Free computer programmer software for linux

Computer Breaker project is a network testing tool for services vulnerabilities.

Computer Breaker is a network testing tool that allows networking administrators to test if a computer is vulnerable to malicious attacks.

Using the Nessus scanner, computer-breaker scans the remote host and automatically exploits its vulnerabilities.

Computer Temperature Monitor is a little applet for the GNOME desktop that shows the temperature of your computer CPU and disks on screen. Computer Temperature Monitor also allows you to log temperatures to a file.
You can set alarms to notify you when a tempertature is reached. Several monitors can be added to the panel to monitor different sensors. It is designed to look like the CPU Frequency Gnome applet. This applet used to be called Laptop Temperature Monitor.
Enhancements:
- The way the temperature file is read has been changed to fix a bug in some modules (acpi, ibm_acpi, i8k, and omnibook).
- Support has been added for Apple G5 computers (windfarm sensors).
- Support has been added for dynamic log filenames using patterns.
- A bug that prevented the icon from appearing sometimes has been fixed.
- A GConf key has been added for showing debug information in the applet tooltip.
- A Simplified Chinese translation has been added.
- Support has been added to change the logging timeout.
- There are some bugfixes.

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JoeDog::ProgressBar provides a perl extension that provides an ASCII progress bar for your perl scripts.

You can run it inside any for which you can calculate the last iteration.

This is a autoloadable module which allows the programmer to add a progress bar to loops.

47% done: +++++++++++++++++++++++> |

INSTALLATION
JoeDog::ProgressBar.pm was built using perl Make::Maker utility
If you are familiar with that utility you should have no problem
with this installation as it will be familiar:

$ perl Makefile.PL
$ make
$ make test
$ su
$ make install

USAGE
use JoeDog::ProgressBar;
my $bar = new ProgressBar($max_size);
for(0..$max_size){
$bar->refresh($_);
}

Open Computer Forensics Architecture (OCFA) is a modular computer forensics framework built by the Dutch National Police Agency. The main goal is to automate the digital forensic process to speed up the investigation and give tactical investigators direct access to the seized data through an easy to use search and browse interface.
The architecture forms an environment where existing forensic tools and libraries can be easily plugged into the architecture and can thus be made part of the recursive extraction of data and metadata from digital evidence.
The Open Computer Forensics Architecture aims to be highly modular, robust, fault tolerant, recursive and scalable in order to be usable in large investigations that spawn numerous terabytes of evidence data and covers hundreds of evidence items.
Enhancements:
- This release fixes a memory leak in the evidence library and adds a workaround to limit the impact of a memory-hungry indexer module.

COMSERV is a program that allows you to talk to a network terminal server such as a Xyplex MAXserver 1600.
The handy thing about this program is that the client side of the connection does not need to know anything about how to talk to the terminal server. COMSERV handles the connection details. Thus, you can use existing programs like tip to talk to devices attached to your network terminal server without any modification.
Also, you can use COMSERV to turn your Unix computer itself into a terminal server and serve up its own local serial ports over the network for remote systems to access. This is handy if you have several systems lying around and you want to utilize devices attached to their serial ports.
My primary motivation for writing this program was to expand the I/O capabilities of my FreeBSD home computer. I have many serial devices that I want to connect to my PC which include my modem, Palm Pilot, GPS, various micro-controllers, my EEPROM programmer, and other computers and printers. But with only two serial ports on my PC, I became annoyed at having to reach around the back of my computer and swap cables every time I wanted to plug in a different device. [I think all inventions are the product of the laziness of the inventor :-)] So I searched eBay and found a couple of these Xyplex terminal servers that looked promising, I bid on them, got them, and began hacking.
The only problem with using this type of device for serial expansion, is that if you use a program like tip on Unix (tip is a very basic but functional program to connect directly to a serial port), it expects to be able to open the serial port by opening a /dev/xyz device file that corresponds to a real serial device. The Xyplex, on the other hand, communicates to the Unix system via an ethernet network. In order to talk to one of the serial ports on the Xyplex, you need to establish a TCP/IP connection between your Unix computer and the Xyplex device at a particular TCP port. The TCP port you connect to determines which Xyplex serial port you connect to. For the Xyplex 1600, serial port 1 is TCP port 2100, serial port 2, is TCP port 2200 and so on.
Unfortuneately, tip, and programs like it, have no idea how to establish a TCP/IP connection to the Xyplex in order to transfer data to and from a serial device connected to the Xyplex.
This is what COMSERV does. COMSERV creates a set of pseudo-tty device files that are palatable to tip and other programs. COMSERV opens the master side of the pseudo terminal and the client program (tip in this case) opens the slave side. Data written on the slave endpoint comes out on the master endpoint and vice-versa. This mechanism establishes a connection between the client program and COMSERV. COMSERV then uses TCP/IP to establish a connection to the network terminal server.
Thus, data originating from the client program is written to the slave tty where is read by COMSERV. COMSERV then writes the data to the network socket to the Xyplex, which then passes it on to the designated serial port. Data originating from the serial device attached to the Xyplex takes the reverse path.
Only one instance of COMSERV is required to be running on your system to handle all of your network terminal servers (it can handle as many terminal servers and ports as the speed and resources of your system allows). COMSERV is designed to handle many connections in this fashion, and does so by multiplexing between them using asynchronous device and socket I/O.
While I wrote COMSERV to talk to a Xyplex MAXserver 1600, it should work with other manufacturers products as long as they follow a similar API. The Xyplex devices that I have are 16 port devices that connect serial devices to an ethernet network.
If COMSERV sounds useful to you, feel free to download and use it. The program is provided in source form, so you will need to extract it and compile it. If you use FreeBSD, simply do the following:
% cd /usr/ports/comms/comserv
% make install
I use it on FreeBSD 4-STABLE. I dont currently know of any outstanding bugs, but if you find and fix any bugs, please send me your fixes so that others can benefit from them as well.
If you do decide to use COMSERV, please note the accompanying license. In a nutshell, you can use it without restriction as long as you credit me and keep the copyright notice intact. If you happen to like it, feel free to send your thanks, letting me know. If you dont like it, let me know why, perhaps I can improve it. If you improve it, please send me your changes and Ill see about integrating them so that others can benefit from your improvements.
Enhancements:
- Implement a power of 2 backoff and retry for failing connections with a maximum 10 minute wait. This keeps from filling up the logs with failed repeated attempts.

