Free york software for linux

X-word is a GTK program for doing crosswords.

Xword is a GTK crossword puzzle program. It reads and writes puzzles in the AcrossLite format used by The New York Times.

It has printing, a clock, a word list, auto-saving, and options to check and reveal letters of the puzzle.

dopewars is a game where you make a fortune dealing drugs on the streets of New York...
dopewars is a free Unix/Win32 rewrite of a game originally based on "Drug Wars" by John E. Dell. The idea of dopewars is to deal in drugs on the streets of New York, amassing a huge fortune and paying off the loan shark, while avoiding the ever-annoying police.
The Unix/Win32 rewrite, as well as featuring a so-called "antique" mode which closely follows the original, introduces new features such as the ability to take part in multi-player games. dopewars aims to be highly configurable, and what you cant change in the configuration files you can change by poking around in the source, which is freely available under the terms of the GNU General Public License.
dopewars runs on Unix (e.g. Linux, Solaris, Mac OS X) systems and Win32 (Windows 95, 98, NT, 2000, ME, XP).
A framework for writing AI clients for dopewars with Perl (and a simple example client) is available courtesy of Dave Madison here. A version of dopewars which implements an improved AI, using a behaviour-based architecture, is also available.
A version of dopewars written in Python is in development by Mike Meyer. The aim of this version is to enable dopewars to be run easily on other platforms (such as MacOS and Windows) and to greatly simplify the development of computerised dopewars players.
The author would really appreciate assistance from keen Python programmers in getting the code to run cleanly on both Linux and Windows systems!
dopewars is also an IRC bot! To play a game, connect with any IRC client to the IRC server at irc.irc-hispano.org. Then start a game by entering the command
/msg WaRZ jugar or /msg BRoK jugar
...and then accept the DCC-CHAT. WaRZ is a space-trading themed version, while BRoK is a share-dealing version.
Enhancements:
- This release corrects a potential exploit against the Windows server, which was not fully patched by the 1.5.11 release.

Geography::States is a Perl module with map states and provinces to their codes, and vice versa.

SYNOPSIS

use Geography::States;

my $obj = Geography::States -> new (COUNTRY [, STRICT]);

EXAMPLES

my $canada = Geography::States -> new (Canada);

my $name = $canada -> state (NF); # Newfoundland.
my $code = $canada -> state (Ontario); # ON.
my ($code, $name) = $canada -> state (BC); # BC, British Columbia.
my @all_states = $canada -> state; # List code/name pairs.

This module lets you map states and provinces to their codes, and codes to names of provinces and states.

The Geography::States - new ()> call takes 1 or 2 arguments. The first, required, argument is the country we are interested in. Current supported countries are USA, Brazil, Canada, The Netherlands, and Australia. If a second non-false argument is given, we use strict mode. In non-strict mode, we will map territories and alternative codes as well, while we do not do that in strict mode. For example, if the country is USA, in non-strict mode, we will map GU to Guam, while in strict mode, neither GU and Guam will be found.

The state() method

All queries are done by calling the state method in the object. This method takes an optional argument. If an argument is given, then in scalar context, it will return the name of the state if a code of a state is given, and the code of a state, if the argument of the method is a name of a state. In list context, both the code and the state will be returned.

If no argument is given, then the state method in list context will return a list of all code/name pairs for that country. In scalar context, it will return the number of code/name pairs. Each code/name pair is a 2 element anonymous array.

Arguments can be given in a case insensitive way; if a name consists of multiple parts, the number of spaces does not matter, as long as there is some whitespace. (That is "NewYork" is wrong, but "new YORK" is fine.)

MaxDev is proud to introduce MD-Pro, the most complete, flexible and reliable CMS available on the market.
A CMS is an application that provides for the display and management of the contents of a web site. MD-Pro carries this many steps farther by making this management simple yet powerful. Your MD-Pro powered web site can be updated in seconds without any knowledge of programming or HTML. MD-Pro can be configured to allow your site users to send news, comment on existing news, vote in polls, administer their own account via a simple graphical interface and much more.
Normally you must pay for technology this simple and powerful. CMSs available today, cost from several thousand dollars to several hundred thousand dollars. Thanks to the work of many Open Source development communities however, today there are a variety of no cost CMSs published under GNU/GPL.
Open Source systems have gained popularity and matured to the point where they are used by many large companies and organizations around the world.
Main features:
Some of the entities taking advantage of Open Source systems are:
- IBM
- Oracle
- Google
- Amazon.com
- Dreamworks
- Kenwood
- Incyte Geonomica
- Ameritrade
- Pixar Animation
- Credit Suisse
- New York Stock Exchange
- PWL Euro-Subsidies (The Hague)
- United States Army
- NASA
- European Commission
- Mexico City
- China
- And many more...
MD-Pro provides an Open Source CMS "certified" and guaranteed by a highly qualified staff of developers. MD-Pro has been developed to be more versatile and modular than competing CMSs.. It is comprised of a highly optimized core platform, to which you can add additional modules according to the needs of your site and users. Not only are there a variety of third party modules available, you are free to develop or contract the development of customized modules and features to fit your needs.
These are just some of the modules currently available:
e-Commerce
- osCommerce (electronic shopping system)
- pnSubscriptions (site subscriptions, donations, PayPal payments, etc.)
- Stock_Quotes (for stock exchange)
Collaboration and productivity
- Project management
- Task organizers
- Calendars
Virtual community and multi-media
- Image galleries
- Discussion forums
- Chat
Webmaster tools
- Advanced menu system
- Advanced statistics
- Server tools
Other
- Polls
- Forms management
- Newsletter
- Distance learning

