DEPTH = 256;	
WIDTH = 20;	

ADDRESS_RADIX = HEX;	
DATA_RADIX = BIN;	

CONTENT
	BEGIN --xOOOOOAAABBBLLLLLLLL
		00: 00000001100000000010; --LOAD REG3 2
		01: 00000010000000000100; --LOAD REG4 4
		02: 00000010100011111101; --LOAD REG5 -3
		03: 00000011000000000001; --LOAD REG6 1
		04: 00101101110000000000; --ADD REG3 REG4
		05: 00101101110100000000; --ADD REG3 REG5
		06: 00101101111000000000; --ADD REG3 REG6
		07: 00000010000000000000; --LOAD REG4 0 //Register A for Division; Q is REG3
		08: 00000010100000000100; --LOAD REG5 4 //Register M = 4
		09: 00000011000000001000; --LOAD REG6 8 //Count Register = 8
		0A: 00000101101100000000; --MOVE REG3 REG3 // Set negative flag
		0B: 01010001000000000100; --BRN 4 //If negative, add one to A after shift
		0C: 00010101101100000000; --SLL REG3
		0D: 00010110010000000000; --SLL REG4
		0E: 00001000100000010010; --BRA 0x12
		0F: 00010101101100000000; --SLL REG3
		10: 00010110010000000000; --SLL REG4
		11: 00010010010000000000; --INC REG4
		12: 00000111110100000000; --MOVE REG5 REG7 //For subtraction
		13: 00001111111100000000; --COMP REG7
		14: 00101110011100000000; --ADD REG4 REG7
		15: 00101000100000000111; --BRN 7 
		16: 00000111100000000001; --LOAD REG7 1 //To test Q0
		17: 00110111101100000000; --AND REG7 REG3
		18: 00100100100000000010; --BRN 2
		19: 00001000100000011011; --BRA 0x1B
		1A: 00010001101100000000; --INC REG3
		1B: 00001000100000100001; --BRA 0x21
		1C: 00000111100000000001; --LOAD REG7 1 //To test Q0
		1D: 00110111101100000000; --AND REG7 REG3
		1E: 00101000100000000010; --BRZ 2
		1F: 00110001101100000000; --DEC REG3
		20: 00101110010100000000; --ADD REG4 REG5
		21: 00110011011000000000; --DEC REG6
		22: 00100100100000000010; --BRZ 2
		23: 00001000100000001010; --BRA 0x0A
		24: 00000111101100000000; --MOVE REG3 REG7
		[25 .. FF]: 0;
	END;