Free bob rudis software for linux

Bob the Butcher project is a distributed password cracker package.
This is ALPHA software, full of bugs, some of them being likely to be security holes. Besides, there is no client authentification, so anybody could impersonate a client and alter your search results.
Only use it on a trusted network!
Main features:
- Ciphers near source compatibility with John the Ripper. Bob the Butcher benefits from the fast algorithms that have been develloped for John:
Traditionnal DES Solar Designer
BSDI DES [BROKEN] Solar Designer
FreeBSD MD5 [BROKEN] Solar Designer
Windows NTLM (MD4)
MMX/SSE2 bartavelle
Windows Cache (mscash) bartavelle
Raw MD5 (hex-encoded) bartavelle
Raw SHA1 (hex-encoded) bartavelle
MySQL passwords Noah Williamsson
Netscape LDAP SHA Sun-Zero
Netscape LDAP SHA
MMX/SSE2 Bartavelle
Lotus Domino Jeff Fay
Oracle Passwords Bartavelle
- Password cracking speed scales linearly with the number of cracking clients.
- Central server that can handles several jobs, supporting different priorities (in the future.
- Smart keyspace distribution when several jobs are using the same algorithm (not for now).
Usage:
Build instructions
Only works on pentium or later!
./configure --enable-debug
make
cd bob_client
./bob_client -b
If it segfaults, try again with:
./configure --enable-debug --disable-sse2
bob_server
Just run ./bob_server -k SECRET_KEY
bob_admin
Use it to add jobs and check status. For now only he following commands work:
newjob : add a new job
status : gives general status
jobinf : give detailled status
Dont forget to use the -k switch for PSK.
bob_client Put this one on as many computers as possible, and just run:
./bob_client -d -k SECRET_KEY server_host_name
Enhancements:
- Bugfixes in cyphers, support for Solaris, and a prototype Python server.

OOWeb is a lightweight, embedded HTTP server for Java applications that maps objects to URL directories, methods to pages and form/querystring arguments as method parameters.
This allows for unparalleled ease in creating, deploying and testing web applications and most importantly, its fun to use!
This project was unashamedly inspired by CherryPy.
Main features:
- GET/POST
- HTTP Sessions
- Cookies
- Logging
- Static content
- Replicated sessions to transparently distribute user sessions to all OOWeb instances on a network. Requires zero configuration.
- Security with either HTTP BASIC or forms based authentication.
- Very portable (pure Java and compatible with Sun JDK 1.4, Kaffe, JamVM, SableVM, GIJ/GCJ, etc.)
- Incredibly lightweight (v0.5 is just 50k) with no external dependencies
- Quick to learn - get a basic dynamic website running from scratch in 10 minutes
Enhancements:
- This release was updated to JUnit 4.3.
- Some tidying and polishing of JavaDoc, logging, etc. was undertaken.
- The server now ensures that user exceptions result in HTTP 500 rather than HTTP 200 response codes.
- Caching was implemented for the @Cacheable annotation.
- It provides a trivial memory backed cache for responses to cacheable methods.
- Samples were restructured and a groovy "Worldapp" sample was added.

Blob Wars : Blob and Conquer is a 3rd person action shooter. With the apparent defeat of Galdov and the reclaiming of the Fire, Space, Time and Reality Crystals, the Blobs battle was only just beginning.
Bob had rescued many Blobs and fought many battles, but now he had an ever bigger task ahead of him. The Blobs homeworld is still littered with the alien forces and Bob once again makes it his task to lead the counter attack.
But even without Galdov the aliens are still extremely well organised.
Main features:
- Explore and battle in full 3D environments
- Use and aquire mutliple weapons (uzis, shotguns, grenades)
- Fight familiar enemies - Assimilated Blobs, Eye Droids.
- Auto targetting enables you to maintain a lock on enemies whilst dodging around
- Blob allies - Fight alongside buddies such as Teeka the Scout

Webfwlog is a flexible web-based firewall log analyzer and reporting tool. Webfwlog supports standard system logs for linux, FreeBSD, NetBSD, Solaris, Irix, OpenBSD, OS X, etc. as well as Windows XP.

