Projects

Orbeon Forms

Orbeon Forms is an open source forms solution that handles the complexity of forms typical of the enterprise or government. It is delivered to standard web browsers thanks to XForms and Ajax technology, with no need for client-side software or plugins.

QuiXProc

QuiXProc is a open source XProc implementation that integrate Streaming and Parallel processing.

neuroimagingframework

NEWS (2010.03.16) - Neuroimaging Framework v0.8.1 is our new Featured Download! NEWS (2010.03.09) - Neuroimaging Framework v0.8.0 is our new Featured Download! NEWS (2010.03.08) - New development branch cut, Checkout Now! This is a work in progress. To contribute, contanct me: ... [More] "timothy.okeefe" at domain "gmail.com" What Neuroimaging Framework is Neuroimaging Framework (NIF) is an open source, software development toolkit (and framework) for Neuroimaging research. NIF was designed so that a majority of the core framework classes are independently useful e.g. \Neuro\Data\Nifti, \Neuro\Data\Dicom while others are designed to pull components together into a full pipeline execution framework. What Neuroimaging Framework isn't Neuroimaging Framework (NIF) is not another toolkit with it's own native implementations of algorithms, formats, etc. rather NIF aims to provide a consistent API to a growing number of software packages including: DCMTK, XNAT, AFNI, SPM, FSL, Freesurfer, etc. Through Neuroimaging Framework, one can generate simple to complex workflows without having to focus on the many details and idiosyncrasies that exist within and in between software packages. How easy is Neuroimaging Framework? Neuroimaging Framework is meant to be fall-over easy to use. As long as your script starts out like so: #!/usr/bin/php <? require_once getenv('NIF') . '/Neuro.php';You are ready to roll! Want a better example? Say you want to average several NIFTI files. With Neuroimaging Framework this could be accomplished with just a few lines of code: #!/usr/bin/php <? require_once getenv('NIF') . '/Neuro.php'; use Neuro\Data\NiftiCollection as NiftiCollection; use Neuro\Common\Logger as Logger; $logger = Logger::getInstance(); try { $collection = new NiftiCollection(); $collection->add("/path/to/s001.nii.gz"); $collection->add("/path/to/s002.nii.gz"); $nifti = $collection->mean(); $nifti->saveTo("./", "averaged"); } catch(\Exception $e) { $logger->fatal($e); }One of our fundamental goals is code clarity, from our choice of programming language all the way down to the most minuscule of design decisions. If you're scratching your head wondering what the above code does, we have failed to deliver. System Requirements If you're unsure your system is equipped for using Neuroimaging Framework, we've included a configure script to help you. After you've downloaded NIF, simply run: user@localhost: ./configurefrom within the bin directory and you'll know how capable is your system. If it is flat-out incapable, fire off an email. Dear Developers For those who have downloaded and installed the latest PHP Development Tools Project IDE, contributing to the project couldn't be easier. We've included our Eclipse project file within the project itself. So just checkout the latest source and even you could help us break things! Looking for a similar framework written in Python? Check out NIPYPE [Less]

vo-urp

The title of this project (urp) stands for UML Representation Pipeline. We define and implement transformation rules that translate data models expressed in a restricted subset of UML2 to physical representations such as XML schemas & documents, relational database schema and Java codes. The ... [More] generated Java code uses JPA and JAXB annotations to translate between the XML and relational database representations to define a simple CRUD interface (get, upload, validate) for a complete graph of objects. Required libraries : - JAXB 2.1.x - JPA 1.0 provider = EclipseLink 1.1.x This project is a spin-off of the SimDB project in the volute project vvolute.googlecode.com). Job Runner is a sub project that allows a web application to launch external jobs (executable) and manages both a dedicated thread pool and a job queue to monitor the jobs. [Less]

Tubular

Tubular is a Java implementation of an XProc pipeline processor. An XML Pipeline specifies a sequence of operations to be performed on zero or more XML documents. Pipelines generally accept zero or more XML documents as input and produce zero or more XML documents as output. Pipelines are made up ... [More] of simple steps which perform atomic operations on XML documents and constructs similar to conditionals, iteration, and exception handlers which control which steps are executed. Tubular project is applying test-driven development (TDD) principles. Implementation is validated against the test suite from XProc.org. Tubular is implemented with as much immutable objects as possible, in order to facilitate the addition of parallelism support, thus reducing the need for locking mechanisms. [Less]

xlg

XLG is a pipeline based code generator that walks meta sources (database tables, folder/files, or XML), turns that structure into XML and then transforms the XML using XSL. That process defines a step in the pipeline where each additional step take additional actions, perhaps walking additional ... [More] databases (SQL Server, Sybase, and MySQL are currently supported) or perhaps walking other meta data sources (such as a folder/file hierarchy or the contents of a pre-existing XML file or the result of a web service call) for additional transformations to occur. Batch files can be called and the output gathered as XML. Currently, XLG is great for generating multiple DAL layers. Read the release notes for Gamma 2 for a much more in depth explanation and partial walk through. An excellent C# LINQesque DAL code library XSLT is included. XLG uses the wonderful NXLT2.exe. Additionally, the original code base was drawn from the original SubSonic release code (about 2 years ago). While there is little resemblance to either the original or the current SubSonic code base, it should be said that XLG would not exist without the fine work of the SubSonic team. [Less]

xml-pipeline

The Simple XML Pipeline is primarily intended to make complex, multi-stage XML transformations easy by allowing the developer to create stages that specialize in particular operations and independently chain them together into pipelines. The pipeline framework uses SAX, a stream-based XML parsing ... [More] technology, to maximize speed and memory efficiency. The technology is based off of concepts and code developed by Apache Cocoon rewritten to minimize external dependencies with the goal of making the pipeline framework easy to embed and develop with. [Less]

xproc-plus-time

An investigation into extending the W3C's XML Pipeline Language (XProc) with the Timing and Synchronization modules of the W3C's Synchronized Multimedia Integration Language (SMIL) Timesheets, to provide process step orchestration.

xlibris

The XLibris project is intended to be a generalized open source XQuery/XML-Database based community management system, built upon the principles of RESTful services, pipeline architectures and community development. This page is a temporary placeholder, with more information to be provided shortly.

daisy-pipeline

The DAISY Pipeline is an open-source, cross-platform framework for document-related pipelined transformation. It supports the migration of digital content to various formats efficiently and economically, facilitating both production and distribution of DAISY Digital Talking Books. The DAISY Pipeline ... [More] is a collaborative project maintained by the DAISY Consortium, with numerous organizations participating and contributing to the development. The DAISY Pipeline 2.0 project is the follow-up of the DAISY Pipeline 1.0 project. It consists mostly in preparing for the future by redesigning the core Pipeline framework to embrace new technologies and standards and better integrate with the DAISY community and publishing mainstream. For more information, see the following wiki pages: ProjectCharter Requirements Roadmap [Less]