help me with the interrupt....

Hey, guys...
I have a problem in using interrupt in arduino...
So i tried to add interrupt in my setup function to read ADC result. But it is end up with nothing's happening.
here is my code where i used my interrupt:

#include <intrinsics.h>
#include <string.h>
#include "AFE4490.h"
#include <SPI.h>

const int SOMI = 12; //data out connect to MISO
const int SIMO = 11; //data in connect to MOSI //butuh logic level converter
const int SCLK  = 13;
const int SPISTE = 9; //butuh logic level converter

volatile unsigned long ReadLED2VAL;
volatile unsigned long ReadALED2VAL;
volatile unsigned long ReadLED2ABSVAL;
volatile unsigned long ReadLED1VAL;
volatile unsigned long ReadALED1VAL;
volatile unsigned long ReadLED1ABSVAL;

void setup()
{
   Serial.begin(9600);
   SPI.begin(); 
   pinMode (SOMI,INPUT);
   pinMode (SPISTE,OUTPUT);
   pinMode (SCLK, OUTPUT);
   pinMode (SIMO, OUTPUT);
   
   SPI.setClockDivider (SPI_CLOCK_DIV128);
   SPI.setDataMode (SPI_MODE1);
   SPI.setBitOrder (MSBFIRST);
   AFE4490Init ();      
   for(int count = 0; count<60; count++) 
     {          
              //   AFE4490Write(CONTROL2,0x020200);	// Disable crystal, 0.5V TX_REF */
                   AFE4490Write(TIAGAIN,0x000000);	// LED_RANGE=100mA, LED=50mA 
                   AFE4490Write(TIA_AMB_GAIN,0x000000);	// Timers ON, average 3 samples 
                   AFE4490Write(LEDCNTRL,0x011414);	// Switch to READ mode  
                   AFE4490Write(CONTROL2,0x000000);	// LED_RANGE=100mA, LED=50mA 
                   AFE4490Write(CONTROL1,0x000107);	// Timers ON, average 3 samples 
                   AFE4490Write(CONTROL0,0x000001);	// Switch to READ mode   
                  
                    Serial.println(count);
                    delay (1000);
                        if (digitalRead (SOMI)== HIGH)
                          {   
                            attachInterrupt (1, InterruptEnab, RISING);
                            Serial.println ("SOMI is connected, Reading register is proceed!");
                            Serial.print("Red Data:"); 
                            Serial.println(ReadLED2VAL); 
                            Serial.print("Red Ambient Data:"); 
                            Serial.println(ReadALED2VAL); 
                            Serial.print("Red Different:");
                            Serial.println(ReadLED2ABSVAL);
                            Serial.print("IR Data:"); 
                            Serial.println(ReadLED1VAL); 
                            Serial.print("IR Ambient:"); 
                            Serial.println(ReadALED1VAL); 
                            Serial.print("IR Different:"); 
                            Serial.println(ReadLED1ABSVAL);
                            detachInterrupt (1);
                           //AFE4490Write(CONTROL0,0x000000);	// disable READ mode   
                         }
                          else //else SOMI
                         {
                            Serial.println ("SOMI is not connected, check the wire!");
                         }
     } 

/////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void InterruptEnab ()
{
   ReadLED2VAL = AFE4490Read(LED2VAL);
   ReadALED2VAL = AFE4490Read(ALED2VAL);
   ReadLED2ABSVAL = AFE4490Read(LED2ABSVAL);
   ReadLED1VAL = AFE4490Read(LED1VAL);
   ReadALED1VAL = AFE4490Read(ALED1VAL);
   ReadLED1ABSVAL = AFE4490Read(LED1ABSVAL);
}
}

i am expecting that this interrupt able to use according to this datasheet on the attachment.

Can someone enlighten me what i miss?
sorry if you think my code is very messy... i am purely new about interrupt stuff.

Stella

Can someone enlighten me what i miss

The loop function!
Will this code even compile?

The code looks all wrong. Setup runs only once and you will never even attach the interrupts if the pin 12 ( SOMI ) is not high.
What is the "AFE4490.h" library you are trying to use and where did you get it?

it look to be a rewrite of a part of a program
when a coding problem come trying to make a small program to show it often solve as you see it
you should try to make a small program to show us what's wrong

Go and read up on how SPI realy works. That code is, at best, scrap.

Mark