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  1.  
  2. // Applet Display Text de prueba, TELEM
  3.  
  4. package bip1;
  5.  
  6. import javacard.framework.*;
  7. import sim.toolkit.*;
  8. import sim.access.*;
  9.  
  10. /*
  11. import javacard.framework.*;
  12. import sim.access.*;
  13. //import sim.toolkit.EnvelopeResponseHandler;   
  14. import uicc.access.*;
  15. import uicc.toolkit.*;
  16. import sim.toolkit.EnvelopeResponseHandler;
  17.  */
  18.  
  19. public class bip1 extends Applet implements  ToolkitInterface, ToolkitConstants                          // SIM
  20. //public class bip1 extends javacard.framework.Applet implements  ToolkitInterface, uicc.toolkit.ToolkitConstants           // USIM
  21.  
  22. {
  23.     private ToolkitRegistry reg;
  24.  
  25.     //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
  26.     // BIP DATA CONSTANTS
  27.  
  28.     // BIP Constants
  29.     private static final byte TAG_DATA_DESTINATION_ADDRESS           = (byte) 0x3E;
  30.  
  31.     private static byte[] myAPN = {(byte)0x0A,(byte)'m',(byte)'y',(byte)'o',(byte)'p',(byte)'e',(byte)'r',(byte)'a',(byte)'t',(byte)'o',
  32.                              (byte)'r',(byte)0x09,(byte)'m',(byte)'y',(byte)'c',(byte)'o',(byte)'u',(byte)'n',(byte)'t',
  33.                              (byte)'r',(byte)'y'};
  34.     //GPRS = 0x02
  35.     private static final byte BEARER_TYPE_GPRS                       = (byte) 0x02;
  36.     private static final byte BEARER_PARAMETER_PRECEDENCE_CLASS1     = (byte) 0x01;
  37.     private static final byte BEARER_PARAMETER_DELAY_CLASS1          = (byte) 0x01;
  38.     private static final byte BEARER_PARAMETER_RELIABILITY_CLASS1    = (byte) 0x01;
  39.     private static final byte BEARER_PARAMETER_PEAK_THROUGHPUT_CLASS1= (byte) 0x01;
  40.     private static final byte BEARER_PARAMETER_MEAN_THROUGHPUT_CLASS1    = (byte) 0x01;
  41.  
  42.     // PDP Type = IP
  43.     private static final byte BEARER_PARAMETER_PDP_IP                    = (byte) 0x02;
  44.  
  45.     // Bearer parameters array
  46.     private static byte[] BearerParameters=    {(byte) BEARER_TYPE_GPRS, (byte) BEARER_PARAMETER_PRECEDENCE_CLASS1,
  47.         (byte) BEARER_PARAMETER_DELAY_CLASS1, (byte) BEARER_PARAMETER_RELIABILITY_CLASS1,
  48.         (byte) BEARER_PARAMETER_PEAK_THROUGHPUT_CLASS1, (byte) BEARER_PARAMETER_MEAN_THROUGHPUT_CLASS1,
  49.         (byte) BEARER_PARAMETER_PDP_IP };
  50.  
  51.     // Type of Address IPV4=21,
  52.     private static final byte TYPE_OF_ADDRESS_IPV4      = (byte) 0x21;
  53.  
  54.     // SIM/ME interface transport level UDP=01
  55.     private static final byte TRANSPORT_PROTOCOL_TYPE   = (byte) 0x01;
  56.  
  57.     // BUFFER FOR HEXTOASCII CONVERTIONS
  58. 	private static byte m_BufferInternal[];
  59.  
  60.     ///// PERSISTENT BUFFER/////
  61. 	private static byte[] m_buffer = {(byte)0x31,(byte)0x32,(byte)0x33,(byte)0x34 ,(byte)0x35  };
  62.  
  63.     private static byte[] hexStrBuffer;   // [COMMENT FOR RELEASE]
  64.  
  65.     //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////    
  66.  
  67.  
