Developing with a nRFgo kit for the nRF24LE1 from Nordic

I am trying to develop a program using the nRFGo kit from Nordic Semiconductor. I built a simple example would turn off LEDs when I pressed a button on the board. I wanted to modify this code such that if I pressed a combination of buttons then a binary representation of the button pressed would be displayed with LEDs on the board. My code compile fine and I can get the code to download into the board but it does not appear to function at all like I intended.

Here is an excerpt from my main.c

//#include <Nordic\reg24le1.h>
#include "reg24le1_edit.h"
//#include "hal_nrf.h"
//#include "radio.h"
//#include "application.h"
#include "system.h"
#include "defines.h"





void main(void)
{
  mcu_init();


//  EA = 1;                               // Global interrupt enable
//  boot_mess();
/*
        LIGHT_0_LED();
        delay_10ms();
        LIGHT_1_LED();
        delay_10ms();

        LIGHT_2_LED();
        delay_10ms();
        LIGHT_3_LED();
        delay_10ms();
        LIGHT_4_LED();
        delay_10ms();

        LIGHT_5_LED();
        delay_10ms();
        LIGHT_6_LED();
        delay_10ms();
        LIGHT_7_LED();
        delay_10ms();
        LIGHT_8_LED();
        delay_10ms();
        LIGHT_9_LED();
        delay_10ms();
        LIGHT_10_LED();
        delay_10ms();
        LIGHT_11_LED();
        delay_10ms();
        LIGHT_12_LED();
        delay_10ms();
*/
        LIGHT_ALL_LED();
        /*
        while(1)
        {
                LIGHT_ALL_LED();
        }
        */
//      LIGHT_0_LED();


while(1)
{
        if((B0 == OFF) &&  (B2 == OFF))
        {
//              LED0 = OFF;
                LIGHT_1_LED();
        }
        if((B0 == OFF) &&  (B3 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_2_LED();
        }
        if((B0 == OFF) &&  (B7 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_3_LED();
        }

        if((B4 == OFF) &&  (B2 == OFF))
        {
//              LED0 = OFF;
                LIGHT_4_LED();
        }
        if((B4 == OFF) &&  (B3 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_5_LED();
        }
        if((B4 == OFF) &&  (B7 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_6_LED();
        }
        if((B5 == OFF) &&  (B2 == OFF))
        {
//              LED0 = OFF;
                LIGHT_7_LED();
        }
        if((B5 == OFF) &&  (B3 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_8_LED();
        }
        if((B5 == OFF) &&  (B7 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_9_LED();
        }

        if((B6 == OFF) &&  (B2 == OFF))
        {
//              LED0 = OFF;
                LIGHT_10_LED();
        }
        if((B6 == OFF) &&  (B3 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_11_LED();
        }
        if((B6 == OFF) &&  (B7 == OFF))
        {
//              LED0 = ON;                                              // turn on LED
                LIGHT_12_LED();
        }
        else                                  // Released B0 during "boot":
        {                                     // Enter PTX mode (Transmitter)
//    radio_init(TRANSMITTER);
//    transmitter_mode();
                LIGHT_0_LED();
        }
}
}

void LIGHT_ALL_LED(void)
{
        P13 = ON;          //LSb
        P12 = ON;
        P11 = ON;
        P06 = ON;
}

void LIGHT_0_LED(void)
{
        P13 = OFF;         //LSb
        P12 = OFF;
        P11 = OFF;
        P06 = OFF;
}

void LIGHT_1_LED(void)
{
        P13 = ON;          //LSb
        P12 = OFF;
        P11 = OFF;
        P06 = OFF;
}

void LIGHT_2_LED(void)
{
        P13 = OFF;              //LSb
        P12 = ON;
        P11 = OFF;
        P06 = OFF;
}

void LIGHT_3_LED(void)
{
        P13 = ON;                //LSb
        P12 = ON;
        P11 = OFF;
        P06 = OFF;
}

void LIGHT_4_LED(void)
{
        P13 = OFF;         //LSb
        P12 = OFF;
        P11 = ON;
        P06 = OFF;
}

void LIGHT_5_LED(void)
{
        P13 = ON;          //LSb
        P12 = OFF;
        P11 = ON;
        P06 = OFF;
}

void LIGHT_6_LED(void)
{
        P13 = OFF;              //LSb
        P12 = ON;
        P11 = ON;
        P06 = OFF;
}

void LIGHT_7_LED(void)
{
        P13 = ON;                //LSb
        P12 = ON;
        P11 = ON;
        P06 = OFF;
}

void LIGHT_8_LED(void)
{
        P13 = OFF;               //LSb
        P12 = OFF;
        P11 = OFF;
        P06 = ON;
}

void LIGHT_9_LED(void)
{
        P13 = ON;          //LSb
        P12 = OFF;
        P11 = OFF;
        P06 = ON;
}

void LIGHT_10_LED(void)
{
        P13 = OFF;         //LSb
        P12 = ON;
        P11 = OFF;
        P06 = ON;
}

void LIGHT_11_LED(void)
{
        P13 = ON;               //LSb
        P12 = ON;
        P11 = OFF;
        P06 = ON;
}

void LIGHT_12_LED(void)
{
        P13 = OFF;               //LSb
        P12 = OFF;
        P11 = ON;
        P06 = ON;
}

some defines

#define B0 P10
#define B2 P02
#define B3 P03
#define B4 P14
#define B5 P15
#define B6 P16
#define B7 P07




#define LED0 P06
#define LED1 P11
#define LED2 P12
#define LED3 P13




#define ON 1
#define OFF 0

mcu int function

void mcu_init(void)
{
  P0 = 0;                     // Port setup
  P0DIR = P0_SETUP;     //0xF0;   // P0.0 - P0.3 output LEDS
                              // P0.4 - P0.7 inputs BUTTONS
  P0CON = 0;
  P1 = 0;                     // Port setup
  P1DIR = P1_SETUP;
  P1CON = 0;
  RFCKEN = 1;                 // enable L01 clock
  RF = 1;                     // enable RF interrupt
}

I am trying to turn on one LED on PORT0 and 3 on PORT1, but only one of the LEDs will only light up when I download the code to the board. If I turn off power and turn it back on, none of the LEDs will come on.

Does anyone have any suggestions? Thanks for the help.