ic_card.c

智能卡的驱动程序,兼容iso-7817标准

         }
         printf("\nREAD File:\n");
         for(i=0;i<(len+3);i++) printf("%x ",apdu.DATA_READ[i]);

}


void Tid_Card_Collect(BYTE ic_unit,BYTE *data)
{
        BYTE return_value,count = 0,i=0,waiting =1,code;
        

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xC0);          //Write command type to IC card

        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xE6);          //Write instruction  to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p1 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p2 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xDC);				   //Write the lengh of data you hope to receive from IC card
        return_value = IC_StrReg_Srv_Fun();

        while(waiting)															   //When You select file. you must waiting code
																				   //and before you send file name you must waiting for 16 ETU
        {
              if(ic_RF_flag)
              {
                   code = (ic_unit ? IC1_RXDB_REG:IC0_RXDB_REG);

                   waiting = 0;
                   ic_RF_flag = 0;
              }
        }	
	    printf("\ncode = %x",code);
        for(i=0;i<0xDC;i++)
        {
               _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),data[i]);      //Write the lengh of data you hope to receive from IC card
               return_value = IC_StrReg_Srv_Fun();

        }

        while(count<0x2)                                                           //Receive data from IC Card
        {
               if(ic_RF_flag)
               {
                  apdu.DATA_READ[count++] = (ic_unit ? IC1_RXDB_REG:IC0_RXDB_REG);
                  ic_RF_flag = 0;
               }
        }
        printf("\nData collect:");
        for(i=0;i<0x2;i++) printf("%x ",apdu.DATA_READ[i]);
         
}


void get_card_no(BYTE ic_unit)
{

        BYTE return_value,count = 0,i=0;
       

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x80);          //Write command type to IC card

        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xca);          //Write instruction  to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p1 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x01);          //Write parameter p2 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x08);          //Write the lengh of data you hope to receive from IC card
        return_value = IC_StrReg_Srv_Fun();

        while(count<8)                                                      //Receive data from IC Card
        {
              if(ic_RF_flag)
              {
                 apdu.DATA_READ[count++] =(ic_unit ? IC1_RXDB_REG:IC0_RXDB_REG) ;
                 ic_RF_flag = 0;
              }
        }

        printf("\nCard Num :");
        for(i=0;i<8;i++) printf("%x ",apdu.DATA_READ[i]);
             
}




void get_radom(BYTE ic_unit)
{
        BYTE return_value,count = 0,i=0;

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write command type to IC card

        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x84);          //Write instruction  to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p1 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p2 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x08);          //Write the lengh of data you hope to receive from IC card
        return_value = IC_StrReg_Srv_Fun();

        while(count<11)                                                     //Receive data from IC Card
        {
          if(ic_RF_flag)
              {
                 apdu.DATA_READ[count++] = (ic_unit ? IC1_RXDB_REG:IC0_RXDB_REG);
                 ic_RF_flag = 0;
              }
        }

         
        printf("\nRandom :");
        for(i=0;i<11;i++) printf("%x ",apdu.DATA_READ[i]);
}



void buy_invoice(BYTE ic_unit)
{
	    BYTE data[0x14]={0x11,0x22,0x33,0x44,0x55,0x66,0x77,0x88,0x99,0x00,0x00,0x00,0x00,0x01,0x00,0x00,0x00,0x1F,0x00,0x04};
        BYTE i=0,return_value,temp=true,temp_code;
        
        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write command type to IC card

        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xdc);          //Write instruction  to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x01);          //Write parameter p1 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x04);          //Write parameter p2 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x14);          //Write the lengh of data you hope to receive from IC card
         return_value = IC_StrReg_Srv_Fun();  
        
        while(temp)
        {
          if(ic_RF_flag)
              {
                 temp_code = IC1_RXDB_REG;
                 ic_RF_flag = 0;
                 temp =false;
              }        	
        }
        printf("\nbuy code :%x \n",temp_code);
        Delay(600);        
        for(i=0;i<0x14;i++)
        {
                _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),data[i]); //Write the lengh of data you hope to receive from IC card
                return_value = IC_StrReg_Srv_Fun();                  
        } 
        i=0;
        while(i<2)
        {
          if(ic_RF_flag)
              {
                 apdu.DATA_READ[i++] = IC1_RXDB_REG;
                 ic_RF_flag = 0;
              }        	
        }
        printf("\nbuy invoice :");
        for(i=0;i<2;i++) printf("%x ",apdu.DATA_READ[i]);               
}




