In assembly code Write a program to read user input. User input consists of a formula. It's just one line. No spaces WHAT SO EVER!!

Examples of input:

$1+1$

$2-1$

$3*2$

$\frac{4}{2}$

Do not worry about remainders in division, or two digit multiplication results. Assume we're only dividing whole numbers and only multiplying numbers that result

in a result $9$ or less.

Write a program to READ ONE formula only. Based on that formula, it will display the result.

So if I ran your code on

$1+1$

it should print

$1+1=2$

If I ran your code on $3^{**}2$

it should print

$2**3=6$

Remember, JUST ONE formula, NO SPACES in input so your variables are $1$ byte long.In assembly code Write a program to read user input. User input consists of a formula. It's just one line. No spaces WHAT SO EVER!!

Examples of input:

$1+1$

$2-1$

$3*2$

$4/2$

Do not worry about remainders in division, or two digit multiplication results. Assume we're only dividing whole numbers and only multiplying numbers that result in a result $9$ or less.

Write a program to READ ONE formula only. Based on that formula, it will display the result.

So if I ran your code on

$1+1$

it should print

$1+1=2$

If I ran your code on $3*2$

it should print

$2*3=6$