Free epic fail software for linux

EPIC4 is a new direction in ircII development. No longer is EPIC 100% backwards compatable with ircII, but instead we have chosen to find those things where compatability is undesirable, and fix them.
No gratuitous incompatabilities have been added, but lots of new code has been added to make EPIC the best ircII client we could make.
EPIC4 is derived directly from EPIC3, which was itself derived from IRC-II which is currently maintained by Matthew Green, and includes in whole all the additions included in the "plus" clients by Jeremy Nelson and all of the modifications in the "mod" clients by Jake Khuon.
EPIC is currently maintained by EPIC Software Labs (ESL), comprised of Jeremy Nelson, Jake Kuhon, Robert Chady, and a cast of a dozen others.
Main features:
- EPIC is completely safe: There are no hidden trap doors. We value your trust, and will not do anything to abuse it.
- EPIC is programmable: While ircII does contain a wide range of commands and functions, several glaring ommisions exist, which EPIC has attempted to fill, making the ircII language complete, precise, and efficient.
- EPIC supports bots: We do not agree with those who feel that script bots are all the evil of irc, and we feel that scripts bots must not be squelched by those who have the stranglehold of control on irc. EPIC will support bots for as long as we maintain it.
- EPIC is not anal retentive: EPIC allows you to do EVERYTHING that the irc protocol (RFC 1459) allows, and does not place any arbitrary restrictions upon you. EPIC *does* fully comply with the protocol as shipped and does not allow you to do anything that is deemed illegal by the protocol.
- EPIC is complete: EPIC supplies over 100 various functions and commands which allow you to do things very quickly that required very large or slow scripts in the past.
- EPIC is fully ANSI-compliant. Most current versions of the stock client do have full prototyping for all functions, which has the same net effect as the work we have done. We, however, chose to provide both a "old" style (k&r) function header and a "new" style (ansi) function header with every function and provide every extern function a prototype in a header file.
- EPIC is getting smaller and faster. Changes are continually underway to provide a faster client with more functionality while using less CPU cycles. While these may appear to be conflicting goals, the whole point of the EPIC project is to provide the best client that runs as well as can be managed.
Enhancements:
- Change the scary "ERROR --" messages to "INFO --" and hide for dcc and exec.
- Remove hardcoded limits on size of status expandos
- Built in history has been moved to a script implementation
- Translation support fixed for russian users
- Very many commands, functions, sets, moved from builtin to builtins script.
- A new "loadformats" script to use implied on hooks.
- Bug fixes and a multitude of smaller changes.

LivEPICS is a Linux live CD that includes: Epics Base (release R3.14.7), Extensions tools, introductory documents and manuals. It has the complete functionality to develop a small control system, but it is mainly intended for training classes or to monitor and supervise an EPICS network.
The goal of LivEPICS is:
- Allows to use EPICS without installation on the hard disk.
- Automatic setup of environment variables to compile and test new applications from scratch.
- Includes the basic tools (MEDM, VDCT, etc.) with the related documentation.

jPicEdt is a multi-platform vector-based graphic editor for LaTeX and related packages, including eepic and PsTricks.
The LaTeX picture environment is a special environment for inserting simple drawing commands into a LaTeX file.
This environment was obviously not intented to replace more sophisticated graphical formats such as Postscript or PDF (and their associated design tools: Adobe Illustrator, Macromedia Freehand,...), but was merely aimed at easily incorporating small and simple drawings (e.g. graphs, electrical schematics,...)
Yet picture commands are flexible enough to allow one to build rather complicated drawings, including circles, rectangles, lines and vectors, bezier splines.
Besides, using epic/eepic or PsTricks packages largely increases the set of available commands, and amongst other things, allows for shape-filling (and colours with PsTricks) and a better rendering of shapes.
Finally, one of the main benefits of using the picture environment is the ability to incorporate text containing any LaTeX command allowed in LR mode, e.g. equations, arrays or user-defined commands.
Main features:
- Every graphical element allowed by the picture environment commands: lines, arrows, circles, boxes.
- Emulated elements, for example lines of any slope (which LaTeX doesnt support natively), circles of any size, ellipses, arcs and polygons. This makes a strong use of the multiput command.
- Nearly every object allowed by the epic/eepic packages (excluding grids and textured filling): dashed lines, filled (whitened, blackened or shaded) ellipses or polygons, arcs,... Using this package is optional.
- Starting from version 1.3.2, nearly every object in the pstricks.sty package (this include : filling with colors, hatches, textures, setting various stroke parameters, rotating texts,...). Support for pst-node.sty and other related packages is either experimental (meaning that you must recompile with a boolean flag turned on) or simply underway.