  68.     private static final byte[] MENU_ENTRY = {(byte)'D', (byte)'e', (byte)'m', (byte)'o',(byte)' ', (byte)'B', (byte)'I', (byte)'P'};
  69.     private static final byte[] HELLO = {(byte)'H', (byte)'e', (byte)'l',(byte)'l', (byte)'o'};
  70.     private static final byte[] HELLO1 = {(byte)'H', (byte)'e', (byte)'l',(byte)'l', (byte)'o', (byte)'1'};
  71.     private static final byte[] HELLO2 = {(byte)'H', (byte)'e', (byte)'l',(byte)'l', (byte)'o', (byte)'2'};
  72.  
  73.  
  74.     private byte[] menuTitle=     {(byte)'M',(byte)'e',(byte)'n' ,(byte)'u'};
  75.     private byte[] item1 =        {(byte)'D',(byte)'i',(byte)'s',(byte)'p',(byte)'T',(byte)'e',(byte)'x',(byte)'t' };
  76.     private byte[] item2 =        {(byte)'O',(byte)'p',(byte)'e',(byte)'n',(byte)' ',(byte)'C',(byte)'h' };
  77.     private byte[] item3 =        {(byte)'I',(byte)'T',(byte)'E',(byte)'M',(byte)'3' };
  78.     private byte[] item4 =        {(byte)'I',(byte)'T',(byte)'E',(byte)'M',(byte)'4' };
  79.     private Object[] ItemList =   { item1, item2, item3, item4 };
  80.  
  81.     private static final byte PROFILE_DISPLAY_TEXT = (byte)16;
  82.     private byte result;
  83.     public static final byte CMD_QUALIFIER          = (byte)0x80;
  84.     private static final short BUFFER_SIZE = (short)0x01F4;
  85.     private static byte[] portNumber = {(byte)0x00,(byte)0x23};                 // Port 13020
  86.     private static byte channelID = 0x00;
  87.     private static byte[] channelData = new byte [BUFFER_SIZE];
  88.     private static short myRspHdlrCapacity;
  89.     private static byte[] IPAddress = {(byte)96,(byte)80,(byte)99,(byte)17};    // 96.80.99.17 Blade1
  90.  
  91.  
  92.     // Constants
  93. 	public static final byte DEV_ID_ME                               = (byte)0x82;	
  94. 	public static final byte DCS_8_BIT_DATA                          = (byte)0x04;
  95.     public static final byte TAG_SIM_ME_INTERFACE_TRANSPORT_LEVEL    = (byte)0x3C;
  96.  
  97.     // Display text qualifiers
  98. 	public final static byte DTQ_HIGH_PRIORITY                  = (byte)0x01;
  99. 	public final static byte DTQ_NORMAL_PRIORITY                  = (byte)0x00;
  100. 	public final static byte DTQ_WAIT_FOR_USER_TO_CLEAR_MESSAGE = (byte)0x80;
  101. 	public final static byte TAG_LOCATION_INFORMATION_93 = (byte)0x93;	
  102. 	public static final byte DEV_ID_NETWORK                          = (byte)0x83;
  103.     public static final byte PRO_CMD_SEND_SHORT_MESSAGE              = (byte)0x13;
  104.     public static final byte TAG_SMS_TPDU                            = (byte)0x0B;
  105.     public final static byte DTQ_CRITICAL = (byte)(DTQ_HIGH_PRIORITY|DTQ_WAIT_FOR_USER_TO_CLEAR_MESSAGE);
  106.    	public static final byte TAG_TEXT_STRING_CR = (byte)(TAG_TEXT_STRING|TAG_SET_CR);
  107.  
  108.     //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////    
  109.  
  110.  
  111.  
  112.     // Constructor of the applet
  113.     public bip1()
  114.     {
  115.         // Register to the SIM Toolkit Framework
  116.         //reg = ToolkitRegistry.getEntry();
  117.  
  118.         //reg = ToolkitRegistrySystem.getEntry();       // USIM
  119.         reg = ToolkitRegistry.getEntry();         // SIM
  120.  
  121.  
