Free passepartout 0.7.0 software for linux

Leonardo is an extensible content management system written in Python. Leonardo is architected in a REST-like style and initially focused on providing for personal websites with a password-protected wiki and blog (including Atom feed).
It can be run as CGI and uses the filesystem as a database.
Enhancements:
- support for Atom 1.0
- comments optionally can require answering a simple question to reduce spamming
- site owner can optionally be emailed when new comments are made
- pages now record their author which is displayed on the page, in blog lists and atom feeds
- there is now a provider which lists blog months
- it is now possible to update a page or its properties without the last modified changing
- comments can be deleted if logged in
- formatting of comments is improved by translating newlines to br
- the main page template is now in LFS
- home page link is now part of menu rather than template to give user more control
- subtitle is now completely formatted in page template to give user more control
- copyright_holder changed to general rights statement
- removed stray ) in draft template causing malformed html
- delete page no longer has duplicate headings
- template files now have provider name in the filename
- leonardo library now in Python package to avoid name clashes
- after delete there is now a link to return to deleted resources parent
- switched from using shelve to pickle (shelve was causing problems for people moving between different systems with different anydbm implementations)
- files are now written in binary mode to avoid problems on Windows
- fixed bug where question mark in permalink wasnt getting escaped

camsource project grabs images from a video4linux device and makes them available to various plugins for processing or handling. It features a modularized and multithreaded design to offer a large amount of flexibility.
A server plugin runs in its own thread, which makes it possible to use the same grabbed frame for several purposes at the same time.
There are also filter plugins, which can be daisychained to create useful and no-so-useful effects in images. The configuration happens through an xml config file, hopefully making configuring camsource an easy task.
Main features:
- The video4linux input plugin. This functionality was built into camsource in versions 0.6.0 and earlier, but has been modularized in 0.7.0 and up. New in 0.7.0 is also the capability to automatically adjust the cameras brightness level (thanks to Nigel Roberts and Stefan Meyer).
- A plugin "wc_serv" providing compatibility with webcam_server 0.30. You can use its java applet to view the image stream from this plugin.
- A http mini-server plugin "http", which can serve the current still frame to a web browser, as well as serve a Mozilla/Netscape compatible multipart jpeg stream. This stream can be viewed without plugins in said browsers, or with a java applet such as Cambozola in any browser (read: IE). This multipart jpeg stream is compatible to what Camserv 0.5.0 produces. Camserv also includes a javascript snippet to turn a still image into an animation. The http server also supports basic http authentication, so you can password-protect those important live pictures (new in 0.7.0).
- A "filewrite" module, which periodically saves a new snapshot jpeg to a local file.
- The "ftpup" module, which works like the filewrite module, only that the snapshot is uploaded to an ftp site.
- The "flip" image filter, which lets you flip an image horizontally or vertically. Useful if your webcam produces mirrored images like mine.
- The "resize" image filter, doing simple nearest-neighbor image resizing. The idea is to make the hardware grab images at the maximum size, and use the resize filter to scale the image down to the required size. This lets you create several versions of the same image stream, at different sizes.
- An image filter capable of rotating the image left or right by 90 degrees. If you want to rotate the image by 180 degrees, use the "flip" filter.
- A text overlay module, which is able to display either a fixed text (possibly containing a timestamp) in the image, or read the text to display from a local file or from a commands stdout.
- In case your camera produces frames in an BGR palette while the driver detects an RGB palette (or the other way round, haw haw), theres the "rgbbgr" filter to fix this. Also includes the "bw" filter to convert a color image to grayscale.
- (New in 0.7.0) A module to feed the current image data back to a vloopback device. This feature should still be considered experimental. Credits go to Cyril Rocheteau for this.
- (New in 0.7.0) An x11/xwd input plugin. This lets you use an x11 display as an input source to camsource, making it possible to serve live screenshots to viewers, possibly even as a live stream. When combined with the http authentication feature of the http module, you could use this to see whats going on on your desktop at home from anywhere in the world. The external "xwd" program is required to do this though (which is part of the core xfree86 distribution).

PhpBuns generates SQL queries and web pages written in PHP.

It makes it possible to, among other things, generate the queries and the pages for adding, editing, deleting, listing or retreiving data from an SQL
database.

It uses AdoDB (http://php.weblogs.com/ADODB) as an abstraction layer for an RDBMS.

phpBuns project uses Smarty as a templating engine and can generate templates for handling a given query.

NEW ! PhpBuns can now generate XML templates with HTML output XSLT transformation.