Opcode is a Perl module created to disable named opcodes when compiling perl code.

SYNOPSIS

use Opcode;

Perl code is always compiled into an internal format before execution.
Evaluating perl code (e.g. via "eval" or "do file") causes the code to be compiled into an internal format and then, provided there was no error in the compilation, executed. The internal format is based on many distinct opcodes.
By default no opmask is in effect and any code can be compiled.

The Opcode module allow you to define an operator mask to be in effect when perl next compiles any code. Attempting to compile code which contains a masked opcode will cause the compilation to fail with an error. The code will not be executed.

The Linux Replicated High Availability Manager (aka Linuxha.net) allows the creation of clusters for application high availability through data replication.
Currently, clusters are limited to two nodes, but multiple applications can be hosted and failed-over between the nodes. The software uses DRBD to provide the data replication facillity.
Although this shared-nothing type architecture is typically more complex to configure and manage the Linuxha.net toolset attempts to manage much of this complexity for the administrator.
Much of the initial development and testing took place on various Linux 2.4 based distributions. More recently development and testing has taken place on Linux 2.6 distributions (primarily Fedora Core), ensuring the product works as expected on the latest available distribution releases.
Much effort has been spent ensuring that significant levels of support documentation is available. The documentation section now contains several guides as well as a user manual.
Please note that the user manual will eventually be replaced by a reference guide and various installation and user guides. Keep changing the documentation page regularly - these will be added when they are completed and aim to just cover specific topics.
Enhancements:
- Improvements were made to handling physical network link checking.
- Improvements were made for local IP fail-over.
- More flexible cluster partitioning handling was implemented.

wxDialer is a simple and easy to use dialer program which allowes to make and receive calls on your modem. This program is based on win9x dialer.exe application.
A microphone is required, and it is suggested that you also have
headphones instead of using your speakers to prevent any nasty feedback. A
telephone headset, naturally, is best for this.
This is program is not designed for voice-over-IP (VoIP) or to dial to ISDN
modems. It dials out using your every day dialup modem, and makes your
computer one big handset.
To run wxDialer, its simply a case of using the appropiate command
(ie: python /home/aaron/python/wxDialer/wxDialer.py) without any arguments. It
doesnt matter if you specify arguments, they are ignored (for now ;)
wxDialer stores configuration information in the dir $HOME/.wxDialer - if it
doesnt exist, it is created along with the config file containing default
values.
Enhancements:
- Fixed a bug where the modem may fail to initialize properly, causing it not to dial out.

ToolSet::SWC is a sample toolset with strict, warnings and Carp.

SYNOPSIS

use ToolSet::SWC;

# strict is on
# warnings are on
# Carp defaults are imported

carp "We know how to carp";

$name = "Igor"; # this will fail strict when compiling

ToolSet:SWC is a simple example of a ToolSet that enables strict and warnings and also imports all the basic Carp functions. See ToolSet for more details.

Mailing List project is a Web-based, full-featured mailing list and newsletter system. Users can subscribe and unsubscribe themselves.
Email confirmation is used for new subscriptions. The list of subscribers to a list can be imported and exported.
Installation:
- copy all files to your web host
- use phpmyadmin or your mysql interface to run site.sql against your database.
- open site.xml and edit the database section with your database details.
- go to index.php and login with username of admin with a password of test.
Setup the site.xml file with your database settings as follows.
< database type="mysql" >
< server >database server address< /server >
< login >database login< /login >
< password >database password< /password >
< default >mysql database name< /default >
< /database >
Add this to your ".htaccess" file to prevent viewing of the xml config file.
< Files ~ ".xml" >
Order allow,deny
Deny from all
Satisfy All
< /Files >
Enhancements:
- A problem with the SQL setup file which caused the setup to fail on some systems was fixed.