How can I test cases of Fermat's Last Theorem in Python -

exercise 5.3. fermat’s last theorem says there no positive integers a, b, , c such that

a^n + b^n = c^n

for values of n greater 2.

1. write function named check_fermat takes 4 parameters—a, b, c , n—and checks see if fermat’s theorem holds. if n greater 2 , turns out true that

a^n + b^n = c^n

the program should print, “holy smokes, fermat wrong!” otherwise program should print, “no, doesn’t work.”

2. write function prompts user input values a, b, c , n, converts them integers, , uses check_fermat check whether violate fermat’s theorem.

def check_fermat(a, b, c, n):     if n > 2 , (a**n + b**n == c**n):         print("holy smokes, fermat wrong!")     else:         print("no, doesn’t work.")  def check_numbers():     = int(input("choose number a: "))     b = int(input("choose number b: "))     c = int(input("choose number c: "))     n = int(input("choose number n: "))     return check_fermat(a, b, c, n)  check_numbers() 

probably return "no, doesn't work" ....