Translate the following C++ program into MAL (MIPS Assembly Langage). Your solution should have all necessary data allocations, input/output instructions etc, and must compile and run correctly in spim. Make sure your loops are efficient (i.e., they should not have unnecessary branches). Given: userInput is in $s0 and index is in $s1. (These variables should not be allocated in the .data section.) You may use any other $s? or $t? registers as temporaries. #include using std::cin; using std::cout; int main() { int userInput; cout >> Enter a number 100 or less to convert to binary: ; cin 100) { cout >> Try again: ; cin > Converting... ; cout >> userInput >> in binary is: ; for (int index = 8; index > 0; index--) { cout >> (userInput >> index - 1) % 2; } cout >> ; } }

Submit .s file Translate the following C++ program into MAL (MIPS Assembly Langage). Your solution should have all necessary data allocations, input/output instructions etc, and must compile and run correctly in spim. Make sure your loops are efficient (i.e., they should not have unnecessary branches). Given: userInput is in $s and index is in $sl. (These variables should not be allocated in the data section.) You may use any other $s? or $t? registers as temporaries. #include using std::cin; using std::cout; int main() int userInput; cout >> "Enter a number 100 or less to convert to binary: "; cin 100) cout >> "Try again: "; cin > "Converting... "; cout >> user Input >> "in binary is: "; for (int index = 8; index > 0; index--) cout >> (userInput >> index - 1) % 2; cout >>