  122.         // Define the menu entry
  123.         reg.initMenuEntry(MENU_ENTRY, (short)0, (short)MENU_ENTRY.length, PRO_CMD_DISPLAY_TEXT, false, (byte)0, (short)0);
  124.     }
  125.  
  126.     // install method
  127.     public static void install(byte[] buffer,short offset, byte length) throws ISOException
  128.     {   
  129.         bip1 bip1 = new bip1();
  130.         bip1.register();
  131.     }
  132.  
  133.     // process method
  134.     public void process(APDU apdu) throws ISOException
  135.     {
  136.     }
  137.  
  138.     // process toolkit method
  139.     //public void processToolkit(byte event) throws ToolkitException   
  140.     //public void processToolkit(short event) throws ToolkitException    // USIM  
  141.     public void processToolkit(byte event) throws ToolkitException     // SIM
  142.     {   
  143.         //ProactiveHandler ph = ProactiveHandler.getTheHandler();
  144.         //EnvelopeHandler          envHdlr = EnvelopeHandlerSystem.getTheHandler();          // USIM
  145.         //ProactiveHandler         proHdlr = ProactiveHandlerSystem.getTheHandler();        // USIM
  146.  
  147.         EnvelopeHandler          envHdlr = EnvelopeHandler.getTheHandler();           // SIM
  148.         ProactiveHandler         proHdlr = ProactiveHandler.getTheHandler();          // SIM
  149.  
  150.  
  151.         //ProactiveResponseHandler rspHdlr = ProactiveResponseHandlerSystem.getTheHandler();  // USIM
  152.         ProactiveResponseHandler rspHdlr = ProactiveResponseHandler.getTheHandler();     // SIM
  153.  
  154.  
  155.         // Setup Menu
  156.         proHdlr.init(PRO_CMD_SELECT_ITEM,(byte)0x00,DEV_ID_ME);
  157.         proHdlr.appendTLV((byte) (TAG_ALPHA_IDENTIFIER | TAG_SET_CR), menuTitle,(short)0x0000,(short)menuTitle.length);
  158.         for (short i=(short) 0x0000; i<(short) 0x0004; i++) 
  159.         {
  160.             proHdlr.appendTLV((byte) (TAG_ITEM | TAG_SET_CR),(byte) (i+1),(byte[])ItemList[i],(short) 0x0000,(short)((byte[])ItemList[i]).length);
  161.         }
  162.  
  163.  
  164.         if((result = proHdlr.send()) == RES_CMD_PERF)
  165.         {
  166.             //rspHdlr = ProactiveResponseHandlerSystem.getTheHandler();
  167.             switch (rspHdlr.getItemIdentifier()) 
  168.             {
  169.                 // DISPLAY TEXT MENU
  170.                 case 1:
  171.                     proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  172.                     proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,HELLO,(short)0x0000, (short)HELLO.length);
  173.                     proHdlr.send();
  174.                     //DisplayText ( proHdlr, HELLO);
  175.                     break;
  176.  
  177.                 // OPEN CHANNEL MENU
  178.                 case 2:
  179.  
  180.                     DisplayText ( proHdlr, HELLO);
  181.                      DisplayText ( proHdlr, HELLO1);
  182.  
  183.                     proHdlr.init(PRO_CMD_OPEN_CHANNEL,(byte)0x00, DEV_ID_ME);
  184.                     proHdlr.appendTLV((byte)(TAG_BEARER_DESCRIPTION | TAG_SET_CR),(byte)BEARER_TYPE_GPRS,BearerParameters, (short)0x0000, (short)BearerParameters.length);
  185.                     proHdlr.appendTLV((byte)(TAG_BUFFER_SIZE | TAG_SET_CR),(byte)(BUFFER_SIZE>>(byte)8),(byte)BUFFER_SIZE);
  186.                     proHdlr.appendTLV((byte)(TAG_NETWORK_ACCESS_NAME | TAG_SET_CR),myAPN,(short)0,(short)myAPN.length);
  187.                     proHdlr.appendTLV((byte) (TAG_SIM_ME_INTERFACE_TRANSPORT_LEVEL | TAG_SET_CR),TRANSPORT_PROTOCOL_TYPE,portNumber, (short)0, (short)portNumber.length);
  188.                     proHdlr.appendTLV((byte) (TAG_DATA_DESTINATION_ADDRESS | TAG_SET_CR),TYPE_OF_ADDRESS_IPV4,IPAddress,(short)0, (short) IPAddress.length);
  189.  
