Free smbd audit 0.2 rc1 software for linux

LinPHA is an easy to use, multilingual, flexible photo/image archive/album/gallery written in PHP. It uses a SQL database to store information about your pictures.

It comes with a HTML based installer, so you dont need experience in setting up SQL DB.

glFTPd is a free FTP server for UNIX based systems. It is highly configurable and its possibilities are endless.
One of the main differences between many other ftp servers and glFTPd is that it has its own user database which can be completely maintained online using ftp site commands. glFTPd runs within a chroot environment which makes it relatively safe.
Main features:
- Virtual users and groups
- Bandwidth throttling (global and per user)
- Upload/Download ratio support
- On the fly CRC calculating of files being uploaded
- Script support on almost all commands and operations
- Online user management (add/remove/edit users using site commands)
- Built-in statistics viewable using site commands
- Encryption support through TLS/SSL integration
- ACL Support
- Many more ...
Enhancements:
- Fix: check return value of fclose when uploading file, somehow NFS likes to fail to close a file
- Fix: when upload error occured do silent zipscript check after the error was sent to client
- Fix: There where some problems with CHOWN when moving files across disks
- Fix: Installer updates by psxc (now it should also work with fedora core 3, which has no `which` command)
- Fix: few small typos in the docs
- Fix: the first abor response line had a multiline-indicator which was wrong
- Change: tls cleanup
- Fix: tls errors will now go to error.log instead of syslog
- Fix: when glftpd will no longer loop it if crashes during logout

Librascal is a C/C++ library for asynchronous networking. It is a networking stack abstraction library which simplifies writing portable and scalable applications. It can be used with various threading models.

The library supports TCP and UDP protocols, basic DNS resolution and fully supports service discovery. It implements buffered data flow, has helper functions for processing text based protocols and several helper classes for C++.

Many options, such as timeouts, retry counters and the list of DNS servers can be adjusted at runtime.

Usage:

To use the library an application must include the rascal.h header file and link against librascal, a shared library (static linking is not supported and such support is not planned).

Installation:

The library has no external dependencies except for the standard system libraries. To install it, compile the source code then type make install.

Space Plumber is a first-person 3d game, not much different to Doom and Quake. The main goal of Space Plumber is to reach the extraction pumps before the water level increases swamping everything.
Each of the 30 levels that conform the game have progressive difficulty by adding more pumps and consoles that you must deactivate first, and by making the map bigger. There are no enemies, you fight against time and misorientation, and you only have your skills to move inside the maze.
The 1.1.x series are a port to use the QDGDF library, making it easier to compile in a variety of systems. Its included in the package, so you dont have to download it separately.
Enhancements:
- Space Plumber has been ported to use the QDGDF library, so its compilable in a wider variety of platforms and has some new features.
- The most important new feature is sound support under Linux.
- The game itself is exactly the same.

SLAD is a tool for performing local security checks against GNU/Linux systems.

SLAD has been primarily developed for the BOSS project to work together with Nessus to enhance its local scanning capabilities. For example, scanning for weak passwords with a tool like John-the-Ripper is something that simply cannot be achieved by a network scan.

Therefore, SLAD is required to be installed on every GNU/Linux system where local auditing needs to be done. SLAD can then be used as a stand-alone application or more conveniently through Nessus. For usage with Nessus two NASL plugins are provided for interfacing between Nessus and SLAD

The Version 2.0 provides a XML Interface for Parameters and easy integration of additional audit-parameters and tools. To help the administrator to integrate a new feature-set, a development-documentation is provided with the cvs.

SLAD has been tested and verified on the following platforms:

RedHat Fedora Core 3
SuSe 9.2
Debian 3.0 (woody)
Debian 3.1 (sarge)
ERPOSS3
Gentoo Linux 2004.3

SLAD is implemented in Perl and provides an extendable plugin architecture allowing to use various GPL-based security scanners and auditing tools under one common framework. Currently, SLAD comes packaged with

John-the-Ripper
Chkrootkit
LSOF
ClamAV
Tripwire
TIGER

As a result SLAD delivers reports of these locally installed auditing and analysis tools. When used with Nessus the individual reports are wrapped into a standard Nessus report.

SLAD as well as the SLAD NASL Plugins can be downloaded from this Website in their current stable release V2.0.

Installation:

You can use our "easy-to-use" GTK installer, this installer downloads the lastest SLAD Release Binary, and install it on the target system. You only need to provide the login for the traget system.

Pas2Dox is a pre-processor addon for the Doxygen documentation generator.
Pascal To Doxygen allows the production of advanced documentation from Delphi/Kylix sourcecode.
Installation:
Compiling from source on Linux
Unpack the archive
# tar xvzf pas2dox-xx.tar.gz
Build the source for a case insensitive scanner, with the following command:
# make
This will perform the follow commands
# flex -i -opas2dox.cpp pas2dox.l
# g++ pas2dox.cpp -o pas2dox
If you need to remove the pas2dox.cpp and pas2dox files, type
# make clean
When performing an upgrade of source code, I suggest you do the following
# make clean && make
Installing the binaries on Linux
Copy the pas2dox binary to /usr/local/bin/pas2dox
# make install
If you need to install to another place, use
# make install INSTALL_DIR="/your/location/here"
Enhancements:
- Added include file for tolower to fix build on linux
- handle default values and multi line comments on enums.
- Updated for typedef
- Dont process end of block comment } in a single comment line
- read / write for properties are now handled correctly. see bug 6
- Additional Doxygen comments on array declaration.
- Assigning a value to a var when declaring it
- Updated copyright year and version
- Swapped typedef
- added -s option to suppress generation of sa comments on property.
- fixed issue with function comments in function definition.
- Additional end check.

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.