Free sturmbahnfahrer 1.5.2 software for linux

Sturmbahnfahrer is a simulated obstacle course for automobiles.

Sturmbahnfahrer... for expert drivers only. If you want to master it, try to have the laws of physics work with you, not against you.

Enabling technologies behind Sturmbahnfahrer include the Open Dynamics Engine and the portable game library known as PLIB.

Sturmbahnfahrer is a game by Bram Stolk.

snif is a project which creates simple and nice directory listings.
snif (simple and nice index file) is a single PHP file that creates a nice directory listing of whichever directory you put it in.
Translations are available for English and German, and others can be added very easily.
Snif does not require any other files or special installation, and supports file and directory descriptions, sub-directories, sorting, automatic thumbnails, file icons, directory splitting, and hidden files wildcards.
Output is valid XHTML and CSS.
Main features:
- ready to run: you dont have to change anything, just put snif into a directory and let it do its job
- single file, doesnt clutter your directories
- file and directory descriptions
- automatic thumbnails for image files
- thumbnail caching
- fully translatable, translation is used for foreign visitors automatically. 16 translations are included: Brazilian Portuguese, Czech, Danish, Dutch, English, French, German, Greek, Hungarian, Italian, Japanese, Norwegian, Polish, Russian, Spanish, and Swedish.
- download files instead of opening
- listing sortable by name, size or date
- display sub directories and handle direct requests to them gently
- built-in file icons
- optional: use external icons instead of built-in ones
- customizable using an external CSS file
- configuration can be shared among multiple instances
- conforms to XHTML 1.1 and CSS 2.0
Enhancements:
- added a Czech translation (thanks to Jan Pinkas)
- added an Italian translation (thanks to Luca Soltoggio)
- fixed an XHTML glitch in thumbnail tags

Cromfs is a compressed read-only filesystem for Linux. Cromfs is intended for permanently archiving gigabytes of big files that have a lot of redundancy. It is more aimed at heavy compression than at a light fingerprint.
Version restrictions:
- Filesystem is write-once, read-only. It is not possible to append to a previously-created filesystem, nor it is to mount it read-write.
- Max filesize: 2^64 bytes (16777216 TB), but 256 TB with default settings.
- Max number of files in a directory: 2^30 (smaller if filenames are longer, but still more than 100000 in almost all cases)
- Max number of inodes (all files, dirs etc combined): 2^60, but depends on file sizes
- Max filesystem size: 2^64 bytes (16777216 TB)
- There are no "." and ".." entries in directories.
- mkcromfs is slow. You must be patient.
- The cromfs-driver has a large memory footprint. It is not suitable for very size-constrained systems.
- Ownerships are not saved.
- Maximum filename length: 4095 bytes
Main features:
- Data, inodes, directories and block lists are stored compressed
- Duplicate inodes, files and even duplicate file portions are detected and stored only once
- Especially suitable for gigabyte-class archives of thousands of nearly-identical megabyte-class files.
- Files are stored in solid blocks, meaning that parts of different files are compressed together for effective compression
- Most of inode types recognized by Linux are supported (see comparisons).
- The LZMA compression is used. In the general case, LZMA compresses better than gzip and bzip2.
- As with usual filesystems, the files on a cromfs volume can be accessed in arbitrary order; the waits to open a specific file are small, despite the files being semisolidly archived.

