Why do I only have "Custom plug-in wizard" in my list of available plug-in templates? Eclipse Plug-ins (4th Edition) (Eclipse Series) Eric Clayberg, Software Engineering Manager for Google, is primary author and architect of more than a dozen commercial Java and Smalltalk add-on products. He co-founded both ObjectShare and Instantiations. Dan Rubel, Senior Software Engineer at Google, Inc., has 15 years of Java experience and eleven years of experience with Eclipse. He has architected and managed several successful commercial products, including RCP Developer, WindowTester, jFactor, and jKit. He previously served as CTO at Instantiations. Jaime Wren has worked with object technologies for nine years, including four as Senior Software Engineer at Instantiations focusing on commercial Eclipse-based plug-ins and GEF.4 edition (February 20, 2014) Shipping Weight: 2.9 pounds Average Customer Review: Be the first to review this item #9,973,087 in Books (See Top 100 in Books)
in Books > Computers & Technology > Programming > Languages & Tools > Java in Books > Textbooks > Computer Science > Programming LanguagesThis page is a hub for resources used by Eclipse project documentation authors. The Eclipse project documentation consistents of five documentation books. "User Guide" books are oriented to end-users of the Eclipse platform IDE and Java development tools. "Developer Guide" books are oriented towards plug-in developers who are extending or building their own Eclipse-based applications. All Eclipse project documentation conforms to the Eclipse Doc Style Guide. For information on adding documentation for new plug-ins, packages, or extension points, see How to add things to the Eclipse doc. When approaching a release, use the Eclipse Doc Checklist to make sure all documentation is complete.ContentsIntroductionOverviewGetting startedDevelopmentCommunityOther resourcesDownloadable resourcesComments This list is compiled from a variety of sources and is intended for anyone who wishes to find centralized reading material about Eclipse.
One of the biggest challenges new Eclipse users face is where to find the right information for a task. This article provides a small step in solving that problem.Eclipse is an open source community with projects focused on providing an extensible development platform and application frameworks for building software. This article provides links to the latest Eclipse versions, books, articles, and Web sites.If your idea of "Eclipse" is the event when the moon passes between the Earth and Sun or a two-door sports coupe, then this section would be a good start.The Eclipse project contains a top-level project known as the Web Tools Platform (WTP) that serves as the base for all Web-related tooling.The Eclipse project contains an Eclipse-based reporting system, known as the Business Intelligence and Reporting Tools (BIRT) project, that integrates with your application to produce compelling reports for the Web and PDF. BIRT provides core reporting features like report layout, data access, and scripting.
The Eclipse project has excellent modeling-related technologies. One is the Eclipse Modeling Framework (EMF). EMF helps you rapidly turn models into efficient, correct, and easily customizable Java code. And the Graphical Modeling Framework (GMF) provides the tooling to generate a fully functional graphical editor from your EMF model (and more).In Eclipse, there is a top-level project known as the Test and Performance Tools Platform (TPTP), which is a universal platform for test and performance tools.Eclipse is built on top of the Standard Widget Toolkit (SWT), which provides access to the user-interface facilities of the operating systems on which it is implemented (and is responsible for Eclipse's snazzy user interface). Eclipse also has the Graphical Editing Framework (GEF), which is a tool built on top of SWT to allow for the rapid creation of graphical editors. Furthermore, Eclipse has the Visual Editor Project (VEP), which serves as a framework to create GUI builders. register to add and subscribe to comments.
Subscribe me to comment notifications“Eclipse Rich Client Platform” book – Revised third edition available based on Eclipse 4.4 I’m happy to announce that the revisted third edition of the Eclipse RCP book is available. It has been updated to Eclipse 4.4 and contains lots of small corrections and clarifications. The update resulted in approx. 100 more pages. This entry was posted in Eclipse, Lars Vogel. Challenge of the month (16) OSGi Declarative Services news in Eclipse Oxygen Control OSGi DS Component Instances via Configuration Admin Control OSGi DS Component Instances New Java index now used in Eclipse 4.7 for caching JAR informationI have been working with the upcoming Equinox OSGi book authors quite a bit as of late. They are a demanding bunch, but they have helped me improve PDE’s OSGi tooling while they write and exercise parts of PDE that not many people know about. In particular, the book uses something in PDE called Automated Management of Dependencies (AMD).
Well, have you ever noticed this collapsed section in the PDE editor: This section of the manifest editor was built for people who have different bundle development workflow. At Eclipse, we have traditionally done a manifest-first workflow where users are responsible for crafting their whole manifest. I personally believe this is the best workflow for advanced users. However, for new users, it’s very cumbersome to specify your dependencies. For example, if I want to use some JFace Databinding code, how do I know what bundles or packages I need to specify? Well, AMD was built to address this concern. The first step to using AMD, is to add the bundles that PDE will consider to when generating your dependencies (we call this the secondary classpath). The easiest thing you can do is add all the bundles as part of your target (although this isn’t always optimal): Ok, now that we have added all the bundles that PDE will consider when generating the dependencies, we need to select what type of dependencies PDE should generate.
In this case, we choose Import-Package, but you can as easily choose Require-Bundle if that was your preference. To test the AMD functionality out, we will remove all of our current dependency statements, which will result in a bunch of compile errors in our project: So now, we can either click the analyze dependencies button in the AMD section of the editor… or we can simply launch our application and the dependencies will be automatically calculated. To verify, let’s look at our manifest:PDE analyzed the code and calculated the dependencies so you didn’t have to think about it. This works great, however, not everything is perfect yet… there are a couple bits missing. If you noticed, the version ranges weren’t properly calculated on the dependencies. This is a hard problem and we are currently exploring it in the PDE API Tools project. It is also a bit cumbersome to add things to your secondary classpath… should the default be that we look at everything in your target?