Summary

For this lab you will implement a basic LC$3$ assembly program which calculates the sum of

all odd numbers stored between x$3200$ and x$32$FF inclusive.

Program Details

Your program will start at x$3000$ in memory and sum all odd numbers stored at memory

locations x$3200$ to x$32$FF$.$ Please note that while the autograder will populate these memory

address with data values, when testing your program, you will need to place these values into

memory manually. I recommend doing so by modifying the memory values via the simulator

rather than using assembly code. Because the range of values is so large, I recommend

placing a few values at the start of the memory range and a few at the end leaving the middle

addresses empty. This will allow you to both confirm that your program is covering all

necessary memory locations and also produce a result which is easy to verify.

The final sum will be stored at memory location x$3300.$ Once stored, your program will halt

the machine using the HALT command.

You must place any $.$FILL pseudo$-$ops after your HALT command. Placing $.$FILL pseudo$-$

ops before the HALT will cause the data stored at those locations to be executed as

instructions. This can cause your code to produce unexpected results and prevent

Gradescope from executing correctly