C++ Program Translation Convert the following C++ code to NASM assembly. Implement your code for each C++ statement directly below the corresponding comment provided in the starter code. Comments shown in the C++ code below indicate the expected resulting values for each variable. Use the debugger to verify your results. Starter code is provided in file assembly.asm. // Global variable declarations int vari - 31; // 32-bits int var2 = 8x42; int var3; // uninitialized short var4 = 21; // 16-bits short vars - xFFF1; short vars; // uninitialized long var7 = -17; // 64-bits long vars = 5; long var?; // usinitialized //#include int main() ( var3 vari++ + var2; var3-- var2 + (var3-10); var4 = 7; vars - ++var5 - var4; varg -var?- var8; var? ++vark; var8 +- 7; // std::cout < "vari: < < vari < < " "; // 32 // std::cout < < "var2: " < < var2 < < // std::cout < < "var3: " < < var3 < < // std::cout < < "var4: " < < var4 < < // std::cout < < "var5: " < < var5 < < " "; // -14 // std::cout < < "var: " < < vars < < " "; // -28 // std::cout < < "var7: " < < var7 < < " "; // -23 // std::cout < < "var: " < < var8 < < " "; // 13 // std::cout < < "var9: " < < var9 < < " "; // 12 } " "; // 152 " "; // 96 " "; // 14 Note that the number of bits for short, int, long, and long long can vary from one compiler to another. For this exercise, use the number of bits shown in the C++ comments above, 16 for short, 32 forint, and 64 for long. 9 Publish your first pa Languages Assembly 47 Dockerfilm 12.2