Free michigan ppc software for linux

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

WifiWare is a custom mini slackware based, Linux distribution intended for wifi routers, VPN servers and file servers.
Full install will take cca 300MB hdd space.
Wlan-drivers package with support for major wifi chipsets included.
Other utils in /utils folder on cdrom:
- Unreal ircd
- Hybrid ircd
- bridge-utils
- kismet
- webmin
- glftpd
- and more.
Distribution contains patched ppp and kernel package/source with support for Microsoft Point-to-Point Encryption(MPPE) and Microsoft Point-to-Point Compression(MPPC). MPPC itself is patented algorithm. Patent for *Microsoft* PPC is holded by the Hifn Inc. MPPE uses RC4 encryption algorithm which itself isnt patented, but RC4 is trademark of RSA Data Security Inc.
To avoid legal problems, US citizens shouldnt use this module. Ok, you have been warned, now you can do whatever you want.
Enhancements:
- Some minor bugfixes and WiFi driver updates.

LIBH is a collection of functions for C programming intended to be helpful or handy for C programmers.

Many of these functions originated with various programming projects where they were needed. Other functions were then added to fill out the scope of possibilities to make a more complete selection.

LIBH is divided into a number of different logical sections. Each section is described in the columns at the right.

Status:

LIBH is currently only in the alpha development stage. A beta release is expected once the API is stablized.

Installation:

1. Create an empty directory anywhere you like.

2. Change the current directory to be that empty directory.

3. Using a full path (relative or absolute), execute the
"configure" script where you extracted the source, while
the empty directory is the current directory.

This is a big script building a big Makefile so it takes
a while. Typical timings are:
30s on Pentium-III, 800 MHz, Linux 2.4 [pdh]
1m45s on Celeron, 333 MHz, Linux 2.4 [pdh]
2m30s on PPC, Powerbook G3, 333 MHz, Linux 2.4 [pflanze]

You may specify an installation target with the option:
--prefix=/full/path/to/install

If you do not specify an installation target, a default
in /tmp is used with the name of the package, such as:
--prefix=/tmp/libh-${VERSION}

4. Do: make

Typical timings are:
5m on Pentium-III, 800 MHz, gcc 3.2.2, Linux 2.4 [pdh]
14m on Celeron, 333 MHz, gcc 3.2.2, Linux 2.4 [pdh]
13m30s on PPC, Powerbook G3, 333 MHz, gcc 2.95.4, Linux 2.4 [pflanze]

5. If all goes well, then do: make install


There are some other options you may use on configure, such as:

-v
More verbose output during execution of configure.

--source=
Specify the location of the source files if it cannot be
determined from the script name path.

--optimize=
Set the compiler optimization for all compiles.
The default is 2.

--execdynamic
Build all executable programs with dynamic linking to all
libraries (not just system libraries).

--execstatic
Build all executable programs with static linking to all
libraries (not just the libraries built here).

--noarlib
Do not build the static linking object archive library.

--nosolib
Do not build the dynamic linking share object library.

--asm
Produce assembly output as .s files in the same subdirectories
that the .o files are produced in.

Memcheck provides the ability to fault on pointer overrun (read or write) or freed pointer deference (read or write), logs double free and realloc of already freed pointers and memory not freed on exit, checks for pointer underrun on free and realloc, optionally reverses the behavior of overrun and underrun, "churns" reallocations to always return a different pointer, and logs pointer overruns instead of faulting.
It has a very small performance impact, with the tradeoff of a large memory footprint. It includes a validation test suite to verify correctness of the library. It is tested on a variety of architectures, including Alpha, ARM, HPPA, PPC, ix86, IA64, rs6000, S390, SPARC, and SPARC64.
It is tested on a variety of platforms, including OSF, FreeBSD, NetBSD, OpenBSD, Linux, HP/UX, Mac OSX, AIX, SCO, and Solaris.
Enhancements:
- Some missing backtraces were fixed.
- An atexit replacement was implemented to catch allocations that are freed by previously installed atexit handlers.
- Deeper backtraces are stored, and internal recursions are handled.

TA-Linux is a free Linux distribution, that targets Linux power users. TA-Linuxs main goal is to have a small base installation that the end-user can expand to include the software he needs.

The secondary goal is to support as many different architectures as possible.
At this time i386, Alpha, PPC and MIPS are fully supported with Sparc and PA-RISC around the corner.

Extra software not included in the base is handled using a system like the *BSD ports/gentoo portagee/etc called Collection, that handles installation, upgrading and dependencies.

The primary way of installing new software is to download the source, compile and install it (totally automatic). The user can also choose to install already built binary packages, also automatically using the Collection system.