Let's revisit the competition between our waiters in the prior chapter using conditional logic. If waiter A sold more special plates, assign True
to waitera_win
and print 'Waiter A wins!'. Otherwise, assign False to waitera_win
and print 'Waiter B wins!'.
Use tonight, where waiter A sold 1 special and waiter B sold 5 specials as a test case.
# YOUR CODE HERE
raise NotImplementedError()
### BEGIN TESTS
assert waitera_win == False
### END TESTS
One night, both waiters sell the 3 specials, and yet the program declares: 'Waiter B Wins!'. Waiter A is furious. Implement some logic that prints 'It's a tie!' and assigns the value 'Tie' to waitera_win
. Use this night as a test case.
# YOUR CODE HERE
raise NotImplementedError()
print(waitera_win)
### BEGIN TESTS
assert waitera_win == 'Tie'
### END TESTS
Recall that the waiters had a rule that if they tie on specials sold, the amount of tips they collected determined the winner. Implement this logic on a night where both sold 3 specials, while waiter A collected 100 dollars in tips and waiter B collected 80 dollars in tips. Don't forget to handle the case where they tie on tips collected as well!
# YOUR CODE HERE
raise NotImplementedError()
print(waitera_win)
### BEGIN TESTS
assert waitera_win == True
### END TESTS