PINY_MD is a multipurpose, object-oriented molecular simulation package. PINY_MD is capable of performing a wide variety of molecular dynamics, electronic structure, and geometry optimization calculations. Such capabilities include force-field based ("classical") simulations on system ranging in complexity from simple molecular liquids (e.g., water, ammonia, liquid alkanes) and crystals (e.g., ice) to large biomolecular systems such as the HIV-1 protease in solution.
sws was born out of a project requirement for a small universal Web server that could run on any POSIX platform to serve static content. Since it is written in /bin/sh it should run on any BSD/GNU-Linux/Unix system. It has been tested on FreeBSD, Solaris, and Debian GNU/Linux. Installation consists of putting the program somewhere, making it executable, creating the document directory, and creating an entry in inetd.conf. sws requires /bin/sh, dirname, cat, and date to function. These should be found on any modern POSIX system.
LPAR2RRD makes historical, future trends and nearly "realtime" CPU utilization graphs of LPARs and shared CPU usage of IBM Power servers. It collects complete physical and logical configuration of all servers/LPARs. It is agent-less (it gets everything from the HMC/SDMC or IVM). It supports all kinds of logical partitions (AIX/AS400/Linux/VIOS).
Jmx4Perl provides an alternate way of accessing Java JEE Server management interfaces that are based on JMX (Java Management Extensions). It is an agent-based approach where a small Web application deployed on the application server provides HTTP/JSON-based access to JMX MBeans registered within the application server. It is set up from a handful of Perl modules, which can be integrated seamlessly in your own programs. It also includes a Nagios plugin, check_jmx4perl, a jmx4perl command line tool for remote JMX queries and operations, and a readline-based JMX shell j4psh, with context sensitive command completion and syntax highlighting.
ICEfaces is a framework for developing Ajax applications for the Web and iPhone in Java with JavaServer Faces. In contrast to typical Web applications, ICEfaces applications can update any part of the page at any time. Full page refresh is eliminated, and multi-user interaction is supported through AJAX Push.
PDF Automation Server (PAS) can receive PDF documents from multiple sources concurrently, including email, FTP servers, and local or network folders. Processes can then be defined independently for each document source to perform a number of different functions on the documents. Finally, PAS can route the original or modified document to multiple destinations, including folders, printers, email, and FTP servers. PAS supports the following PDF processing functions: printing, setting security, conversion to images, merging, flattening, and extraction of form field data, importing, exporting, and flattening of annotations, text extraction, assembling, splitting, merging, digital signatures, and stamping.
The Message Multiplexer (MMX) application will get a message from a WebSphere MQ queue and output it to one or more queues. Context information is maintained across the message put(s). MMX can move messages from a single source queue to (up to) 99 target queues. Messages put to each target queue are an exact replicate of the original message from the source queue (including the message's MQMD). MMX performs each MQGET and the subsequent "n" MQPUT(s) under a Unit of Work (UOW), so that message integrity is kept.