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private final Label label = new Label();

We shall begin by writing a function to calculate a student's final grade from the midterm and final exam grades and overall homework grade We'll assume that we've already calculated the overall homework grade from the individual homework grades, which we have been computing as the average or median Aside from that assumption, this function will use the same policy as the one that we've been using all along: Homework and the final exam contribute 40% each to the total, and the midterm makes up the remaining 20% Whenever we do or might do a computation in several places, we should think about putting it in a function An obvious reason for doing so is that then we can use the function instead of redoing the computation explicitly Not only does using functions reduce our total programming effort, but doing so also makes it easier for us to change the computation if we wish For example, assume we wanted to change our grading policy If we had to hunt through every program we had ever written, looking for the parts that dealt with grading, we would probably become discouraged quickly There is a more subtle advantage to using functions for such computations: A function has a name If we name a computation, we can think about it more abstractly we can think more about what it does and less about how it works If we can identify important parts of our problems, and create named pieces of our programs that correspond to those parts, then our programs will be easier to understand and the problems easier to solve Here is a function that computes grades according to our policy:

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Effective Java: Programming Language Guide //Broken - violates symmetry! public boolean equals(Object o) { if (o instanceof CaseInsensitiveString) return sequalsIgnoreCase( ((CaseInsensitiveString)o)s); if (o instanceof String) // One-way interoperability! return sequalsIgnoreCase((String)o); return false; } // Remainder omitted }

Modify the constructor to initialize the label text and image based upon the favorite item s information:

public BasicFavoriteItemEditPart(BasicFavoriteItem item) { setModel(item); labelsetText(itemgetName()); labelsetIcon(itemgetType()getImage()); IResource res = (IResource) itemgetAdapter(IResourceclass); modelSourceConnections = new ArrayList<FavoritesConnection>(1); modelSourceConnectionsadd(new FavoritesConnection(item, res)); }

// compute a student's overall grade from midterm and final exam grades and homework grade double grade(double midterm, double final, double homework) { return 02 * midterm + 04 * final + 04 * homework; }

Now, implement the createFigure() method in BasicFavoriteItemEditPart to construct a rounded rectangle and add the label as a child centered within that rectangle The rectangle s client area must be inset to vertically center the label within the rectangle:

Until now, all the functions that we've defined have been named main We define most other functions similarly, by specifying the return type, followed first by the function name, next by a parameter list enclosed in ( ), and, finally, by the function body, which is enclosed in { } The rules are more complicated for functions that return values that denote other functions; see A12/297 for the full story In this example, the parameters are midterm, final, and homework, each of which has type double They behave like variables that are local to the function, which means that calling the function creates them and returning from the function destroys them As with any other variables, we must define the parameters before using them Unlike other variables, defining them does not create them immediately; only calling the function creates them Therefore, whenever we call the function, we must supply corresponding arguments, which are used to initialize the parameters when the function begins execution For example, in 31/36 we computed a grade by writing

private static final Insets CLIENT_AREA_INSETS = new Insets(10, 10, 21, 21); protected IFigure createFigure() { RoundedRectangle figure = new RoundedRectangle() { public Rectangle getClientArea(Rectangle rect) { Rectangle clientArea = supergetClientArea(rect); clientAreacrop(CLIENT_AREA_INSETS); return clientArea; } }; figuresetSize(150, 40); FlowLayout layout = new FlowLayout(); layoutsetMajorAlignment(FlowLayoutALIGN_CENTER); layoutsetMinorAlignment(FlowLayoutALIGN_CENTER); figuresetLayoutManager(layout); labelsetTextAlignment(PositionConstantsLEFT); figureadd(label); return figure; }

The well-intentioned equals method in this class naively attempts to interoperate with ordinary strings Let's suppose that we have one case-sensitive string and one ordinary one:

We would like to display resources as a rectangle with a folded corner containing the name of the resource Unfortunately, there is no such figure provided by Draw2D, so we must write our own For greater reuse, we could create a new FoldedCornerRectangle for use with a Label similar to the prior section Instead, for simplicity, we create a new ResourceFigure class to visually represent resources in our Favorites GEF View

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