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sometime in 2009/10. The snappily titled release 6 update 10 of the Java Runtime Environment (JRE) offers an enhanced experience for desktop applications and web applets. The new features mainly center on making it less painful for end users to install updates to the JRE, easier for developers to ensure the right version of Java is available on the end user s computer, and considerably easier for the end user to rip their favorite applet out of the browser (literally) and plunk it down on the desktop as a standalone application. In this chapter we re going to explore how JavaFX makes life easier for nonprogrammers, focusing specifically on improvements in the designer and end-user experience. First we ll have some fun developing UI widgets from SVG (Scalable Vector Graphics) images, turning them into scene graph nodes, and manipulating them in our code. Then we ll transform the application into an applet to run inside a web browser. As with previous chapters, you ll be learning by example. So far most of our projects have centered on visuals; it s about time we developed something with a little more practical value. Increasingly serious applications are getting glossy UIs, and you don t get more serious than when the output from your program could change the fate of nations.

It s a nice feature to have, but unfortunately, the system only executes this operation for FileVault images, and not standard encrypted disk images. For manually created encrypted images like this, it is possible to reclaim this disk space from the command line, using the previously discussed hdiutil command as seen here:

>javac >javac >javac >javac -g:none -g:none -g:none -g:none -bootclasspath -bootclasspath -bootclasspath -bootclasspath %MIDPClasses%;. %MIDPClasses%;. %MIDPClasses%;. %MIDPClasses%;. EntryForm.java ChartCanvas.java ObtainQuoteMIDlet.java RetrieveQuoteMIDlet.java

Figure C.2 IntelliJ IDEA, running the same build file and displaying errors. The pane of Ant targets is on the right; these targets are also listed under the build menu for easy access by mouse or keyboard shortcut.

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The Value Object pattern is a simple but very useful pattern in J2EE. A value object is a serializable representation of a complex set of data suitable for passing between application tiers via RMI . Value objects are generally utility classes, similar to structs in C, but can contain behavior to validate or prohibit internal data modification as well. An example of this pattern is creating an OrderInfo object that contains all the data about a given order. This object could be serialized across the network and used to display information to the user. This is depicted in figure A.7. Value objects are critical to the proper operation of an RMI-based component model such as EJB. Since local references to remote data are not possible, a snapshot of the data is passed by value to the remote client. Value objects are employed very often. See the case study for a detailed example of their use with XML structures. There are two other J2EE patterns used with value objects. For completeness, we mention them here. The Value Object Assembler is a pattern for

The first three buttons, as shown in the following image, work with connections to the server. The first button requests a connection to the server if one doesn t currently exist, the second disconnects the current server connection, and the third allows you to change the connection you are using.

A switch statement lets you specify a list of expected values, and what to do for each value. The values can be either strings or integral types. (Integral types include int, short, etc. you cannot switch on floating-point numbers. Enumeration types, which are discussed in 3, are considered to be integral types for the purposes of a switch statement.) We can use this to rewrite Example 2-10 as shown in Example 2-11.

public void paintChart(String sym, int currentPrice, int historicPrice) { Graphics.drawRectangle(5,60,155,70,Graphics.ERASE,0); Graphics.drawString(sym + " Performance",5,60,Graphics.PLAIN); Graphics.drawString("current vs. historic",5,73,Graphics.PLAIN); Graphics.drawString("$" + currentPrice, 5, 85, Graphics.PLAIN); Graphics.drawString("$" + historicPrice, 5, 110, Graphics.PLAIN); int[] prices = {currentPrice, historicPrice}; int[] lengths = determineLengths(prices); Graphics.drawRectangle (START_X_POSITION, START_Y_CURRENT, lengths[0], BAR_HEIGHT, Graphics.PLAIN, 0); Graphics.drawRectangle (START_X_POSITION, START_Y_HISTORIC, lengths[1], BAR_HEIGHT, Graphics.PLAIN, 0); for (int i = 30; i < MAX_BAR_SIZE; i = i + 30) { Graphics.drawLine (i, START_Y_CURRENT - 2, i, START_Y_HISTORIC + BAR_HEIGHT + 2, Graphics.PLAIN); } } private int[] determineLengths (int[] prices) { int ratio, higherPrice, lowerPrice; boolean currentHigher; if (prices[0] < prices[1]) { higherPrice = prices[1]; lowerPrice = prices[0]; currentHigher=false; } else { higherPrice = prices[0]; lowerPrice = prices[1]; currentHigher=true; } ratio = higherPrice/MAX_BAR_SIZE + 1; while (ratio > 1) { higherPrice = higherPrice/ratio; lowerPrice = lowerPrice/ratio; ratio = higherPrice/MAX_BAR_SIZE + 1; } if (currentHigher) { int[] ends = {higherPrice, lowerPrice}; return ends; } else { int [] ends = {lowerPrice, higherPrice}; return ends; } } public void penDown(int x, int y) { if (exitButton.pressed(x,y)){ Graphics.playSound(Graphics.SOUND_CONFIRMATION); System.exit(0);

Our CurrentUserFilter depends on an implementation of an IUserSession interface B, which we supply using Rhino Mocks. Next, we stub the GetCurrentUser method on our IUserSession stub to return the User object created earlier C. Because the implementation of IUserSession requires the full HttpContext to be up and running, supplying a fake implementation gives us much finer control over the inputs to our filter object.

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