SendSMS.zip_SendSms_g24_g24 sms_motorola g24_zip

import com.motorola.oem.call.*; import com.motorola.oem.hapi.*; import java.io.IOException; import javax.microedition.io.Connector; import javax.microedition.midlet.*; import javax.wireless.messaging.*; //This MIDlet will send SMS if GPIO 6 set to LOW and get interuppt from GPIO 1 //It will call if GPIO 6 set to High and get interuppt from GPIO1 //bod008 public class UserMIDlet extends MIDlet implements GpioInterruptListener, Listener { private GpioInput gpioInputInterrupt; private GpioPoll gpioPoll = null; private GpioInput gpioInput6 = null; private boolean gpioInput6ReadVal = false; private Call my_call; private String _SmsMessage; public UserMIDlet() { super(); } protected void startApp()throws MIDletStateChangeException { try { //Enable GPIO1 interrupt. //GpioInterruptConfig constructs with Midlet itself as the interrupt listener. GpioInterruptConfig gpioInterruptConfig = new GpioInterruptConfig(this); boolean b=true; gpioInterruptConfig.setDebounce(gpioInterruptConfig.DEBOUNCE_NORMAL); gpioInterruptConfig.enableDebounce(b); System.out.println("Debounce Enabled!!!"); gpioInterruptConfig.setDebounce(1000); System.out.println("Debounce Set!!!"); gpioInputInterrupt = new GpioInput(1); gpioInputInterrupt.enableInterrupt(gpioInterruptConfig); } catch (GpioException e) { //Handle Exception } try { //Configure GPIO6 as input gpioInput6 = new GpioInput(6); gpioInput6ReadVal = gpioInput6.read(); //Start polling on GPIO6 gpioPoll = new GpioPoll(gpioInput6,this); gpioPoll.start(); } catch (GpioException e) { //Handle Exception } } protected void pauseApp() { } protected void destroyApp(boolean unconditional) throws MIDletStateChangeException { } public void onInterrupt(int gpioNum, boolean val) { //Handle interrupts on GPIO1 here System.out.println("\n"); System.out.println("Interrupt " +gpioNum); if(gpioInput6ReadVal) { ConnectAudioCall(); } else { sendTextMessage() ; } } public void update(boolean readVal, GpioInput gpioInput) { if (gpioInput == gpioInput6) { if (readVal == false && gpioInput6ReadVal == true) { //handle polling change on GPIO6 } else if (readVal == true && gpioInput6ReadVal == false) { //handle polling change on GPIO6 } System.out.println("\n"); System.out.println("GPIO6="+ readVal); gpioInput6ReadVal = readVal; } } public void ConnectAudioCall() { try { System.out.println("\nCalling.. Ring! Ring!"); my_call = Call.getInstance(); // System.out.println("My Call " + my_call); // my_call.dial("+972575659808",0); // +972575659808 - destination tel. number for example my_call.dial(getAppProperty("_DestinationNumber"),0); System.out.println("Calling To phone Number:"+ getAppProperty("_DestinationNumber")); } catch (CallException ce) { System.out.println("Error: Cannot get Call instance"); ce.printStackTrace(); } } public void sendTextMessage() { MessageConnection conn = null; try { System.out.println("\nSending SMS " + "To Phone Number:\n" + getAppProperty("_SmsDestination") + "\nThe Message:"); System.out.println(getAppProperty("_SmsMessage")); //String addr = "sms://+972542199672"; String addr = ("sms://"+ getAppProperty("_SmsDestination")); // destination tel. number for sending the SMS conn = (MessageConnection) Connector.open(addr); TextMessage msg= (TextMessage)conn.newMessage(MessageConnection.TEXT_MESSAGE); msg.setPayloadText(getAppProperty("_SmsMessage")); conn.send(msg); } catch (Exception e) { System.out.println("\n Send SMS error"); e.printStackTrace(); } if (conn != null) { try { System.out.println("\n Close conn"); conn.close(); } catch (IOException ioe) { System.out.println("Closing connection caught: "); ioe.printStackTrace(); } } System.out.println("\n Exit"); } }