Free what is the ozone layer software for linux

The CAN Abstraction Layer (CANAL) provides a single interface for programs to use different CAN drivers.
It consists of a CANAL daemon that handles client and driver communication, a canalLogger that logs messages in a window, and a simple diagnostic application. C++ clases and DLL/DL interfaces are provided.
Enhancements:
- The configuration readings for CanalWorks were upgraded.
- A GUID ordering problem in canald was fixed.
- A problem with clear message list switch in CanalWorks was fixed.
- A problem in which Linux version Level I received a thread with an invalid count returned for DataAvailable was fixed.

TAHI Test Suite provides a mechanism for validating an IPv6 implementation against a standardized test for conformance to the IPv6 specification, extensions and directly related protocols.
Enhancements:
- Ported FreeBSD-4.x
- Dont support FreeBSD 2.x
- pa can decode MIP6 packets
- All interoperability test tools is included.

OZONE is a 3D marble game.

OZONE is a free game similar to enigma, esprit or oxyd, but in 3D. You also have to move a marble, matching pairs of "OXYD stones" and dont break your marble.

The layer extract plug-in is a Gimp plug-in that creates a new image/film by periodically extracting layers from another image.

It takes one interval (number of sequent layers) every period. The number of periods can be limited.

"< Image >/Filters/Animation/Layer Extract"

OZONE is a free, modular 3-D "marble game", released under the terms of the GNU General Public Licence, either version 2, or (at your option) any later version.

Binaries are available for both Windows and Linux; ihope is working on an OS X version but is having little success at the moment.

OZONE uses OpenGL,SDL,ODE, and others, see Libs.

Database Independent Abstraction Layer for C (libdbi) implements a database-independent abstraction layer in C, similar to the DBI/DBD layer in Perl.
Writing one generic set of code, programmers can leverage the power of multiple databases and multiple simultaneous database connections by using this framework.
Main features:
Database-level abstraction:
Your programs dont need to deal with the arbitrary interfaces and oddities of each database library. libdbi handles all the details for you, you just tell it what you want the database to do.
Modularity:
Since database code written with libdbi is not tied to one specific database server, you can effortlessly switch databases or give your users the option to specify their own database settings.
Clean interface:
With ample documentation describing libdbi and its well thought out object-oriented design, programming with libdbi should be less painful than programming with native database libraries. And you only need to learn it once instead of learning each database librarys syntax.
Accommodates coder apathy:
libdbi is written to do The Right Thing(tm), not just some quick hack that does the job in a half-assed fashion. This saves tons of your $100/hour time from debugging, so that you can mess around having fun during the hours that clients are paying you to debug. It also strives to reduce the worldwide crisis of carpal tunnel syndrome, so it uses constructs such as this one to pack multiple function calls into one line, saving you the bother of typing more than you have to:
dbi_result_get_fields(result, "id.%i firstname.%s lastname.%s fractional_value.%f", &id, &firstname, &lastname, &floatval);
Driver interface:
The dynamic linking used by libdbi allows for driver authors to license their drivers however they please - they are not restricted to the GPL or LGPL. Drivers are easy to write, and require no special installation.
Error handling:
Instead of checking every single database call for errors, libdbi gives programmers the option of registering an error handler callback, similar to a signal handler. Because we know youll "forget" to check for errors otherwise :)
Convenience:
Spend your time writing clever code, not reinventing the wheel with your own single-use, #define-abusing, less featureful database interface.
libdbi implements a database-independent abstraction layer in C, similar to the DBI/DBD layer in Perl. Writing one generic set of code, programmers can leverage the power of multiple databases and multiple simultaneous database connections by using this framework.
The libdbi-drivers project maintains drivers for libdbi. Drivers are distributed seperately from the library itself.
There are currently drivers for MySQL, PostgreSQL, SQLite, and mSQL. More are on the way.
Enhancements:
- Support for a timezone suffix in time and date types was added.
- Error handling and error reporting were vastly improved.
- Some memory leaks were fixed.

The txObject Python Modules provide an interface to the txObject Application Tool Kit and Libraries. txObject ATK provides both embedded and application level projects a five-layer framework. Each layer offers a unified set of tools that allows programmers to focus their development efforts.
A correlation can be made between txObject ATK and Sun Microsystems Inc. Java Language. txObject ATK has many of the advantages Java has, but without some of the performance issues commonly associated with the Java Language. Javas initial advantages are its platform independent built-in and publicly available support libraries. Due to the basic nature of Java, its libraries have a common object-oriented feel and data flow model. txObject ATK has accomplished a similar Java-like environment for C++.
Another correlation can be made between txObject ATK and the CORBA Standards. As demand increases for applications to run in distributed environments and on multiple platforms, projects have had a new added complexity to their traditional development cycle. txObject ATK greatly decreases such complexity in a similar way CORBA does but with two fundamental differences. The first distinction is that txObject ATK is a tightly coupled peer-to-peer distributed system, where CORBA is a loosely coupled client-server model. The second division is that txObject ATK distributed objects are state and transaction consistent. CORBA provides distributed object interfaces without state.
txObject ATK is ideal for developing embedded applications. It has been optimized for memory and CPU constrained systems. The entire software package is comprised of 5,000 lines of class declaration code and 10,000 lines of implementation code. Further reading shall account for the size of each layer.
Each layer of the txObject ATK is a foundation for every successive layer. In order for a particular layer to operate, it requires the layers below it but not the ones above. Since layer 1 is the base for all other layers, close attention should be paid. Each component in layer 1 will be used intimately throughout layers 2-5.
Main features:
- Layer 1 - Object Library
- Layer 2 - I/O & Timers
- Layer 3 - Object-Oriented Threads
- Layer 4 - Inter-Process Communication
- Layer 5 - True Distributed Object Comm. (Object Replication)

Caml is a general-purpose programming language, designed with program safety and reliability in mind. It is very expressive, yet easy to learn and use. Caml supports functional, imperative, and object-oriented programming styles.

It has been developed and distributed by INRIA, Frances national research institute for computer science, since 1985.

The Objective Caml system is the main implementation of the Caml language. It features a powerful module system and a full-fledged object-oriented layer.

It comes with a native-code compiler that supports numerous architectures, for high performance; a bytecode compiler, for increased portability; and an interactive loop, for experimentation and rapid development.