Free audit tool software for linux

Sudoku Tool is a sudoku game that helps you to solve sudoku puzzles. Sudoku Tool can generate puzzles randomly or puzzles can be entered manually.

Some of the features include random puzzle generation, pencil marks, and the ability to save games.

Manual Setup:

The game starts in initialization mode. In this mode, you are setting up the a puzzle that you got from a newspaper, online, ... You are manually setting up the puzzle.

To select a location, click a square with the left mouse button and type in the number you want to place 1-9, or 0 or space to remove a value you placed there previously. You can also change other values by simply typing a new number.

When you have the puzzle set up the way you want, click the Start Game button to start playing.

Random Game:

To have a game randomly generated for you, click the Setup New Game button. A new window pops up asking you to select either "Manual" or "Random". Select "random" and a new game will appear.

To build, use:

make -f Makefile.[system]

Redirection Tool is a product for Plone used for storing references to moved content to enable redirects.
The Redirection Tool can be used for storing references to moved content to enable redirects, or it can be used for giving objects multiple URLs (aliases). If a page is not found, the tool looks at its list of redirects to see if there is a match, and if so, it redirects to that page.
Future plans include a more intelligent 404 handling, where the tool would either search for alternative pages based on the components of the requested URL and automatically redirect if there is only one hit, otherwise display a limited number of hits, or alternatively chop off URL components until it finds an object that can be published to the user.
Enhancements:
- Added Plone 2.1 compatibility.

BoardGame Tool provides a C++ front-end/Python back-end for running board games.
It features an easy and flexible interface to interact with the players and has transparent support for network or AI-controlled games.
Through a clear XML interface, games elements can be specified. Using an easy-to-learn back-end language like Python for rule implementations makes it very easy to implement, adjust, or enhance rules that come with a game.
The same back-end language can be used easily for simple or complex AI implementations.
Main features:
- XML specification with DTD validation for game definition
- Easy-to-learn Python programming for rule implementation
- Integrated and transparent network play
- Network chat with selected players
- Simple interface for programming AI players
- Extensive support for image formats
- Runtime scaling of images, allowing easy application of anything as gamepiece
Games currently implemented:
- Chess
- Go
Enhancements:
- This release includes the data archive with correct licensing information for the Fergus Duniho abstract chess piece set.

glibc-audit is a modified version of glibc for application developers who check their code with an automatic memory access checker such as valgrind, Insure++, or Purify.
glibc-audit has been audited and cleaned up so that reports from the developers use of a memory access checker are more likely to be interesting to the developer, with less "noise" from the C library itself. Typically, glibc-audit initializes all of its local variables and structs before use. Ordinary glibc uses uninitialized dummy variables that are "dont-care" to its logic but reported by the memory access checker.
Also, the r_debug.r_brk protocol has been enhanced to co-operate with a co-resident auditor. If the auditor sets .r_brk, then the runtime loader will call the auditor directly whenever a shared library event occurs.
This is much more convenient than using breakpoints. By default the old breakpoint protocol works just like before. The new protocol is binary compatible with the old on machines where a pointer to a function is the same size as an ordinary pointer. Platforms where a pointer to a function is larger (such as HP-PA RISC, Alpha processor, or PowerPC) are not binary backward compatible, and will have to increment r_debug.r_version. Exising clients (such as gdb) also will see an ignorable type mismatch error when they are built. But for now, it is worth more not to antagonize gdb at runtime on x86.
The patch modifies 91 files. Compared to glibc-2.3.2-27.9, the additional code occupies 18 more bytes of .text, and 24 fewer bytes in the .so. On a nano-scopic scale, the typical execution cost is 0 to 3 CPU cycles per affected routine; the estimated median total impact is less than 1 second per machine per day. In the case of *printf(), glibc-audit is faster than glibc because the cleaned-up source helps gcc-3.2 avoid generating atrocious code when initializing printf_spec.info for parse_one_spec() in stdio-common/printf-parse.h.
Glibc-audit was constructed by running a memory access checker on the internal testcases of glibc, then analyzing the reported errors and modifying the source. The process revealed 10 memory access bugs in glibc-2.3.2-11.9. Seven were fixed in glibc-2.3.2-27.9, two more have been fixed in CVS, and one is a design flaw that probably will not be fixed.
Predecessor patches to glibc-audit-1 were submitted to the glibc project, but those patches were ignored [user "guest", password "guest"], declined, or rejected. There is enough improvement in usability and reliability to publish glibc-audit-1 separately.
The unmodified glibc-2.3.2-27.9.src.rpm is available from RedHat mirrors. rpmbuild -ba --target i686 took about 4 hours and 2.5GB of disk space on a machine with 1.1GHz CPU, 384MB RAM, UDMA100 disk.
Enhancements:
- The patches were updated to glibc-2.4-4.
- A glibc bug that interfered with gdb stop-on-solib-events was fixed.
- On x86, x86-64, and PowerPC, the __NR_open system call was improved to avoid leaking information from the user to the kernel.

