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The Python binding for Sane is part of Python Imaging Library. The Python Imaging Library adds image processing capabilities to your Python interpreter. This library provides extensive file format support, an efficient internal representation, and fairly powerful image processing capabilities. The PIL handbook is not included in this distribution; to get the latest version, check: http://www.pythonware.com/library.htm

RAPID is a robust and accurate polygon interference detection library for large environments composed of unstructured models. ************************************************************************** The RAPID code is offered "as is" and is free for non-commercial use. To use RAPID for any commercial purpose, you must request a license from http://www.cs.unc.edu/~geom/OBB/OBBT.html Redistribution of RAPID code in any form is strictly prohibited. **************************************************************************

This package installs X11 support library which adds the following devices to the installed Ghostscript: x11, x11alpha. x11cmyk, x11mono, x11_, x11alt_, x11cmyk2, x11cmyk4, x11cmyk8, x11rg16x, x11rg32x, x11gray2, and x11gray4. http://www.ghostscript.com/

This is sophossavi, the perl interface module to Sophos Anti virus. With thanks to the original author Paul B. Henson. Sophos AntiVirus from http://www.sophos.com/en-us/products/free-trials/shared-download-components/anti-virus-for-unix-and-netware.aspx needs to be installed to be able to build this.

Routino is an application for finding a route between two points using the dataset of topographical information collected by http://www.OpenStreetMap.org. This router uses a routing algorithm that takes OSM format data as its input and calculates either the shortest or quickest route between two points. To optimise the routing a custom database format is used. This allows the routing to be performed quickly after a modest one-off pre-processing stage. A selection is possible for any of the major OSM transport types and for each of the main OSM highway types a preference can be provided and a speed limit. Restrictions on one-way streets, weight, height, width and length are also options. Further preferences about road properties (e.g. paved or not) can also be selected. The processing of the input XML file is based on rules in a configuration file that transform the highway tags into tags that are understood by Routino. The generation of the output files (HTML and GPX) uses language fragments selected from another configuration file which allows multi-lingual output from the same database. The router takes into account private/public/permissive restrictions on highways as well as tagged speed limits and barriers (gates, bollards). The simplest and most common turn restriction relations (those composed of a way, node and way) are also supported.

Deegree is a Java Framework offering the main building blocks for Spatial Data Infrastructures (SDIs). Its entire architecture is developed using standards of the Open Geospatial Consortium (OGC) and ISO Technical Committee 211-Geographic information/Geoinformatics (ISO/TC 211). deegree encompasses OGC Web Services as well as clients. deegree is Free Software protected by the GNU Lesser General Public License (GNU LGPL) and is accessible at http://www.deegree.org. Deegree's Web Catalogue Service implementation (Catalogue Service - Web profile, therefore CS-W) is able to serve different metadata formats in parallel based on the same physical datastore. This is possible because deegree CS-W uses XSLT processing to transform requests as well as responses into the desired format. deegree CS-W does not contain its a data access modul of its own. It uses an OGC WFS (at the moment limited to deegree WFS) as datasource. So in future it will be possible to use deegree CS-W on top of any other OGC compliant WFS to offer catalogue functionalities.

DHIS Daemon release 5.1 ============================== The server is now modular through the introduction of a services sub-system. DNS updates are no longer part of the main code but are now implemented as a module. The main dhisd process listens to DHIS clients and after authentication marks these with their dynamic IP address. The request is passed to a sub-process through a pipe which implements the services for which the client is subscribed to. Clients may be subscribed to one or more services individually. The sub-engine interface does a basic read from stdin and process. Examples of things DHIS could update: Dns, Firewalls, tunnel servers, relay access lists, etc ... For more information on the services of DHIS, you should look at the official DHIS site: http://www.dhis.org/dhis/services/

CMUCL is the CMU implementation of Common Lisp. First-aid documentation is in the manpages lisp(1) and cmucl(1) and via the normal Common Lisp documentation runtime functions (describe ...) (documentation ...) and (apropos ...). The WWW homepage contains a pointer to a real user manual. CMUCL's strength in comparison with other Lisp systems (or most other dynamic language implementations in general) is its highly optimizing compiler. If you know how to write efficient Common Lisp code, you are free of unwanted memory allocation, type checks, indirections to objects. CMUCL helps you to write efficient Common Lisp --- it generates very informative warning messages about code constructs that prevent compilation to efficient code. Optional packages for graphical user interfaces and other Common Lisp applications and libraries (Eg. the "Hemlock" Editor) are on ftp://ftp2.cons.org/pub/languages/lisp/cmucl/release/ (FreeBSD-Binaries) and ftp://ftp2.cons.org/pub/languages/lisp/cmucl/ports/ (source).

The YAZ Proxy is highly configurable and can be used in a number of different applications, ranging from debugging Z39.50-based applications and protecting overworked servers, to improving the performance of stateless WWW/Z39.50 gateways. Among other features, it includes: * SRW/SRU server function, to allow any Z39.50 server to also support the ZiNG protocols * Load balancing across multiple backend servers * Session-sharing and pre-initialization to improve performance in servers with expensive session initialization * Configurable request filtering, to keep bad requests from reaching the server * XML support -- MARC records can be converted to MARCXML, and XSLT-transformations allow the proxy to support arbitrary retrieval schemas in XML * Load governor function limits requests from aggressive batch-mode clients * Configurable logging * Efficient multiplexing software enables small memory footprint and very high performance

The Portable Hardware Locality (hwloc) software package provides a portable abstraction (across OS, versions, architectures, ...) of the hierarchical topology of modern architectures, including as follows: - NUMA memory nodes; - sockets; - shared caches; - cores and simultaneous multithreading. It also gathers various system attributes such as cache and memory information as well as the locality of I/O devices (such as network interfaces, InfiniBand HCAs or GPUs). It primarily aims at helping applications with gathering information about modern computing hardware so as to exploit it accordingly and efficiently [1]. [1] Portable Hardware Locality (hwloc) WWW.