The code snippets we’ll show assume you’ve defined the following utility methods to give the user information on the program’s status: Now, to follow along with the programmatic approach to creating models, we’ll assume that you’ve created a class (named, say, “GettingStartedWithUML2”) in which you can write some code to construct our sample model.
OK, that should be enough to get us going with the UML editor. “Getting Started with UML2”) and press the Finish button.Īt this point your workspace should look something like this: Select the Project wizard from the General category and press the Next > button.Select the Resource perspective and press the OK button.Select the Window > Open Perspective > Other… menu item.To create a simple project for this article, follow these steps: This project will serve as the container for the model that we’ll create using the UML editor. This includes the finished model, complete source code, and a launch configuration that runs the stand-alone Java application which creates the model in the root folder of the example project.īefore getting started, you’ll need to create a simple project in your workspace. This will be available when Enhancement 382342 is resolved and released in a UML2 build. wizard, selecting the UML2 Example Projects → Getting Started with UML2 sample.
#Eclipse uml editor install#
Readers who don't want to follow every step of this tutorial may install a working solution from the New → Example.
#Eclipse uml editor how to#
For each type of element, we’ll first explain the creation process using the sample UML editor and then explore how to accomplish the same thing using Java code. Using a simple model (the ExtendedPO2 model, shamelessly “borrowed” from the EMF “bible” ) as an example, we’ll look at what’s involved in creating some of the more common elements that make up a model. This article will walk you through the basics of creating models using UML2.
#Eclipse uml editor software#
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