Supported log file formats are netfilter, ipfilter, ipfw, ipchains and Windows XP. Webfwlog also supports logs saved in a database using the ULOGD target of the linux netfilter project.

With Webfwlog you can design reports to use on your logged data in whatever configuration you desire. Included are example reports as a starting point.

You can sort a report with a single click, "drill-down" on the reports all the way to the packet level, and save your reports for later use. You can also create a link directly to any saved report.

Chaos Visualization is a program for quickly calculating the amount of predictability in a very simple system: a spring with one side connected to the origin and the other to a weight under gravity.

This amount is chaos is visualized in TIFF images, which can be put in a sequence to show the evolution of chaotic behaviour in this system.

B::Deparse is a Perl compiler backend to produce perl code.

SYNOPSIS

perl -MO=Deparse[,-d][,-fFILE][,-p][,-q][,-l] [,-sLETTERS][,-xLEVEL] prog.pl

B::Deparse is a backend module for the Perl compiler that generates perl source code, based on the internal compiled structure that perl itself creates after parsing a program. The output of B::Deparse wont be exactly the same as the original source, since perl doesnt keep track of comments or whitespace, and there isnt a one-to-one correspondence between perls syntactical constructions and their compiled form, but it will often be close. When you use the -p option, the output also includes parentheses even when they are not required by precedence, which can make it easy to see if perl is parsing your expressions the way you intended.

While B::Deparse goes to some lengths to try to figure out what your original program was doing, some parts of the language can still trip it up; it still fails even on some parts of Perls own test suite. If you encounter a failure other than the most common ones described in the BUGS section below, you can help contribute to B::Deparses ongoing development by submitting a bug report with a small example.

OPTIONS

As with all compiler backend options, these must follow directly after the -MO=Deparse, separated by a comma but not any white space.

-d

Output data values (when they appear as constants) using Data::Dumper. Without this option, B::Deparse will use some simple routines of its own for the same purpose. Currently, Data::Dumper is better for some kinds of data (such as complex structures with sharing and self-reference) while the built-in routines are better for others (such as odd floating-point values).

-fFILE

Normally, B::Deparse deparses the main code of a program, and all the subs defined in the same file. To include subs defined in other files, pass the -f option with the filename. You can pass the -f option several times, to include more than one secondary file. (Most of the time you dont want to use it at all.) You can also use this option to include subs which are defined in the scope of a #line directive with two parameters.

-l

Add #line declarations to the output based on the line and file locations of the original code.

-p

Print extra parentheses. Without this option, B::Deparse includes parentheses in its output only when they are needed, based on the structure of your program. With -p, it uses parentheses (almost) whenever they would be legal. This can be useful if you are used to LISP, or if you want to see how perl parses your input. If you say

if ($var & 0x7f == 65) {print "Gimme an A!"}
print ($which ? $a : $b), "n";
$name = $ENV{USER} or "Bob";
B::Deparse,-p will print
if (($var & 0)) {
print(Gimme an A!)
};
(print(($which ? $a : $b)), ???);
(($name = $ENV{USER}) or ???)

which probably isnt what you intended (the ??? is a sign that perl optimized away a constant value).

-P

Disable prototype checking. With this option, all function calls are deparsed as if no prototype was defined for them. In other words,

perl -MO=Deparse,-P -e sub foo (@) { 1 } foo @x

will print

sub foo (@) {
1;
}
&foo(@x);

making clear how the parameters are actually passed to foo.

