to make sure that string methods are not called on non-strings.
pyp_newclasses/NewAnimal::string_to_int() now uses a new hashing algorithm taken from "Character String Keys" in "Data Structures and Algorithms with Object-Oriented Design Patterns in Python" by Bruno R. Preiss: http://www.brpreiss.com/books/opus7/html/page220.html#progstrnga.
This fixes the collision problem with the previous algorithm (but any algorithm that produces, say, 32-bit integers will collide under the right circumstances).
OK, the problem with pyp_utils/reorder() has been identified: Ori Pelegs hashing approach used in pyp_newclasses/NewAnimal::string_to_int() is colliding. For example, the strings ANJHL5876DC and ONNLDF348RC hash to the same value.
Made a change to pyp_newclasses/NewAnimal::__init__() so that animal, sire, and dam names are correctly assigned even if integral IDs are passed rather than strings.
pyp_newclasses/NewPedigree::preprocess() no longer casts animal, sire, and dam IDs to strings when adding pedigree entries for missing sires and dams. The cast was breaking the founder assignment code in pyp_newclasses/NewAnimal::__init__().
Turned off a bunch of debugging messages left on in pyp_utils/reorder().
pyp_utils/assign_offspring() was rather thoroughly broken due to errors introduced when the new object model conversion was made.
Enhancements:
06/26/2007 More bugfixes to pyp_utils/reorder(). The
orderdict and orderbackdict dictionaries are now correctly
updated when an animal in the pedigree is moved. This fixed
cases where the pedigree was not correctly reordered. When
this happened, pyp_utils/renumber() caught KeyErrors while
looking up sires/dams and set parents to unknown, ignoring
known relationships in the pedigree. George Wigganss
persistent reports that the relationships being calculated
were just not right led to the root cause of the problem.
Thanks, George!
06/25/2007 Removed pyp_utils/reorder_list().
06/21/2007 pyp_utils/reorder() will now write error
messages to the logfile and STDIO if a pedigree could not be
renumbered in renumber_max_rounds of iteration.
06/21/2007 Added new parameter, max_rounds, to
pyp_utils/reorder(). pyp_newclasses/NewPedigree passes
renumber_max_rounds to reorder, but the routines in
pyp_nrm/* do not.
06/21/2007 Added new option, renumber_max_rounds, to
pyp_newclasses/NewPedigree::__init__(). The default value is
100 rounds.
06/21/2007 Completely rewrote pyp_utils/reorder(), which
has been the bane of my existences and source of most
PyPedal bugs for a Long Time Now.
06/21/2007 Fixed bug in pyp_nrm/inbreeding() so that it
correctly works with pre-calculated NRM.
06/20-/2007 Added a new function, pyp_io/write_ijk(), which
saves an NRM to a disk in ijk format, where i and j are
animal IDs and k is either (1. + the coefficient of
inbreeding) when (i == j) or coefficient of relationship
when (i != j).
06/20/2007 Rewrote an error message in
pyp_newclasses/NewPedigree::preprocess() so that it now
makes sense.

Parrot::Pmc2c is a PMC to C Code Generation.

SYNOPSIS

use Parrot::Pmc2c;

Parrot::Pmc2c (and the subclasses defined in this file) is used by tools/build/pmc2c.pl to generate C code from PMC files.

Functions

does_write($method, $section)

Returns whether a method writes.

count_newlines($string)

Returns the number of newlines (n) in $string.

dont_edit($pmcfile)

Returns the "DO NOT EDIT THIS FILE" warning text. $pmcfile is the name of the original source *.pmc file.

gen_ret($method, $body)

Generate the C code for a return statement, if the body is empty then make a cast if needed.

This method is imported by subclasses.

class_name($self, $class)

Returns the appropriate Parrot::Pmc2c subclass for the PMC ($self->{class}). $self is the hash reference passed to new(), and $class is Parrot::Pmc2c.

dynext_load_code($library_name, %classes)

$library_name is the name of the dynamic library to be created.