Spokecalculator project is now complete rewritten and porting to Qt 4.1.4 Version. Systems Requirements Linux/Mac with Qt = 4.1.4. Win32 Installer Inner hits the Required Libraries.
New in this Release:
1.Add insert new row Context by Table Hubs and Rims.
2. Add Registration Interface on Webpage
Todo:
1)Waiting for the next KDE Mayor Release and Port it to KDE4* and QT 4.2.0
2)Match more Optimizing and Bug fixes?
Enhancements:
- Add Dbus Support

Nessj is an application/network security scanner client for Nessus and Nessus compatible (OpenVAS, etc.) servers.

In addition to an improved user interface, Nessj provides session management with templates, report generation using XSLT including charts/graphs, and vulnerability trending

Plume is a complete set of packages to create and administrate a network of diskless computers used as X terminals. Stations root filesystem is extensively based on Debian with as few new packages as possible. It is clean and lean, as well as easy to understand and adapt if needed.

It is all about setting up easily a server with thin clients, each based on Debian. It is meant and known to be particularly light on the clients (ex.: it requires as few as 4MB RAM on a typical client) and run on commodity hardware.

Thin client [1]: A thin client is a computer (client) in client-server architecture networks which has little or no application logic, so it has to depend primarily on the central server for processing activities. The word "thin" refers to the small boot image which such clients typically require - perhaps no more than required to connect to a network and start up a graphical interface.

Plume is working fine at several places for a long time now (early year 2000), without much maintenance and without specialists needed when something is to be done. It has successfully and painlessly passed a migration from Potato to Woody on at least one server and from Woody to Sarge on at least one other server. As it is available as Debian packages (only sources on this site, though you can find binary packages on apt.bxlug.be), it should be a snap to install on any Debian machine out there.

It is meant first for schools, and as such fits well on really old PC (as little as 486 with 8MB RAM). It has been thought as a clean replacement of LTSP.


The project is currently hosted at SourceForge.net. You can find it here.

You can download the latest source release here. There are currently packages for Debian Woody, but as of now, it still works fine on Sid also. For binary releases (Debian packages) I suggest you contact us on the mailing-list(archives and more available here), you dont even have to subscribe to do it. There is even a French-speaking mailing-list dedicated to current users of Plume installations here.

Program Guard allows the user of a Linux workstation to specify which application programs that are allowed TCP/IP connections to the Internet (Internet addresses are defined as any IP address not in the range of 10.0.0.0/24 or 192.168.0.0/16).

The application program names can be specified by listing them in a file (Static Mode) by querying the user (Query Mode). In Query Mode, when a program that is unknown to Program Guard attempts to access an Internet IP address, Program Guard displays the Program Guard Dialog Box.

In addition to providing connection information, this dialog box gives the workstation user the option of allowing the program to access the Internet or to be blocked from accessing the Internet. This can be done either for the current instance of the program or for this and all future instances of the program (Make Persistent checkbox).

Currently, the program names that are allowed or denied Internet access apply to all users of the workstation rather than on a per user basis. For example, if Program Guard is running in Query Mode and user A invokes a program previously blocked from Internet access by user B, the program will be blocked from Internet access for User A as well.

Connections blocked by Program Guard are logged to the Program Guard log file pgrd.log. It is located in the /var/log/pgrd directory. If desired, Program Guard can be configured to log all Internet connection attempts rather than just those that have been blocked.

Program Guard was tested on Fedora Core 1 and Fedora Core 3 on single processor 32 bit X86 Intel processors. It has not been tested on other distributions or on multi-processor machines. While it works on Fedora Core 1, it will not build on a standard Linux 2.4.x kernel due to task_struct definitions that were not made until Linux 2.6. If there is enough interest, a version that runs under a standard Linux 2.4 kernel may be made available.

To run in Query Mode, Gnome 2.x and Glade 2.x are required. There are no prerequisites for Static Mode.

Installation:

Program Guard consists of three components: a kernel module; a daemon; and a Gnome GUI user interface component. All files needed to build the components are in the pgrd.tgz file. An installation shell script install-pgrd is provided for Fedora distributions.

It will build/install (or remove) the kernel module and daemon as well as configure them to be started automatically when the system is booted. To invoke it, type install-pgrd < install | remove >. This script may or may not be useable as is for other Linux distributions.

If you modify the install script, please note that the module, daemon and various support files must be installed in the /opt/pgrd directory for Program Guard to work properly (this is already handled when using the install script as provided). To run in Query Mode, each user must be configured by invoking the install-pgrd_user < username > script. And by going to the Preferences->More Preferences->Sessions selection in the Fedora Main Menu and adding pgrdgui to the Startup Programs tab.

Program Guard will be started the next time the machine is rebooted. If you do not wish to reboot, you may start Program Guard manually as described below in Manual Starting And Stopping. Note: If starting manually and using Query Mode, once the daemon and kernel module are started, make sure that you log out and log back in.