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and place the entire folder into the libraries folder inside your Arduino installation. The next time you fire up the Arduino IDE, it will be loaded and ready for use. Enter the code from Listing 11-2. Listing 11-2. Code for Project 32 /* SCP1000 DRDY CSB MISO MOSI SCK 3.3v GND TRIG PD */ #include <glcd.h> #include "fonts/allFonts.h" // SPI PINS #define SLAVESELECT 53 #define SPICLOCK 52 #define DATAOUT 51 //MOSI #define DATAIN 50 //MISO #define UBLB(a,b) ( ( (a) << 8) | (b) ) #define UBLB19(a,b) ( ( (a) << 16 ) | (b) ) //Addresses #define PRESSURE 0x1F //Pressure 3 MSB #define PRESSURE_LSB 0x20 //Pressure 16 LSB #define TEMP 0x21 //16 bit temp #define INTERVAL 900 // Time interval in seconds (approx.) int dots[124], dotCursor = 0, counter = 0;; char rev_in_byte; int temp_in; float hPa; unsigned long pressure_lsb; unsigned long pressure_msb; unsigned long temp_pressure; unsigned long pressure; Mega N/A 53 via Logic 50 (straight 51 via Logic 52 via Logic 3.3v GND GND GND

//complex validation: user exists if(_dbase.get(_uid) != null){ Object[] params = {_uid}; String msg = MessageFormat.format( bundle.getString("user_exists"),params); String clientId = _container.findComponent("userId").getClientId(context); context.addMessage(clientId, new FacesMessage(msg)); //returning null causes input page to be re-displayed return null; } //everything OK - go ahead and register the user _dbase.put(_uid,_pwd); Object[] params = {_uid,_pwd}; String msg = MessageFormat.format( bundle.getString("registered_ok"),params); context.addMessage (null, new FacesMessage(msg)); return "success"; } public String Logon(){ //get a handle to the current "context" FacesContext context = FacesContext.getCurrentInstance(); //get a handle to the desired properties file ResourceBundle bundle = ResourceBundle.getBundle("net.thinksquared.reg.messages", context.getViewRoot().getLocale()); //complex validations: // does the user exist // does the given pwd match the one in database Object pwd = _dbase.get(_uid); if(null == pwd){

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void setup() { GLCD.Init(); // initialise the library GLCD.ClearScreen(); GLCD.SelectFont(System5x7, BLACK); // load the font byte clr; pinMode(DATAOUT, OUTPUT); pinMode(DATAIN, INPUT); pinMode(SPICLOCK,OUTPUT); pinMode(SLAVESELECT,OUTPUT); digitalWrite(SLAVESELECT,HIGH); //disable device SPCR = B01010011; // SPi Control Register //MPIE=0, SPE=1 (on), DORD=0 (MSB first), MSTR=1 (master), CPOL=0 (clock idle when low), CPHA=0 (samples MOSI on rising edge), SPR1=1 & SPR0=1 (250kHz) clr=SPSR;// SPi Status Register clr=SPDR; // SPi Data Register delay(10); write_register(0x03,0x09); // High Speed Read Mode write_register(0x03,0x0A); // High Resolution Measurement Mode GLCD.DrawRect(1,1,125,44); // Draw a rectangle for (int x=0; x<46; x+=11) { // Draw vertical scale GLCD.SetDot(0,1+x, BLACK); GLCD.SetDot(127,1+x, BLACK); } for (int x=0; x<128; x+=5) { // Draw horizontal scale GLCD.SetDot(1+x,0, BLACK); } for (int x; x<124; x++) {dots[x]=1023;} // clear the array getPressure(); drawPoints(dotCursor);

String msg = bundle.getString("user_not_registered"); context.addMessage (null, new FacesMessage(msg)); return "register"; }else if(!pwd.equals(_pwd)){ String msg = bundle.getString("wrong_password"); String clientId = _container.findComponent("password").getClientId(context); context.addMessage(clientId, new FacesMessage(msg)); return null; } //everything OK - go ahead and log in the user //code to log on user here... Object[] params = {_uid}; String msg = MessageFormat.format( bundle.getString("logon_ok"),params); context.addMessage (null, new FacesMessage(msg)); return "success"; } } There are three sections in Listing 20-10. The first is a set of getters and setters for data. JSF will call these functions during the Update Model Values phase. JSF knows it needs to call these functions because we ve used value binding to link the input fields to these functions. (See Listings 20-11 and 20-12. The value bindings appear as value=#{...} on the input fields.) This is similar to how you d link Struts tag inputs to ActionForms. The second section consists of a single getter and setter for a UI component. This should be entirely new to you since Struts does not have UI components. We ve bound the <h:form> UI component to the user bean. (See Listings 20-11 and 20-12. This value binding appears as binding=#{...} on the <h:form> tag.) The reason for wanting to have a copy of the UI component corresponding to <h:form> will become obvious shortly. The last section has two functions: one to register new users and another to log on existing users. We ll describe the Register() function only, since there are no new technicalities in Logon(). First, notice that the return value for Register() is a String. This string represents the logical outcome (representing the next page) associated with a <navigation-case> (refer to Listing 20-8). The first thing we do in Register() is get a reference to a FacesContext object:

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