(Solved): Write a complete MIPS program that implements the algorithm below (code shown is C++ ). - AC ...

Write a complete MIPS program that implements the algorithm below (code shown is $\mathrm{C}++$ ). - $A?C$ and $Z$ must be integer words in memory, both when the program begins and when the program ends. In between, they can be stored in registers. - Include two screenshots of the MIPS memory panel (data tab): one before your program runs, and one after your program finishes. Put the memory panel in Decimal mode (Right-Click), so it is easy to see memory values. In the after-execution capture, circle the memory location (not register) that contains the final calculated value of $Z$. - During grading, I will change the values of A, B and C to check the functioning of your code int main() int $A=10;$ int $B=15;$ int $C=6;$ int $Z=0;$ if $(A>B?Clk5)$ $Z=1;$ else if $(((A>B)\&\&((C+1)==7)))$ $Z=2;$ int main() I int $A=10$; int $B=15$; int $C=6$; int $Z=0$; if(A > B $?Clk$ 5) $Z=1$; else if $(!((A>B)\&\&((C+1)==7)))$ $Z=2\text{; }$ else $\mathrm{Z}=3\text{; }$ switch(Z) \{ case 1: $z=?1$ case 2: $Z?=?2\text{; }$ case 3: Z - = -3; break; default: $\mathrm{Z}=0\text{; }$ break; $\text{ } }$ $\text{ cout }?<"Z="<<Z\text{; }$ \}