Do not use the Irvine libraries$/$procedures for the programs in this assignment. There is a

template for writing programs without using Irvine that you may use if you wish.

$(25$ Pts$)$ Write a program using $32-$bit MASM x$86$ Assembly Language that accomplishes the

following:

a$.$ Initialize Variables in the data section of your program for varA, varB, varC, varD, and Result.

b$.$ In the $.$code section your program should compute the following:

Result $=(VarA+$VarB$)-(VarC+$VarD$)$

$(75$ Pts$)$ Write a program using $32-$bit MASM $x86$ Assembly Language that generates the

first $26$ values of the Fibonacci Sequence starting from $0,$ as described by the following

formula:

Fib$(0)=0,$Fib$(1)=1,$Fib$(n)=$Fib$(n-1)+$Fib$(n-2)$

Save the sequence sequentially in memory starting at a defined location.

Do not use magic numbers. Name and initialize variables in the $.$data section of your programs.

Submit your source code $(.$asm$)$ files to the assignment drop$-$box by the due date. Submit a

separate $.$asm file for each program.

Build and debug your code using Visual Studio $2022.$

Submit your source code $(.$asm file$)$ to the assignment drop$-$box by the due date. Do not submit

Word or PDF files containing your code. Do not submit your $.$sln project file.

Comment Requirements:

There must be a preamble block of comments at the beginning of the program that includes at

least the following information:

Your name

Course number, section, and title

Program title

Date

There must be a block of comments before the main procedure of your program, as well as

before each additional procedure $($if applicable$)$ that describes the inputs, outputs, memory usage,

register usage, and functional description of the procedure.

The program must also contain non$-$syntax based individual line comments for each line that

make the functional goals and processes of the program self$-$documenting. These comments

should be placed in line with each instruction.