START:  
  LHB R1, 0xA5
  LLB R1, 0xF3  //R1 contains 0xA5F3
  LHB R2, 0xA5
  LLB R2, 0x09  //R2 contains 0xA509
  AND R3, R1, R2  //R3 contains 0xA501, R2 has data dependence
  XOR R4, R1, R2  //R4 contains 0x00FA
  OR R5, R3, R4  //R5 contains 0xA5FB, R4 has data dependence
  NOT R6, R2  //R6 contains 0x5AF6
  LHB R14, 0x00
  LLB R14, 0x06  //DS contains 0x0060
  SW R6, 8  //Storing R6 (0x5AF6), we will read it back later
  ADD R7, R1, R4  //R7 contains 0xA6ED
  ADD R3, R2, R1  //R3 contains 0x4AFC and overflow = 1
  SUB R8, R5, R4  //R8 contains 0xA501
  LW R9, 8  //R9 contains 0x5AF6
  VADD R10, R4, R5  //R10 contains 0xA5F5 since carry DOES NOT propagate
  SLL R11, R4, 4  //R11 contains 0x0FA0
  SRA R12, R4, 4  //R12 contains 0x000F
  LHB R13, 0x00
  LLB R13, 0x01  //R13 contains 0x0001

LOOP:
  SUB R12, R12, R13  //decrementing R12 by 1 
  B 100, LOOP  //Loop until we hit zero (Z = 1)

ENDLOOP:
  SW R13, 10
  SW R12, 12
  LW R7, 10  //R7 contains 0x0001
  LW R8, 12  //R8 contains 0x0000

CALLTEST:
  ADD R10, R10, R7  //incremented so R10 contains 0xA5F6
  CALL LSKIP
  ADD R10, R10, R7  //incremented so R10 contains 0xA5F7
  B 111, LAST
LSKIP:
  SW R10, 28  //address contains 0xA5F6
  RET
  ADD R10, R10, R7  //should never be run, if R10 gets 0xA5F8, something is wrong.
LAST:
  LW R10, 28  //R10 contains 0xA5F6 again.