IcpuED Assembler icasm.c Version 5.2
	Input source code file "bmk2.src".
Pass 1:  0 errors.
     1   000000   c000000c		ldi r12, #0	r12 holds an msb mask 
     2   000004   c18000cc		ldiu r12, #%8000 
     3   000008   c0000008		ldi r8, #0	r8 - running negative sum 
     4   00000c   c0000009		ldi r9, #0	r9 - running positive sum 
     5   000010   c0000807		ldi r7, #8	r7 - loop count limit-1 
     6   000014   c0000000		ldi r0, #0	r0 - used for constant 0 
     7   000018   c0000101		ldi r1, #1	r1 - used for constant 1 
     8   00001c   c0007c0f		ldi r15, stack	r15 - stack pointer 
     9   000020   c0000002		ldi r2, #0	r2 - loop counter 
    10   000024   c0007004		ldi r4, data	r4 - pointer to the data 
    11                 		
    12   000028   89200243	lp	add r3, r4, r2	add loop count to data pointer (byte) 
    13   00002c   c2800035		ldb r5, #0(r3)	get the byte from the array 
    14   000030   410005f0		st #0(r15), r5	save the byte on the stack (param) 
    15   000034   a000014e		brl r14, elmnt	branch to the subroutine 
    16   000038   89200212		add r2, r1, r2	increment the loop counter 
    17   00003c   8a200726		sub r6, r2, r7	see if the count has been reached 
    18   000040   10fff960		brt r6, lp	if not, go back (loop) 
    19   000044   40808840		stb #8(r4), r8	save the negative sum in memory 
    20   000048   40809940		stb #9(r4), r9	save the positive sum in memory 
    21   00004c   03000000		halt		stop the CPU, assert "cpu-halted" 
    22                 		
    23                 		*	pc	#%100
    24   000050   c30000fb	elmnt	ld r11, #0(r15)	get the datum off of the stack 
    25   000054   8a2000ba		sub r10, r11, r0	dummy; subtract 0 from the datum 
    26   000058   85000caa		and r10, r10, r12	test the msb (negative datum?) 
    27   00005c   120002a0		brf r10, pos	if not, go to positive # handler 
    28   000060   89200b88		add r8, r8, r11	negative, so add to negative sum 
    29   000064   12000100		brf r0, ret	skip to return 
    30   000068   89200b99	pos	add r9, r9, r11	positive, so add to positive sum 
    31   00006c   200000e0	ret	bri r14	return from subroutine 
    32   000070   f00238f9	data	dw	#%f00238f9            data, first four bytes 
    33   000074   0ffde700		dw	#%0ffde700            data, last four bytes 
    34                 		*15, -3, -25, 0;       0ffde700            data, last four bytes 
    35                 		*data:  -16, 2, 56, -7;       f00238f9            data, first four bytes 
    36   000078   00ffeedd	results	dw	#%00ffeedd            garbage; last two bytes --> 49 and cd 
    37   00007c   ffffffff	stack	dw	#%ffffffff            garbage; stack 
    38                 		 
Pass 2:  0 errors.