System.FilePath is a Haskell library from Yhc originally, now with added tweaks. Pure Haskell 98 (with Hierarchical libraries), no preprocessor. It has a nice interface for doing file manipulations, and works portably between Windows and Unix. [Not the same as http://darcs.haskell.org/~lemmih/FilePath/]

The interface is still changing, for that reason please use System.FilePath.Version_0_10 or System.FilePath.Version_0_11 which will be guaranteed to work unmodified in future releases.

I have written a System.FilePath module in part based on the one in
Yhc, and in part based on the one in Cabal (thanks to Lemmih). The aim
is to try and get this module into the base package, as FilePaths are
something many programs use, but its all too easy to hack up a little
function that gets it right most of the time on most platforms, and
there lies a source of bugs.

This module is Posix (Linux) and Windows capable - just import
System.FilePath and it will pick the right one. Of course, if you
demand Windows paths on all OSs, then System.FilePath.Windows will
give you that (same with Posix). Written in Haskell 98 + Heirarchical
Modules.

Haddock:
http://www-users.cs.york.ac.uk/~ndm/projects/filepath/System-FilePath.html
Darcs: darcs get http://www.cs.york.ac.uk/fp/darcs/filepath
Source: http://www.cs.york.ac.uk/fp/darcs/filepath/System/FilePath.hs
Homepage: http://www-users.cs.york.ac.uk/~ndm/projects/libraries.php

If you go to the haddock page there are a few little examples at the
top of the file.

Acknowledgements

Thanks to Marc Webber, shapr, David House, Lemmih, others...

Competitors

System.FilePath from Cabal, by Lemmih
FilePath.hs and NameManip.hs from MissingH

The one from Cabal and FilePath.hs in MissingH are both very similar, I
stole lots of good ideas from those two.

NameManip seems to be more unix specific, but all functions in that module
have equivalents in this new System.FilePath module.

Hopefully this new module can be used without noticing any lost functions,
and certainly adds new features/functions to the table.

Should FilePath by an abstract data type?

The answer for this library is no. This is a deliberate design decision.

In Haskell 98 the definition is type FilePath = String, and all functions
operating on FilePaths, i.e. readFile/writeFile etc take FilePaths. The
only way to introduce an abstract type is to provide wrappers for these
functions or casts between Strings and FilePathAbstracts.

There are also additional questions as to what constitutes a FilePath, and
what is just a pure String. For example, "/path/file.ext" is a FilePath. Is
"/" ? "/path" ? "path" ? "file.ext" ? ".ext" ? "file" ?

With that being accepted, it should be trivial to write
System.FilePath.ByteString which has the same interface as System.FilePath
yet operates on ByteStrings.

Gedam is a GNOME program I wrote for doing crossword puzzles.

Gedam game is similar to the AcrossLite program for Windows, and it can read and write the file format of that program. Consequently, it works well for doing puzzles from The New York Times.

Although there is an existing version of AcrossLite for Linux, it has several glaring problems: poor support, the use of Motif, and the lack of a clock.

SYNOPSIS

Plenty of people have learned WWW::Mechanize, and now, you can too!
Following are user-supplied samples of WWW::Mechanize in action.

You can also look at the t/*.t files in the distribution.

Please note that these examples are not intended to do any specific task. For all I know, theyre no longer functional because the sites they hit have changed. Theyre here to give examples of how people have used WWW::Mechanize.

Note that the examples are in reverse order of my having received them, so the freshest examples are always at the top.

Starbucks Density Calculator, by Nat Torkington

Heres a pair of scripts from Nat Torkington, editor for OReilly Media and co-author of the Perl Cookbook.

Rael [Dornfest] discovered that you can easily find out how many Starbucks there are in an area by searching for "Starbucks". So I wrote a silly scraper for some old census data and came up with some Starbucks density figures. Theres no meaning to these numbers thanks to errors from using old census data coupled with false positives in Yahoo search (e.g., "Dodie Starbuck-Your Style Desgn" in Portland OR). But it was fun to waste a night on.

Here are the top twenty cities in descending order of population, with the amount of territory each Starbucks has. E.g., A New York NY Starbucks covers 1.7 square miles of ground.

New York, NY 1.7
Los Angeles, CA 1.2
Chicago, IL 1.0
Houston, TX 4.6
Philadelphia, PA 6.8
San Diego, CA 2.7
Detroit, MI 19.9
Dallas, TX 2.7
Phoenix, AZ 4.1
San Antonio, TX 12.3
San Jose, CA 1.1
Baltimore, MD 3.9
Indianapolis, IN 12.1
San Francisco, CA 0.5
Jacksonville, FL 39.9
Columbus, OH 7.3
Milwaukee, WI 5.1
Memphis, TN 15.1
Washington, DC 1.4
Boston, MA 0.5