PLEASE RUN CODE AND SHOW OUTPUT.

In E$15$ assembly language, there is no single instruction to perform "greater than $($or equal to$)"$ and

"less than $($or equal to$)"$ operations. We have only the cmp and cmpi instructions to test for equality

of two values.

Write a program in E$15$ assembly language in a file named leq.v that tests whether the value in Rg$0$ is

less than or equal to the value in Rg$1.$ Assume that the values in both registers are unsigned numbers.

If the test is true $($i$.$e$.$ if $Rg0$ is less than or equal to $Rg1),$ then set Rg $2$ to $1,$ otherwise to $0.$

Let's initially assume that we want to compare the decimal values $7$ and $2.$ Use ROM location $0$ to

store $7$ into Rg$0$ with the movi instruction; then use ROM location $1$ to store the value $2$ into Rg $1.$

The remainder of the program, beginning at ROM location $2,$ should perform the comparison of the

value of Rg $0$ by the value of Rg $1,$ and store the result into Rg$2$ before halting. Note that your program

should work with arbitrary inputs, but for testing and grading purposes, make sure that your submitted

code is for the specific values $7$ and $2.$

When your program has finished, use the usual $\{$jmp$,$ RXX$,$ RXX$,4\text{'}$b$0000\}$ instruction to halt execu$-$

tion.

Test your solution with the E$15$ implementation. You'll need to modify the provided E$15$Process.v

file in order to make it load your assembly program. Look for the line 'include "program$1.$v$"$ and

change the filename to match that of your program $($leq$.$v$).$ Do not change the file E$15$Process.v

in any other way. Test your code by compiling and running the E$15$Process$\_$tb$.$v test bench and

examining its output: when you run the test bench, it will print out the final state of the registers.

Briefly describe how your solution works in a few sentences.

Submit your E$15$ assembly language file leq.v$.$ Do not submit your modified E$15$Process.v or the

test bench.