change theme business / commercial software for linux

Beltane is a web-based central management console for the Samhain file integrity / intrusion detection system. Beltane project enables the administrator to browse client messages, acknowledge them, and update centrally stored file signature databases.
Beltane requires a Samhain (version 1.6.0 or higher) client/server installation, with file signature databases stored on the central server, and logging to a SQL database enabled.
In a client/server installation of Samhain, you have individual hosts monitored by Samhain clients, and a central log server (called yule) where also the file signature databases are kept. Beltane enhances this setup by providing an interface to browse client messages, acknowledge them, and modify the file signature database for a client according to the file changes reported by that client.
As the Samhain daemon keeps a memory of file changes, the file signature database need only be up to date when the daemon restarts and downloads the database from the central server. Beltane allows you to use the information logged by the client in order to update the signature database.
Details
Beltane is a PHP4 (also works with PHP5) application, with some additional components written in C. PHP4 (or PHP5) may be compiled as Apache module or as CGI interpreter (Beltane is tested with Linux, Apache 1.3/2.0, PHP 4.3.4/5.0.3 used as CGI interpreter, suexec, no SSL, MySQL and PostgreSQL databases).
Beltane 2 can also be used with an Oracle database.
On the client side, Beltane requires a Javascript capable browser. Cookies must be enabled. We recommend Mozilla/Firefox, as it is rumoured to be the most standard-conforming browser, but most inferior browsers may work as well.
Documentation is provided as SGML and HTML files within the tarball. You are adviced to read the documentation before attempting to install Beltane.
Main features:
- Major performance and scalability improvements for reduced memory consumption, faster baseline database updates, and faster reload of the client panel
- Support for Oracle database (Beltane version 2.1.1 and above)
- Client Status Display (running/dead/unknown)
- Bulk Update from user-defined criteria like: the hostname, a list of files (with or without checksums), or a time window
- On-the-fly Sorting of the message list
- Message Filtering with POSIX regular expressions
- GnuPG Signing of client file signature databases after an update
- Search function for the database.
- Editing of client configurations
- Client Configuration Reload can be triggered
- Multiple Users with logging of login/logouts
- Server Messages can be viewed optionally
Enhancements:
- Multiple administrator accounts are possible, per-user configurability has been improved, and a strict locking policy has been implemented to avoid race conditions.

Group-Office is a Web-based office suite written that is extensible with modules. Group-Office features user management, module management, an email client, a file manager, a calendar, project management, Web site management, and customer relations management.
It also features synchronization with PDAs and Outlook.
Main features:
Speed
- The World Wide Wait bugs us all every day and the critical business applications that Group-Office provides cant be hindered by being slow. Group-Office is specifically designed to perform tasks as quickly as possible.
Simplicity
- The Graphical User Interface is designed in a way that everybody intuitively finds the functions they are looking for. Group-Office strives to be as simple as possible without losing functionality.
Modularity
- As an ever-changing software product, upgrades should be as painless as possible. This means that good code design is critical. Group-Office is designed in a modular way that makes upgrades easy and painless.
Scalability
- Group-Office is designed to be usable for 1 to thousands of user
Enhancements:
- Better import for sync
- Updated Czech language
- Implemented new version of jupload

Zasio is a graphics calculator for java.

Zasio is my second attempt at writing a graphics calculator for a hand held device that I own. My first was Newtsio which was writen for the Newton. The first program I wrote while I was in college.

At the time I was lugging around a Casio calculator, a Frankland spell checker, paper based calendar, and about a houndred notes jotted down on scraps of paper. To say the least I was in need of a PDA.

My goal was to get a pda and write programs that would allow me to carry just one device. Today, my needs have changed, but I still find it quite nice to have a programable graphics calculator at hand and when I got a Zaurus I just could not resist writing a calculator for it. With that modivation, I started my second calculator.

Usage:

Inputing:

Commands can be inputed into Zasio in three ways, buttons, editor tab, or file. The button layout is set up in such a way to make it easy for users of a Casio calculator (this is really the only thing Zasio shares with Casio).

The second way to input commands is to use the editor tab. In this tab is a large text edit area where you can type very complicated formulas and or programs that you want to executed. When ready, you can execute your commands with the press of the EXE button at the bottom. The third way to input commands is by file. Files can be loaded (and saved) from the edit tab. This allows you to write programs and formulas in an external editor and load them into Zasio.

Buttons:

Buttons fall into three catagories. Buttons that have one use, buttons that have up to three uses, and the F keys. Most of the one use buttons are on the first row under the F keys but a few others are closer to the bottom. These buttons are the shift, ALPHA, EXIT, Menu, Arrow keys, DEL, AC, and the EXE key.

The shift and ALPHA key are used to change the multi use keys into other keys. EXIT we will get into when I explain F keys. Menu is not used at this time as are the left are right arrow keys. The up and down arrow keys are used to recall previous calculations (scroll up or down). The DEL key will remove the last letter from the calculation (its a delete key). AC is the clear button which will clear the text line or the graph screen depending on which is displayed. Finaly EXE is the execute key. That should wrap up the the single use keys.

