Free qiqu 1.0.5 software for linux

QiQu is an open source framework to support the MDA and MDSD approach. The project is based on the idea to transform an UML-model into source-code (such as Java, C#, Cobol etc.). With QiQu you can build your own domain-specific generators that transform your models into the code of your choice, respecting your architectural design.
You are not limited to any predefined transformation engines or cartridges, nor to any predefined transformation rules - with QiQu you are at liberty to do it the way it fits you and your business!
Since QiQu heavily relies on XML, you can not only convert from XMI (representing UML) to source-code, but from any XML-format into anything else. (XML, HTML, DDL-Scripts, Excel etc.). If the converting features of QiQu do not fit your demands, you can easily create additional functionality i.e. to write the result of your conversion into a database or to merge the information of a UML-Model with the result of a SQL-Query.
We are sure, you will find out many more possibilities!
Enhancements:
- This release has been updated to work with Eclipse 3.3, and PDFs are generated for the tutorials with HTMLDOC.

libUTL++ library is an object-oriented C++ application development framework. I initially wrote it for my own use, and Ive definitely found it useful enough myself to justify the effort Ive put into it.
Ive made UTL++ available to the public under the GNU GPL in the hope that others can benefit from it also. In particular, I want UTL++ to help you achieve the following goals:
- enjoy programming more (it should be fun!)
- exploit object-orientation to maximum benefit
- be productive in C++ even if you arent an expert
- stop re-inventing the wheel, focus your time and energy
- on the problems that are really unique to your application
- write code that is:
correct
portable
readable
maintainable
efficient

Eigen project is a lightweight C++ template library for vector and matrix math, a.k.a. linear algebra.
Unlike most other linear algebra libraries, Eigen focuses on the simple mathematical needs of applications: games and other OpenGL apps, spreadsheets and other office apps, etc. Eigen is dedicated to providing optimal speed with GCC.
- Its fixed-size classes are specially optimized for small sizes up to 4, although it is theoretically possible to specialize them to any size. They never cause dynamic memory applications and the simple operations on them are as fast as is possible at least for sizes up to 4 (see below).
- Its dynamic-size classes are more flexible and suitable for larger sizes.
Main features:
- No dependency. Only relies on the C++ Standard Library, and only does so for a few things.
- As a consequence: very good portability.
- Very good performance (tested with GCC, should apply to other compilers as well):
- The fixed-size classes are optimal in the sense that theyre just plain C arrays with methods manipulating them. They never cause dynamic memory allocations. Checked with valgrind.
- The assembly code generated by GCC has been carefully checked to make sure that loop unrolling and function inlining work as expected with "g++ -O2" and "g++ -O3".
- For the loops that GCC fails to unroll (mostly nested loops), we provide hand-unrolled versions for sizes up to 4.
- There is no "virtual" keyword in Eigen.
- Eigen never trades performance for syntactic sugar. When some method introduces a significant language overhead (e.g. returns an object by value), we provide an alternative method doing the same thing faster but without the syntactic sugar.
- Provides easy-to-use classes for solving systems of linear equations.
- Provides easy-to-use functions for linear regression analysis.
- Can perform LU decompositions and use them to invert matrices, compute rank, kernel, etc.
- Integrates nicely with OpenGL:
- Provides functions and classes for projective geometry.
- Stores matrices in column-dominant order, hence matrices can be directly passed between OpenGL and Eigen.
- Uses an OpenGL-like typedef naming scheme, for instance Vector3f for vectors of floats of size 3.
- Robust:
- Only uses algorithms that are guaranteed to work in all cases. For example, the LU decomposition is done with complete pivoting, which means that it works for all square matrices, even singular ones.
- Covered by extensive unit-tests.
- Thread-safe, though thats only as a consequence of staying simple and not trying to do advanced stuff like buffer sharing.
- Floating-point-correct. Eigen has a clear, simple and sound policy with respect to the inherent problems of IEEE754 floating-point arithmetic.
- Fully supports std::complex for matrices and vectors over the complex numbers.
- Is a pure template library and consists only of header files. Thus, using Eigen will only add a build-time dependency to your project.
- Uses standard asserts, controlled as usual by NDEBUG. To achieve optimal performance, turn them off by defining NDEBUG, e.g.
Enhancements:
- This release supports fixed-size classes that are optimized for small sizes of up to four dimensions for 3D geometry and OpenGL.
- Dynamic classes are more flexible and suitable for larger data.

