Write an MIPS assembly program that finds the sum of the digits of a non$-$negative, decimal integer that are multiples of a singledigit$,$ positive integer $n.$ At the end of the program, this sum should appear in register $$3.$

The program should assume that the values for register $$1$ and register $$2$ have been set by the twoints front end, where register $$1$ contains the decimal integer and register $$2$ contains the value of $n.$

For example, when running the program with the twoints front end and entering the following decimal values:

value for register $$1$: $6337194$

value for register $$2$:$3$

at the end of the program, register $$3$ should contain $0$x$00000015$ since there are four digits that are multiples of $3,$ and $6+3+3+9={21}_{10}=015.$