Free 3.01 wow software for linux

UPX is a versatile executable packer.
Main features:
- excellent compression ratio: typically compresses better than WinZip/zip/gzip, use UPX to decrease the size of your distribution !
- very fast decompression: ~10 MB/sec on an ancient Pentium 133, ~200 MB/sec on an Athlon XP 2000+.
- no memory overhead for your compressed executables because of in-place decompression.
- safe: you can list, test and unpack your executables. Also, a checksum of both the compressed and uncompressed file is maintained internally.
- universal: UPX can pack a number of executable formats:
- atari/tos
- djgpp2/coff
- dos/com
- dos/exe
- dos/sys
- linux/386
- rtm32/pe
- tmt/adam
- watcom/le (supporting DOS4G, PMODE/W, DOS32a and CauseWay)
- win32/pe
- portable: UPX is written in portable endian-neutral C++
- extendable: because of the class layout its very easy to add new executable formats or new compression algorithms
- free: UPX is distributed with full source code under the GNU General Public License, and may be used freely even with commercial programs.

Gcal is a program for calculating and printing calendars. It displays hybrid and proleptic Julian and Gregorian calendar sheets, respectively for one month, three months, or a whole year.
It also displays eternal holiday lists for many countries around the globe, and features a very powerful creation of fixed date liststhat can be used for reminding purposes. Gcal can calculate various astronomical data and times of the Sun and the Moon for pleasure at any location, precisely enough for most civil purposes.
Gcal supports some other calendar systems, for example, the Chinese and Japanese calendars, the Hebrew calendar, and the civil Islamic calendar, too.
English user manual included; German user manual included.
Main features:
- Some special calendar sheet formats.
- Calendar sheets can be provided with week numbers.
- Variable number of year calendar sheet blocks.
- Adjustable ordering of displayed dates.
- Adjustable period of Gregorian Reformation.
- Proleptic Julian and Gregorian calendars.
- Adjustable highlighting of holidays and actual day.
- Variable starting day of week.
- Output of day-of-year numbers and concatenated day and day-of-year numbers.
- Allows user-defined ordering of the date elements.
- Output of fiscal years.
- Output of lists or ranges of months or years.
- Sorted output of selectable country/territory specific eternal holiday lists (mostly complete) for nearly *all* countries around the globe, which are generated automatically.
- Sorted output of Christian Western churches calendar holidays, Orthodox Christian Eastern churches old and new calendar holidays, Hebrew calendar holidays, Islamic civil calendar holidays (since AD 622), Persian "Jalaali" calendar holidays, Chinese and Japanese calendar holidays (since AD 1645), more "other" calendar system holidays, multicultural New Years Days, and start of "other" calendar system months, which are also generated automatically.
- Sorted output of fixed date lists which can be defined and created in a highly flexible manner.
- Allows filtration of fixed dates by using regular expressions and other built-in methods.
- Allows the use of date and text variables and basic operations on them.
- Some gimmicks like solar and lunar eclipse time, sunrise/sunset plus a lot of other Sun based data and times, Moon phase, Full and New Moon time, moonrise/moonset plus a lot of other Moon based data and times, zodiacal markers, equinox and solstice, air line distance between two geographic point locations plus course angles, biorhythm et cetera...
- Fixed dates can be stored in several files.
- Nearly unlimited nesting level of include files.
- Nearly unlimited internal text and table lengths.
- Default options can be stored in the `GCAL environment variable.
- Options and commands stored in response files can be preloaded.
- Uses either an external pager or a simple built-in pager.
- Detailed Texinfo reference manual.
- German, English and American program version by default.
- Supports various computer platforms.
- GNU `gettext internationalization technology, which allows the use of message catalogs for most native languages.
- GNU `autoconf(iguration) installation technology.
- Supports both UN*X short-style options and GNU long-style options.