Neural Network Framework project is a C++ framework to develop, simulate, and analyze arbitrary complex neural networks.
The programmer can use the classes provided to create neural networks with arbitrary topology and mixed type of neurons. Its very easy to add customized neurons and layers.
Enhancements:
- A ScaleFunction that scales the input vector of a Cluster and a normalize method for RealVec were added.
- Two methods were added to the Random class to randomize RealVec and RealMat.

Ice, the Internet Communications Engine, is middleware for the practical programmer. A high-performance Internet communications platform, Ice includes a wealth of layered services and plug-ins. Ice means simplicity, speed, and power.
Ice is available under the terms of the GNU General Public License (GPL). Commercial licenses are available for customers who wish to use Ice with proprietary products. Please contact sales@zeroc.com for more information.
Ice is currently available for C++, Java, C#, Visual Basic, Python, and PHP, and is supported on various operating systems. Additional operating systems and languages will be supported in future releases.
Ice consists of the following packages:
Slice The Specification Language for Ice. Slice establishes a contract between clients and servers, and is also used to describe persistent data.
The Slice Compilers Tools to compile from Slice into target languages, such as C++ and Java, or to automatically generate documentation from Slice files.
Ice The Ice core library. Among many other features, the Ice core library manages all the communication tasks using a highly efficient protocol (including protocol compression and support for both TCP and UDP), provides a flexible thread pool for multi-threaded servers, and additional functionality that supports extreme scalability with potentially millions of Ice objects.
IceUtil A collection of utility functions, such as Unicode handling and thread programming. (C++ only.)
IceBox An application server specifically for Ice applications. IceBox can easily run and administer Ice services that are dynamically loaded as a DLL, shared library, or Java class.
IcePack A sophisticated server activation and deployment tool. With IcePack, the complex task of deploying applications in a heterogeneous computer network is dramatically simplified. Simply write a deployment descriptor in industry-standard XML, and IcePack handles the rest.
Freeze Freeze provides automatic persistence for Ice servants. With just a few lines of code, an application can incorporate a highly-scalable evictor that efficiently manages persistent objects.
FreezeScript It is common for persistent data types to change, especially in large software projects. In order to minimize the impact of these changes, FreezeScript provides inspection and migration tools for Freeze databases. The tools support an XML-based scripting capability that is both powerful and easy to use.
IceSSL A dynamic SSL transport plug-in for the Ice core. It provides authentication, encryption, and message integrity, using the industry-standard SSL protocol.
Glacier One of the most difficult challenges for object middleware systems is security and firewalls. Glacier, the firewall solution for Ice, greatly simplifies the deployment of secure applications. Glacier authenticates and filters client requests and allows callbacks to the client in a secure fashion. In combination with IceSSL, Glacier provides a powerful security solution that is both non-intrusive and easy to configure.
IceStorm A messaging service with support for federation. In contrast to most other messaging or event services, IceStorm supports typed events, meaning that broadcasting a message over a federation is as easy as invoking a method on an interface.
IcePatch A patching service for software distributions. Keeping software up-to-date is often a tedious task. IcePatch automates updating of individual files as well as complete directory hierarchies. Only files that have changed are downloaded to the client machine, using efficient compression algorithms.
Enhancements:
- Various additions, including redundant IceGrid registries.