Please provide assembily code using the Star $12$ systemConcepts:

Using the S$12$ arithmetic operations

Objectives:

Use the S$12$ arithmetic operations $($such as adds, subtracts, multiplies, and divides$)$ to

implement mathematical functions using integers.Assignment:

Write a program in assembly that calculates the Winsorized mean ${?}^1$ of an array of two$-$byte

signed integers. Instead of using percentages to determine how many values are replaced, this

simplified program will only replace $1$ element at each end. This means that when calculating

the Winsorized mean, the least value is replaced with the second least value, and the greatest

value is replaced with the second greatest value.

Your program must meet the following requirements.

The program must calculate the Winsorized mean of an array of two$-$byte signed

integers in which one element from the minimum and maximum are replaced. The input

array is guaranteed to contain at least $3$ elements.

The input array contains $2-$byte signed integers, and the address of this array is supplied

in $$3000.$

The two$-$byte unsigned length of the array is supplied in $$3002.$

The two$-$byte Winsorized mean must be output to locations $$3010$ and $$3011.$

The program must follow appropriate practices: The inputs must not be modified, it

must be usefully commented, it must make appropriate use of assembly directives, etc.

You may assume the inputs are valid, i$.$e$.$ the array doesn't overlap the input or output

locations, it contains valid data, etc.