array.mas

		ORG			0
Cond,	LOAD		COUNT	/ LOAD count into AC
		SUBT		ARRAY	/ SUBTRACT array[0] from AC
		SKIPCOND	000		/ Skipcond 000 if AC < 0
		JUMP		End		/ JUMP to End

Loop,	LOAD		COUNT	/ LOAD Count into AC
		ADD			ONE		/ ADD ONE to AC
		STORE		COUNT	/ STORE AC into COUNT

		LOADI		INDEX	/ LOAD MEM[index] into AC
		OUTPUT				/ OUTPUT value at index

		LOAD		INDEX
		ADD			ONE
		STORE		INDEX

		JUMP		Cond	/ JUMP to Cond

End,	LOAD		START	/ LOAD start into AC
		STORE		INDEX	/ STORE AC into index
		HALT				/ HALT process

INDEX,	HEX			013		/ Our current memory location
START,	HEX			013		/ The memory location of our first value (in hex)
ARRAY,	DEC			5		/ The first index of our array (used for size)
		DEC			0		/ index 0
		DEC			2		/ index 1
		DEC			4		/ index 2
		DEC			8		/ index 3
		DEC			16		/ index 4

/ variables
COUNT,	DEC			0

/ constant values
ZERO,	DEC			0
ONE,	DEC			1
TWO,	DEC			2
THREE,	DEC			3
FOUR,	DEC			4
FIVE,	DEC			5
SIX,	DEC			6
SEVEN,	DEC			7
EIGHT,	DEC			8
NINE,	DEC			9
TEN,	DEC			10