Write a MIPS program for the $$Guessing Game$.$ The pseudo$-$code is as follows:

$$ The program generates a random number from $1$ to $100.$

$$ The user gets up to $7$ attempts to guess the number.

o If the guess $($must be from $1$ to $100)$ matches the random number before making the $7$th unsuccessful guess, an appropriate message is displayed $($You Win!$)$ and the game is over.

o If the guess is incorrect and this was the user$$s $7$th guess, an appropriate message is displayed $($You Lose!$$ and what the correct number actually was$)$ and the game is over

o Otherwise, if a non$-$match and fewer than $7$ guesses attempted, an appropriate message is displayed $($Sorry$,$ too high$$ or $$Sorry$,$ too low$),$ the number of guesses remaining is displayed, and the user is prompted for their next guess.

Submit your MIPS source code text file $($either $.$asm or $.$txt file extension$)$ that solves this problem. Be sure to include appropriate comments. The MIPS program must assemble without errors for any credit consideration, even if the program when run produces an incorrect result.

Guessing Game: Flow Control Template

Get Random number from $1$ to $100$

Set Number of Guesses $=0$

DO

o DO

$$ Prompt user for next guess

$$ IF guess $>=1$ and $<=100$

$$ Print error message; ask to user enter a different number

o WHILE guess $<1$ or $>100$

o IF guess $<$ random number

$$ Print message $$Too Low$$

o ELSE IF guess $>$ random number

$$ Print message $$Too High$$

o ELSE IF guess $=$ random number

$$ Print $$Congratulations $$ you won$$

$$ Exit the program

o Increment guess count

WHILE number of guesses $<7$

Print $$You reached maximum number of guesses$$

Print $$The number was$$ and the random number