MIPS Assembly Implementation of C Code

Implementing the following C code in MIPS assembly:

C Code

void main$()\{$

int MyArray$[10]$;

for$($int i $=0$; i $<10$; i$++)\{$

MyArray$[$i$]=$ i $+15$; $//$ initialize array with numbers $15$ through $25$

$\}$

for$($int i $=1$; i $<10$; i$++)\{$

$//$ each array element $=$ previous element $-10$

MyArray$[$i$]=$ MyArray$[$i $-1]-10$;

$\}$

$\}$

Assumptions

$$ The base address of MyArray is stored in register $S$1.$

Notes

$$ You can use the MIPS instructions li $($load immediate$),$ si $($store immediate$),$ and addi $($add

immediate$)$ as needed.

$$ The syntax for addi is addi rd$,$ rs$,$ i where rd is the destination register, rs is the source

register, and i is the immediate, so rd $=$ rs $+$ i$.$ Negative numbers are allowed.

$$ You cannot hard$-$code each iteration, loops must be present to receive credit.

$$ While the program can be optimized into one loop, you must have two separate loops to receive

full credit.

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