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Declare an init and a destroy method in a JSP. Include some debug output so that you can see when these methods are called. Deploy the JSP and determine when these methods are called. (You may not see the output from the destroy method.) Write additional JSP pages for the JavaFAQ application that allow a user to submit a question, and answer a question. Create a JSP web application that presents a quiz to the user. Use a JSP page to present each question one at a time to the user. Use the same page to accept the answer submitted by the user. (That is, the HTML created by the page should submit the answer to the same .jsp page.) The page should determine whether the answer is correct or not, compute the current score of the user, and select a graphic that illustrates the current status, and select the next question; this is all put into the response back to the client.

2. 3.

From a command prompt, access the /Tools directory on the Password Manager CD and type the following:

The previous chapter introduced you to JSPs and provided enough information to enable you to begin writing and using those web components However, the previous chapter only scratched the surface of what can be done with JSP In this chapter, we ll stretch our JSP wings a little further and explore some more advanced topics Some of the material in this chapter has been in use for a while as part of earlier JSP specifications Other material, though, comes from the JSP 20 specification, and so is quite new For the examples in this chapter that rely on new JSP 20 features, you will need to use a server that supports JSP 20, such as J2EE 14 or Tomcat 50.

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Figure 5-24. This image shows the effect of noise reduction. On the left is the original image taken with ISO 800, presenting visible noise. On the right is the same image processed with Selective Gaussian Blur. Note how the noise is greatly reduced without decreasing the sharpness of the original image. You can access this filter in Gimp by opening your image and selecting Filters Blur Selective Gaussian Blur. There are two different parameters that you can control in the Selective Gaussian Blur filter. The first of them is the Blur radius. This option allows you to control the intensity of the effect. It works the same as in the regular Gaussian Blur; higher values will produce a blurrier image, removing more noise. The other option, maximum delta, refers to the threshold for selecting the areas that will be blurred. On one extreme, you can choose 255, which means that any difference between pixels is accepted for blurring. This would produce the same results as the regular Gaussian Blur, losing the details of the edges. On the other extreme, you can choose 0 as the maximum delta. This means that no pixel difference will be considered for blurring, obtaining the same original image. You need to find a number in between that gives you a good balance; if you choose a number lower than the ideal, you will leave noise in the image. On the other hand, if you choose a number higher than the ideal, you will blur some edges.

Using high-powered motors requires high-powered motor controllers. The motor controllers are commonly called electronic speed controllers (ESCs). In mini sumos, the peak motor current requirements are usually around 1 A. For the international robotic sumo class, peak motor current demands can exceed 100 A. This really depends on the type of motors selected for the sumo bot. Usually, higher-voltage motors require less current. The most cost-effective ESCs are the ones made for the R/C racing car industry. These controllers are designed to handle large amounts of current for short periods of time. They are also easy to integrate into a sumo bot. When looking at electronic speed controllers, make sure that yours has a reversible speed controller. More than half of the electronic speed controllers made today are for forward use only. A sumo bot will be spending about half its time going backward as compared to going forward. The other factor to consider is the current handling capacity when operating in reverse. Of the ESCs that are reversible,

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