Free ethanol production software for linux

Foundation project is a real-time multi-player space conquest game.
OpenGL hardware support is recommended. Goals include researching new technology, colonizing distant planets, and fighting intense 3D fleet battles for survival.
Main features:
- colonization
- production of new units, facilities and ships
- research new technology to give you an edge
- space battles
Enhancements:
- more high-level network code (can now transfer fleet info)
- can now build ships
- wont crash if youre not connected to a server but try send a msg
- texture caching system
- fixed check for if a planet is building a certain structure
- slight changes to planetview and fleetview layout
- added more components to fleetview
- moved id to platform class, fleets and planets now both have IDs
- fleet movement mostly complete, still have to deal with deleting fleets
- fixed production bug, need resources now

Fnord is a Linux distribution designed to be built from source and maintained manually. This allows the administrator maximum control over the system.

Unlike other built-from source systems, Fnord is not a toy; it is intended as a production Linux system (in fact, Fnord has been running on all of FnordNets machines since 2000).

Fnord includes a ramdisk-based utility system for initially configuring the target system, a pre-built environment that allows for building the system, full source code for the base system, and source for many other packages.

X-evian is a Live-CD, a complete operating system which installs automatically from the CD-Rom in RAM memory by means of a process of automatic hardware detection.

This makes it possible to "parasite" a PC without leaving any trace?without touching the hard disk and without interfering with the operating system or the files already installed on the PC. X-evian also includes a utility for installing the contents of the CD automatically onto the hard disk (without having to erase Windows).

Debian GNU/Linux is much more than an operating system: it is an entire system of program distribution, installation and management built around the Linux kernel (the core of the operating system). Debian GNU/Linux consists of about 10,000 different programs, nearly all of which are free software, bundled and classified for integrated operation.

X-evian is a selection and compilation which has been carefully chosen and configured for activist users, for liberated cultural, technological and social production. But Debian is much more than "a complete operating system and an infinite number of programs".

Debian is the largest independent free software community on the Net and one of the most firmly established and stable techno-political projects in cyberspace. X-evian is an easy preconfigured way of introducing the user to the best of the resources of this Debian.

The power of digital recombination, reproduction and transmission has enabled the cognitariat (the workers of the immaterial production networks) to organise its own production transversally. But this transverse self-organisation would not have been possible without a format that would protect the collective work.

This is copyleft. "Copyleft uses copyright law, but flips it over to serve the opposite of its usual purpose: instead of a means of privatizing software, it becomes a means of keeping software free. The central idea of copyleft is that we give everyone permission to run the program, copy the program, modify the program, and distribute modified versions?but not permission to add restrictions of their own.? Stallman, R. (http://www.gnu.org/gnu/thegnuproject.html).

Copyleft hacks into the legal system of copyright to champion the freedom of knowledges and techniques. X-evian is the product of the recombination, copying and transformation of these knowledges. X-evian can therefore be freely copied, distributed, modified, recombined and used (provided any modification is also free).

But its not only the software that can be copylefted: the design, images, texts, technical documents, music and videos included in X-evian are also free. X-evian therefore forms part of the cycles of immaterial production, liberated from the info-capitalist restriction on the circulation of knowledges and techniques, and its devices of production and consumption (factories, companies, shopping centres, etc.).

Liberated immaterial production does not operate along the lines of the development-production-sale-consumption sequence, but rather follows interactive cycles of development-use-development, looped in backfed hypercycles of projects, groups and individuals (X-evian, metabolik, hacklabs, sindominio, Debian, Linux, etc...).

X-evian is therefore also a community of development and experimentation from free software towards a different technological, cultural and social model, in which production and use merge in cooperative horizontal communities working outside market interfaces, innovation restricted by patents and commercial interests and the consumerist use of technology.

This edition of X-evian seeks to explicitly support copyleft philosophy, motivations and practices, and therefore includes an organised selection of copyleft materials (chats, texts, manuals, etc.).

mysqlrowcopy is a tool that generates insert statements from result sets. It produces output similar to what might result from running mysqldump on a single SELECT query.

This project helps eliminate some of the tedium of moving data between QA and production MySQL databases.

Build:

To build mysqlrowcopy, you should run:

./configure
make

A mysqlrowcopy and mysqlrowcopy.debug file are created. They have identical functionality, the .debug version simply has debugging symbols built in (for gdb).

Since mysqlrowcopy is probably going to be I/O bound with modest CPU and RAM usage, the only reason to even build a 64-bit version is to work around potential issues in dynamic linking 32-bit binaries against 64-bit libraries.

RECIPES

1. Migrating a MySQL user account reaper from QA server to a production server.

e.g. MySQL database server qa3.example.com to prod1.example.com:

$ mysqlrowcopy -h qa3.example.com
SELECT * FROM db WHERE User = "reaper" mysql db > reaper.sql
$ mysql -h prod1.example.com mysql < reaper.sql

You could of course simply pipe the output of mysqlrowcopy into mysql and skip the intermediate file.

