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.BEGIN IN TERM LOAD TERM COMPARE ONE JUMPEQ FIRST COMPARE TWO JUMPEQ SECOND START: LOAD PREV AD CUDD ADD CURR STO Nev STORE NEXT LA
.BEGIN IN TERM LOAD TERM COMPARE ONE JUMPEQ FIRST COMPARE TWO JUMPEQ SECOND START: LOAD PREV AD CUDD ADD CURR STO Nev STORE NEXT LA LOAD CURR STORE PREV LOAD NEXT STORE CURR DECREMENT TERM LOAD TERM COMPARE TWO JUMPEQ STOP JUMP START STOP: OUT NEXT JUMP FINISH FIRST: OUT PREV JUMP FINISH SECOND: OUT CURR MD JUMP FINISH FINISH: HALT PREV: .DATA 1 CURR: .DATA 1 NEXT: .DATA 0 ONE: .DATA 1 TWO: .DATA 2 TERM: .DATA 0 .END Desk check the above assembly program using 5 as the input. Show the values of all the labelled data locations, the value of the R register, and any output using the table below. If a value changes, enter the value in the next cell on the same row. In other words don't enter the value if the value stays the same. R: ? PREV: 1 CURR: 1 NEXT: 0 ONE: 1 2 TWO: TERM: 0 Output: At the HALT instruction in the program above, what are the values of condition codes GT, LT, and EQ? Answer using the table below. GT: LT: E
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