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One last question: If we created a variable with a scriptlet on our JSP page like so:

This basically ensures that the speed is only increased after a set time and that the time increases proportionally to the decreasing delay if (!(counter % mult)) {speed -= 5; mult * mult;} A delay in milliseconds of the value of speed is activated and then the counter value is increased by one: delay(speed); counter++; } Finally, the oops() function causes a for loop within a for loop to clear the display and then fills in all rows repeatedly with a 250 millisecond delay in between This makes all LEDs flash on and off to indicate the ball has gone out of play and the game is about to reset Then all of the values of counter, speed, and column are set to their starting positions and a new random value chosen for row void oops() { for (int x=0; x<3; x++) { myMatrixclearDisplay(0); delay(250);.

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You might have noticed that we used a StringBuffer for myVariable, and you might be wondering if we could have used a String instead. We can t. The reason is that you cannot reassign a variable declared with <jsp:useBean>. A String is immutable, and so each time you try to change a String with a statement like myVariable += "1", you re attempting to reassign the variable. However, calling a function on a variable is OK since we re not reassigning anything. So, myVariable. append("1") is acceptable, since we re just calling a function on the object referred to by the variable. The variable refers to the same object instance as it did before no reassignment done.

} counter=0; // reset all the values speed=300; column=1; row = random(8)+1; // choose a new starting location

U.S. Sentencing Commission, 2009 Federal Sentencing Guidelines Manual, 1 November 2009, http://www.ussc.gov/2009guid/tabcon09.htm (accessed 1 December 2009).

In the previous chapter, we came across two servlet classes, HttpServletRequest and HttpSession, which as I explained represent the lifetimes of objects on your webapp. If this comment seemed a little cryptic at that time, I d like to clear the air now. Both classes have setAttribute() and getAttribute() functions (see Appendix B for details) to store and retrieve objects on them, very much like a HashMap s put() and get() functions. Objects stored on HttpServletRequest have request scope while objects stored on HttpSession have session scope. When you create a variable on your JSP page, as in Listing 3-1, you re implicitly calling setAttribute() on the appropriate object (an instance of either HttpServletRequest or HttpSession) depending on the scope you used. Similarly, when you used myVariable in the scriptlets embedded in First.jsp and Second.jsp, the servlet container retrieves the variable by calling getAttribute("myVariable") on the appropriate object. So, if you somehow manage to get an instance of either HttpServletRequest or HttpSession, you could stuff them with objects that could in principle be retrieved from your JSP pages. In fact, all you need is an instance of HttpServletRequest, since you could get the associated HttpSession instance by calling getSession() on HttpServletRequest. The somehow will become obvious in later chapters. For now, note that this is one way you could pass data between the Java classes and JSPs that make up your webapp.

Summary

for (int y=0; y<8; y++) { myMatrix.setRow(0, y, 255); } delay(250);

Scopes describe the lifetime and visibility of a variable. Session and request scopes are the most often used scopes. Session-scoped variables exist for the duration of a user s session with the system. Request-scoped variables exist only for a single-page request, including redirects. Session-scoped variables are stored in an instance of HttpSession. Request-scoped variables are stored in an instance of HttpServletRequest. HttpServletRequest and HttpSession can be used to pass data between Java classes and JSPs.

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