Free stager 2.0.1 software for linux

BFBTester is great for doing quick, proactive, security checks of binary programs. BFBTester will perform checks for single and multiple argument command line overflows and environment variable overflows. Versions 2.0-BETA and higher can also watch for
tempfile creation activity to alert the user of any programs using unsafe tempfile names.

The basic syntax for making BFBTester to run is:

bfbtester [-htv] [-d level ] [-r rejects] [-o out-file]
[-x max-execs] -asme file [file2 file3 ...]
Must specify one or more of the following tests:
-s Single Argument Test
-m Multiple Argument Test
-e Environment Variable Test
-a Selects all tests
Options:
-h Print this message
-t Enable tempfile monitoring
-v Print version string
-d level Set debug level (default = 0, max = 2)
-r rejects Comma separated list of binaries to skip
-o out-file Output to out-file rather than stdout
-x max-execs Set maximum executables to run in parallel (default = 250)
file. Specific binary or a directory of binaries to test

You must specify at least one test to run and you must specify either a binary or a directory.

Cottage Med is an Open Source Software that is ...
- Accessible & Affordable (Free, in fact)
- Easily Customizable and Expandable
- Designed by physicians for physicians
- Used by doctors in the U.S. and developing nations
- a template for FileMaker versions 5-7
Are you intimidated by computers? Is the cost of an electronic medical record ("EMR") beyond your reach? Are you a non-profit organization or a struggling doctor young or old? Our profession suffers with a blizzard of competing and conflicting EMRs. Bloated with unnecessary features, they cost a thiefs arm and a leg to boot. In Cottage Med you can quickly learn and easily reprogram our EMR just like visual Basic without programming experience.
Medicine has a big problem - no broadly accepted, affordable EMR standard exists. Cottage Med bridges your difficult present and unknown future by helping you step into a calmer, smoother, more productive now where you maintain full control over your information, full access to it, and the ability to smoothly export it to whatever future system or standards you choose. Open-Source EMRs are simply great solutions.
A flexible, ruggedly dependable and HIPAA-secure office system can be constructed with your old computer hardware for a few hundred dollars...with secure and wireless networking, PDA and multiple-office support, prescription writing and cross-platform compatibility built in. You should not believe the hype of the AAFP and hundreds of for-profit EMR software companies; our EMR solutions work right now, today, at no cost even without buying FileMaker.
Designed for PC, Apple and Linux environments, these templates run within the database program FileMaker (so its not a "pure" open-source project), but Cottage Med installs like childs play, develops quickly, and does the job to help improve healthcare. The templates designers offer free software support and system suggestions as needed.
Main features:
- point and click Apple/Windows interface for new users
- patient images, patient held records, pediatric growth charts
- practice statistics with powerful search functions for epidemiology and health maintenance studies
- open & industry standard database format
- wireless networking and PalmOS/PocketPC support
- links to other office programs including Microsoft Word, certificates, charts
- quick location of earliest appointment with iCal
- versatile printer and fax control
- multiple keyboard shortcuts for experienced users
- displays at 600x800, 780 x1024 and higher resolutions on demand
- easily copy and paste to replace any office stationery or forms with your own
- point and click note writing for rapid entry of examination
- custom medication lists, multiple user customizable templates
- patient registration, appointments, records & scripts
- supports an appointment timer, semi-automatic receipting of Medclaims

KAstrHorloge is an astronomy software for Linux & KDE.
KAstrHorloge is provided with a 10000 stars database. For any of these stars or planets, the software can compute its position in the sky of your observation site. It displays the object location both in a map and in terms of coordinates (alpha and delta)
For each star or planet, you can add your own comments (for example, some physical data, or observation comments) and even a CCD image of the object !
All functions of KAstrHorloge are intuitive and easily accessible, so you can use this software without reading the doc !
Good observations !
Enhancements:
- Added a dialog to choose the geographic location
- Used libAstronomy and libnova for calculations

erec is a tool program for recording raw audio stream from the soundcard.Multiple instances of erec can be running at the same time sharing the same audio device. It works as a frontend to the sound card for programs wishing to listen at the same time.

Note: For best quality, it might be wise to always record 44.1 kHz 16-bit stereo (-6r44100) and resample the result with an external program like resample to produce the wanted sample rate.

erec has been written by Joel Yliluoma, a.k.a. Bisqwit, and is distributed under the terms of the General Public License (GPL).

erec uses tcp connections between the server (first launched erec by server) and client (all listeners). The ports are calculated from the device filename by a magic formula, which results in these ports for these examples: /dev/dsp: 6130, /dev/dsp1: 6179

A framework (language + interpreter + GUI/IDE) dedicated to the setting up of intelligent personal assistants (IPAs).

this website is currently out-of-date. narval is undergoing heavy development and a new release should be published befor the end of 2004. due to some external constraints, it is not possible to show the code at the moment. we hope youll stay tuned anyway. subscribe to our announce mailing-list to be informed when it comes out.

