- (10 points) Please complete the following assembly code to implement a 64-bit addition, Assume the default endianness is little-endian. X and Y are stored in an array. Note that elements in the same array are stored continuously in a memory block. X ;Z=X-Y AREA myresult, DATA, readwrite Ri DCQ OXFA2B3C4DABCDEFFF DCQ ox12345678AABBCCDD SPACE 12 ; defined zero bytes AREA mycode, CODE, readonly EXPORT __main Y Z ENDP END - (10 points) Please complete the following assembly code to implement a 64-bit addition, Assume the default endianness is little-endian. X and Y are stored in an array. Note that elements in the same array are stored continuously in a memory block. X ;Z=X-Y AREA myresult, DATA, readwrite Ri DCQ OXFA2B3C4DABCDEFFF DCQ ox12345678AABBCCDD SPACE 12 ; defined zero bytes AREA mycode, CODE, readonly EXPORT __main Y Z ENDP END