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Sphinx is an open source full text search server, designed from the ground up with performance, relevance (aka search quality), and integration simplicity in mind. It's written in C++ and works on Linux (RedHat, Ubuntu, etc), Windows, MacOS, Solaris, FreeBSD, and a few other systems. Sphinx lets you either batch index and search data stored in an SQL database, NoSQL storage, or just files quickly easily and or index and search data on the fly, working with Sphinx pretty much as with a database server. A variety of text processing features enable fine-tuning Sphinx for your particular application requirements, and a number of relevance functions ensures you can tweak search quality as well. Searching via SphinxAPI is as simple as 3 lines of code, and querying via SphinxQL is even simpler, with search queries expressed in good old SQL. Sphinx clusters scale up to billions of documents and tens of millions search queries per day, powering top websites such as Craigslist, DailyMotion, NetLog, etc. And last but not least, it's open-sourced under GPLv2, and the community edition is free to use.

Sphinx is an open source full text search server, designed from the ground up with performance, relevance (aka search quality), and integration simplicity in mind. It's written in C++ and works on Linux (RedHat, Ubuntu, etc), Windows, MacOS, Solaris, FreeBSD, and a few other systems. Sphinx lets you either batch index and search data stored in an SQL database, NoSQL storage, or just files quickly easily and or index and search data on the fly, working with Sphinx pretty much as with a database server. A variety of text processing features enable fine-tuning Sphinx for your particular application requirements, and a number of relevance functions ensures you can tweak search quality as well. Searching via SphinxAPI is as simple as 3 lines of code, and querying via SphinxQL is even simpler, with search queries expressed in good old SQL. Sphinx clusters scale up to billions of documents and tens of millions search queries per day, powering top websites such as Craigslist, DailyMotion, NetLog, etc. And last but not least, it's open-sourced under GPLv2, and the community edition is free to use.

Test::Mock::LWP::Dispatch intends for testing a code that heavily uses LWP::UserAgent. Assume that function you want to test makes three different request to the server and expects to get some content from the server. To test this function you should setup request/response mappings for mocked UserAgent and test it. For doing something with mappings, here are methods map, unmap and unmap_all. For controlling context of these mappings (is it applies for all created in your code LWP::UserAgent's or only to one specific?) you should call these functions for exported $mock_ua object (global mapping) or for newly created LWP::UserAgent (local mappings). See also on Test::Mock::LWP, it provides mocked LWP objects for you, so probably you can solve your problems with this module too.

A mapped queue, similar to Thread::Queue, except that as elements are queued, they are assigned unique identifiers, which are used to identify responses returned from the dequeuing thread. This class provides a simple RPC-like mechanism between multiple client and server threads, so that a single server thread can safely multiplex requests from multiple client threads. Note that simplex versions of the enqueue methods are provided which do not assign unique identifiers, and are used for requests to which no response is required/expected. In addition, elements are inspected as they are enqueued/dequeued to determine if they are Thread::Queue::Queueable (aka TQQ) objects, and, if so, the onEnqueue() or onDequeue() methods are called to permit any additional class-specific marshalling/unmarshalling to be performed. Thread::Queue::Duplex (aka TQD) is itself a Thread::Queue::Queueable object, thus permitting TQD objects to be passed between threads.

Anti-Spam SMTP Proxy is a spam filter that sits on port 25 in front of your regular SMTP server (sendmail, postfix, qmail, etc). ASSP performs a number of configurable spam checks, and on detecting a spam message, provides an immediate 5xx SMTP error code back to the client. Non-spam messages are passed to your regular SMTP server for further processing and delivery. ASSP includes SSL and IPv6 support. It is a single script with a web-based configuration tool. ASSP offers: - a whitelist of known good senders - Bayesian checks on message headers and contents - recipient address validation using LDAP and RFC822 conformance - relay denial - HELO checking - SPF (Sender Policy Framework) checking - DNSBL (DNS Block List) checking using many DNSBL services - various SMTP error modes detection - Virus detection and many other spam detection techniques.

The Enhanced TightVNC Viewer package started as a project to add some patches to the long neglected Unix TightVNC Viewer. However, now the front-end GUI and wrapper scripts features dwarf the Unix TightVNC Viewer patches (see the lists below). It adds a GUI for Windows, Mac OS X, and Unix that automatically starts up STUNNEL SSL tunnel for SSL or SSH connections to x11vnc, and then launches the TightVNC Viewer to use the tunnel. It also enables SSL encrypted VNC connections to any other VNC Server running an SSL tunnel, such as STUNNEL, at their end. It can be used to perform SSH tunnelled connections to any VNC Server as well. The tool has many additional features (see below for a list). The short name for this project is "ssvnc" for SSL/SSH VNC Viewer.

This package provides two cache managers for Zope 2. A RAMCacheManager and an Accelerated HTTP cache manager, which adds HTTP cache headers to responses.

This is a network benchmark for DOS, OS/2 2.x, Windows NT/2000 and Unix. It measures the net throughput of a network via NetBIOS and/or TCP/IP protocols (Unix and DOS only support TCP/IP) using various different packet sizes. One instance has to run on one machine as a server process, another instance is used on another machine to perform the benchmark. When executed without arguments, the program will explain its usage.

This plugin enables the scanning of incoming mail received from a POP, IMAP, or LOCAL account using SpamAssassin. It can optionally delete mail identified as spam or save it to a designated folder, and also can be used to train a local SpamAssassin (or a remote one if SpamAssassin >= 3.1 is installed both locally and remotely). According to your SpamAssassin server configuration, it can show worse performance than Bogofilter, (slower, eating more CPU), but can catch spam with better accuracy.

Geo::IP::PurePerl uses a file based database. This database simply contains IP blocks as keys, and countries as values. This database is more complete and accurate than reverse DNS lookups. Geo::IP::PurePerl can be used to automatically select the geographically closest mirror, to analyze your web server logs to determine the countries of your visiters, for credit card fraud detection, and for software export controls.