%classes is a map from the PMC names for which code is to be generated, to dump info (PMC metadata).

This function is exported.

Class Methods

new($self, $opt)

Returns $self as a new instance.

$self is a hash reference eval-ed from a *.dump file generated by tools/build/pmc2c.pl from a *.pmc file. It is bless-ed either into Parrot::Pmc2c::::Standard, or into one of the other special PMCs: default, delegate, Null, Ref or SharedRef.

$opt is a hash reference.

Instance Methods

line_directive($self,$line,$file)

Generates the C pre processor string for a #line directive, or an empty string if $self-{opt}{nolines}> is true.

line_directive_here($self,$output,$file)

Generates the C pre processor string for a #line directive to reset the compilers line number to the next physical line in the output.

get_vtable_section()

Creates a hash of all the method names containing vtable section. Called from init().

make_const($class)

If the PMC had its const_too flag set then this method is called in init() to to create the read-only set methods.

init($class)

Initializes the instance. $class is its class.

decl($classname, $method, $for_header)

Returns the C code for the PMC method declaration. $for_header indicates whether the code is for a header or implementation file.

includes()

Returns the C #include for the header file of each of the PMCs superclasses.

full_arguments($args)

Prepends INTERP, SELF to $args.

proto($type,$parameters)

Determines the prototype (argument signature) for a method body (see src/call_list).

rewrite_nci_method($class, $method, $super, $super_table)

Rewrites the method body performing the various macro substitutions for nci method bodies (see tools/build/pmc2c.pl).

rewrite_vtable_method($class, $method, $super, $super_table)

Rewrites the method body performing the various macro substitutions for vtable method bodies (see tools/build/pmc2c.pl).

body($method, $line, $out_name)

Returns the C code for the method body. $line is used to accumulate the number of lines, $out_name is the name of the output file we are generating.

methods($line, $out_name)

Returns the C code for the vtable methods. $line is used to accumulate the number of lines, $out_name is the name of the output file we are generating.

lib_load_code()

Returns the C code for loading a library.

pmc_is_dynpmc

Determines if a given PMC type is dynamically loaded or not.

init_func()

Returns the C code for the PMCs initialization method, or an empty string if the PMC has a no_init flag.

gen_c($out_name)

Generates the C implementation file code for the PMC. $out_name is the name of the output file we are generating.

hdecls()

Returns the C code function declarations for all the methods for inclusion in the PMCs C header file.

TODO include MMD variants.

gen_h($out_name)

Generates the C header file code for the PMC. $out_name is the name of the output file we are generating.

implements($method)

True if this class generates code for the method $method.

implements_vtable($method)

True if this class generates code for VTABLE method $method.

EZelect is a PHP script useful for conducting Web-based elections for small organizations. EZelect is very simple and easy to use.
The script is originally written for and used in the 2005/2006 presidential election of Berkeley Chinese Students and Scholars Association (BCSSA).
Main features:
- No database needed. All information is stored in plain-text files
- Works on Unix servers like Linux, Solaris
- Authenticating voters by their email. Can be configured to allow votes from users with emails like @organization.org. One email address casts at most one vote.
- Supports two types of elections, one letting each voter votes for one of multiple candidates, another letting each voter approve or dis-approve a single candidate. It should be easy to add more types of elections.
- Outputs all votes in plain text file. Use of grep to process the results should be enough in most cases.
Usage:
- Customize the beginning part of ezelect.php to suit your needs.
- Make sure the data dir ($datadir) exists and is writable by the web server process.
- Make sure the local host has an MTA running on port 25.
- Access index.html from your webserver to test the election.
- Do some further customization and run the election!
- Collect results in $datadir. Each file, named with the users email address, records votes from the users. The only thing useful is the 1st line, which contains the *confirmed* vote from the user. A user can have at most one confirm vote. If the 1st line is _ _, then the user didnt confirm any vote and should not be counted. A simple command to collect all results:
find . -type f -exec head -1 {} ;