Write a program $($magic$\_$square.py$)$ that will read a sequence of values from the user. The

values should consist of digits from the set $\{1,2,$dots,$9\}$ and at most one $\text{'}x\text{'}.$ The program must

check if the $\text{'}x\text{'}$ could be replaced by a digit so that the numbers make a $3$ by $3$ magic square. If

there is no $\text{'}x\text{'},$ then it should check if the digits make a magic square. It will display the numbers

in a $3$ by $3$ matrix if possible. It will then inform the user if the matrix makes a magic square or

not. A magic square is a matrix of numbers where the sum in any direction is the same $($rows$,$

columns, and diagonals$),$ and the square contains the numbers from $1$ to the number of squares

$($in this case, the numbers $1$ to $9,$ each one exactly once$).$ Design and break down your program

into different functions.

See the output below as a guide. Your program must be consistent with the sample run. Note

that the digits may be unseparated, or they may be separated by any character that is not a digit

or an $x.$

Sample run $1$:

$-----$Magic Square Checker$-----$

Please enter the numbers $1$ through $9$: $\frac{146}{\frac{?}{?}}782,5$

Numbers do not make a square of size $3!$

Sample run $2$:

$-----$Magic Square Checker$-----$

Please enter the numbers $1$ through $9$: $146,785$

Numbers do not make a square of size $3!$

Sample run $3$:

Please enter the numbers $1$ through $9$: $276,9514-3-8$

$276$

$951$

$438$

The square is magical!

Sample run $4$:

Magic Square Checker$-----$

Please enter the numbers $1$ through $9$:$276/91438$

$276$

$951$

$438$

The square is magical!

Sample run $5$:

Magic Square Checker$-$

Please enter the numbers $1$ through $9$: $276,91435$