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model the underlying objects being represented graphically (see Section 202, GEF Model, on page 732) view a GEF canvas containing a collection of figures (see Section 204, GEF Figures, on page 743) controller a collection of GEF edit parts (see Section 203, GEF Controller, on page 733) GEF provides various edit part (controller) and figure (view) classes for you to extend, minimizing the effort necessary to use the graphical framework in your application This chapter will explore these classes and the GEF framework by creating a GEF view and editor using the Favorites model (see Section 723, View model, on page 295) In the example, there will be a figure for each Favorite item in the FavoritesManager, which will point to a figure representing the resource that the favorite item references Each aspect of GEF (model, view and controller) will be addressed separately before they are integrated into Eclipse GEF does not ship as part of the standard Eclipse SDK, so we must install it before we proceed The GEF project is made up of three subsections: Draw2D (orgeclipsedraw2d*) a lightweight framework layered on top of SWT for rendering graphical information GEF Framework (orgeclipsegef*) an MVC framework layered on top of Draw2D to facilitate user interaction with graphical information Zest (orgeclipsezest*) a graphing framework layered on top of Draw2D for graphing Using Zest is not covered in this book You can install one or more of these GEF subsections by downloading and unzipping into your Eclipse installation, or by using the Eclipse Update Manager (for more, see http://wwweclipseorg/gef/ and click Installation in the left navigation bar) In our case, we install the GEF 34 All-In-One SDK using the Help > Software Updates command

GEF supports a wide variety of model objects from a simple set of plain-oldjava-objects (POJO) to a complex model developed using the Eclipse Modeling Framework (EMF) Given this however, there are certain standards that are recommended when designing and implementing a model Since the edit parts and figures are built on top of the model, the functionality and capabilities are limited by the model First, the model is responsible for providing all data that will be viewable and modifiable by the user; no data should be stored

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The vector type defines a type named vector<double>::size_type, and a function named size These members operate analogously to the ones in string: The type defined by size_type is an unsigned type guaranteed sufficient to hold the size of the largest possible vector, and size() returns a size_type value that represents the number of elements in the vector Because we need to know the size in two places, we will remember the value in a local variable Different implementations use different types to represent sizes, so we cannot write the appropriate type directly and remain implementation-independent For that reason, it is good programming practice to use the size_type that the library defines to represent container sizes, which we do in naming the type of size In this example, that type is unwieldy to write and to read To simplify our program, we have used a language facility that we haven't encountered before, called a typedef When we include the word typedef as part of a definition, we are saying that we want the name that we define to be a synonym for the given type, rather than a variable of that type Thus, because our definition includes typedef, it defines the name vec_sz as a synonym for vector<double>::size_type Names defined via typedef have the same scope as any other names That is, we can use the name vec_sz as a synonym for the size_type until the end of the current scope Once we know how to name the type of the value that homeworksize() returns, we can store that value in a local variable, named size, of the same type It is worth noting that even though we are using the name size for two different purposes, there is no conflict or ambiguity The only way to ask for the size of a vector is by putting a call to the size function on the right-hand side of a dot, with a vector on the left-hand side In other words, the size that is defined as a local variable is in a different scope than the one that is an operation on vectors Because these names are in different scopes, the compiler (and the programmer) can know which size is intended Because it is meaningless to find the median of an empty dataset, our next job is to verify that we have some data:.

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