Narval is the first software agent available as free software (Gnu Public License).

Narval is the acronym of "Network Assistant Reasoning with a Validating Agent Language".

Narval is a framework (language + interpreter + GUI/IDE) dedicated to the setting up of intelligent personal assistants (IPAs).

An Intelligent Personal Assitant is a companion that will help you in your daily work in the information world. It runs on your machine or on a remote server, and you can communicate with it via all standard means (email, web, telnet, phone, specific GUI, etc). It executes recipes (sequences of actions) you wrote, to perform a wide range of tasks, such as prepare your morning newspaper, help you surf the web by filtering out junk ads, keep searching the web day after day for things you want, participe in on-line auctions, learn you interests and bring you back valuable information, take care of repetitive chores, answer e-mail, negociate the date and time of a meeting, and much more... It is easy to extend the built in action library by writing new actions in Python.

The mascot of the Narval Project is called Ornicar and is (of course) a narwhale.

Narval features cutting-edge artificial intelligence and software design techniques. When it was born a few months ago, cyber-fairies predicted it would rapidly spread across the internet and into the world to become the ubiquitous dedicated intelligent personnal assistant weve all been longing for during the dark ages of dumb computing ;-).

Narval is designed to be a companion that will help you in your daily work in the information world. It runs on your machine or on a remote server, and you can communicate via all standard means (email, web, telnet, phone, etc). It executes recipes you wrote, to perform a wide range of tasks, such as prepare your morning newspaper, help you surf the web by filtering out junk ads, keep searching the web day after day for things you want, participe in on-line auctions, learn you interests and bring you back valuable information, take care of repetitive chores, answer e-mail, and much more...

All these features are not available yet, but you can easily specify new action using and implement new plug-ins in Python. At Logilab, we already use a narval called Gizmo as a project coordinator, and each of us has a narval companion!

KeyWatcher is a daemon that monitors events from the new Linux input system and to perform actions based on certain events.
In other words, multimedia keys like play, stop, mute, etc. can be made to do what they say... KeyWatcher is similar to LinEAK and xhkeys, but does not require X.
The downside is you need a device that supports the Linux input system. In 2.4 kernels very few devices support the new input system (USB keyboards should work).
In 2.6 most input devices use the new input system. A 2.6 kernel is strongly recommended.
Enhancements:
- A problem with 100% CPU usage when unplugging or re-plugging an input device was fixed.
- A desktop entry file was added.

Jaybird is JCA/JDBC driver suite to connect to Firebird database server. Historically Borland opened sources of type 3 JDBC driver called InterClient.

However due to some inherent limitations of Firebird client library it was decided that type 3 driver is a dead end, and Firebird team developed pure Java implementation of wire protocol.

This implementation became basis for JayBird, pure Java driver for Firebird relational database.

This driver is based on both the new JCA standard for application server connections to enterprise information systems and the well known JDBC standard.

The JCA standard specifies an architecture in which an application server can cooperate with a driver so that the application server manages transactions, security, and resource pooling, and the driver supplies only the connection functionality.

While similar to the JDBC 2 XADataSource idea, the JCA specification is considerably clearer on the division of responsibility between the application server and driver.

JayBird 1.5 provides extensions to some JDBC interfaces. All extension interfaces are released under modified BSD license, on “AS IS” basis, this should make linking to these classes safe from the legal point of view. All classes belong to org.firebirdsql.jdbc.* package.

JayBird 1.0 provided only pure Java wire protocol implementation. While being most effective in client-server setups (even more effective than native client libraries), it performed worser when connected to the server residing on the same host compared to native (C/C++/Delphi/etc) solutions. Reason is that type 4 driver communicates with the server using network sockets, which introduce additional overhead. Native client library has possibility to use IPC when connecting to the database on the same host. This might increase performance even by 100%.

JayBird 1.5 provides also type 2 JDBC driver that uses native client library to connect to the databases. Additionally JayBird 1.5 can use embedded version of Firebird relational database allowing to create Java applications that does not require separate server setup.

However type 2 driver has also limitations. Due to multi-threading issues in Firebird client library, it is not possible to access it from different threads simultaneously when running in local mode (IPC). In this case only one thread is allowed to access library at a time. Driver tries to provide needed synchronization.

Current implementation uses mutex that is local to the classloader that loaded JayBird classes. This poses some deployment limitations: firebirdsql.jar must be deployed so, that it is loaded by the system classloader. For standalone web containers like Resin or Tomcat, JayBird should usually be deployed in their lib/ directory. It is allowed to include it in the WAR archives, but if and only if it is guaranteed that only one application will access Firebird.

When accessing remote servers thread per connection policy applies. Driver provides necessary synchronization for this situation.

Embedded version of the server cannot be used on Linux systems in multi-threaded applications. In particular this makes embedded version of the server unusable for web applications, where usually each request is served in separate thread.