Free slackware 2.1.0 software for linux

KDE Menu Sidebar Image Improvement is a simple improvement for your KDE Menu that replaces default KDE Menu Sidebar image with one designed specifically for your Slackware GNULinux distribution.
Having say a Slackware or Debian or FreeBSD or any other OS/distribution logo instead of default KDE gear may be a much better choice for those of you who are just in love with your favorite *nix.
Personalized it looks sexy, it looks witty, it stresses the facts.
This project proved to be a little success because people seem to appreciate it.
So, now here we are with updated package again and it is my pleasure to hear from you that youve given it a try.
Enhancements:
- Project structure has been redefined so that it is now template based and extensible. This is basically a first attempt to unify all types of KMSBII presented at kde-look.org.
- Installation script has been dramastically improved; added new features to control the installation process and the ability to perform post-installation actions; run `./install.sh help for more information. The script is quite verbose now and informs user of every action performed in a user-friendly manner;
- Abbreviations of the project related names have been introduced to provide a convenient way to refer to them. See "ABBREVIATIONS" section of `./install.sh help output;
- Graphic source files as well as KMSBI files have been changed once again, changes have been made to achieve the best look of the KMSBI;
- Added KMSBII for Slackware GNULinux distribution v11.0.0;
- Updated documentation.
- Licensing agreement has been introduced to protect intellectual property and rights of its owner. See COPYING file for more details and "Licensing Agreement" section of this file for short explanations on how this licensing agreement works.

iSAK, Internet Secure Access Kit, is an integrated Open Source applications package that gives an efficient departmental access control of Internet services. Right now, many installations of iSAK have been made by Savoir-faire Linux.
Multiple versions of iSAK will be available shortly. Each version differs by its features and the way the Open Source applications are integrated together. Moreover, each installation of iSAK is different because it meets the enterprise requirements.
Enhancements:
- This release includes a new log processing engine for Squid.
- The engine is based on JasperReports to produce professional reports of your network Web activity.
- This version can categorize your Web traffic because of a complete integration of iSAKurlDB.
- Note that is it possible to use this log processing engine without using all iSAK features.
- You can plug it into your actual squid server.

diskfree project is a shell script designed to be run periodically from cron to let you know how much disk space youve used, what directories have grown, which directories have shrunk, etc.
Installing
1. If you have Bash installed, then edit line 1 and point it to Bash. If you dont have Bash installed, but have the Korn shell installed, edit line 1 and point it to that (typically #!/bin/ksh).
2. Decide which directories you want reported on or if youre paranoid, remember to use the -p option. If you want something other than the default then use the -d option
3. Decide who should get the report. If it should go to root, dont do anything. If it goes to someone else, use the -m option (-m someone@somewhere.net)
4. Decide where you want the files this script creates to be put. If /tmp is OK with you, do nothing. If you want them elsewhere use the -l option (-l /var/log)
5. Decide how frequently you want the report run (daily, weekly, monthly, etc) If you want it run daily, then create on entry in your crontab like:
00 00 * * * /some/path/diskfree
If you want to run it monthly as well, I suggest you also add this to crontab:
00 02 01 * * /some/path/diskfree -e monthly
And quarterly would appear in crontab like:
00 04 01 */4 * /some/path/diskfree -e quarterly
6. Save your crontab.
7. Copy diskfree.8 /usr/man/man8
8. Wait for the script to run TWICE, then check your email and review the report
9. Send comments, bugs, suggestions to dhunley@columbus.rr.com
Enhancements:
- Altered the output to put the df output first and the details second.

socklog cooperates with the runit package to create a small and secure replacement for syslogd. socklog supports system logging through Unix domain sockets (/dev/log) and UDP sockets (0.0.0.0:514) with the help of runits runsvdir, runsv, and svlogd.
socklog provides a different network logging concept, and also does log event notification. svlogd has built in log file rotation based on file size, so there is no need for any cron jobs to rotate the logs. socklog is secure, small and reliable.
Enhancements:
- With this version, the socklog-conf program creates the socklog service directories in /etc/sv/ instead of /etc/socklog/, and names them socklog-unix, socklog-klog, etc.
- Additionally, it creates a ./check script in the socklog-unix service directory, which is utilized by runits sv program when starting or checking the service.

