Free boardwalk hall software for linux

Formido is one of those games, where you are loaded with some guns and you go shooting different things. Things in this case are big, ugly, - not green though - alien insects. The idea is to kill as many of those bastards as possible.
Eventually they will overcome you, but struggle as long as you can. There are some power-ups to aid you in your honorable quest. Keep in mind, that those critters are rather tough and generally do nasty things when in close range of any player-characters.
Formido project is free software released under the terms of the GNU General Public License (GPL). Read the included documentation for details.
If you get a super high score, send me some proof (a screenshot will do) and Ill include you to the Hall of Fame.
Enhancements:
- Highscores and configuration are now saved in ~/.formido.
- A memory leak was corrected.

Sort::Fields is a Perl module that can sort lines containing delimited fields.

SYNOPSIS

use Sort::Fields;
@sorted = fieldsort [3, 2n], @lines;
@sorted = fieldsort +, [-1, -3, 0], @lines;

$sort_3_2n = make_fieldsort [3, 2n], @lines;
@sorted = $sort_3_2n->(@lines);

Sort::Fields provides a general purpose technique for efficiently sorting lists of lines that contain data separated into fields.

Sort::Fields automatically imports two subroutines, fieldsort and make_fieldsort, and two variants, stable_fieldsort and make_stable_fieldsort. make_fieldsort generates a sorting subroutine and returns a reference to it. fieldsort is a wrapper for the make_fieldsort subroutine.

The first argument to make_fieldsort is a delimiter string, which is used as a regular expression argument for a split operator. The delimiter string is optional. If it is not supplied, make_fieldsort splits each line using /s+/.

The second argument is an array reference containing one or more field specifiers. The specifiers indicate what fields in the strings will be used to sort the data. The specifier "1" indicates the first field, "2" indicates the second, and so on. A negative specifier like "-2" means to sort on the second field in reverse (descending) order. To indicate a numeric rather than alphabetic comparison, append "n" to the specifier. A specifier of "0" means the entire string ("-0" means the entire string, in reverse order).

The order in which the specifiers appear is the order in which they will be used to sort the data. The primary key is first, the secondary key is second, and so on.
fieldsort [1, 2], @data is roughly equivalent to make_fieldsort([1, 2])->(@data). Avoid calling fieldsort repeatedly with the same sort specifiers. If you need to use a particular sort more than once, it is more efficient to call make_fieldsort once and reuse the subroutine it returns.

stable_fieldsort and make_stable_fieldsort are like their "unstable" counterparts, except that the items that compare the same are maintained in their original order.

EXAMPLES

Some sample data (in array @data):

123 asd 1.22 asdd
32 ewq 2.32 asdd
43 rewq 2.12 ewet
51 erwt 34.2 ewet
23 erww 4.21 ewet
91 fdgs 3.43 ewet
123 refs 3.22 asdd
123 refs 4.32 asdd

# alpha sort on column 1
print fieldsort [1], @data;

123 asd 1.22 asdd
123 refs 3.22 asdd
123 refs 4.32 asdd
23 erww 4.21 ewet
32 ewq 2.32 asdd
43 rewq 2.12 ewet
51 erwt 34.2 ewet
91 fdgs 3.43 ewet

# numeric sort on column 1
print fieldsort [1n], @data;

23 erww 4.21 ewet
32 ewq 2.32 asdd
43 rewq 2.12 ewet
51 erwt 34.2 ewet
91 fdgs 3.43 ewet
123 asd 1.22 asdd
123 refs 3.22 asdd
123 refs 4.32 asdd

# reverse numeric sort on column 1
print fieldsort [-1n], @data;

123 asd 1.22 asdd
123 refs 3.22 asdd
123 refs 4.32 asdd
91 fdgs 3.43 ewet
51 erwt 34.2 ewet
43 rewq 2.12 ewet
32 ewq 2.32 asdd
23 erww 4.21 ewet

# alpha sort on column 2, then alpha on entire line
print fieldsort [2, 0], @data;

123 asd 1.22 asdd
51 erwt 34.2 ewet
23 erww 4.21 ewet
32 ewq 2.32 asdd
91 fdgs 3.43 ewet
123 refs 3.22 asdd
123 refs 4.32 asdd
43 rewq 2.12 ewet

# alpha sort on column 4, then numeric on column 1, then reverse
# numeric on column 3
print fieldsort [4, 1n, -3n], @data;

32 ewq 2.32 asdd
123 refs 4.32 asdd
123 refs 3.22 asdd
123 asd 1.22 asdd
23 erww 4.21 ewet
43 rewq 2.12 ewet
51 erwt 34.2 ewet
91 fdgs 3.43 ewet

# now, splitting on either literal period or whitespace
# sort numeric on column 4 (fractional part of decimals) then
# numeric on column 3 (whole part of decimals)
print fieldsort (?:.|s+), [4n, 3n], @data;

51 erwt 34.2 ewet
43 rewq 2.12 ewet
23 erww 4.21 ewet
123 asd 1.22 asdd
123 refs 3.22 asdd
32 ewq 2.32 asdd
123 refs 4.32 asdd
91 fdgs 3.43 ewet

# alpha sort on column 4, then numeric on the entire line
# NOTE: produces warnings under -w
print fieldsort [4, 0n], @data;