Qmail Auditor consists of a email auditing tool.
QMail Auditor provides simple a method for auditing emails. It is easy to configure and uses regular expressions as rules.
The format of audit file is :
Any e-mail (outbound or inbound) have passed at this filter.
The valids "field header"(s) :
all - field from or to of e-mails
to - field to
from - field from
In case of regular expression you read the
# man re_format
# man regex
E-mail to forward is a valid mail account to redirect.
Example of this :
from nelio@walk.* auditoria@spyware.walk.com.br
to nelio@spyware.* auditoria@spyware.walk.com.br
Enhancements:
- Now the config file name has renamed.
- From audit (in /var/qmail/control for /var/qmail/control/auditor) and qmail-queue-real-audit for qmail-queue-real-auditor.

MIME-tool is a little mime encoding tool I slapped together when I needed something on a production box at work (productions = no C development environment, only the ancient K&R compiler required for god-knows-what sys-admin task).
The resulting program will compile happilly on both the crippled C compilers bundled with some commercial *nix distributions, and on full ANSI/ISO C compilers like gcc.
I wrote this program when I needed a tool to construct MIME encoded emails with file attachments in job scripts on a production box. Being a production box it didnt have any development tools installed. However, the box DID have a K&R C compiler that appears to be necessary for some administrative task or another (configuring the kernel?). If you tried to compile even fairly simple ANSI/ISO C source the compiler bitched and moaned about all the stuff it didnt support, which will stop most folk (at least those who dont know anything about the history of the C programming language) from building their own binaries.
Since Im old enough to actually have written C code back before we had the ANSI/ISO standard and all the accompanying niceties, I was not stymied by a the lack of ANSI/ISO support. Its really not all that hard to write K&R compliant code, so long as you dont need the compiler to check your function calls for you. For a program this small, however, thats not much of a concern.
Since the program is meant to be compiled on systems with minimal support (there is no telling what unrestrained IT staff will decide must be removed in the interest of system security) I didnt bother to include a makefile. On every system I have tried, however, the program compiled with the simple incantation
cc -o mime mime.c
but your selected target system may require extra special magics.
The program supports the basic MIME standard: The caller can select the content type (application/octet-stream, text/plain, or user specified), content type encoding (7bit, 8bit, binary, base64 or auto-detected) and the boundry string (defaults to "=_MIME_CONTENT_BREAK_="). Further, the caller may specify the e-mail subject, to address, from address, carbon copy address and text for a prolog and epilog. The content type and encoding may be specified separately for each attached file.
The programs calling format is:
mime [-dDvV] [-S subject] [-F from-address] [-T to-address]
[-C carbon-copy address] [-P prolog-text] [-E epiplogue-text]
[-B boundry] {[-78abqux] [-t content-type] filename}
-d low detail debugging
-D high detail debugging
-v verbose messages
-V very verbose messages
-7 7-bit ASCII encoding
-8 8-bit ASCII encoding
-a application/octet-stream content type
-b binary encoding
-q quoted-printable encoding
-t text/plain content type
-u unknown encoding, auto-detect
-x base64 encoding
Theres really not much to this program. Once you know how the MIME messages are constructed you could do most of it manually (except for the base64 encoding, which would require a program like this), but if there are any problems with it, I would like to know about them.
Enhancements:
- A typo in the online help message was fixed.
- A known bugs section was added to the manpage.
- Proper quoting and folding were added to the filename header.

Plone Language Tool is a product which allows you to set the available languages in your Plone site.
PloneLanguageTool allows you to set the available languages in your Plone site, select various fallback mechanisms, and control the use of flags for language selection and translations.
When installed, a new Plone control panel action will allow you to select various language options, such as the default and list of allowed languages.
PloneLanguageTool is shipped with Plone beginning in version 2.1 and up.
Enhancements:
- Bug fix release included in Plone 2.5.2.