Vultures is an isometric graphics interface to NetHack and SlashEM.

Vultures is a fork of the now dead "Falcons Eye" project.

An isometric graphics interface to NetHack. The interface was called "Falcons Eye", because the viewpoint resembles a "birds eye view".

This fork of the original "Falcons Eye" is called "Vultures Eye". "Vultures Claw" is the same interface, but for SlashEM

PRepS is a tool for reporting and tracking problems or tasks. PRepS project is designed for tracking problems with software, but can also be used for tracking other types of problems or tasks. Be creative.

I started working on PRepS after determining that Gnats was overkill for what I needed to do, and that Gnats did not have the worlds greatest user interface. PRepS borrows some ideas from Gnats, and some ideas from other problem reporting systems that I have used. What I am aiming for with PRepS is a system that has enough features to make it useful, yet is not so complicated that it is cumbersome to use.

Please note that PRepS uses the PostgreSQL database server. If you are familiar with PostgreSQL, and with basic DBA tasks, then you should have no problem setting up and using PRepS.

Jaffa (Java Application Framework For All) is an enterprise-focused Java framework for rapid application development. It provides a complete Java Web application development stack, extending exsiting projects like Tomcat and Struts at the frontend with MVC-based web widgets, all the way through to a high-performance lightweight O/R persistence engine, with plenty of rich features in between including rules engines, declarative application, and data security. In addition to the runtime framework, there is a suite of component templates and other tools for rapid application development, including a TogetherSoft plug-in for UML intergration.
JAFFA is aimed at Software development projects that want to focus their energy on building Business Functionality, without spending time on developing the underlying architecture.
The JAFFA Project intends to provide a real world application framework, and then build a community of developers around that, who all want an open standards based framework that they can invest in, for building their specific applications on.
Enhancements:
- Native Tomcat 5.0 support, including jsp precompiling
- Full relational integrity supported in the v1.1 domain pattern
- New bean moulding framework for updating and retrieving graphs of domain objects, idea for complex web services
- Two new database schema importers, we can now import domain models from the database schema, ErWin CASE tool as well as Uniface

SmokePing is a delux latency measurement tool. SmokePing project can measure, store and display latency, latency distribution and packet loss. SmokePing uses RRDtool to maintain a longterm datastore and to draw pretty graphs, giving up to the minute information on the state of each network connection.
SmokePing uses latency measurement plugins for seamless extendability.
SmokePing comes with a smart alarm system. Apart from simple threshold alarms, you have the option of defining latency or loss patterns and use them to trigger alarms.
This allows you to define a pattern which would generate a single alarm when the loss goes from below 1% to over 20% and stays over 20% for more than 10 minutes. The advantage of this approach is the virtual elimination of duplicate alarms which you would get with a simple threshold based system.
Alarms can be sent to a mail address or a pager and if you want you can also start an external script to handle the alarms.
Complex Alarms can be written as plug-ins.
SmokePing can also deal with machines who frequently change their IP address by allowing the remote host to call SmokePings attention to its new IP address. In such a setup SmokePing monitors also for how long the remote system could keep its IP address.
To ensure that it is not suddenly monitoring the wrong host, SmokePing further tries to fingerprint each of its Dynamic IP targets via SNMP.
SmokePing is written in Perl. It consists of a daemon process responsible for data collection and a CGI script presenting the data on the web.
The CGI script uses SpeedyCGI to achieve mod_perl like performance without the need to deploy mod_perl on your web server. SmokePing sports a plug-in architecture to easily add new latency measurement capabilities to SmokePing. SmokePing works happily on all Unix platforms.
Enhancements:
- The scoreboard has a list of hottest targets.
- Echoping V6 compatibility.
- Mail templates.
- A failover server for alert email messages.
- Many new plugins.
- Several bugfixes.