/**c0 e9 00 00 16**/
void DISTRIBUTE_INVOICE_NB(BYTE ic_unit)
{
        BYTE return_value,count = 0,i=0;
        BYTE temp=true,temp_code;

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xc0);          //Write command type to IC card

        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0xe9);          //Write instruction  to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p1 to IC card
        return_value = IC_StrReg_Srv_Fun();

        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x00);          //Write parameter p2 to IC card
        return_value = IC_StrReg_Srv_Fun();

  
        _Set_Reg_Value((ic_unit ? IC1_TXDB_REG:IC0_TXDB_REG),0x16);          //Write the lengh of data you hope to receive from IC card
         return_value = IC_StrReg_Srv_Fun();

         while(count<0x2)                                                    //Receive data from IC Card
         {
          if(ic_RF_flag)
              {
                 apdu.DATA_READ[count++] = IC1_RXDB_REG;
                 ic_RF_flag = 0;
              }
         }

         
         printf("\nDISTRIBUTE :");
         for(i=0;i<2;i++) printf("%2x ",apdu.DATA_READ[i]);
                  
}


void read_ef05(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x05};

        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,0x14) ;
        printf("\nread ic card %d ef05 over!\n",ic_unit);
        
}

void read_ef06(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x06};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,21) ;
        printf("\nread ic card %d ef06 over!\n",ic_unit);
        
}

void read_ef07(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x07};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,25) ;
        printf("\nread ic card %d ef07 over!\n",ic_unit);
}


void read_ef04(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x04};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,25) ;
        printf("\nread ic card %d ef04 over!\n",ic_unit);
}

void read_ef03(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x03};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,47) ;
        printf("\nread ic card %d ef03 over!\n",ic_unit);
}

void read_ef02(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x02};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,61) ;
        printf("\nread ic card %d ef02 over!\n",ic_unit);
}


void read_ef01(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x01};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        select_file(ic_unit,0x02,0x00,(BYTE *)temp_data1); 
        
        read_file(ic_unit,0xb0,0x82,0x0,37) ;
        printf("\nread ic card %d ef01 over!\n",ic_unit);
} 


void read_2f02(BYTE ic_unit)
{
        BYTE temp_data2[2]={0x2f,0x02};

        IC_Reset_Fun(ic_unit);
        select_file(ic_unit,0x00,0x00,(BYTE *)temp_data2);
        
        read_file(ic_unit,0xb0,0x82,0x0,0x3d);        
        
        printf("\nread ic card %d 2f02 over!\n",ic_unit);
} 

BYTE read_ic_card_info(BYTE ic_unit)
{
        BYTE temp_rece_cont=0, i=0,count;
        BYTE temp_data2[2]={0x2f,0x02};
        BYTE temp_data1[2]={0xef,0x04};
        BYTE _FiscalPin[8]={0x31,0x32,0x33,0x34,0x35,0x36,0x37,0x38};


        BYTE temp_gpio,return_val;
        IC_Reset_Fun(ic_unit);
        get_radom(ic_unit);
        get_card_no(ic_unit);
        read_2f02(ic_unit);
		/*read_ef01(ic_unit);
        read_ef02(ic_unit);
        read_ef03(ic_unit);
        read_ef04(ic_unit);
        read_ef05(ic_unit);
        read_ef06(ic_unit);
        read_ef07(ic_unit);*/
     
        card_release(ic_unit);
        printf("\nRead IC  card %x finish!\n",ic_unit);

        return OK;
}