32 ewq 2.32 asdd
123 asd 1.22 asdd
123 refs 3.22 asdd
123 refs 4.32 asdd
23 erww 4.21 ewet
43 rewq 2.12 ewet
51 erwt 34.2 ewet
91 fdgs 3.43 ewet

# stable alpha sort on column 4 (maintains original relative order
# among items that compare the same)
print stable_fieldsort [4], @data;

123 asd 1.22 asdd
32 ewq 2.32 asdd
123 refs 3.22 asdd
123 refs 4.32 asdd
43 rewq 2.12 ewet
51 erwt 34.2 ewet
23 erww 4.21 ewet
91 fdgs 3.43 ewet

mod_accounting is a simple Apache module that can record traffic statistics (bytes received/sent per request) into a database.
Enhancements:
- Added a placeholder for user names (%u) to allow for more statistics on the recorded data.
- Now uses ap_get_server_name(r) to get the value for %h, to support virtual host names.
- Added the AccountingIgnoreHosts directive.
- Adds the version string to the Apache SERVER_SOFTWARE-Environment (patch by Michael Diekmann 29.04.2002)
- Added a sample database schema and FAQs provided by Chris Hall.
- Fixed segv when handling failed internal redirections (and possibly in other cases where r->status_line is NULL)

Bloglines Notifier is a Gnome panel applet that monitors a Bloglines account and displays an alert when there new items.

When there are new items the applet displays a tooltip with the count of unread items. Also one can double click on the applet in order to launch a web browser and point it at the Bloglines account being monitored.

GNU Robots project is a robot construction game.
GNU Robots is a game/diversion where you construct a program for a little robot, then watch him explore a world.
The world is filled with baddies that can hurt you, objects that you can bump into, and food that you can eat.
The goal of the game is to collect as many prizes as possible before you are killed by a baddie or you run out of energy.
GNU Robots is a game/diversion where you construct a program for a little robot, then watch him explore a world. The world is filled with baddies that can hurt you, objects that you can bump into, and food that you can eat. The goal of the game is to collect as many prizes as possible before are killed by a baddie or you run out of energy. GNU Robots (including source) will be released under the GNU General Public License.
The GNU Robots playing field is filled with food (increases energy), prizes (to increase your score), walls (which you can bump into), and baddies (which can inflict damage.)
To make the program easier to design and implement, I have decided to let the robot program be written in a text file, so that advanced programmers dont have to limit themselves to a visual programming interface. The language will be Scheme, which provides for flexibility in writing your programs. For non-programmers, there will also be a visual programming interface, which will generate Scheme code.
GNU Robots uses GNU Guile as the language back-end (Scheme). This will make the GNU Robots game engine more consistent with other GNU projects, as it will use the same extension language.
Enhancements:
- Added some extra documentation (but not much) and the early beginning of code clean-up.

asMon is a system monitor for Linux systems running afterstep, but should work on other window managers, too. I got fed up with most other wharf system monitors that didnt show the correct memory usage, and took up too much CPU. asmon also shows the exact amount of memory used and load avg by the numbers. The CPU bar is fairly standard, next to it is the current load average.
The second bar is memory usage, taken as a whole, it represent the amount of memory used. The area before the first tick represents shared memory, the area between the two ticks is buffered memory, the area from the second tick to the end of the bar represents cached memory.
The number to the right represents the number of megs currently being used. The third bar represents the amount of swap file used, and the exact number of megs the swap is using. The bottom right is are page/swap LEDs taken from wmsysmon. The right is uptime. The original program is based off of Timecops wmcpu.
Enhancements:
- After many years, another release has arrived. This time with Kernel 2.6 support and a bunch of bug fixes.

WMnet is a little WindowMaker dockapp network monitor I wrote for Linux.

It was originally inspired by that funky program tleds that blinks your keyboard LEDs in response to net traffic, but its a lot more entertaining than that nowadays.

I wrote this thing with low cpusage, low memory, and efficient use of screen real-estate in mind.

This little program polls network statistics and does a few things with the data it gets. It has small blinking lights for the rx and tx of IP packets, a digital speedometer of your polled stats current speed and a bar graph like xload et. al which has a tx speed graph from bottom-up and rx speed graph from the top-down.

The speedometer keeps track of the current speed per second and shows it in a color corresponding to which of rx or tx that has the highest speed at the moment. Also, the graph is drawn in a way that the highest speed is drawn on top of the other while the other is in the background. Depending on whether you are running ppp or ethernet
connections, you should set the -x parameter to about 1.5 times the high speed of your connection... the default is 6000 which will be stupid if youre on a ethernet line with a max of about 800 kb/sec.

Ive found the best for an ethernet line is -x 10000000 -l Having the logarithmic scale lets you see any speed of traffic from a telnet session to downloadeding something from across the hall at 600 kb/sec.

I tried to keep this is as small and efficient as possible CPU time on my K5 PR100 with the default poll time of 25000 microseconds (1 microsecond == 1 millionth of a second.) is less than 20 seconds per 24 hours Which is less than even wmmixer uses for me.

wmnet now uses drivers to get stats. The existing stat driver from previous versions has been moved to the ipfwadm driver. To get some generic IP accounting rules using ipfwadm:

ipfwadm -A in -i -S 0.0.0.0/0
ipfwadm -A out -i -D 0.0.0.0/0