Please help with this HLA program. Look at the "hints" that are at the end of the program decription, since its really important for the procedure of the program.

PROGRAM $9$: hasDuplicates

Write an HLA Assembly language program that implements a function which correctly identifies whether two or more parameters have identical values and returns a boolean value in AL$.$ Return $1$ in AL when two or more parameters are identical; $0$ otherwise. In order to receive full credit, you should be preventing register corruption by preserving and then restoring the value of any register your function touches. This rule applies to every register except for EAX which is being used to pass an answer back to the calling code. This function should have the following signature:

procedure hasDuplicates$($ x: int$16$; y: int$16$; z: int$16)$; @nodisplay; @noframe;

Feed Me x: $5$

Feed Me y: $13$

Feed Me z: $10$

AL $=0$

Feed Me x: $35$

Feed Me y: $5$

Feed Me z: $5$

AL $=1$

Feed Me x: $5$

Feed Me y: $5$

Feed Me z: $5$

AL $=1$

Belowe is the code that I have used to complete this task but so far but its not outputing the desired result of AL$.$

program hasDuplicatesProgram;

#include$($ "stdlib.hhf$")$;

static

x: int$16$; $//$ Declare variable x

y: int$16$; $//$ Declare variable y

z: int$16$; $//$ Declare variable z

$//$ Procedure declaration

procedure hasDuplicates$($ x: int$16$; y: int$16$; z: int$16)$; @nodisplay; @noframe;

begin hasDuplicates; $//$ Procedure start

push$($ebx$)$;

push$($ecx$)$;

mov$($x$,$ bx$)$; $//$ Move value of x into bx

mov$($y$,$ cx$)$; $//$ Move value of y into cx

cmp$($bx$,$ cx$)$; $//$ Compare x and y

je duplicatesFound; $//$ If equal, jump to duplicatesFound

mov$($x$,$ bx$)$; $//$ Move value of x into bx

mov$($z$,$ cx$)$; $//$ Move value of z into cx

cmp$($bx$,$ cx$)$; $//$ Compare x and z

je duplicatesFound; $//$ If equal, jump to duplicatesFound

mov$($y$,$ bx$)$; $//$ Move value of y into bx

mov$($z$,$ cx$)$; $//$ Move value of z into cx

cmp$($bx$,$ cx$)$; $//$ Compare y and z

je duplicatesFound; $//$ If equal, jump to duplicatesFound

$//$ If no duplicates found, set AL to $0$

mov$(0,$ al$)$; $//$ Set AL to $0$

jmp endProc; $//$ Jump to endProc

duplicatesFound:

mov$(1,$ al$)$; $//$ Set AL to $1$

endProc:

pop$($ecx$)$; $//$ Restore ecx

pop$($ebx$)$; $//$ Restore ebx

ret$()$; $//$ Return from procedure

end hasDuplicates; $//$ End of procedure

begin hasDuplicatesProgram; $//$ Main program start

stdout.put$("$Feed Me x: $")$;

stdin.get$($x$)$; $//$ Read integer input into x

stdout.put$("$Feed Me y: $")$;

stdin.get$($y$)$; $//$ Read integer input into y

stdout.put$("$Feed Me z: $")$;

stdin.get$($z$)$; $//$ Read integer input into z

call hasDuplicates; $//$ Call the function

stdout.put$("$AL $=")$; $//$ Display result

stdout.puti$8($al$)$;

end hasDuplicatesProgram;