Free hours software for linux

locust project is a full featured Internet search engine specifically designed for knowledge area or corporate search.
It can index 2.5 million documents per 24 hours on a single Dell server. It consists of clean C++/STL code written from scratch.
Enhancements:
- This release adds minor changes needed to compile with GNU c++ version 4.1.2 and modifications to run on the x86-64 architecture.
- lcreatedb has been improved; the MySQL account password is no longer required and the root password is not echoed.
- The documentation has been broadened and partly rewritten.

Tetris 0.9 will provide hours of entertainment for everyone. This is designed as a clone of the popular tetris game, written in Python and PyGame.

It has a menu and high scores for the number of lines, and the score (more points for the number of lines made at once). You control your blocks with the arrow keys (left, right to move, up to rotate, and down to speed up).

Requirements:

• Operating Systems - Should work anywhere with python, but only tested on windows.
• Source Dependencies
• • python 2.5-2.6
  • pygame 1.7+

Poopmup project is a shoot-em-up, with a twist.

Poopmup is a game, a sort of a shoot-em-up, but with a twist. As a child, you where tortured in the playground. You were a victim of the highschool hierarchy.

You hacked hours on end, and built a machine that transformed you into a bird.

You are now free (as in speech) to fly around the city and poop on passers-by.

It is written in C++ using OpenGL. We originally used GLUT as an upper layer, but recently moved to Simple DirectMedia Layer as it is easier to install for an end user and it is a more powerful tool to create user interfaces.

Monster application is a short SNES/NES style RPG. It is licensed under a BSD license.

Estimated playing time is 5-10 hours. If you are not patient, this game is probably not for you. There are a lot of random battles.

My goal when creating this game was to have it run on my Pentium 200MMX. I met the goal: it runs acceptably well on that old machine. The fact that it had to run on old hardware played a big factor in how fancy I could get. If you like Oldskewl graphics and gameplay, you may like Monster.

NAT Monitor is a tool to monitor hosts bandwidth usage in a Linux-NAT network.

A daemon collects data and clients display them (currently a GTK app with graph and a text version). It detects new hosts, saves up to 12 hours of data, and has a nice summary statistic.

Hash::Type module contains pseudo-hashes as arrays tied to a "type" (list of fields).

SYNOPSIS

use Hash::Type;

# create a Hash::Type
my $personType = new Hash::Type(qw(firstname lastname city));

# create and populate some hashes tied to $personType
tie %wolfgang, $personType, "wolfgang amadeus", "mozart", "salzburg";
$ludwig = new $personType ("ludwig", "van beethoven", "vienna");
$jsb = new $personType;
$jsb->{city} = "leipzig";
@{$jsb}{qw(firstname lastname)} = ("johann sebastian", "bach");

# add fields dynamically
$personType->add("birth", "death") or die "fields not added";
$wolfgang{birth} = 1750;

# More complete example : read a flat file with headers on first line
my ($headerline, @datalines) = map {chomp; $_} ;
my $ht = new Hash::Type(split /t/, $headerline);
foreach my $line (@datalines) {
my $data = new $ht(split /t/, $line);
work_with($data->{someField}, $data->{someOtherField});
}

# an alternative to Time::gmtime and Time::localtime
my $timeType = new Hash::Type qw(sec min hour mday mon year wday yday);
my $localtime = new $timeType (localtime);
my $gmtime = new $timeType (gmtime);
print $localtime->{hour} - $gmtime->{hour}, " hours difference to GMT";

# comparison functions
my $byAge = $personType->cmp("birth : -num, lastname, firstname");
my $byNameLength = $personType->cmp(lastname => {length($b) length($a)},
lastname => alpha,
firstname => alpha);
showPerson($_) foreach (sort $byAge @people);
showPerson($_) foreach (sort $byNameLength @people);

# special comparisons : dates
my $US_DateCmp = $myHashType->cmp("someDateField : m/d/y");
my $FR_InverseDateCmp = $myHashType->cmp("someDateField : -d.m.y");

PHP EMS Tools project is a software for volunteer and small paid emergency medical services (EMS) organizations that provides crew scheduling, roster maintenance and printing, rig checks, maintenance reports, and other facilities in an easy-to-use Web-based package.

PHP EMS Tool is a software package for Emergency Medical Services (EMS) agencies. It allows you to maintain a monthly crew schedule, roster, record of apparatus checks, address book, count your members monthly hours, and more. It is designed to be installed on a server on the local network at your headquarters. It *can* be installed on an internet-based host, but this is not suggested, as security is very lax in the current version - it is designed to stop members from casually doing things they shouldnt, not to protect your server from the dangers of the Internet.

The current version incorporates a feature to allow the schedule, roster, and hours count to be visible from the Internet, when configured properly.

PHP EMS Tools is totally free, and open source. It is programmed in the PHP language, which most web servers support. To run PHP EMS Tools, you will need a web server (Apache recommended), the MySQL database server, PHP, and a few other pieces of software. PHP EMS Tools *should* run under any operating system that supports these packages, but is designed to be run under Linux (which is also 100% free and open source). To install PHP EMS Tools, you will need root access to the server, or will need to get the systems administrator to create a database and users for you.