Free plastic scm software for linux

The Plastic File System project is an LD_PRELOAD module for manipulating what the file system looks like for programs. This allows virtual file systems to exist in user space, without kernel hacks or modules.
PlasticFS includes the following file systems:
chroot
The chroot filter may be used to simulate the effects of the chroot(2) system call, in combination with other filters.
dos
The dos filter may be used to simulate an 8.3 DOS file system.
log
The log filter may be used to transparently log file system access, similar to the strace command.
shortname
The shortname filter may be used to simulate file systems with shorter filenames.
smartlink
The smartlink filter may be used to expand environment variables in symbolic links, using the usual $name notation.
upcase, downcase, titlecase and nocase
The upcase filter to make file names appear to be in upper-case when listed. File names are case- insensitive when being opened, etc. The downcase filetr is similar, except it converts to lower-case, titlecase capitalizes, and nocase is simply case insensitive without altering the filenames.
viewpath
The viewpath filter may be used to make a set of directory trees look like a single directory tree. (Also known as a union file system.) All modifications take place in the first directory in the list.
Aka: union and translucent
Note: Filters may be piped from one to the next, forming powerful combinations.
PlasticFS is currently dependent on the implementation of the GNU C Library. It is self configuring using a GNU Autoconf generated configure script.
Enhancements:
- Build problem fixed.

Latemp project (a play on "Template") is a content management system based on Website Meta Language, a powerful framework for generating static HTML.
Latemp allows one to create attractive, themable sites, which are very usable, accessible and fully standards compliant. Latemp is open-source software, fully usable, modifiable and distributable under the terms of the MIT X11 license.
Main features:
- Generates Static HTML Files.
- Allows sites to have a common look and feel.
- Supports setting up navigation menus, breadcrumbs trails, navigation links ("Up", "Next" and "Previous"), site maps with sophisticated site flow.
- Makes use of Web Meta Language and so has all of its power (including extending its functionality by using embedded Perl).
- Themable. Three themes (perl-begin-1, better-scm, and sinorca-2.0) are supplied in the distribution. More can be written by the user. (and contributed).
- Open Source. Distributed under the MIT X11 License, which allows for free distribution, use, modification and re-licensing.
- Can generate valid XHTML 1.0 Transitional, XHTML 1.0 Strict or XHTML 1.1.
- Has pre-defined insertion points for including a breadcrumbs trail, a navigation menu, various HTML < head > elements, a logo, navigation links buttons, affiliation buttons, a license, a webmaster contact, a time stamp, and a foot image.
- Supports generating plain pages (without any additional content or layout aside from the body).
- Supported < head > elements: < title > tag, "author", "description" and "keywords" < meta > elements, Stylesheets (screen and print), favicon, Mozilla/Opera-style navigation links, and customizable user-defined text to be inserted there.
- Supports a unified management of news items with navigation menu entries, a news box, an RSS Feed, and news page entries.
Enhancements:
- This release adds support for preprocessing files using Template Toolkit (for CSS, etc.).
- It adds an experimental CSS Zen Garden-compatible theme and an image-based navigation links module.

Open Blue Lab project is a modular ERP, built on a plugin architecture. Each business domain (such as Groupware, Financial, HCM, PLM, or SCM) is separated into subdomains which are implemented through plugins.
This form permits you to create all the information related to a contact you are in relation with, during, for example, a phone call. Once totally expanded, this form looks like the image on your right. A click on orange borders will open or close the corresponding section.
This form is directly generated from the UML model that describes CRM informations system. Layout like multicomuln is specified in a very easy way.
Enhancements:
- The CSS style was corrected by deleting the footer, changing skins, improving the search button, and adding PNG transparency.
- The action portlet was fixed up.
- Some messages have been translated.
- You can now drag and drop portlets.
- The search bar has been improved, so you can search by contact, city, company, or any other fields.
- You can now set prority on tasks.

most4linux project provides a Linux kernel driver for MOST PCI interfaces and userspace programs to test the driver.

The driver can be compiled for Linux 2.6 or for the RTDM which works for the realtime extensions RTAI and Xenomai.

It also provides a NetServices adaptation layer for the Linux operating system.

The driver was developed at Siemens CT SE 2 with friendly support by OASIS Silicon Systems/SMSC.

What is MOST?

MOST stands for Media Oriented System Transport and is an Infotainment Bus for automotive systems. Originally, it was developed by OASIS Silicon Systems.

