.equ __P24FJ64GA002,1        ;required "boiler-plate" (BP)
        .include "p24Fxxxx.inc"      ;BP

#include "xc.inc"                    ;BP
        ;the next two lines set up the actual chip for operation - required
        config __CONFIG2, POSCMOD_EC & I2C1SEL_SEC & IOL1WAY_OFF & OSCIOFNC_ON & FCKSM_CSECME & FNOSC_FRC & SOSCSEL_LPSOSC & WUTSEL_FST & IESO_OFF
        config __CONFIG1, WDTPS_PS1 & FWPSA_PR32 & WINDIS_OFF & FWDTEN_OFF & COE_ON & BKBUG_ON & GWRP_ON & GCP_ON & JTAGEN_OFF

        .equ    NUM_ELEMENTS, 10
    .bss                        ;put the following labels in RAM
arrayA:  .space  2*NUM_ELEMENTS          ;declare an array of words
arrayB:  .space  2*NUM_ELEMENTS          ;declare an array of words

;;stack:
;;    .space  32                  ;this will be our stack area, from var_16_bit to here
    .text                       ;BP (put the following data in ROM(program memory))
    .global _main               ;BP
;because we are using the C compiler to assemble our code, we need a "_main" label
;somewhere. (There's a link step that looks for it.)
_main:
    bclr    CLKDIV,#8                 ;BP
;;    mov     #stack,w15                ;initialize the stack pointer

; asm_indirect1.s
; move NUM_ELEMENTS words from arrayA to arrayB

    mov     #NUM_ELEMENTS,w5
    mov     #arrayA, w10
    mov     #arrayB, w11
loop:
    mov     [w10++], [w11++]
    dec     WREG5
    bra     nz, loop


lpbk:
    bra     lpbk
    .end