OpenFWTK is an application proxy toolkit which inherits the ideology of TIS fwtk and maintains API backwards compatibility. The design goal is to make it simple yet powerful; no performance hacks are allowed in the code and library dependencies are reduced to a minimum. It is a true application layer filter. It features unified pluggable content inspection for the most frequently used protocols, NAC (Network Admission Control), and the ability to define fine-grained Internet access policy based on browser identification.
Kerberized Apps consists of TELNET, FTP, and RSH/RCP clients and servers packaged for VAS- enabled platforms. These tools give users the benefits of single sign-on for the more traditional remote access tools. It is derived from the apps component of Heimdal Kerberos and was formerly known as VAS Apps.
Quest OpenSSH is a version of OpenSSH modified and packaged to provide default single sign-on capability for customers using Quest's Vintela Authentication Service (VAS) and/or Vintela Management eXtensions (VMX) products. Quest's version of OpenSSH defaults to authenticating users and hosts with GSSAPI. It works in conjunction with VAS, to allow secure shell single sign-on to Unix hosts joined to Active Directory domains.
PBZIP2 is a parallel implementation of the bzip2 block-sorting file compressor that uses pthreads and achieves near-linear speedup on SMP machines. The output of this version is fully compatible with bzip2 1.0.2 or newer (ie: anything compressed with PBZIP2 can be decompressed with bzip2).
MP-MICH is a Multi-platform uniform MPI implementation, based on MPICH and SCI-MPICH, resulting in a high performance, consistent MPI across both ethernet and SCI networks in a hybrid environment. There is a single, standardized source tree for all platforms. It is compliant with the MPI-1 standard.
The TenDRA compiler is a C/C++ compiler aimed at being a state of the art compiler: incorporating new research ideas, always producing correct code, and improving compiler performance where possible given the previous points. It offers ANSI/ISO C features and strong code verification. It is developed on a number of different operating systems and architectures.
Xnetintf is an X Windows application that manages network interfaces. The current interface state is depicted through a series of bitmaps, and a mouse click in the window initiates a state transition. Xnetintf uses a per-interface configuration file to supply commands that check and toggle state, as well as a program to run after the state change completes. A command line interface is also supported.