rtorstat is a simple Web page generator that shows status information about the rTorrent bittorrent client. This makes it possible to quickly have an overview of your torrent list from a remote location without having to log into the remote machine that actually runs rTorrent. It can be run through cron or as a CGI script.
VeriTAR [Veri(fy)TAR] is a command-line utility that verifies the MD5 sums of files within a tar archive. Due to the limitations of the tar ("ustar") format, the MD5 sums are retrieved from a separate file and are checked against the MD5 sums of the files within the tar archive. The process takes place without actually exctracting the files. It works even with corrupted tar archives. The program carries on to the next file within the archive, skipping the damaged parts. At the moment, this relies on internal functions of Python's tarfile module.
SysScope is a graphing solution that facilitates the visual representation of RRDtool's Round Robin Databases (RRD). It retrieves the graph options from an Apache-style configuration file and, after making the necessary calls to rrdgraph, it generates static or dynamic HTML pages containing the graphs. The following backends are supported for the generation of the dynamic pages: CGI, FastCGI, mod_python, and WSGI.
Text License is a module for the Drupal CMS that allows the assignment of a license to published content. Many licenses intended for text documents are supported. It is possible to limit the available licenses on a per node type basis, set default licenses globally and per node type, assign permissions to users so they can override the default licenses, etc.
TinyIDS is a distributed intrusion detection system (IDS) for Unix systems. It is based on the client/server architecture and has been developed with security in mind. The client, tinyids, collects information from the local system by running its collector backends. The collected information may include anything, from file contents to file metadata or even the output of system commands. The client passes all this data through a hashing algorithm and a unique checksum (hash) is calculated. This hash is then sent to one or more TinyIDS servers (tinyidsd), where it is compared with a hash that had previously been stored in the databases of those remote servers for this specific client. A response indicating the result of the hash comparison is finally sent back to the client. Management of the remotely stored hash is possible through the client's command line interface. Communication between the client and the server can be encrypted using RSA public key infrastructure (PKI).