ARM ASSEMBLY. PLEASE USE STARTER CODE

In this problem you are to write a function, called hypot, to compute the hypotenuse of a right-triangle using the Pythagorean Theorem a² + b² = c² . That is, given a and b you must compute c. You have been provided with functions, in file PA6-1.s, to square a number (square) and to compute the integer square-root of a number (isqrt). You must use these functions in the hypot function that you write. You have also been given tester code to test your hypot function. The values that should be in registers after the code completes are shown in the comments.

;-----------

; Programming assignment 6, problem 1

; Your header information goes here

;------------------------------------

; Complete the function hypot which returns

; the hypotenuse of a right-triangle when given

; passed values of the two sides as paramters.

;------------------------------------

; Test code: DO NOT MODIFY

; After the code runs, the following should

; be in registers R5-R7

; R5 = 5

; R6 = 10

; R7 = 7

;----------

tester

MOV R0, #3

MOV R1, #4

BL hypot

MOV R5, R0

MOV R0, #6

MOV R1, #8

BL hypot

MOV R6, R0

MOV R0, #7

MOV R1, #3

BL hypot

MOV R7, R0

END

;---------------------

; hypot. Given a and b as parameters, compute

; c based on the Pythatorean theorm:

; a^2 + b^2 = c^2

; You must use the square and isqrt functions

; given below.

;----------------------

hypot ; your code here

square PUSH {LR}

MUL R1, R0, R0

MOV R0, R1

POP {PC}

;----------------------

; isqrt - compute integer square root like this:

;int floorSqrt(int x)

;{

; // Base cases

; if (x == 0 || x == 1)

; return x;

;

; // Staring from 1, try all numbers until

; // i*i is greater than or equal to x.

; int i = 1, result = 1;

; while (result <= x)

; {

; i++;

; result = i * i;

; }

; return i - 1;

;}

isqrt

PUSH {LR}

CMP R0, #0

BEQ endfunc

CMP R0, #1

BEQ endfunc

MOV R1, #1 ; i

MOV R2, #1 ; result

loop CMP R2, R0

BGT endloop

ADD R1, R1, #1

MUL R2, R1, R1

BAL loop

endloop SUB R0, R1, #1

endfunc POP {PC}

THIS IS THE COMPLETE QUESTION