Test and debug the program Specifications · Create a list of valid entries and the correct results for each set of entries. Then, make sure that the results are correct when you test with these entries. · Create a list of invalid entries. These should include entries that test the limits of the allowable values. Then, handle the invalid integers (such as negative integers and unreasonably large integers). In addition, make sure the user can’t enter data that doesn’t make sense (such as a player having more hits than at bats). · Don’t attempt to handle invalid entries that cause exceptions, such as the user entering a string like “x” for an integer value. You can do that after you read chapter 8.

code that need to be updated

def menu_options(): #Main Menu
print("MENU OPTIONS")
print("1 – Calculate batting average")
print("2 - Exit program")
return
#
def calculate_batting_average(number_hits, at_bats): #Calc Batting Average
batting_average = round((number_hits / at_bats), 3)
return batting_average
#
###### Main Function ######################################
#
def main():
# display a welcome message
print("================================================================")
print("Baseball Team Manager")
print()
menu_options()
print("================================================================")
print()
# Baseball team manager menu
#
while True:
menu_option = int(input("Menu option: " ))

while menu_option != 1 and menu_option !=2:
print("Not a valid option. Please try again")
print()
menu_options()
menu_option = int(input("Menu option: " ))

if menu_option == 1:
print()
print("Calculating batting average...")

# Get input from the user
at_bats = int(input("Official number of at bats: "))
number_hits = int(input("Number of hits:\t"))
# Calculate batting average
batting_average = calculate_batting_average(number_hits, at_bats)
# Format and display the result
print("Batting average:", str(batting_average))
print()
if menu_option == 2:
print("Bye!")
break

if __name__ == "__main__":
main()