Free 1.1.1 software for linux

ARAAS is a ticket-based authentication and authorization system. Can provide single-sign-on for multiple web servers. LDAP authentication.

It consists of a J2EE web application to authenticate users and generate secure session tickets and an Apache module to verify the tickets. It is possible to use the tickets on multiple web servers to provide single-sign-on.

Users are authenticated against an LDAP server. However, the authentication mechanism is extendable to allow the use of other kinds of authentication servers.
Once the user is authenticated normal Apache authorization configuration can be used to grant access to web pages.

A later release of ARASS will also allow to centralize the authorization information in a separate repository, like a database or an LDAP server. This can be used by web applications to store generic authorization information, similar to OMGs RAD service.

Scapy is a powerful interactive packet manipulation tool, packet generator, network scanner, network discovery tool, and packet sniffer.
Scapy project provides classes to interactively create packets or sets of packets, manipulate them, send them over the wire, sniff other packets from the wire, match answers and replies, and more.
Interaction is provided by the Python interpreter, so Python programming structures can be used (such as variables, loops, and functions).
Report modules are possible and easy to make. It is intended to do about the same things as ttlscan, nmap, hping, queso, p0f, xprobe, arping, arp-sk, arpspoof, firewalk, irpas, tethereal, tcpdump, etc.
Enhancements:
- This release adds the ability to transcribe ASN1-specified protocols easily, SNMP protocol support, MIB parsing, OID/DNS/OUI resolving, configurable field value resolution, a startup script, and srflood() and srpflood() to flood with packets while catching answers.

xbmsd project is a file sharing server implementing the Xbox Media Streaming Protocol (XBMSP) supported by the Xbox Media Center (XBMC). URLs in XboxMediaCenter.xml that start with "xbms://" use this protocol. xbmsd also supports the XBMSP Server Discovery Protocol (XBSDP).
The main features of xbmsd besides normal file sharing is mapping files to arbitrary local files or HTTP files/streams, the possibility of generating "synthetic" mplayer configuration files according to file extension and the possibility of specifying file processing filters by file extension. Mapping files to HTTP locations is useful because XBMC does not support HTTP locations natively.
Synthetic configuration files mean that files ending in a specified extension will all have a file-specific mplayer configuration file visible through xbmsd. If one does not already exist (real or mapped), it is mapped to the file specified in the specification command. Filters work so that if a file has the specified extension the filename is given as an argument to the specified command and the command output is sent to the XBMSP client as a stream.
Usage Example
Lets assume that we have a HTTP server running on localhost port 3000 that provides access to DVB TV channels via files /ts/channel. These are interlaced MPEG transport streams (TS), so we want to map these to local files and then create synthetic deinterlacing configuration files for them.
First we create a mplayer configuration file (/etc/xbmsd/deinterlace.conf) that turns on linear blend deinterlacing and sets the cache to a lower value so that the buffering does not take so long. The contents of the file is:
vf-pre=pp=lb
cache=2048
Then we create the xbmsd configuration file that maps the DVB streams to local files and configures the above file as a synthetic configuration file for files ending in ".ts". We use an empty root directory since we dont want to do anything else at this time:
root /var/empty
map ch1.ts http://localhost:3000/ts/1
map ch2.ts http://localhost:3000/ts/2
map ch3.ts http://localhost:3000/ts/3
conf ts /etc/xbmsd/deinterlace.conf
When xbmsd is started with this configuration the root directory of the server contains six files: ch1.ts, ch1.ts.conf, ch2.ts, ch2.ts.conf, ch3.ts, ch3.ts.conf.
Enhancements:
- Added IFACE configuration option (Linux only)
- Bugfix: the server discovery socket now listens to INADDR_ANY (or in6addr_any) and not the address specified by LISTEN, as it needs to receive all broadcasts.

TARIFA, which stands for Transactions by AssembleR Instrumentation FrAmework, aims to provide the "atomic" keyword to C/C++ for better support of concurrency programming.
Instead of using lock-based designs with all their problems (deadlocks, difficult design, lack of reusability), the "atomic" keyword provides transparent access to an underlying Software Transactional Memory which is responsible for all synchronization work.
Enhancements:
- This release contains a fixed and somewhat faster STM backend, several bugfixes in the instrumentation, improved tests, a general code clean-up, and a dummy STM backend for testing purposes.

Zmanim project can computes zmanim, the times (according to Jewish law) by which an observant Jew must complete specific prayers.
The default branch is a console version for Linux, and the QT branch is a GUI version for Linux using the QT GUI libraries.
Enhancements:
- The sunrise and sunset were normalized correctly so that 24 hours dont get added to the results, while still being in GMT with the appropriate day in it.
- This fixes issues with DST starting a day earlier in March than it should under Bushs energy bill.
- putenv() is used instead of setenv() to let this compile on Solaris (and probably other Unix systems as well).
- The use of the Hebrew word "Netz" was corrected to "HaNetz".