  190.                     result = proHdlr.send();
  191.  
  192.                     DisplayText ( proHdlr, HELLO2);
  193.  
  194.                     if (result == RES_CMD_PERF)
  195.                     {
  196.                         //rspHdlr = ProactiveResponseHandlerSystem.getTheHandler();
  197.                         channelID = rspHdlr.getChannelIdentifier();
  198.                         myRspHdlrCapacity = rspHdlr.getCapacity();
  199.  
  200.                         proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  201.                         proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,HELLO,(short)0x0000, (short)HELLO.length);
  202.                         proHdlr.send();
  203.                         DisplayText ( proHdlr, HELLO1);
  204.  
  205.                     }
  206.                     else 
  207.                     {
  208.                         channelID = 0x00;
  209.                         DisplayText ( proHdlr, HELLO2);
  210.                     }
  211.  
  212.                     break;
  213.  
  214.  
  215.                 case 3:
  216.  
  217.                     proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  218.                     proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,HELLO,(short)0x0000, (short)HELLO.length);
  219.                     proHdlr.send();
  220.  
  221.  
  222.                     //m_buffer[0]=(byte)0x30;
  223.                     //m_buffer[1]=(byte)0x31;
  224.  
  225.                     proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  226.                     proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,HELLO2,(short)0x0000, (short)HELLO2.length);
  227.                     proHdlr.send(); 
  228.  
  229.                     proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  230.                     proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,m_buffer,(short)0x0000, (short)m_buffer.length);
  231.                     proHdlr.send();
  232.  
  233.  
  234.  
  235.                     byteToHexString(m_buffer, (short)0, hexStrBuffer, (short)0, (short)5);
  236.  
  237.                     proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  238.                     proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,hexStrBuffer,(short)0x0000, (short)hexStrBuffer.length);
  239.                     proHdlr.send();
  240.  
  241.  
  242.                     //Hex2Acii( m_buffer, (short)5);
  243.                     //proHdlr.initDisplayText((byte)0x81, (byte)0x04, m_BufferInternal, (short)0, (short)(5*2));
  244. 	                //proHdlr.send();
  245.  
  246.  
  247.  
  248.                 //proHdlr.initDisplayText((byte)0x81, (byte)0x04, hexStrBuffer, (short)0, (short)hexStrBuffer.length);
  249.                  //   proHdlr.send();   
  250.  
  251.  
  252.                     break; 
  253.  
  254.  
  255.               case 4:
  256.                   proHdlr.init(PRO_CMD_DISPLAY_TEXT, CMD_QUALIFIER,DEV_ID_DISPLAY);
  257.                     proHdlr.appendTLV((byte)(TAG_TEXT_STRING| TAG_SET_CR), DCS_8_BIT_DATA,HELLO2,(short)0x0000, (short)HELLO2.length);
  258.                     proHdlr.send();
  259.                     break;
  260.  
  261.  
  262.  
  263.  
  264.  
  265.             }  // Close switch
  266.         }  // close if
  267.     }
  268.  
  269.      //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
  270.    public final static void DisplayText ( ProactiveHandler PH, byte[] m_DatatoDisplay)
  271.     { 
  272.  
  273. 		  PH.init( PRO_CMD_DISPLAY_TEXT, DTQ_CRITICAL, DEV_ID_DISPLAY );
  274. 		  PH.appendTLV( TAG_TEXT_STRING_CR, DCS_8_BIT_DATA, m_DatatoDisplay, (short)0, (short)m_DatatoDisplay.length );
  275. 		  PH.send( );
  276. 	}
  277.   //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
  278.  