Its a serial bus system to transfer audio, video and data signals over a plastic optic fiber connection.

It supports

- hot-plugging capabilities,
- synchronous data transfers,
- asynchronous data transfers,
- and transfer of control data.

What are MOST NetServices?

The MOST NetServices Application Programming Interface (API) provides a software interface to the MOST Network low level system services. MOST NetServices provides access to all data transportation mechanisms on a MOST Network, while at the same time ensuring compatibility with the MOST Specification.

It was developed by OASIS Silicon Systems as platform independent C source code provided as a library.

Because the copyrights for the source code are held by OASIS, this project does not provide the NetServices API. So only an adaptation layer to the Linux operating system is provided. Of course providing a NetServices adaptation layer makes no sense without the NetServices API, but in case you have purchased a license from OASIS Silicon Systems, you are able to use it with most4linux. If you havent already purchased a license, most4linux also provides program samples to use this driver without the NetServices API.

What comes with most4linux?

The most4linux package consists of

- the Linux kernel driver itself, compilable for a standard Linux kernel 2.6 or for Linux kernel 2.6 with the RTAI or the Xenomai realtime extension,
- the NetServices adaptation layer for the Linux operating system,
- example programs which should demonstrate how to use the driver without MOST NetServices.

The most4linux kernel driver consists of

- a most-base driver module, which functions as a framework, where low-level and high-level drivers could be registered and deregistered,
- a most-pci driver module (low-level driver), which provides the raw hardware access to the MOST PCI card OS8604,
- a most-sync driver module (high-level driver), over which synchronous data can be transfered to the MOST network by userspace applications,
- a most-nets driver module (high-level driver), which provides an interface to userspace applications, which want to read/write registers of the MOST hardware (e.g. for network initialization tasks),
- and a most-alsa driver module (high-level driver), which can be used by applications to write and read data from or to the MOST network, using the Advanced Linux Sound Architecture framework.

FLTK project includes all of the usual widgets to develop your applications, and new widgets can be created easily through C++ subclassing. All widgets support keyboard shortcuts and can be controlled both via the keyboard or mouse.
The Fl_Button class supports push, check (Fl_Check_Button), round (Fl_Round_Button), and "light" (Fl_Light_Button) button styles; all styles can operate in momentary (press and release), toggle (press on, press off), or radio (press one of many) modes, so it is possible to create almost any kind of button from a single widget.
The Fl_Input_, Fl_Text_Display, and Fl_Help_View widgets provide simple to complex text input and output facilities. The Fl_Text_Display widget is based on a C++ version of the NEdit softwares extensible text editor API.
The Fl_Valuator class provides a variety of numeric input controls including scrollbars (Fl_Scrollbar) and sliders (Fl_Slider).
The Fl_Menu_ class provides several menu-based controls including menubars (Fl_Menu_Bar) and combo boxes (Fl_Choice).
The Fl_Browser_ class is the basis for list controls. The Fl_Browser widget shown at right lists lines of plain text. Other widgets list files, widgets, and so forth.
User interfaces can be organized using scroll areas (Fl_Scroll), tabs (Fl_Tabs), tiles (Fl_Tile), and wizards (Fl_Wizard).
FLTK also provides standard dialogs for alerts, button choosers, color choosers, file choosers, help browsers, messages, passwords, and text input.
Finally, FLTK 1.1.x offers two appearance schemes: "standard" and "plastic". FLTK 2.0 will extend this to include platform schemes as well as user-defined schemes. Colors and fonts automatically adjust to the current user preferences.
Enhancements:
- This release fixes many bugs, adds some new example programs, and adds many new improvements to the FLUID software, including multi-level undo, syntax highlighting in all code fields, widget alignment and sizing guides, dialog templates, widget subclasses, and printing and testing of user interfaces within FLUID.

LeoCAD is a CAD program that uses bricks similar to those found in many toys (but they dont represent any particular brand). Currently it has a library of more than 1000 different pieces, most of them were created by James Jessiman (the author of LDraw).

Intallation:

The first thing you should do is check that you have an OpenGL library installed in your computer by typing /sbin/ldconfig -p |grep libGL, you should see libGL.so listed in the output. If you cant find it, then you should download and compile Mesa 3D. Dont forget to add the Mesa installation path to /etc/ld.so.conf or LD_LIBRARY_PATH and run /sbin/ldconfig.