(Dont forget to RELOAD PRIVILEGES afterwards)

2. Keep your test environment up to date. Populate it with production data every 24 hours. You could run this sequence from cron once a day:

$ mysqlrowcopy -h finance-db.example.com
SELECT * FROM stocks WHERE modified > DATE_SUB(NOW(),INTERVAL 24 HOUR)
finance stocks > day-stocks.sql

$ cat day-stocks.sql | mysql -h finance-test.example.com finance

3. Copy data between tables on different servers that have some similar fields.

Youve got common data in table Zip on a production database:

mysql> desc Zip;
+-------------+-------------+------+-----+---------+-------+
| Field | Type | Null | Key | Default | Extra |
+-------------+-------------+------+-----+---------+-------+
| ZIPCode | varchar(5) | | PRI | | |
| ZIPCodeType | char(1) | YES | | NULL | |
| City | varchar(32) | YES | | NULL | |
| CityType | char(1) | YES | | NULL | |
| State | varchar(32) | YES | | NULL | |
| StateCode | char(3) | YES | | NULL | |
| AreaCode | char(3) | YES | | NULL | |
| Latitude | varchar(12) | YES | | NULL | |
| Longitude | varchar(12) | YES | | NULL | |
+-------------+-------------+------+-----+---------+-------+
9 rows in set (0.00 sec)

And youve got table ZipPosition in a research database:

mysql> desc ZipPosition;
+-------------+-------------+------+-----+---------+-------+
| Field | Type | Null | Key | Default | Extra |
+-------------+-------------+------+-----+---------+-------+
| ZIPCode | varchar(5) | | | | |
| Latitude | varchar(12) | YES | | NULL | |
| Longitude | varchar(12) | YES | | NULL | |
+-------------+-------------+------+-----+---------+-------+
3 rows in set (0.00 sec)

You want to load data from production Zip into research ZipPosition.

$ mysqlrowcopy -h production SELECT ZIPCode,Latitude,Longitude common ZipPosition > pos.sql
$ cat pos.sql | mysql -h qa research

Note how we specify ZipPosition on the first line to tell mysqlrowcopy what the destination table is going to be.

Cenon project is a graphical tool of a special kind. Build upon a modular graphical core, Cenon offers a wide variety of possibilities and applications.
The best of all, Cenon is free software, available with full source codes, and at home on many computer platforms.
Cenon has been developed with love. The clean user interface under Apple, Linux or other systems (using GNUstep) creates a pleasant user experience.
Desktop Publishing
- The field of desktop publishing is a new speciality of Cenon. Freeing images, complex paths, text functions, color shading, printing, and a multitude of import- and export abilities - simply good.
Vector Graphics Conversion
- Cenon owns an enormous range of Import- and Export possibilities. This allows the conversion of all supported graphic formats in any other format. The editability of imported data is fully guarantied. Conversion of the formats PostScript, PDF, DXF, HPGL, Gerber, DIN formats and other formats are solid part of the Import- and Export libraries of Cenon.
Astrology (Free Module)
- Even an Astrology module is available for Cenon. It turns Cenon into an Astrology program with some unusual highlights. The Module uses the high precision NASA ephemeris data based on the Swiss Ephemeris. It allows the creation of Astrological Charts and Composite Charts in exceptional graphical precision. Furthermore, astrological Geographic Maps can be created.
CAM (commercial Module)
- With this additional module, Cenon becomes a production tool for 2 and 2.5 dimensional applications. Thats how Cenon started in 1993, and thats the field where Cenon has achieved a strong market position. The production tool Cenon is available from vhf camfacture. vhf camfacture also offers the appropriate machines from very small to very big.
PCB-Prototyping (CAM Module)
- The CAM module allows the production of PCB prototypes by engraving the isolations. Cenon supports all necessary algorithms like calculation of isolation tracks, Blow-Up, Rub-Out and more, to get high quality PCB prototypes from your machine.
Main features:
Import
- Import of DXF, HPGL, PostScript (PS and EPS), Adobe Illustrator 3, Gerber, PDF, Sieb&Meyer, Wessel, Excellon
- Import of images (TIFF, GIF, JPG etc.)
- Import of Type-1 Fonts
- option: automatic distribution of colors to layers
- option: automatic joining of paths
- Import of text lists in ASCII format for mass production
Graphic- and Editing functions
- Lines, Arcs, Rectangles, Bezier curves, etc.
- complex paths
- object manipulations like join, punch etc.
- Rich Text (vector fonts, tabulators, rotation, ...)
- Text along paths
- Graphic Inspector
- comfortable layer (page) management
- alignment of graphic objects
- multiple Undo and Redo
DTP
- Exposing of images (Clipping)
- Color shading (Graduate, Radial, Axial)
- Thumbnail images
- Color separation
Output
- Export of DXF, HPGL, PostScript (EPS + PS), Gerber, etc.
Special features
- Vectorisation of images
- creating the contour of graphic objects
- Mix function
- Batch production
- Serial numbers

Unicode Error Detector is a product for Plone used to pinpoint errors in your application leading to UnicodeDecodeErrors.

Do not use this product unless you are actively debugging a Unicode Error. Never use this product in production sites.

UnicodeDecodeErrors typically occur when you try to add a Unicode string to a non-ascii string. This product patches StringIO used by page templates to check if the appended string is a Unicode string, and if it is, it replaces the string with an error marker.

As there is some overhead associated with inspecting the strings instead of just appending to the output, this product is meant for debugging purposes only.

Usage

Put the product in your Products directory and restart Zope. Load the template causing the UnicodeDecodeError, and this tool will indicate the location by printing THIS IS WHERE THE ERROR IS in the rendered template.

You can then inspect the template and/or code more closely to figure out where the decode error happens.