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As you can see, this is almost half way through the entire range of values that the analogue pin can read (0 to 1023), therefore the resolution and accuracy of the reading has increased, as has the sensitivity of the circuit. The button pin is now set to an input and the LCD display cleared: pinMode(buttonPin, INPUT); lcd.clear(); In the main loop, the program starts off by setting the cursor to its home position: lcd.setCursor(0,0); // Set cursor to home position Then you read a value from the temperature sensor on Analogue Pin 0: int sensor = analogRead(0); // Read the temp from sensor Then you read the state of the button and store the value in buttonState: int buttonState = digitalRead(buttonPin); // Check for button press Now you need to know if the button has been pressed or not and if so, to change the scale from Celsius to Fahrenheit or vice-versa. This is done using a switch/case statement: switch (buttonState) { // change scale state if pressed case HIGH: scale=-scale; // invert scale lcd.clear(); } This is a new concept: The switch/case command controls the flow of the program by specifying what code should be run based on what conditions have been met. The switch/case statement compares the value of a variable with values in the case statements, and if true, runs the code after that case statement. For example, if you had a variable called var and you wanted things to happen if its value was either 1, 2, or 3, then you could decide what to do for those values like so: switch (var) { case 1: case 2: case 3: default: }

The authors gratefully acknowledge the help and support of a number of individuals who made up the project team. Their CA colleagues: Lynne Mahoney, whose determination, resourcefulness and editing drove the book to completion; Sumner Blount, who both authored his own chapters and made invaluable contributions to many others; Connie Smallwood and Karen Sleeth, who worked tirelessly to establish the CA Press infrastructure; Andrew Wittman, whose critical thinking helped both launch and complete the project; Margaret Brooks for contributing her subject matter expertise to the reviewing effort; Lily Kang for her valuable work on Governance of Risk and Compliance ; Michael Mattia for his widespread contributions to IT Governance, Risk and Compliance ; Elizabeth Kelly for her substantial work on Governance and Portfolio Management and Steve Romero for reviewing same and contributing blog posting; Robert Stubbs for his extensive editing of The Regulatory Environment ; Bill Manago, CRM, for lending his expertise to Information Governance ; Jeffrey Meyer for his extensive work on Governance and Sustainability . Terrence Clark for reviewing same and contributing his blog posting. Their partners at Apress, Inc.: Jeffrey Pepper and James Markham (the editorial team); Tiffany Taylor for her editing work; Tom Welsh for fact checking; Frank McGuckin for directing the production of the book; Anna Ishchenko for her work on the cover; April Milne and Jerry Votta for the art; and especially James Keogh for all of his work on the book.

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import org.apache.struts.actions.LookupDispatchAction; ... public class MyLookupDispatchAction extends LookupDispatchAction{ //no changes here protected Map getKeyMethodMap(){ Map m = new HashMap(); m.put("myapp.submit.button.print","print"); m.put("myapp.submit.button.save","save"); return m; } public ActionForward print(...) throws IOException, ServletException { //code to print here. } public ActionForward save(...) throws IOException, ServletException { //code to save here. }

public ActionForward unspecified(ActionMapping mapping, ActionForm form, HttpServletRequest request, HttpServletResponse response) throws IOException, ServletException { mapping.findForward("page-not-found"); } public ActionForward cancelled(ActionMapping mapping, ActionForm form, HttpServletRequest request, HttpServletResponse response) throws IOException, ServletException { mapping.findForward("main-page"); } } LookupDispatchAction is an elegant alternative to using hidden fields for handling forms with multiple actions. It s also a more robust alternative since it does not depend on JavaScript being enabled on the client s machine.

// run this code here if var is 1 break; // run this code here if var is 2 break; // run this code here if var is 3 break; // if nothing else matches run this code here

As the name implies, DispatchAction is the base class of LookupDispatchAction, and it performs method dispatching on a URL parameter. The most common usage of DispatchAction is to call it from an HTML link, with the parameters embedded in the link. As with LookupDispatchAction, dispatching is done using the parameter name declared in the <action> tag using the parameter attribute: <action path="/MyHandler" type="myco.myapp.struts.MyDispatchAction" parameter="command" ... And again, for each possible value of the command parameter, there has to be a corresponding function. The difference here with LookupDispatchAction is that there is no getKeyMethodMap(). This is because the values of command in the URL must correspond exactly with functions defined in the DispatchAction subclass. As a concrete example, suppose command can take the value detailed or summary (detailed or summarized versions of data for the user to view). The links might be

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