Free winrar 3.8 serial software for linux

libevnet library provides a suite of interfaces, all built around libevent [http://www.monkey.org/~provos/libevent] , useful to network daemons.
bufio.h: Non-blocking line and block buffered I/O routines, providing tail recursive behavior so callers cannot overflow their stack with multiple back-to-back I/O issues (i.e. attempting unbounded recursive I/O operations before falling into the event loop).
This feature preserves the natural way to code in an asychronous manner by safeguarding against certain types of pathological behavior and malicious attacks.
socket.h: Asychronous accept(2) and connect(2), supporting IPv4, IPv6 and Unix Domain sockets transparently. Also supports encapsulated host address lookups for "one-shot" connection handling with automatic fallback (for MX and SRV hosts).
tls.h: OpenSSL interface which plugs into the buffered I/O API in bufio.h and socket.h API.
thread.h: Threading implementation for running "blocking" routines asychronously. Run a function in a separate thread, and have the return value collected and passed back asynchronously to the original caller.
lookup.h: Comprehensive DNS resolver with a dead simple interface. Supports PTR, A, AAAA, CNAME, NS, MX, TXT, SOA and SRV records, as well as "compound queries".
A lookup of A+AAAA+SRV first queries the SRV records, sorts them, then resolves each SRV host to an A and/or AAAA host (with a configurable CNAME chaining limit). The response is a linked list of lookup structures, beginning with an SRV record, associated A/AAAA sockaddr structures, the next SRV record, and so on. A+MX has similar behavior. This feature actually reduces network traffic, since most of the time the initial DNS query response contains all the necessary information in the additional section.
DNS SRV records are compliantly sorted according to RFC 2782 [http://rfc-ref.org/RFC-TEXTS/2782/]
Enhancements:
- The platform compatibility library was refactored.

ClamCour software is a multi-threaded filter for the Courier MTA that that scans for viruses using the Clam Antivirus package.

KBiff is a "biff" or new mail notification utility. It is highly configurable but very easy to use and setup. It tries to combine the best of the features of most of the "other" biff programs out there.
KBiff supports all major mailbox formats: mbox (Berkely style), maildir, mh, POP3, IMAP4, and NNTP. As of 3.7, it also supports POP3 and IMAP4 with SSL. As of 3.8, it supports CRAM-MD5 and APOP authentication.
KBiff is also part of the KDE project. Among other things, this means that it has support for session managment (it "remembers" the last state it was in before you logged off) and can be docked into the panel.
Main features:
- Pure GUI configuration. No more command line parameters to remember (well, one optional one to make things easier for some people) or strange config files. All settings for KBiff can be done from one setup dialog.
- Session Management. KBiff starts up with the same configuration you left it with.
- Panel Docking. KBiff can be docked into the panel very easily. Handy when you are monitoring several mailboxes and dont have room anywhere else.
- Animated GIFs. You can use animated GIFs as your icons.
- Sounds. KBiff has an option to play .wav files when new mail arrives.
- POP3, IMAP4, NNTP, Maildir, MBOX, MH. KBiff supports all major mailbox formats!
- Multiple Mailbox. KBiff can monitor several mailboxes with one instance.
- Others. KBiff has scads of other options.
Enhancements:
- pdated automake admin dir to compile with latest SuSE
- Updated documentation slightly

FreeLords is a TBS game in the style of the classical Warlords. In short, you produce armies in cities and use them to conquer more cities and finally defeat the other players. However, we have already extended the game design, e.g. by introducing hitpoints for the armies.

The game is currently still in the development phase, so some features may not be implemented yet.

DSPAM is a server-side statistical anti-spam agent for Unix email servers.
DSPAM masquerades as the email servers local delivery agent and effectively filters spam using a combination of de-obfuscation techniques, specialized algorithms, and statistical analysis.
The result is an administratively maintenance-free, self-learning anti-spam tool. DSPAM has yielded real-world success rates beyond 99.9% accuracy with less than a 0.01% chance of false positives.
The DSPAM project attempts to set itself apart from other filters by focusing on the following areas:
- DSPAM has a strong drive for research. Many new algorithms and approaches to fighting spam have come out of the DSPAM project. Some of the approaches deployed in DSPAM include Concept Identification, Neural Networking, Message Inoculation , advanced de-obfuscation techniques, and a new noise reduction algorithm called Bayesian Noise Reduction. Were always looking for new approaches to improving the accuracy of DSPAM.
- A strong focus on large-scale implementation support. The largest implementation of DSPAM weve heard about to-date involves 350,000 users, with the next largest being around 125,000, then 100,000. DSPAM has been designed to run with a very short execution time (between 0.01s - 0.03s real time for classification and between 0.03s - 0.10s real time for training, on average hardware), and has been equipped with a storage driver API allowing several different storage mechanisms to be used. Depending on disk space constraints, accuracy can be traded off for additional disk space or vice-versa.
- Usability. DSPAM was designed with "grandma" in mind. Users can retrain by either forwarding any spam they receive to a spam address, or (in v3.4.2+) use the history function of the included web interface to quickly mark spam and deliver false positives. End-users dont need to know any commandline utilities or other complexities plaguing some other such tools. Functions such as whitelisting and keyword inventory are automatic (based on statistical functions) and therefore require no user intervention.
Main features:
- System-wide administratively-maintenance free filtering. The DSPAM agent can integrate into just about any network and can even be implemented as an SMTP gateway.
- A simple-to-use learning mechanism. DSPAM allows users to simply forward their spam to their "spam email address" for learning, eliminating any learning curve necessary to make it usable by your customers. The information used in every calculation is temporarily stored on the server, enabling DSPAM to relearn the original message by looking for a small signature in the forwarded spam. As a result, users dont have to be trained to bounce messages around, and administrators dont have to worry about incompatible mail clients.
- Support for a variety of storage implementations. DSPAMs storage driver API allows the administrator to choose how they wish to store data. Currently supported drivers include SQLite, Berkeley DB3, Berkeley DB4, MySQL, PostgreSQL and Oracle.
- Written in C for speed, performance, and scalability. Unlike Python or PERL solutions DSPAM is written in a low-level compiled language, meaning there is very little overhead. DSPAM runs fast, efficient, and doesnt depend on any third-party language interpreters.
- MTA support. DSPAM works great with Sendmail, Postfix, Qmail, Courier, and Exim, and should work well with many other MTAs. In the event you happen to run something like Exchange, DSPAM can be implemented on your network as an SMTP gateway. Just point your MX at it and configure it to relay to your mail server.
Enhancements:
- This is an unofficial release, but significant.
- Several significant bugfixes have been made.
- Bill Yerazunis Orthogonal Sparse Bigram (OSB) tokenizer algorithm has been added.
- The code has been significantly optimized to run much faster and with fewer resources.