-q

Expand double-quoted strings into the corresponding combinations of concatenation, uc, ucfirst, lc, lcfirst, quotemeta, and join. For instance, print

print "Hello, $world, @ladies, u$gentlemenE, uL$me!";

as

print Hello, . $world . , . join($", @ladies) . ,
. ucfirst($gentlemen) . , . ucfirst(lc $me . !);

Note that the expanded form represents the way perl handles such constructions internally -- this option actually turns off the reverse translation that B::Deparse usually does. On the other hand, note that $x = "$y" is not the same as $x = $y: the former makes the value of $y into a string before doing the assignment.

-sLETTERS

Tweak the style of B::Deparses output. The letters should follow directly after the s, with no space or punctuation. The following options are available:

C

Cuddle elsif, else, and continue blocks. For example, print

if (...) {
...
} else {
...
}
instead of
if (...) {
...
}
else {
...
}

The default is not to cuddle.

iNUMBER

Indent lines by multiples of NUMBER columns. The default is 4 columns.

T

Use tabs for each 8 columns of indent. The default is to use only spaces. For instance, if the style options are -si4T, a line thats indented 3 times will be preceded by one tab and four spaces; if the options were -si8T, the same line would be preceded by three tabs.

vSTRING.

Print STRING for the value of a constant that cant be determined because it was optimized away (mnemonic: this happens when a constant is used in void context). The end of the string is marked by a period. The string should be a valid perl expression, generally a constant. Note that unless its a number, it probably needs to be quoted, and on a command line quotes need to be protected from the shell. Some conventional values include 0, 1, 42, , foo, and Useless use of constant omitted (which may need to be -sv"Useless use of constant omitted." or something similar depending on your shell). The default is ???. If youre using B::Deparse on a module or other file thats required, you shouldnt use a value that evaluates to false, since the customary true constant at the end of a module will be in void context when the file is compiled as a main program.

-xLEVEL

Expand conventional syntax constructions into equivalent ones that expose their internal operation. LEVEL should be a digit, with higher values meaning more expansion. As with -q, this actually involves turning off special cases in B::Deparses normal operations.

If LEVEL is at least 3, for loops will be translated into equivalent while loops with continue blocks; for instance

for ($i = 0; $i < 10; ++$i) {
print $i;
}
turns into
$i = 0;
while ($i < 10) {
print $i;
} continue {
++$i
}

Note that in a few cases this translation cant be perfectly carried back into the source code -- if the loops initializer declares a my variable, for instance, it wont have the correct scope outside of the loop.

If LEVEL is at least 5, use declarations will be translated into BEGIN blocks containing calls to require and import; for instance,

use strict refs;
turns into
sub BEGIN {
require strict;
do {
strict->import(refs)
};
}
If LEVEL is at least 7, if statements will be translated into equivalent expressions using &&, ?: and do {}; for instance
print hi if $nice;
if ($nice) {
print hi;
}
if ($nice) {
print hi;
} else {
print bye;
}
turns into
$nice and print hi;
$nice and do { print hi };
$nice ? do { print hi } : do { print bye };

Long sequences of elsifs will turn into nested ternary operators, which B::Deparse doesnt know how to indent nicely.

Algorithm::SixDegrees is a Perl module that can find a path through linked elements in a set.

SYNOPSIS

use Algorithm::SixDegrees;

my $sd1 = Algorithm::SixDegrees->new();
$sd1->data_source( actors => &starred_in );
$sd1->data_source( movies => &stars_of );
@elems = $sd1->make_link(actors, Tom Cruise, Kevin Bacon);

my $sd2 = Algorithm::SixDegrees->new();
$sd2->forward_data_source( friends => &friends, @args );
$sd2->reverse_data_source( friends => &friend_of, @args );
@elems = $sd2->make_link(friends, Bob, Mark);

Algorithm::SixDegrees is a Perl implementation of a breadth-first search through a set of linked elements in order to find the shortest possible chain linking two specific elements together.

In simpler terms, this module will take a bunch of related items and attempt to find a relationship between two of them. It looks for the shortest (and generally, simplest) relationship it can find.