Xnee is a suite of programs that can record, replay and distribute user actions under the X11 environment. Think of GNU Xnee as a robot that can imitate the job you just did.
Xnee can be used to:
- Automate tests e.g nightly automatic regression tests
- Demonstrate programs e.g record and replay a user interaction with your system
- Distribute actions e.g teachers actions can be sent to all students desktops
- Record and replay macro e.g Tie a key modifier combination (e.g using xkeymouse) to replay a recorded session. The macro is WM- and program independent.
- Retype a file e.g When testing an editor, Xnee can type in the content of a file. This can be compared with the original and thereby
Xnee consists of a library and two applications:
- cnees not an event amulator Command line program
- gnees not an emulator either Graphical User Interface (GUI) program
- libxnee is basically xnee Library used by cnee and gnee
All Xnee applications (gnee and cnee) receives X11 protocol data (e g XEvents) from an X server using the libxnee and prints them to a file. This file is used later on when replaying.
Events directly generated by the user (e.g KeyPress) can be replayed or faked. Requests, replies, errors and events not directly generated by the user (e.g MapNotify) can be recorded as well. By using these data Xnee applications can replay with synchronisation. This is not only useful but essential.
In order to verify that a program does the job its supposed to do, certain tests have to be made. These tests are, IMHO, perhaps the most boring things a programmer can do. To release the programmer from this burdon Xnee is made.
Xnee started out as a commad line program. During the development phase the main functionality was broken out to a library, called libxnee. The command line program changed its name to cnee. The thought behind making the library was to enable the writing of other clients than just a command line. Today there is a GUI program, gnee that uses the library.
With Xnee testcase(s) can be recorded and later on replayed. Xnee can also distribute events (both when recording and replaying) to other displays.
Xnee uses X Windows System.
Enhancements:
- doc/Makefile.in was missing and has been added. gnee->About->Close and pnee->About->Close were faulty and have been fixed.

iTrustPage is an extension which prevents an Internet user from filling out untrustworthy Web forms.

iTrustPage prevents an Internet user from filling out untrustworthy Web forms. iTrustPage assumes that a users browser is trusted (when the browser is compromised, the user can be subject to attacks much more serious than phishing.) iTrustPages design is centered around three observations:

1. iTrustPage tries to be as user-transparent as possible. In designing this tool we tried very hard to avoid annoying the user.

2. Sometimes, iTrustPage cannot determine whether a form is trustworthy. In those cases, iTrustPage is asking the user to describe the form as if searching for the form on Google. This user-supplied information may help iTrustPage deem the form as trustworthy.

3. Any anti-phishing tool (including iTrustPage) has false negatives (i.e., a user can still visit a phishing site). iTrustPage tries very hard to minimize such occurrences, but there are no guarantees. After all, iTrustPage only offers pretty good phishing protection.

Warning: iTrustPage records anonymized usage information into a log. These logs are periodically sent to us. We analyze these logs for our research to characterize the benefits of using iTrustPage. Please visit our homepage for more information.

Text::Roman is a Perl module that converts roman algarism in integer numbers and the contrary, recognize algarisms.

SYNOPSIS

use Text::Roman;

print roman(123);

Text::Roman::roman() is a very simple algarism converter. It converts a single integer (in arabic algarisms) at a time to its roman correspondent. The conventional roman numbers goes from 1 up to 3999. MROMANS (milhar romans) range is 1 up to 3999*1000+3999=4002999.

Up to these number we will found symbols as:??????but they do not concern this specific package. There is no concern for mix cases, like Xv, XiiI, as legal roman algarism numbers.

roman($int): return string containing the roman corresponding to the given integer, or if the integer is out of domain...

roman2int($str): return if $str is not roman or return integer if it is.

isroman($str): verify whether the given string is a conventional roman number, if it is return 1; if it is not return 0...

Quite same follows for mroman2int($str) and ismroman($str), except that these functions treat milhar romans.

Netscape::History is a Perl object class for accessing Netscape history database.

SYNOPSIS

use Netscape::History;

$history = new Netscape::History();
while (defined($url = $history->next_url() ))
{
}

The Netscape::History module implements an object class for accessing the history database maintained by the Netscape web browser. The history database keeps a list of all URLs you have visited, and is used by Netscape to change the color of URLs which you have previously visited, for example.

With this module, you can get at the URLs stored in a Netscape history file, delete URLs, and add new ones. With the associated Netscape::HistoryURL module you can access the information which is associated with each URL.

Please Note: the database format for the browser history was changed with Netscape 4. Previously only the time of most recent visit was available; now you can also get at the time of your first visit, the number of visits, the title of the referenced page, and another value.

Netscape::HistoryURL is a URI::URL subclass with Netscape history information.

SYNOPSIS

use Netscape::HistoryURL;

$url = new Netscape::HistoryURL(http://foobar.com/,
LAST, FIRST, COUNT, EXPIRE, TITLE);

The Netscape::HistoryURL module subclasses URI::URL to provide a URL class with methods for accessing the information which is stored in Netscapes history database.

The history database is used to keep track of all URLs you have visited. This is used to color previously visited URLs different, for example. The information stored in the history database depends on the version of Netscape being used.