The next step is to download the executable and the pieces library. After the download is complete you have to extract the pieces library to any directory of your choice but if you choose a place other than "/usr/local/share/leocad/", youll have to set the variable LEOCAD_LIB to that directory.

Now you should extract the LeoCAD precompiled binaries, to any directory and run "leocad".

If you prefer to compile the program yourself, you can use the cvs server :pserver:guest@gerf.org:/usr/cvsroot (password is guest) to checkout the module leocad. I recommend using the tag for the last released version, for version 0.73 its leocad-0-73. You can do this by typing:

$ cvs -z3 -d :pserver:guest@gerf.org:/usr/cvsroot login

Enter "guest" without the quotes when asked for a password to login. Now to download the latest released version, type:

$ cvs -z3 -d :pserver:guest@gerf.org:/usr/cvsroot checkout -r leocad-0-73 leocad

Or if you want the latest development version:

$ cvs -z3 -d :pserver:guest@gerf.org:/usr/cvsroot checkout leocad

Keyframing

Each object in a LeoCAD project can have a different position and orientation for each step or frame that it appears. This feature is called keyframing, and works differently if the program is in Instruction or Animation mode.

This is very useful when creating instructions because it allows you to have a door open in one step and closed later, or have the camera display the model from a different angle on a certain step to show details from another section of the model.

If youre in animation mode, LeoCAD automatically interpolates the value of the previous key with the value of the next key to calculate the position of the object at each frame. This makes the creation of animations a very simple thing because you only need to set the start and end positions and LeoCAD will take care of the other frames.

When the Key Button () from the Animation Toolbar is depressed, a new key is added at the current step/frame each time you move or rotate an object, if a key doesnt already exist. When the icon is not pressed, the changes are made to the key immediately before the current step/frame.

Instructions and Animations

LeoCAD can be used to create building instructions and animations, making it a very powerful editor. When you start the program youre placed in Instruction mode by default, you can switch between Animation and Instruction mode using the Mode Button () from the Animation Toolbar.

Each program mode stores the position and orientation of all objects in separate places, so changing the position of an object on one mode does not change it on the other mode. To easily copy the position from the other mode, choose Copy Keys From ... from the Pieces Menu.

When youre in Instruction Mode, each time unit is called a Step and when youre in Animation Mode, each time unit is called a Frame. The most important difference between the 2 modes is how Keyframing works.

Apache OFBiz is an open source enterprise automation software project licensed under the Apache License Version 2.0.
By open source enterprise automation we mean: Open Source ERP, Open Source CRM, Open Source E-Business / E-Commerce, Open Source SCM, Open Source MRP, Open Source CMMS/EAM, and so on.
Main features:
- advanced e-commerce
- catalog management
- promotion & pricing management
- order management (sales & purchase)
- customer management (part of general party management)
- warehouse management
- fulfillment (auto stock moves, batched pick, pack & ship)
- accounting (invoice, payment & billing accounts, fixed assets)
- manufacturing management
- general work effort management (events, tasks, projects, requests, etc)
- content management (for product content, web sites, general content, blogging, forums, etc)
- and much more all in an open source package!

Pedeto is a plugin for Eclipse that provides a fully featured IDE for Perl.
Pedeto features full Eclipse integration, content assist, background syntax checking, code folding, syntax highlighting, a debugger, and much more.
Main features:
General
- Fully integrated into Eclipse
- Support for multiple Perl installations
- Wizards for creating new scripts and modules
Editor
- Content assist
- Background syntax checking
- Annotations, showing errors and warnings
- Code folding
- Incremental build
- Customizable syntax highlighting
- Advanced navigation features (CTRL+click)
- Tooltip help (see pod documentation of commands/methods by hovering with the mouse over the command)
- Outline view of the currently edited file
- Support for Tasks (TODO, FIXME)
- Auto indentation
- Automatic insertion of closing brackets, pattern delimiters, quotes
- Display pod comment when content assist window is shown (if available)
Debugger
- Breakpoints
- Watches
- Stepping (next, into, over, return)
- Automatic display of variables
Source code control
- Every SCM system supported by Eclipse can be used
Project management
- Work with any number of projects (which can also depend on eachother)
- Projects in the workspace can be closed, if they are currently not being worked on
Supported platforms
- Windows 2000/XP
- Linux
- Planned
- Mac OS X (x86 based)
- Solaris 10 (x86 based)