Free yale cas single sign on software for linux

Single Marker Association is a simple tool that calculates the single marker association between individual SNP markers and a case/control dichotomy.
Usage:
The tool reads two files as input, the first is a set of case and the second a case of control haplotypes. The format of the files is one line per haplotype, where the SNP data is represented as 0 or 1, separated by white-space.
- The tool outputs a list of statistics for each marker
- The marker number (from left to right in the input data)
- The frequency of the 0 allele for the cases file
- The chi-square contingency table statistics for the marker
- The CDF of the chi-square statistics
- The p-value of the statistics (1-CDF)
Installation:
The SMA tool is written in C++. It should compile on any Unix like system. To install, download the source code and unpack it (tar xzf sma-v.tar.gz, where v is the version number of sma), then run make in the subdirectory sma-v created during unpacking.
Enhancements:
- Support for (unphased) genotype data.

Single Source information Server provides a set of applets for sharing information from a single source.
The Single Source Infomation Server is a suite of applets designed to share information from a single source, a set of MySQL tables, with as many other systems as possible, starting with PHP, Palm OS PDAs, LDAP, and WAP.
The first part of this project will create a set of PHP pages to edit the information inside a simple set of tables.
This will be the first bi-directional applet (DONE). Following on from there will the ability to export some of this data into a format that can be used by the file link feature in HotSync (DONE), a bi-directional PDA sync (DONE) and by an LDAP server applet, the ability to print single address labels onto a Dymo / CoStar label printer, print envelopes and create a mail-merge export for letters.
If we can work out or get the spec, we will write a QuickBooks timer export for the datebook, and allow import/export of vCal, iCal and vCards.
Enhancements:
- This release fixes a number of bugs and adds some new functionality, includine LDAP.
- After this release we will be making a major re-write to the coldsync conduits, so the next release will be an alpha release of Version 0.2

Yacas is project is a Yet Another Computer Algebra System.
Yacas is a general purpose, easy to use Computer Algebra System (a CAS is a program that can be used to do symbolic manipulation of mathematical expressions).
It is built on top of its own programming language designed for this purpose, in which new algorithms can easily be implemented.
In addition, it comes with extensive documentation on the functionality implemented and methods used to implement them.
Enhancements:
- The code was cleaned up.
- The Web page was overhauled so that Yacas can now be used online the way one would use it off-line.

Enemy lines 7 is a single player first person 3d shooter game.

Shoot down enemy bombers threatening your city.

cosign is a Web single sign on system that allows users to authenticate once per session and access any protected Web resources at the institution. When you use cosign the passwords are sent only to a single, central URL.
Sessions have both idle and hard timeouts, and users can logout of all protected services by visiting a single URL. The use of public key cryptography ensures that a compromise of a protected Web server has no impact on the security of other participating servers.
cgi
The central cgi is responsible for logging users into and out of the central cosign server. It is also responsible for registering each service a user logs into - this action ties the users central login cookie to their session on individual application servers such as our web mail client, web directory client, or CourseTools environment. The prototype CGI was built to use Kerberos V/GSSAPI to authenticate the user.
daemon
The central daemon is responsible for maintaining the state of all cosign sessions. This includes keeping track of which users have logged in, logged out, and idle timed out. This also means the daemon keeps track of all of the service cookies that represent the authenticated web applications a user has accessed. The daemon has the ability to replicate its cookie database to multiply hosts, so a failure of one server does not constitute a failure of the system. The daemon answers queries of user identity from both the cgi and the filter, and talks to other daemons through a replication protocol. The daemon was written in C and has knowledge of Kerberos V tickets.
filter
The filter resides on an application server, and is not part of the centralized cosign infrastructure. The filter is responsible for determining which areas of a web site are protected by cosign and which are not. If a user attempts to access a protected area, the filter assures the user is authenticated, and obtains their username, authentication realm, IP address, and optionally a Kerberos ticket. This information can then be used by other authorization mechanisms to make further access decisions. The prototype filter was written in C for Apache 1.3.x.
Enhancements:
- daemon: updated return codes
- daemon: fixed bug in retrieve access control
- daemon: fixed bug where HUP with replication turned on would cause the server to die and exit.
- man: reorganized and fixed typos

PGPSigner project is a tool born out of the main virtues of a sysadmin: Lazyness and Impatience. Have you ever been to a PGP key signing party? It is fun, you verify all these ids, check the keys on the party list and then... then you get home. And find out that you have 47 different keys to sign with one or more of your private keys. You will do it tomorrow. Surely.

When I found one of these lists from an event eight months past, I decided that I do not want to do all the work by myself. So PGPSigner was born: Strong cryptography and command line completion in a single application.

This application uses strong cryptography, something that might pose problems for you if you happen to live in a region of the world where this is an issue.

To use this application, you must probably install the "Java Cryptography Extension (JCE) Unlimited Strength Jurisdiction Policy Files" for the Sun JCE. If you encounter the following error.

java.lang.SecurityException: Unsupported keysize or algorithm parameters.

then this is most likely the problem. Download these for the Sun JDK 1.5 at http://java.sun.com/javase/downloads/index_jdk5.jsp (scroll down to the bottom of the page).

Module::Signature is a Perl module signature file manipulation.

SYNOPSIS

As a shell command:
% cpansign # verify an existing SIGNATURE, or
# make a new one if none exists

% cpansign sign # make signature; overwrites existing one
% cpansign -s # same thing

% cpansign verify # verify a signature
% cpansign -v # same thing
% cpansign -v --skip # ignore files in MANIFEST.SKIP

% cpansign help # display this documentation
% cpansign -h # same thing
In programs:
use Module::Signature qw(sign verify SIGNATURE_OK);
sign();
sign(overwrite => 1); # overwrites without asking

# see the CONSTANTS section below
(verify() == SIGNATURE_OK) or die "failed!";