Using the AddTwo program from Section $3\mathrm{.}2$ as a reference, write a program that calculates the following expression, using the general purpose registers of the $x86$ architecture:

EAx$=(EAx+$EBx$)-(ECx+$EDx$).$

Of course, you want to assign integer values to the EAX, EBX, ECX, and EDX registers before you evaluate the expression. Use the following values: EAx$=3174,$EBx$=9825,$ECx$=4153$ and EDX $=7936$ to test your program.

Insert a call DumpRegs statement to display the register values as shown in the program AddTwo.

$($Note: The routine DumpRegs is available in a library of routines provided by the author of the textbook, K$.$ Irvine. Your code should be linked to it through Visual Studio. Review Section $3\mathrm{.}2\mathrm{.}2).$

Below is the AddTwo program referenced in the first question $($given in Section $3\mathrm{.}2\mathrm{.}1)$:

; AddTwo.asm $-$ adds two $32-$bit integers

; Chapter $3$ example

$\mathrm{.}386$

model flat,stdcall

$.$ stack $4096$

ExitProcess PROTO, dwExitCode:DWORD

DumpRegs PROTO

$.$ code

main PROC

mov eax,$5$ ; move $5$ the eax register

add eax,$6$ ; add $6$ to the eax register

call DumpRegs

INVOKE ExitProcess, $0$

main ENDP

END main

PLEASE USE C$++$