Bioperl project is a collection of perl modules that facilitate the development of perl scripts for bioinformatics applications. As such, it does not include ready to use programs in the sense that many commercial packages and free web-based interfaces do (e.g. Entrez, SRS).
On the other hand, bioperl does provide reusable perl modules that facilitate writing perl scripts for sequence manipulation, accessing of databases using a range of data formats and execution and parsing of the results of various molecular biology programs including Blast, clustalw, TCoffee, genscan, ESTscan and HMMER. Consequently, bioperl enables developing scripts that can analyze large quantities of sequence data in ways that are typically difficult or impossible with web based systems.
In order to take advantage of bioperl, the user needs a basic understanding of the perl programming language including an understanding of how to use perl references, modules, objects and methods. If these concepts are unfamiliar the user is referred to any of the various introductory or intermediate books on perl.
Weve liked S. Holzmers Perl Core Language, Coriolis Technology Press, for example. This tutorial is not intended to teach the fundamentals of perl to those with little or no experience in the perl language. On the other hand, advanced knowledge of perl - such as how to write a object-oriented perl module - is not required for successfully using bioperl.
Bioperl is open source software that is still under active development. The advantages of open source software are well known. They include the ability to freely examine and modify source code and exemption from software licensing fees.
However, since open source software is typically developed by a large number of volunteer programmers, the resulting code is often not as clearly organized and its user interface not as standardized as in a mature commercial product.
In addition, in any project under active development, documentation may not keep up with the development of new features. Consequently the learning curve for actively developed, open source source software is sometimes steep.
Enhancements:
- Many bugfixes and enhancements were made, including support for parsing the latest NCBI BLAST text format changes, PAML 3.15 support, a Taxonomy (Bio::Species) overhaul, a Bio::Map overhaul, a Bio::SearchIO speedup, the introduction of a Build.PL installation system, and fixes for some memory leaks in Bio::Tree.
- This version requires Perl 5.6.1 or later.

CoTeia provides a simple Wiki.

CoTeia is a Computer Supported Collaborative Learning Environment (CSCL) that allows collaborative authoring of Web-based material (repository of hyperdocuments).

It supports features like search, recent changes, upload, page lock, integration to chat, and more.

ArchGenXML project is a code generator for Plone CMS.
It builds on architecture-centric, model-based and test-driven developement. Generates Python code from UML-Models (XMI-Format). Its optimized for the generation of code based on the Archetypes framework.
With ArchGenXML you can create working python code without writing one single line of python. It is is a commandline utility that generates fully functional Zope Products based on the Archetypes framework from UML models using XMI (.xmi, .zargo, .zuml) files. The most common use case is to generate a set of custom content types, possibly with a few tools, a CMFMember type and some workflows thrown in.
In practice, you draw your UML diagrams in a tool like Poseidon or ObjectDomain which has the ability to generate XMI files. Once you are ready to test your product, you run ArchGenXML on the XMI file, which will generate the product directory. After generation, you will be able to install your product in Plone and have your new content types, tools and workflows available.
At present, round-trip support is not implemented: Custom code cant be converted back into XMI (and thus diagams). However, you can re-generate your product over existing code. Method bodies and certain "protected" code sections will be preserved. This means that you can evolve your products public interfaces, its methods and its attributes in the UML model, without fear of losing your hand-written code.
WHY use "ArchGenXML":
- You want to save time
- You are a lazy programmer
- You dont like to reinvent the wheel
- You dont like copying and pasting code and bugs
- You make heavy use of references and interfaces
- You have big projects with many different custom types
- You want or need a well-documented interface to your product
- You like structured model- and pattern-driven software development
- You want to maintain your project in future without getting a headache
- and many more good and odd other reasons.
Enhancements:
- Stable ArchGenXML for Plone 2.1 and 2.5. No more new features in v1.5 in future, just bugfixing. Features are for v1.6 targetting at Plone 2.5 and 3.0. They are developed on svn-trunk. v1.5 is branched away.

Rootsh is a wrapper for shells that logs all echoed keystrokes and terminal output to a file and/or to syslog. Its main purpose is the surveillance of users who need root privileges. They start rootsh through the sudo mechanism.
Sometimes users have to perform tasks on a system which are too complex to be wrote in sudo commands. Sometimes there is management pressure to give a user a root shell. Sometimes youre just tired arguing with users who insist in having root privileges.
With rootsh you can give your users access to a root shell while auditing their actions.
rootsh works very much like the script utility. It forks and creates a master/slave pseudo terminal pair. The slave pseudo terminal will become the controlling terminal of the child process which will execute a shell command. The parent process waits for input from the
users terminal and sends it down the master pty. Every output including the echoed input will be written to a logfile and to the syslog daemon.
Enhancements:
- initial release 0.1
- since then
- added version() and usage() to rootsh
- modified pty module handling for AIX
- switched setupshell and beginlogging
- posix sigaction is now the preferred signal handling
- configure.in tests for sys/select.h

OutOfOffice answers your email with the message you have set when you are out of your office.

OutOfOffice is like Outlooks Out of office function, but you dont need Outlook or Exchange.