convert this c$++$ code into x$86$ masm assembly code using Irvine Library.

#include

using namespace std;

$//$ Use x$86$ processor CPU registers instead of the variables listed here

int eax, ebx, ecx, edx, esi, edi, ebp, esp;

$//$ NOTE: $$Each x$86$ assembly language function must return in one place only

$//$ NOTE: $$Global variables are not function parameters and must not be used as such

int Transformation$($int eax, int ebx$)$

$\{$

$$ if $($eax $>=100)$

$$ return $100$;

$$ else if $($eax $<0)$

$$ return $0$;

$$ else

$$ return eax $+$ ebx $-50$;

$\}$

int main$()$

$\{$

$$ std::cout $<<$ "How many iterations to process...? $"$;

$$ std::cin $>>$ ecx;

$$ std::cout $<<$ "Never mind... $$You$\text{'}$re going to have $3$ and like it$!"$;

$$ std::cout $<<$ std::endl;

$$

$$ ecx $=3$;

$$

$$ do

$\{$

$$ std::cout $<<$ "LOOP ITERATION $"$;

$$ std::cout $<<(4-$ ecx$)$;

$$ std::cout $<<$ std::endl;

$$ std::cout $<<$ "Enter ebx: $"$;

$$ std::cin $>>$ ebx;

$$ std::cout $<<$ "Enter eax: $"$;

$$ std::cin $>>$ eax;

$$ eax $=$ Transformation$($eax$,$ ebx$)$;

$$ std::cout $<<$ "The result of the transformation is: $"$;

$$ std::cout $<<$ eax;

$$ std::cout $<<$ std::endl;

$\}$ while $(--$ecx $!=0)$;

$$ std::cout $<<$ "Thank you for using this program!";

$$ std::cout $<<$ std::endl;

$$

$$ system$("$pause$")$;

$$ return $0$;

$\}$