  279. //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
  280.   //*** For Testing, comment for Release
  281.     //*******************************************************************************
  282.     //     Method  : byteToHexString
  283.     //     Author  : Sao Paulo Boco
  284.     //    Created  : June 24, 2004
  285.     // Description :
  286.     /**
  287.      * This function accepts a string of bytes and formats it into a HEX string
  288.      * @param buff_A buffer to translate to hex string
  289.      * @param index offset of buff_A where to start converting
  290.      * @param buff_B buffer to write hex string
  291.      * @param pos offset of buff_B where to start writing
  292.      * @param lenBuff_A length of buff_A
  293.      */
  294.     //*******************************************************************************
  295.     public  static void byteToHexString(byte[] buff_A, short index, byte[] buff_B, short pos, short lenBuff_A) 
  296.     {
  297.         byte hi;
  298.         byte lo;
  299.         byte temp;
  300.         short length = (short)(lenBuff_A + index);
  301.  
  302.         for (; index < length; index++) 
  303.         {
  304.             hi = (byte) ((byte) (buff_A[index] >> 4) & 0x0F);   //high nibble
  305.             lo = (byte) ((byte) buff_A[index] & 0x0F);          //low nibble
  306.  
  307.             temp = (byte)0;
  308.             while (temp < (byte)2) 
  309.             {
  310.                 if ((hi >= 0) && (hi <= (byte)0x09)) 
  311.                 {
  312.                     buff_B[pos++] = (byte)((byte)'0' + hi);
  313.                 } else if ((hi >= (byte)0x0A) && (hi <= (byte)0x0F)) 
  314.                 {
  315.                     buff_B[pos++] = (byte)((byte)0x37 + hi);
  316.                 }
  317.                 hi = lo;
  318.                 temp++;
  319.             }
  320.         }
  321.     }
  322. //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////  
  323.  
  324.  
  325.  
  326.  //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
  327. private final static void Hex2Acii( byte[] m_Hex, short length2)
  328.      {
  329.      	byte nibL= (byte)0;
  330.      	byte nibL2= (byte)0;  	
  331.      	byte nibR= (byte)0;
  332.      	Util.arrayFillNonAtomic( m_BufferInternal, (byte)0, length2, (byte)0 );
  333.         for(byte i=0; i<(byte)(length2); i++)
  334.         {
  335.         	nibR = ( byte )( ( byte )m_Hex[ i ] & ( byte )0x0F );
  336.         	nibL2 = ( byte )(( byte )m_Hex[ i ] & ( byte )0xF0 );
  337.         	nibL = ( byte )(( byte )nibL2>>>( byte )4);
  338.         	nibL = ( byte )(( byte )nibL & ( byte )0x0F);
  339.         	if ( nibR < (byte)10)
  340. 			{
  341. 			     nibR=( byte )(nibR+( byte )0x30);
  342.        		}
  343.        		else
  344.        		{
  345.        		   nibR=( byte )(nibR+( byte )0x37);
  346.        		}        	
  347.         	if ( nibL < (byte)10)
  348. 			{
  349. 			     nibL=( byte )(nibL+( byte )0x30);
  350.        		}
  351.        		else
  352.        		{
  353.        			nibL=( byte )(nibL+( byte )0x37);
  354.        		} 
  355. 		   m_BufferInternal[( byte )(i*2)]=( byte )nibL;
  356. 	   	   m_BufferInternal[( byte )((i*2)+1)]=( byte )nibR;                
  357.         }
  358.          //return m_BufferInternal;
  359.      }
  360.  
  361.  
  362.  
  363. //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
  364.  
  365.  
  366.  
  367.  
  368.  
Compilation error #stdin compilation error #stdout 0s 0KB
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Standard input is empty
compilation info 
Main.java:359: error: reached end of file while parsing
     }
      ^
1 error
stdout
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Standard output is empty
https://ideone.com/d63AcE
language:
Java (HotSpot 12)
created:
9 years ago
visibility:
public

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