pconsole is a parallel console tool, and is meant as an interactive administrative shell tool for clusters. It allows you to connect to each node of your cluster simultaneously, and you can type your administrative commands in a specialized window that 'multiplies' the input to each of the connections you have opened.
SOAP.py is an implementation of SOAP (Simple Object Access Protocol) in Python. It includes a general SOAP Parser based on sax.xml ( requires Python 2.0 ), a general SOAP Builder, a SOAP Proxy for RPC client code, and SOAP Server framework for RPC server code. SOAP.py handles all of the types in the BDG, handles faults, allows namespace specification, and SOAPAction specification. It supports Homogeneous typed arrays, multiple schemas, the mustUnderstand and actor headers, XML attributes, Multi-referencing. SOAP.py also has good interoperability and passes all client tests for Frontier, SOAP::LITE, and SOAPRMI encodings.
Clubmask is a 'glue' package that combines the outstanding management and speed of the Bproc distributed process layer with the power and configuration of the Maui HPC Scheduler. It uses the Supermon resource monitor to gather node information. This node information is combined with job submission data, and suplied to Maui. Maui issues job start and termination commands which are handled by Clubmask via the Bproc layer. Clubmask also supplies a 'supermon2ganglia' translator that allows supermon data to be displayed in a ganglia Web frontend.
The FOLK project aims to provide a single patch which incorporates as many Linux kernel projects as can be crammed in. Its goal is to allow people who are interested in experimenting with the different projects to get on with the experimenting, rather than spend time fixing clashing diffs. It also has the goal of giving some of the more obscure projects a better chance of being seen and used. It is not intended for "general use". If a given release is stable, that will be by sheer luck. These are experimental projects, of unknown quality and completeness, being thrown together in ways that the developers are unlikely to have even remotely considered.
Cplant (tm) is a collection of code designed with an emphasis on scalability, to provide a full-featured environment for cluster computing on commodity hardware components. Cplant (tm) system software provides a scalable message passing layer, scalable runtime utilities, and scalable debugging support. It is distributed as source code, which can be built for a specific hardware configuration. This consists of operating system code (in the form of Linux modules and driver), application support libraries and compiler tools, an MPI port, user-level runtime utilities, support for application debugging, and scripts for configuring and installing the built software.