The majority of the other keys in Zasio are of the second kind. The up to three uses kind. These keys are like most graphic calculator buttons where the buttons have a normal action, a shifted action and an alpha action. Most of these keys are for entering functions (such as sin or sq) and shift just gives you more options so Zasio does not have to have twice the buttons on the screen. Alpha lets you enter in letters and other such charecters needed for variable access.

F keys take a bit more to understand. Some keys when shifted will allow you to access an F menu that you can navigate through the F keys. One example is the MATH menu. Press SHIFT and then MATH and you should notice a change to the F keys. These keys when pressed will either enter the function they represent into the calculation or take you to more choices in the F keys. To go back, use the EXIT key. So in our example, you can press the Num F key and then abs to get the int function in your calculation.

Calculations:

Zasio works the same as most graphic calculators. You enter your formual in and press the execute key. To run a calculation like 2+2 you would need to press the buttons 2, +, 2, and then EXE. The EXE button takes the formula and turns it into a short program which returns 2 as a result.

While this was a very simple formula, even complicated formulas are entered the same way. Take (sin Pi/2)*2. To do this calculation you would press (, sin, shift, Pi, /, 2, ), *, 2, EXE. Calculations can use variables A to Z, radius, and theta to store results from previous calculations. These variables can also be used in other calculations. To do this, simply use the variable name and the equals (=) button like this: A=(sin Pi/2)*2. You would use A like this: cos(A).

Graphing:

Graphing is done by passing forumals to the s.graph() function which contain the variable x (not to confuse with the storage variable X). To graph a simple function like sin x you would enter in s.graph(s.sin(x)). After pressing EXE, Zasio will change to the graph screen to display the rusults of your function.

To get back to the text screen, press the TG. I should point out now that the clear button (AC) only clears the active screen, so pressing it while in the viewing the text screen will not clear out the gragh screen. You can also display graphs in different colors by setting the color you want in the Color F menu.

Sketsa SVG Editor 6.0 / 6.1 Beta 1 provides you with a professional and powerful vector drawing application which is based on SVG. Scalable Vector Graphics (SVG) is a graphics format and technology based on XML developed by W3C. With Sketsa, you can create vector graphics that can be scaled and printed at any resolution, without losing detail or clarity. You also get instant visual feedback on what you changed.

Sketsa features various tools for optimizing content creation, giving designers unsurpassed support for creativity. These tools include property palette, DOM editor, source editor, resources editor, SVG specific shape tools, transformation tools, and additional illustration tools.

Major Features:

1. SVG Native File Format and produces very clean XML code: Sketsa uses SVG as its native file format. SVG is an open standard language for describing two-dimensional (2D) graphics in XML developed by W3C. As being a XML grammar lets SVG benefit from the various XML tools that make it so easy to manipulate, generate, search and edit SVG files. Sketsa also produces very clean SVG XML code. It is not using any proprietary namespaces.
2. Tool Palette, Canvas, and Visual Design Tool: It features various tools for optimizing content creation, giving designers unsurpassed support for creativity. Its visual design tools allows designer to select, draw, and edit objects easily. It support SVG specific shape tools < rect>, < ellipse>, < line>, < polyline>, < polygon>, < text> and support additional illustration tools such as Pencil tool for freeform shape and Pen tool for curve shape. It also support transform type: rotate, skew, scale, and translate. Designer could easily and visually create or edit SVG artwork.
3. Object Property: Designer can quickly inspect and change object properties in one centralized location. The Object Properties contains several categories: Geometry, Stroke, Fill, and Filter. In each of the category you can change the value and automatically shown in the canvas. Depending on the object selected, it allow designer to change the geometry, stroke, fill, or filter effect properties such as geometry attributes, color, stroke width, opacity, fill rule, etc
4. Resource Editor: The resource editor is a centralized location of resources for the current or selected SVG document. It allows you to create Linear Gradient, Radial Gradient, and Filter. This is the place where object reuse is achieved. For example: Gradient or Filter element which could be applied to other SVG elements.
5. Source Editor with syntax highlighting: Although Sketsa allows designer to visually create and edit SVG artwork without worrying about underlying source code, Sketsa provide access to the underlying SVG source code. The integrated XML text editor allows them to view and edit SVG source code for greater control. It has built in SVG validation to ensure source code change are valid SVG Document.
6. Export to Raster or Bitmap: Sketsa allows you to export SVG artwork into raster image. It support JPEG and PNG format.
7. Plugins Support: Plugins supports allows Sketsa capabilities to be enhanced or extended by various plugins. For example Symbol Library Plugin or Emoticon Symbol.
8. Written in Java: Sketsa is a cross platform application that run on all popular operating systems. It runs on any platform which supports Java 1.4.2 eg: Microsoft Windows, Unix or Linux, etc.

Enhancements: This is a major release with many enhancements.

Requirements:

• Java 1.5 or higher
• 1024 x 768, 16-bit (thousands of colors) color display or higher
• Mouse or equivalent pointing device