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the popa3d goals ================ Is a POP3 daemon by Solar Designer. Well, the goals themselves are obvious; they're probably the same for most other POP3 servers as well. It's their priority that differs. For popa3d, the goals are: 1. Security (to the extent that is possible with POP3 at all, of course). 2. Reliability (again, as limited by the mailbox format and the protocol). 3. RFC compliance (slightly relaxed to work with real-world POP3 clients). 4. Performance (limited by the more important goals, above). This port is installed to be run from inetd, which is sufficient for normal usage. However, it is possible to build a stand-alone version, should you need better performance.

Mulberry is back under new ownership and is now available for FREE! Mulberry is a high-performance, scalable, and graphically groovy internet mail client. It uses the IMAP (IMAP4rev1, IMAP4, and IMAP2bis) protocol for accessing mail messages on a server, the standard SMTP protocol for sending messages, and does lots and lots of things with MIME parts for mixed text and "attachments" of many different types of files and data. Support for POP3 and Local accounts, full disconnected IMAP support, PGP/GPG, SSL/STARTTLS, local and SIEVE support for filtering and much more! Please note that there is no official support for Mulberry now - community support via mailing lists and other such resources will be used instead.

KmPlot is a program to draw graphs, their integrals or derivatives. It supports different systems of coordinates like the cartesian or the polar coordinate system. The graphs can be colorized and the view is scalable, so that you are able to zoom to the level you need. Features: - Powerful mathematical parser. - Precise metric printing. - Different plot types: cartesian, parametric, polar, implicit, differential. - Highly configurable visual settings (plot line, axes, grid). - Export to bitmap format (BMP and PNG) and scalable vector graphics (SVG). - Save/load complete session in readable XML format. - Trace mode: cross hair following plot, coordinates shown in the status bar. - Supports zooming. - Ability to draw the 1st and 2nd derivative and the integral of a plot function. - Supports user defined constants and parameter values. - Various tools for plot functions: - Find minimum/maximum point. - Get y-value and draw the area between the function and the y-axis.

Petri nets are a popular graphical way of modeling concurrent systems such as communications protocols, multiprocessor computers etc. With Petri nets it is possible to assess the correctness of systems for example by verifying that the system cannot deadlock, that there cannot be any buffer overflows etc. PIPEs main aim is to improve on existing tools available for modeling Petri Nets. A key design feature is the modular approach adopted for analysis, enabling new modules to written easily and powerfully, using built-in data layer methods for standard calculations. Eight analysis modules have been written (so far) including Invariant Analysis, State-Space Analysis (deadlock, etc), Simulation Analysis & Classification. PIPE adheres to the latest XML Petri net standard (PNML). File format for saving and loading Petri-Nets is also extensible through the use of XSLT, the default being PNML.

This package is a port of TAMU's extract program from NetLogger to look at flow data instead of netlogger data. Blame Larry for it's faults, not TAMU. Blame me for the FreeBSD port, not Larry :-) If you don't already have a good guess what this program does and what data it is looking for, the odds are that it isn't going to be of much help to you. This program only works on Cisco flow data as captured with Mark Fullmer's flowtools package. If you don't have that, get that first, then look at this program. In order for this to compile you will need flowtools from Mark Fullmer's (net-mgmt/flow-tools port).

This is a new release of the popular cleanfeed usenet spam filter written by Jeremy Nixon. I will continue releasing new versions until I get tired or somebody else will step forward. There is no real documentation, so if you never used cleanfeed please download the original package from and enjoy trying to understand what changed. If you already have an existing cleanfeed installation please double check your cleanfeed.local, because it may not be compatibile with this release. cleanfeed.conf does not exist anymore, the bad_cancel_paths config option is now read from a configuration file and most local_* functions changed their name. Please read the CHANGES file for details about these and other things. When in doubt, check the source code.

This is a program that implements the RFC1413 identification server. It was very much inspired by Dan Bernstein's original 'authd' (but unlike that program doesn't use 'netstat' to get some of the information) It uses the kernel information directly. (And is due to that fact a lot faster). Dan has now written another version of the 'authd' daemon that uses his 'kstuff' to read the kernel information. Unlike that daemon, this will use only normally available kernel access functions (and is due to that more limited in the different machines it support). Please note that this daemon used to be called pauthd but has changed name to better reflect what it does (and to conform to the new RFC).

On FreeBSD, it's possible to allow plain users to mount filesystems without using su or sudo. This is enabled via vfs.usermount sysctl. However, if file name conversion is used when mounting a filesystem, in most cases mount will fail with `mount_XXX: XXX_iconv: Operation not permitted denied' error. This is caused by the fact that character set conversion tables need to be loaded into kernel, but, apart from mounting, that's not allowed to plain users, because charset tables are large enough to initiate a denial of service by filling kernel memory with many tables. This utility allows you to load only specific charset tables into kernel, so usermounts with file name conversions won't fail and in the same time it's not possible to bring the system down by filling kernel memory.

powerman is free Unix/Linux software that controls (remotely and in parallel) switched power distribution units. It was designed for remote power control of Linux systems in a data center or cluster environment, but has been used in other environments such as embedded management appliances, home automation, and high availability service management. powerman can be extended to support new devices using an expect-like scripting language. It communicates with devices natively using telnet, raw socket, and serial protocols. It also can drive virtual power control devices via a coprocess interface. The coprocess mechanism has been used to extend powerman to communicate with devices using other protocols such as SNMP, IPMI, Insteon, X-10, and VXI-11. powerman can control equipment connected using any combination of the above methods and provide unified naming for the equipment and parallel execution of control actions.

This package provides parsing and rendering functions for XML. It is based on the datatypes found in the xml-types package. This package is broken up into the following modules: * Text.XML: DOM-based parsing and rendering. This is the most commonly used module. * Text.XML.Cursor: A wrapper around Text.XML which allows bidirectional traversing of the DOM, similar to XPath. * Text.XML.Unresolved: A slight modification to Text.XML which does not require all entities to be resolved at parsing. The datatypes are slightly more complicated here, and therefore this module is only recommended when you need to deal directly with raw entities. * Text.XML.Stream.Parse: Streaming parser, including some streaming parser combinators. * Text.XML.Stream.Render: Streaming renderer.