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JTransforms is the first, open source, multithreaded FFT library written in pure Java. Currently, four types of transforms are available: Discrete Fourier Transform (DFT), Discrete Cosine Transform (DCT), Discrete Sine Transform (DST) and Discrete Hartley Transform (DHT). The code is derived from General Purpose FFT Package written by Takuya Ooura and from Java FFTPack written by Baoshe Zhang.

This library makes it easy to implement a Visualization data source so that you can easily chart or visualize your data from any of your data stores. The library implements the Google Visualization API wire protocol and query language. You therefore need write only the code required to make your data available to the library in the form of a data table. This task is made easier by the provision of abstract classes and helper functions.

HtmlCompressor is a small, fast and very easy to use Java library that minifies given HTML or XML source by removing extra whitespaces, comments and other unneeded characters without breaking the content structure. As a result pages become smaller in size and load faster. A command-line version of the compressor is also available.

Maven Plugin Tools are a library of utility classes to aid in the development and testing of plugins for Maven 2. Key features include support for Java 5 annotation based descriptor generation via an annotation extractor (available separately), and support for easier unit testing using the same Java 5 annotations and runtime dynamic proxies for parameter injection.

A very common problem is resolving a source, which means finding a source using a URI. The source resolver of Avalon Excalibur is a component helping you in this task. It resolves sources from a given URI. The URI can use all available protocols of the JRE. In addition own protocols can be plugged-in. So using the standard protocols like HTTP, FTP or file can be handled in the same way, like dealing with custom, self-build protocols such as myxmldatabase://root/documents/test.xml.

API for stackable stateful encoders and decoders. Such codec interfaces allow for the efficient processing of data as it is made available while maintaining small actively processing footprints. Of course these aspects depend on the implementation as well however this API standardizes the minimum set of interfaces associated with codec's that are stateful. Until this API is added to the commons-codec project several interfaces and classes here are duplicated to minimize the number of dependencies: namely a dependency on commons-codec will be avoided.

IzPack is an installers generator for the Java platform. It produces lightweight installers that can be run on any operating system where a Java virtual machine is available. Depending on the operating system, it can be launched by a double-click or a simple 'java -jar installer.jar' on a shell. The most common use is to distribute applications for the Java platform, but you can also use it for other kinds of projects. The main benefit of IzPack is that it provides a clean and unique way of distributing a project to users using different operating systems.

The XJavaDoc engine is a complete rewrite of Sun's JavaDoc engine that is faster and more suited for XDoclet (although it is completely standalone). It scans java source code and makes information about a class available via special java beans that are part of the XJavaDoc core. These beans provide the same information about a class as Sun's JavaDoc API, and some nice extra features.

The XJavaDoc engine is a complete rewrite of Sun's JavaDoc engine that is faster and more suited for XDoclet (although it is completely standalone). It scans java source code and makes information about a class available via special java beans that are part of the XJavaDoc core. These beans provide the same information about a class as Sun's JavaDoc API, and some nice extra features.

The JAX-SB Generator is a comprehensive framework to facilitate the use of XML in software languages such as Java. This framework intends to provide tools that will allow a developer to easily integrate XML interoperability, bind XML Schemas, and analyze XML Schemas for use with any software. Currently there is only one language and one application that is supported: XML Binding in Java. Next on the agenda is the development of analysis tools for XML Schema Documents. For instance, imagine a tool that will allow you to determine whether an XSD complies to best-practices. This tool will: 1) produce warnings for structures that do not comply to best-practices, 2) tell the developer whether the logical structure can be transformed linearly to a form that complies to best-practices, and 3) to automatically produce an XSD that maintains the logical structure of the original document but now fully complies to best-practices. This is just one of many tools that will be available shortly. In the meantime, check out the binding application.