LibGKSuUI is a library from the gksu program that provides a Gtk+ dialog and X authentication facilities. It supports login shells and preserving environment when acting as a su frontend.

It is useful to menu items or other graphical programs that need to ask a users password to run another program as another user.

Installation:

The simplest way to compile this package is:

1. `cd to the directory containing the packages source code and type `./configure to configure the package for your system. If youre using `csh on an old version of System V, you might need to type `sh ./configure instead to prevent `csh from trying to execute `configure itself.

Running `configure takes awhile. While running, it prints some messages telling which features it is checking for.

2. Type `make to compile the package.

3. Optionally, type `make check to run any self-tests that come with the package.

4. Type `make install to install the programs and any data files and documentation.

5. You can remove the program binaries and object files from the source code directory by typing `make clean. To also remove the files that `configure created (so you can compile the package for a different kind of computer), type `make distclean. There is also a `make maintainer-clean target, but that is intended mainly for the packages developers. If you use it, you may have to get all sorts of other programs in order to regenerate files that came with the distribution.

GyachI is an improved version of GyachE, a feature-rich client for the yahoo instant messaging protocol.
GyachI project is released under GPL to the open source community.
Main features:
- chat client
- viewing and sending webcam-streams
- hearing and talking with voice-chat
- integrated profile-browser
Differences to Gyach-E:
- rudimentary support for v4l2-webcams
- better support for v4l1-devices
- resizing webcam-pictures
- autoconf-scripts for easier compiling
- several bugfixes
Enhancements:
- This version is a maintenance release.
- It contains important bugfixes and feature enhancements like tabbed conversation.
- Users are encouraged to upgrade.

Pinger is a network monitor tool with optional WWW interface (includes such features as sending SNMP traps to other host and others).

Compiling and Installing:

1. Become root and gunzip/tar sources

2. Create list of hosts to monitor to. I used standard file used by named server (modified as show bellow):

Sample:

... hosts file sample ...
;
; This is file of my hosts
;
;
;PINGER_START
; pingerd will look from here |
vilma A 192.168.3.1
theodor - thomas computer ;)
...
...
; remember, pinger use FIRST world of each line.
;SLEEP xx - sleep xx seconds
;PINGER_STOP
; pingerd will stop here
; All below will not be monitored
non-important.node
... end

anyway - look at template in etc/

3. ./configure ( --help )

4. Edit src/config.h and src/pingerd.h if you have ping path different from /bin/ping.

6. Type make ; make install

7. Insert /usr/sbin/pingerd to your rc.local file.

8. Type /usr/sbin/pingerd or reboot your computer.

9. Move src/*.cgi to your httpd cgi-bin directory

Run www browser and type http://your.host.name/cgi-bin/pinger.cgi

FXPy is a Python extension module which provides an interface to the FOX cross-platform GUI library.

The FXPy API follows the standard FOX API very closely and for the most part you can use FOX documentation as a reference. But of course, Python isnt C++ and so here are some differences of which you should be know.

Any function which usually takes an FXString as an input instead takes a Python string. Similarly, functions which usually return an FXString will instead return a Python string. For functions which would accept a NULL or empty string argument, just pass an empty string ("") or None.

In FOX, message maps are defined as static class members. In FXPy, you just associate messages with message handlers in the class constructor using the FXMAPFUNC(), FXMAPTYPE(), FXMAPTYPES() or FXMAPFUNCS() methods. See almost any of the example programs for examples of how this is done.

As in C++ FOX, the last argument passed to your message handler functions contains message-specific data. For instance, all SEL_PAINT messages pass an FXEvent object through this argument to give you some information about the size of the exposed rectangle. On the other hand, a SEL_COMMAND message from an FXHeader object passes the index of the selected header item through this argument. Instead of guessing whats in this last argument, your best bet is to instead invoke a member function on the sending object to find out what you need, instead of relying on the data passed through this pointer.

For example, if you get a SEL_COMMAND message from an FXColorWell object, the data passed through that last argument is supposed to be the new RGB color value. Instead of trying to interpret the arguments contents, just turn around and call the color wells getRGBA() member function to retrieve its color. Similarly, if you get a SEL_COMMAND message from a tree list, call its getCurrentItem() method to find out which item was selected.

SiteSays enables you to post and view comments about sites while surfing.

The SiteSays extension allows you to post and view comments about sites as you surf in a convenient little window in the corner of your browser. It is a novel way to collaborate and interact online.