The SeaMonkey project is a community effort to develop an all-in-one Internet application suite. It contains an Internet browser, email and newsgroup client with an included Web feed reader, HTML editor, IRC chat, and Web development tools, and is sure to appeal to advanced users, Web developers, and corporate users. It uses much of the Mozilla source code powering such successful siblings as Firefox, Thunderbird, Camino, Sunbird, and Miro.
Thunderbird is a total redesign of the Mozilla mail component to produce a cross-platform, stand-alone mail application using the XUL user interface language. It has many new features, among them the ability to customize your toolbars the way you want them. a new look and feel with a large number of downloadable themes which alter the appearance of the client, and the ability to add UI extensions.
Metacza is a language and its compiler which produces output in the C++ Meta Template Language. Its concise syntax makes Meta Template Programming much easier. Metacza allows you to write programs using boost::mpl, and to produce C++ header files that can be used on their own. Programming without boost::mpl is also supported. Metacza is a higher order language with closures, let, and lambda.
SMC takes a state machine stored in an .sm file and generates the state pattern classes in fourteen programming languages. Its features include default transitions, transition arguments, transition guards, push/pop transitions, and Entry/Exit actions. It requires Java SE 1.6 or better.
Jitterbit is an integration tool for designing, configuring, testing, and deploying integration solutions. It supports many document types and most standards-based protocols, including XML, Web Services, popular databases, text files, FTP, HTTP, and others. The integration server runs on both Windows and Linux and is configured using a Java-based user interface that is designed to make integration quick, easy, and intuitive to complete. With the UI, users can define their integration operations from start to finish: adding source and target systems, using drag-and-drop mapping to transform data, setting schedules, creating success/failure events, and tracking all of their deployed integration operations.