ou will turn in TWO different $.$asm files. They will be called FirstLastLab$3$Q$1.$asm and FirstLastLab$3$Q$2.$asm.

Use your first and last name in place of $$First$$ and $$Last$.$ Use the file template.asm or addtwo.asm as a guide when

creating your programs. A portion of your grade will be based on program comments, indentation, spacing, and other

coding conventions that are used in class.

Question $1$: File Name: FirstLastLab$3$Q$1.$asm

$$ Create a program that will sum the $$double$$ gaps between consecutive array element values. The array will be

of DWORDS.

o Example:

$$ Given the following array: myArray DWORD $2,7,8,12$

$$ The gaps between the numbers are $5,1,$ and $4.$ Doubling these values $($double gaps$)$ give us $10,$

$2,$ and $8.$ Add these together and the result is $20.$

$$ Store the result in a variable named doubleGapSum.

$$ This program should work for an array with any number of elements $($without changing anything other than the

array itself$).$ I will test with various array lengths. The array is guaranteed to have at least two elements.

$$ Make sure that you use ESI when accessing different elements of the array.

Question $2$: File Name: FirstLastLab$3$Q$2.$asm

$$ Create a program that will calculate the first $$n$$ elements of the Fibonacci number sequence.

$$ Create a symbolic constant called $$n$$ and assign any value to it$.$ This will be the number of Fibonacci numbers

that will be generated.

$$ Create an array of DWORDS called fibonacciNumbers. Initialize this array to all zeros. The number of elements

in this array is determined by the value that you set $$n$$ to in the prior step.

$$ Your program should fill the fibonacciNumbers array with the first $$n$$ Fibonacci numbers.

o In case you are not familiar with Fibonacci numbers, the first number is $0,$ the second number is $1,$ the

third number is the sum of the first two $(0+1=1).$ The fourth is the sum of numbers $2$ and $3(1+1),$

and so on$.$ Each number is the sum of the prior two numbers. Here are the first few values of the

sequence: $0,1,1,2,3,5,8,13,21,...$

$$ When I test, I will change the value of $$n$.$ THIS WILL BE THE ONLY THING THAT I CHANGE. Your program should

work regardless of what value I put in there. Be sure to test with different values. You may assume that n $>=3$

$$ Make sure that you use ESI when accessing different elements of the array.

template.asm:

; Program template

$\mathrm{.}386$

$.$model flat,stdcall

$.$stack $4096$

ExitProcess proto,dwExitCode:dword

$.$data

; declare variables here

$.$code

main proc

; write your code here

invoke ExitProcess,$0$

main endp

end main