budget.py

# Define your functions here

# Here's a function that's already been defined, but it's just a skeleton. It takes one argument (total) that we will pass to the function as an integer when we call it.
# 1. Replace "return" with code such that this function RETURNS the message "WARNING: Budget exceeded" if the total is over 100 dollars.

def simple_budget_checker(total):
   return


# 2. Define a function called budget_checker that checks to make sure the total is less than 100 dollars.
#    If the total is over 100 dollars, return the message "WARNING: Budget exceeded"
#    If the total is under 100 dollars, return the message "You're under budget!"





# 3. Define a function called precise_budget_checker that checks to make sure the total is less than 100 dollars.
#    It should do exactly what the budget checker does, but it should ALSO return the message "STOP! Maximum reached" if the total is EXACTLY 100 dollars




# 4. Write a function called ultimate_budget_checker that checks to make sure the total is less than 100 dollars.
#    If the total is under that amount, let the user know how many dollars they have left to spend.
#    If the total is over that amount, let the user know how many dollars worth of items they need to put back.




# 5. Below is a function called flexible_budget_checker. It hasn't been fully defined yet, but you can see it takes two arguments.
#    It should be exactly like the ultimate_budget_checker, except it will check your total against a budget YOU enter into the function.
#    For example, the code flexible_budget_checker(40, 50) should return the message "WARNING: budget exceeded by 10 dollars."

def flexible_budget_checker(budget, total):
   return

# 6. CHALLENGE: The trouble with the first four functions is that they only work for a budget of 100 dollars.
#    The trouble with the fifth function is that it makes the test provide the budget every time.
#    The best solution to this would be to have a global variable called budget before you start defining functions, and then use that variable in place of the number 100.
#    GOAL: Refactor (rewrite) the first four functions, but change the literal 100 to a global variable.
#    Then test out the functions to see if they still work if the budget (stored in the global variable) is cut down to 40 dollars.