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An SNMP based command line network printer management tool. Modern network printers are quite easily managable across a network. However, until now, the only tools that make use of these capabilities are the vendor supplied products such as Web JetAdmin by HP, Marknet by Lexmark, Centreview by Xerox or PhaserLink by Tektronix. The problem is that all of these tools are fundamentally GUI based applications and there is no way to incorporate their functionality into scripts. This program is designed to be called from scripts to find things out about printers. Information you can gather about printers with npadmin: Model and vendor, Location and contact information, Network configuration, Memory and disk usage, Max and min papersize, Engine speed, Duplexer installed, Printer status, Printer languages, Marker technology, Page count, Minimum margins, Size, capacity and level of paper trays, Toner levels, Alert conditions, Resolution, Display information, Cover pages on/off.

CD/DVD mastering tool for the gnome desktop. It has been designed to be simple and easy to use. Features: Data CD/DVD: - supports edition of discs contents - can burn data CD/DVD on the fly - supports multisession - supports joliet extension - can write the image to the hard drive Audio CD: - write CD-TEXT information (automatically found thanks to gstreamer) - supports the edition of CD-TEXT information - can burn audio CD on the fly - can use all audio files handled by Gstreamer local installation - can search for audio files inside dropped folders CD/DVD copy: - can copy a CD/DVD to the hard drive - can copy DVD and CD on the fly - supports single-session data DVD - supports any kind of CD

MathML::Entities a content conversion filter for named XHTML+MathML entities. There are over two thousand named entities in the XHTML+MathML DTD. All the Entities defined in the XHTML+MathML DTD except the five "safe" ones (&lt;, &gt;, &amp;, &quot;, &apos;), will be converted to the equivalent numeric character references or to utf-8 characters. Named entities which are not in the XHTML+MathML DTD are escaped. This makes the resulting XHTML (or XHTML+MathML) safe for consumption by non-validating XML parsers. Unlike, HTML::Entities, the mapping between MathML named entities and codepoints is many-to-one. Therefore, there's no particular sense in having an inverse function, which takes codepoints to named entities. Based on: HTML::Entities by Koichi Taniguchi <taniguchi@livedoor.jp>

CalDavZAP is an open source CalDAV web client implementation released under GNU Affero General Public License (version 3.0). Main features: * 100% JavaScript+jQuery CalDAV web client/application - no special server software required for standard setup (except the CalDAV server of course) * server-based XML configuration generator (for special setup) with HTTP and LDAP authentication plugins * asynchronous read-only and read/write calendar collection detection * asynchronous background synchronization * support for delegated calendars * support for subscribed calendars * time-range filtering (server support required) * support for RFC compliant vCalendars (version 2.0) and automatic correction of most common errors in invalid vCalendars * support for background calendars - if there is at least one event defined for the given day in a background calendar, the background color for that day will be pink/light-red and much more ...

Compress::LeadingBlankSpaces - Perl class to compress leading blank spaces in (HTML, JavaScript, etc.) web content. This class provides the functionality for the most simple web content compression. Basically, the outgoing web content (HTML, JavaScript, etc.) contains a lot of leading blank spaces, because of being structured on development stage. Usually, the client browser ignores leading blank spaces. Indeed, the amount of those blank spaces is as significant as 10 to 20 percent of the length of regular web page. We can reduce this part of web traffic on busy servers with no visible impact on transferred web content, especially for old browsers incapable to understand modern content compression. The main functionality of this class is concentrated within the "squeeze_string" member function that is supposed to be used inside the data transfer loop on server side. The rest of the class is developed in order to serve possible exceptions, like pre-formatted data within HTML.

The Net::Amazon::AWIS module allows you to use the Amazon Alexa Web Information Service. The Alexa Web Information Service (AWIS) provides developers with programmatic access to the information Alexa Internet (www.alexa.com) collects from its Web Crawl, which currently encompasses more than 100 terabytes of data from over 4 billion Web pages. Developers and Web site owners can use AWIS as a platform for finding answers to difficult and interesting problems on the Web, and incorporating them into their Web applications. In order to access the Alexa Web Information Service, you will need an Amazon Web Services Subscription ID. See http://www.amazon.com/gp/aws/landing.html Registered developers have free access to the Alexa Web Information Service during its beta period, but it is limited to 10,000 requests per subscription ID per day. There are some limitations, so be sure to read The Amazon Alexa Web Information Service FAQ.

Beaker is built on code from the package MyghtyUtils, originally used in the Myghty project. It implements a full set of cache functionality along with sessions that can utilize the caches. Beaker includes Cache and Session WSGI middleware to ease integration with WSGI capable frameworks, and is automatically used by Pylons. Features * Fast, robust performance * Multiple reader/single writer lock system to avoid duplicate simultaneous cache creation * Cache back-ends include dbm, file, memory, memcached, and database (Using SQLAlchemy for multiple-db vendor support) * Signed cookie's to prevent session hijacking/spoofing * Extensible Container object to support new back-ends * Cache's can be divided into namespaces (to represent templates, objects, etc.) then keyed for different copies * Create functions for automatic call-backs to create new cache copies after expiration * Fine-grained toggling of back-ends, keys, and expiration per Cache object

Building upon Crash Recovery, this extension allows you to save the current state of Firefox (history, text data, cookies) and return to that state at any later moment. Besides the manually saved states, Session Manager automatically stores the current state in case of a crash. All sessions are stored in the "sessions" folder inside your profile directory and can be moved around as any other file. To get to that folder, simply select "Open Session Folder" in Session Manager's menu (might not work on all OSes). Finally, Session Manager also allows to reopen the 10 last closed windows and tabs. It is not recommended to use Session Manager at the same time as Crash Recovery (which is completely integrated), SessionSaver or Tab Mix Plus (which provide similar functionality on their own). In comparison, Session Manager currently stores more session data than Tab Mix Plus while not getting as complex as SessionSaver.

Metalock is an enhanced screen locker for the X11 windowing system. It is designed to be used with a background screen daemon, such as xidle. Current features include: - Support for pixmap (image) xpm background and login box. - It gives visual feedback as you type the password (Shows username and * for each character of password typed.) - Bind arbitrary commands to key combinations (allows tasks such as pause/un-pause music without unlocking the screen) - Optional XFT support for anti-aliased fonts. (This is optional in case greater security is desired) - Optional Imlib2 support for use of png or jpg formats, which are more appropriate for photos or high-color images than xpm. - Portable to most UNIX-like operating systems, developed on FreeBSD.

PyOpenCL gives you easy, Pythonic access to the OpenCL parallel computation API. What makes PyOpenCL special? - Object cleanup tied to lifetime of objects. This idiom, often called RAII in C++, makes it much easier to write correct, leak- and crash-free code. - Completeness. PyOpenCL puts the full power of OpenCL's API at your disposal, if you wish. Every obscure get_info() query and all CL calls are accessible. - Automatic Error Checking. All errors are automatically translated into Python exceptions. - Speed. PyOpenCL's base layer is written in C++, so all the niceties above are virtually free. - Helpful Documentation. - Liberal license. PyOpenCL is open-source under the MIT license and free for commercial, academic, and private use.