Free lapsus 0.0.5 software for linux

Laplock project locks your computer or laptop using a media card such as USB memory, SD, MMC, or a Memory Stick. Once you register a unique card, the program starts xlock or xscreensaver when it is removed and stops it once it is plugged in again.
INSTALLATION
you need: udev, the userspace dev tools. This does
not work with devfs.
you can execute everything you want, but a screensaver
would be the best. so install xlock or xscreensaver
1) just type make to compile laplock.
2) type make install to install the binary to /usr/bin
and the sample conf file to /etc/
(you can type make DESTDIR=what/ever/ install to
install it for packages or so.)
3) edit /etc/laplock.conf.example and move it to
/etc/laplock.conf.
and youre done. have fun.
CONFIGURATION
in version 0.0.3 you only need 3 variables to set.
DEVICE
the device to watch. fire up udevmonitor
and plug in a card into your reader. normally
there are 3 lines with add@ and many shit.
(also the device)
UUID
close udevmonitor and go to /dev/disk/by-uuid/
there is a new file with the unique id of your
card.
EXECUTE
this command will be started, when you insert
your mastercard. xlock is very nice and works
good.
Enhancements:
- Debug mode was implemented with laplock -d.
- A lot of code cleaning was done in laplock.c and udev.h.
- An application is started with fork() instead of with system() and bash.
- getopt_long is used for parameters now.
- Nice indent schemes were added to the Makefile.

JavaAmp is a clone of the well known multimedia player WinAmp.

JavaAmp player uses the Lightweight Java Game Library (LWJGL) and FMOD for playing music and visualizing it.

Stunner is an RFC 3489 STUN server and client for Unix and Unix-line operating systems. Stunner aims to adhere closely to the RFC.

The STUN protocol is used to help clients who are located behind network-address translating (NAT) routers determine the sort of NAT being used. It is commonly used as part of Voice-over-IP (VoIP) systems.

Anvil is a C++ library to enable developers to read, write and otherwise work with Quicken QIF4 data files. QIF4 files are exported text files from Quicken and account files downloaded from your bank or credit union.

We have a C++ library that uses the STL to read, write and query data. A SLang engine has been created in order to be able to test the methods. This may also prove useful for abstracting the GUI layer away from the library, but so far its just for testing.

Here are the steps for building the library:

1. Building the Library
a. cd src
b. make

2. Test
a. cd ..
b. ./test_c
c. You should see some text on the screen.
The last error message IS intentional.

3. Gui
a. cd gui/Slang
b. make

SkyServer streams live astronomical data to file at user-specified intervals.
SkyServer is a computationally rigorous backend for planetaria, sky charts, ephemerides, astrological, or any application that may need to use realtime celestial data, making such data continuously available for processing either textually or graphically by your display script.
SkyServers astronomy libraries, written in Delphi-mode extended Pascal, have a ten-year pedigree. They are proven, stable, fast, and arc-second accurate, serving as the computation engine behind such well-regarded software products as Coeli Stella 2000, Adastra, DeskNite, and several other shareware titles for MS Windows.
SkyServers initial data set comprises a 15,695-star selection from the Yale and Hipparcos catalogs; Critical, NEO, bright, and transneptunian asteroids; DSOs, comets, sun, moon & planets, plus linesets for drawing, including constellation lines, boundaries, grids, aequator, ecliptic, horizon, galactic equator, polar points, and Milky Way.
Further data extensions may be obtained direct from Coeli. Extensions feature the complete SAO and Hipparcos star catalogs, regularly updated orbital elements for comets and asteroids, and nearly 300 extra star names and associated notes, all suitable for loading straight into SkyServer.
SkyServer dishes your data out in digestible form. Readable by both human and software, there are two principal file formats: "record jar" and rdb tables.
The latter may be manipulated at the command line without modification using a relational database tool such as NoSql. The record jar file is designed to be read in by a display script or simply perused by the user. See below for an example record from stars.data.
While the underlying Coeli engine has been tried and tested to production standard and been in constant development for over a decade, the SkyServer POSIX daemon itself is a first beta release. It needs testers and contributors, and I hope you will join the project.
Our aim is to offer a free, comprehensive, complete, yet extensible backend for astronomy scripting, thus rendering the hitherto daunting task of creating personalized astronomical applications for web or desktop a trivial matter. Whatever your style or preference - whether this be C, Java, Python, Ruby, Perl, PHP, or shell - SkyServer will provide the celestial data in realtime, right down to the screen coordinates of each and every object in its database, pixel-ready.
Your own display script will not need to do a single calculation.
Enhancements:
- A command line parser was implemented for SkyServer, incorporating a brief help page, version, options, and licensing information.
- Documentation was expanded to include instructions on runtime control via IPC signals.
- Planet, comet, and asteroid displays were added to the SkyShow GTK+ frontend, and the title-bars N/S E/W "facing" bug was fixed.

Breaky project is a breakout game for X.
Breaky is one of my first experiences in game programming. The goal of writing this program was to get a well working game, which was fun to play. I think ive succeeded in both goals.
Of course the program isnt perfect yet, im still working on a lot of extra game modes, removing bugs and speeding up the overall performance.
Enhancements:
- Marco van Berkum discovered a bug in xbreaky: "By default xbreaky is installed as suid an can be abused to overwrite any file on the system by any user. " Ive removed the suid bit according to Marcos recommendations. Youll find the updated versions on the download page, enjoy ....
- All of the old news items have been removed *outdated*

Pwman3 is a console based password management application. I wrote the original pwman over 4 years ago, just before going to university. Over the 4 years I spent in university, the code fell into disuse, and I pretty much abandoned it due to time constraints*. I had almost forgotten it. Until a few days ago I went searching the web for password management software I liked. I found none so I wrote my own. The exact same reason pwman1 was written.
There was a pwman2 but it was never released. The code never reached a stage that was releasable. I could have called this pwman2, but I already had a pwman2 subversion repository and I didnt want to mess with it, so I just bumped this one up to pwman3.
Pwman3 is written in python. Pwman3 uses sqlite for storage and all data is encrypted when it isnt being viewed on screen. To install pwman3, you need the following packages installed (for Debian, others may vary):
python-pysqlite2
python-crypto
python-celementtree
Source and binary packages can be acquired from the download page. Although I havent found any bugs in Pwman3 yet, I havent used it extensively, so there may be many lurking. You are advised to back up your passwords regularly.
Enhancements:
- A new PostgreSQL driver has been added.
- Support for exporting and importing lists of passwords is now available, so it is now possible to exchange passwords.
- There is also an experimental MySQL driver, though this is not fully supported as MySQL lacks INTERSECT, which is needed by pwman.