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Getting the Most Out of Eclipse CDT |
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What’s New in CDT 3.1 and What’s in Store for Version 4
The Eclipse C/C++ Development Tools (CDT) project brings a rich offering of integrated tools to the world of C and C++ programming, enabling developers to improve their productivity and to enhance the quality of the software they produce. The article walks you through the Eclipse C/C++ Development Tools (CDT) project, with a special focus on features introduced in CDT 3.1. It includes a preview of upcoming features that will make the CDT even more responsive and scalable. I also discuss the growing adoption of the CDT and how you can contribute to the CDT project.
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Chatting Up the Community Heroes |
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And the Award Goes to…
Eclipse Magazine profiles a set of mini interviews with Eclipse community heroes, so you have the chance to better understand the contributions and impact the community members have made, and will continue to make, to the Eclipse ecosystem as a whole. |
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Scientific Ecosystem with Eclipse |
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Bioclipse: An Open Source Workbench for Chemo- and Bioinformatics
Research and development are the key elements that infl uence the effi ciency of our economy in the long term. More and more, excellence in research requires the continued promotion of high-quality scientifi c software and effective collaboration between academic research and industry. An analysis of the current situation is moderate at best. The prize-winning Bioclipse is one of the better examples for scientific software and it offers signifi cant potential and ideas for successful collaborations.
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Eclipse on the Path to IP Purity |
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New Solutions Usher IP Compliance
The health and success of an open source community is largely attributed to effective intellectual property (IP) compliance. In a research report by IDC, it is estimated that there are 2.27 million Eclipse users worldwide. In addition, there are hundreds of companies worldwide that utilize open source projects developed by the Eclipse community, several ISVs that base their products on Eclipse technologies, and last but not the least a large community of open source developers that are a part of this challenging process. One of the core requirements of such a vast community to ensure its health and success involves easing open source developers’ concerns about the utilization of their customcreated intellectual property, and allowing organizations to be more confident in their use of open source software. |
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Dynamic Wizard Modeling with GMF |
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Using GMF to Build a Dynamic Wizard Framework and a Graphical Editor
Developing a graphical editor is generally very complicated and requires lot of effort. There are few frameworks available for writing graphical editors in Java. The prominent open source frameworks are JHotDraw (which is Swing based) and GEF (which is SWT/Jfacebased). While they provide sophisticated tools for graphical development, the painstaking work of modeling the domain and mapping to graphical elements is left to the user. Graphical Modeling Framework (GMF) bridges this gap nicely. In the article, I will take you through an end-to-end demonstration of GMF. To achieve that, first we will create a framework for metadata driven JFace wizards. Next, we will see how to use GMF to build a graphical editor for this framework.
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